mhurhangee/ep-ind-claims huggingface dataset:
A device for detachably attaching an electrical conductor to a current transformer housing, comprising the current transformer housing, a holding element which extends through the current transformer housing, and an attachment element which extends through the holding element, wherein the attachment element and/or the holding element can rest at least partially on the surface of the electrical conductor when the electrical conductor is attached to the device in order to fix the electrical conductor in a passage opening of the current transformer housing, the attachment element is rotatable about the longitudinal axis thereof for attachment to or detachment from the electrical conductor, and the holding element can be rotated about the longitudinal axis thereof in such a way that, in a first rotation position, the holding element can be displaced in a translatory manner along the longitudinal axis thereof for attachment to or detachment from the electrical conductor, and, in a second rotation position, the holding element is held on the current transformer housing so as to be non-displaceable in a translatory manner along the longitudinal axis thereof.
A laminated glass comprising at least two sheets of glass plates laminated together with an intermediate layer disposed therebetween, wherein the intermediate layer is formed by sandwiching an optical film containing an infrared reflecting layer on a transparent resin film between two sheets of intermediate films containing a thermoplastic resin, and the infrared reflecting layer is formed by alternately laminating a high refractive index layer containing a first water-soluble binder resin and first metal oxide particles, and a low refractive index layer containing a second water-soluble binder resin and second metal oxide particles, said first and second water-soluble binder resins being polyvinyl alcohols, characterized in that the degree of saponification of a polyvinyl alcohol as the first water-soluble binder resin and the degree of saponification of a polyvinyl alcohol as the second water-soluble binder resin are different from each other.
A work vehicle comprising: an engine; an exhaust gas post-processing device that includes a diesel particulate filtering device, a selective catalyst reduction device, a connecting pipe for connecting the diesel particulate filtering device and the selective catalyst reduction device, and a injection device for injecting a reducing agent into the connecting pipe; an engine room for accommodating the engine and the exhaust gas post-processing device; a cooling fan that sucks in air from one side and exhausts air from another side to produce an air flow; characterized by a cooling unit disposed on the one side of the cooling fan; and a first exhaust pipe having one end that sucks in air around the injection device and another end located between the cooling fan and the cooling unit. an engine; an exhaust gas post-processing device that includes a diesel particulate filtering device, a selective catalyst reduction device, a connecting pipe for connecting the diesel particulate filtering device and the selective catalyst reduction device, and a injection device for injecting a reducing agent into the connecting pipe; an engine room for accommodating the engine and the exhaust gas post-processing device; a cooling fan that sucks in air from one side and exhausts air from another side to produce an air flow; characterized by a cooling unit disposed on the one side of the cooling fan; and a first exhaust pipe having one end that sucks in air around the injection device and another end located between the cooling fan and the cooling unit.
A computer-implemented method, comprising: receiving, in a server, a request from a service provider, the request including a consumer identification code associated with a consumer; obtaining a personalized list of universal product codes based on the consumer identification code and a purchase history log in a database; providing the personalized list of universal product codes to the service provider; receiving a tracking pixel indicative that the consumer has interacted with a consumer payload, wherein the consumer payload is associated with at least one product from the personalized list of universal product codes; and notifying a retailer that the consumer has interacted with the consumer payload based on the tracking pixel, wherein obtaining a personalized list of universal product codes comprises: removing, from the personalized list of universal product codes, an item purchased by the consumer in a most recent selected period of time, and padding the personalized list of universal product codes with a default universal product code when the purchase history log is exhausted before completing a pre-selected quota of universal product codes. receiving, in a server, a request from a service provider, the request including a consumer identification code associated with a consumer; obtaining a personalized list of universal product codes based on the consumer identification code and a purchase history log in a database; providing the personalized list of universal product codes to the service provider; receiving a tracking pixel indicative that the consumer has interacted with a consumer payload, wherein the consumer payload is associated with at least one product from the personalized list of universal product codes; and notifying a retailer that the consumer has interacted with the consumer payload based on the tracking pixel, wherein obtaining a personalized list of universal product codes comprises: removing, from the personalized list of universal product codes, an item purchased by the consumer in a most recent selected period of time, and padding the personalized list of universal product codes with a default universal product code when the purchase history log is exhausted before completing a pre-selected quota of universal product codes. removing, from the personalized list of universal product codes, an item purchased by the consumer in a most recent selected period of time, and padding the personalized list of universal product codes with a default universal product code when the purchase history log is exhausted before completing a pre-selected quota of universal product codes.
A hanger bar for an electrowinning cell, the hanger bar comprising • a bar made from a first material, the bar having a recessed and open region formed at a lower side of each end of the bar, each of the recessed and open regions extending inwardly from an end of the bar; • a contact member comprising a second material, the contact member extending between opposed ends of the bar, wherein respective ends of the contact member are exposed at the recessed and open end regions at either end of the bar, the second material having a higher electrical conductivity than the first material, • the exposed ends of the second material being welded to a peripheral portion of the recessed and open regions of the bar, wherein a welded seal is formed between the bar portion and the contact portions in order to minimize corrosion. • a bar made from a first material, the bar having a recessed and open region formed at a lower side of each end of the bar, each of the recessed and open regions extending inwardly from an end of the bar; • a contact member comprising a second material, the contact member extending between opposed ends of the bar, wherein respective ends of the contact member are exposed at the recessed and open end regions at either end of the bar, the second material having a higher electrical conductivity than the first material, • the exposed ends of the second material being welded to a peripheral portion of the recessed and open regions of the bar, wherein a welded seal is formed between the bar portion and the contact portions in order to minimize corrosion.
A process for dispersing gas in a downward flow of liquid, characterized in that: - the liquid is distributed as at least one downward-directed jet, preferably as a plurality of jets, - the gas is distributed radially toward the liquid jet(s) in order to be entrained by the liquid, - and the liquid-gas mixture is channeled in a vertical tube with downward flow, said process being implemented by a device comprising: - an inlet pipe for the liquid to be treated - in the upper part, an injection head connected to the inlet pipe and comprising a liquid-jet mixing chamber, - and in the lower part, a vertical, preferably coaxial, tube with two-phase flow, - the injection head comprising a compartment with, in the lower part, a horizontal distribution plate for the liquid perforated with at least one orifice, and a distributing annular chamber provided under the plate over its periphery, and comprising at least one opening for distribution of the gas along a centripetal radial direction, - the mixing chamber, located under the plate, characterized in that the mixing chamber is in the form of a convergent section for coupling to the vertical down tube and characterized in that the device comprises a radial inlet of the gas into the distributing annular chamber, from a gas pipe that extends beyond the radial inlet for possible venting to the atmosphere. - the liquid is distributed as at least one downward-directed jet, preferably as a plurality of jets, - the gas is distributed radially toward the liquid jet(s) in order to be entrained by the liquid, - and the liquid-gas mixture is channeled in a vertical tube with downward flow, - an inlet pipe for the liquid to be treated - in the upper part, an injection head connected to the inlet pipe and comprising a liquid-jet mixing chamber, - and in the lower part, a vertical, preferably coaxial, tube with two-phase flow, - the injection head comprising a compartment with, in the lower part, a horizontal distribution plate for the liquid perforated with at least one orifice, and a distributing annular chamber provided under the plate over its periphery, and comprising at least one opening for distribution of the gas along a centripetal radial direction, - the mixing chamber, located under the plate, characterized in that the mixing chamber is in the form of a convergent section for coupling to the vertical down tube and characterized in that the device comprises a radial inlet of the gas into the distributing annular chamber, from a gas pipe that extends beyond the radial inlet for possible venting to the atmosphere.
A method of making silicone-hydrogel contact lenses, comprising the step of: (a) providing a mold assembly comprising a female mold half having a molding surface and a male mold half having a molding surface; (b) applying at least one identifying mark coat to at least a portion of at least one of the female molding surface and the male molding surface with an ink, wherein the ink comprises a silicone-containing polymer binder; (c) irradiating the identifying mark coat on the molding surface with a first high intensity UV light to at least partially cure the identifying mark coat; (d) irradiating the surfaces of the female mold half and the male mold half with a second high intensity UV light prior to; (e) filling a lens-forming fluid material comprising at least one silicone-containing vinylic monomer or macromer and at least one hydrophilic vinylic monomer into the irradiated mold assembly from step d); (f) exposing the mold assembly and the lens-forming fluid material to an energy source, wherein the energy source polymerizes the lens-forming fluid material; wherein the emission spectrum of the first high intensity UV light has a higher intensity in wavelength range 320-390 nm by at least 200 mW/cm 2 and a lower intensity in wavelength range 250-260 nm by at least 10 mW/cm 2 than the second high intensity UV light. (a) providing a mold assembly comprising a female mold half having a molding surface and a male mold half having a molding surface; (b) applying at least one identifying mark coat to at least a portion of at least one of the female molding surface and the male molding surface with an ink, wherein the ink comprises a silicone-containing polymer binder; (c) irradiating the identifying mark coat on the molding surface with a first high intensity UV light to at least partially cure the identifying mark coat; (d) irradiating the surfaces of the female mold half and the male mold half with a second high intensity UV light prior to; (e) filling a lens-forming fluid material comprising at least one silicone-containing vinylic monomer or macromer and at least one hydrophilic vinylic monomer into the irradiated mold assembly from step d); (f) exposing the mold assembly and the lens-forming fluid material to an energy source, wherein the energy source polymerizes the lens-forming fluid material; wherein the emission spectrum of the first high intensity UV light has a higher intensity in wavelength range 320-390 nm by at least 200 mW/cm 2 and a lower intensity in wavelength range 250-260 nm by at least 10 mW/cm 2 than the second high intensity UV light.
A mobile robot, comprising: a body; a mop module installed on the body and configured to perform cleaning by using water; a water tank provided at the body to be able to be drawn out from the body and configured to store water supplied to the mop module; characterized in that the robot cleaner further comprises: a hook engaged with or coupled to the body and installed on the water tank; and an operation button exposed at a surface of the water tank to operate the hook installed on the water tank; wherein coupling of the water tank to the body by the hook is released when the operation button is pressed in a horizontal direction. a body; a mop module installed on the body and configured to perform cleaning by using water; a water tank provided at the body to be able to be drawn out from the body and configured to store water supplied to the mop module; characterized in that the robot cleaner further comprises: a hook engaged with or coupled to the body and installed on the water tank; and an operation button exposed at a surface of the water tank to operate the hook installed on the water tank; wherein coupling of the water tank to the body by the hook is released when the operation button is pressed in a horizontal direction. a hook engaged with or coupled to the body and installed on the water tank; and an operation button exposed at a surface of the water tank to operate the hook installed on the water tank; wherein coupling of the water tank to the body by the hook is released when the operation button is pressed in a horizontal direction.
A blade holder for cutting machines, with - a blade head for holding a blade and - an adjusting device, wherein the adjusting device • can be driven in a driving direction between a standby position and a cutting position, and • comprises a spring which acts on the adjusting device opposite the drive direction, characterized in that the spring generates a negative force characteristic in the drive direction. - a blade head for holding a blade and - an adjusting device, wherein the adjusting device • can be driven in a driving direction between a standby position and a cutting position, and • comprises a spring which acts on the adjusting device opposite the drive direction, • can be driven in a driving direction between a standby position and a cutting position, and • comprises a spring which acts on the adjusting device opposite the drive direction,
A base station or a module for a base station, comprising: an acquisition unit configured to acquire information indicating whether a terminal device is a device candidate for performing wireless communication of a cellular system using a shared frequency band, the shared frequency band being a frequency band shared between the wireless communication of the cellular system and wireless communication conforming to a wireless local area network, LAN, standard; and a control unit configured to notify the terminal device that the terminal device is the device candidate, wherein the shared frequency band is used for a secondary component carrier, SCC, and a frequency band for cellular communication is used as primary component carrier, PCC, for wireless communication of the cellular system characterized in that the control unit is further configured to notify one or more terminal devices for per-forming wireless communication of the cellular system of a period in which the wireless communication of the cellular system is performed using the shared frequency band, and to determine the device candidate on the basis of a result of performing measurement for the frequency band by at least some of the one or more terminal devices in said period. an acquisition unit configured to acquire information indicating whether a terminal device is a device candidate for performing wireless communication of a cellular system using a shared frequency band, the shared frequency band being a frequency band shared between the wireless communication of the cellular system and wireless communication conforming to a wireless local area network, LAN, standard; and a control unit configured to notify the terminal device that the terminal device is the device candidate, wherein the shared frequency band is used for a secondary component carrier, SCC, and a frequency band for cellular communication is used as primary component carrier, PCC, for wireless communication of the cellular system characterized in that the control unit is further configured to notify one or more terminal devices for per-forming wireless communication of the cellular system of a period in which the wireless communication of the cellular system is performed using the shared frequency band, and to determine the device candidate on the basis of a result of performing measurement for the frequency band by at least some of the one or more terminal devices in said period.
A process for developing a method of operating a liquid chromatography device for separating a fluidic sample using a mobile phase, wherein the process comprises: executing a scouting method for separating a fluidic sample by controlling a set of controlled parameters during the execution of the scouting method, wherein non-controlled parameters are allowed to freely vary during the execution of the scouting method; registering a course of at least one non-controlled parameter (Q i) during the execution of the scouting method, the time dependence or development of the value over time of the non-controlled parameter (Q i) being detected and stored; defining a modified method for separating a fluidic sample derived from the scouting method by changing the set of controlled parameters and declaring the previously registered non-controlled parameter (Q i) as a new controlled parameter in the modified method; executing the modified method under application of the registered course of the parameter (Q i) as execution program for this parameter (Q i) in the role of new controlled parameter; characterized in that the scouting method is executed with a flow rate of at least a part of the mobile phase being part of the set of originally non-controlled parameters; and in that the modified method is executed with the flow rate being the new controlled parameter. executing a scouting method for separating a fluidic sample by controlling a set of controlled parameters during the execution of the scouting method, wherein non-controlled parameters are allowed to freely vary during the execution of the scouting method; registering a course of at least one non-controlled parameter (Q i) during the execution of the scouting method, the time dependence or development of the value over time of the non-controlled parameter (Q i) being detected and stored; defining a modified method for separating a fluidic sample derived from the scouting method by changing the set of controlled parameters and declaring the previously registered non-controlled parameter (Q i) as a new controlled parameter in the modified method; executing the modified method under application of the registered course of the parameter (Q i) as execution program for this parameter (Q i) in the role of new controlled parameter; characterized in that the scouting method is executed with a flow rate of at least a part of the mobile phase being part of the set of originally non-controlled parameters; and in that the modified method is executed with the flow rate being the new controlled parameter.
A focus tunable optical system, comprising: a compound lens including a plurality of focus tunable lenses, a controller configured to shift a focus of the compound lens from a first focal plane to a second focal plane by applying individually to each focus tunable lens of the plurality of focus tunable lenses a control signal having a first value for the first focal plane and a second value for the second focal plane, wherein the controller is configured to apply the control signals to the plurality of focus tunable lenses in a time-shifted manner with equal time shifts between any two successive control signals, so that the applied control signals are time-shifted relative to each other, and wherein the focus tunable lenses have a same natural oscillation frequency f=1/T, T being the corresponding oscillation period, and each of the equal time shifts equals T divided by the number of focus tunable lenses included in the plurality of focus tunable lenses. a compound lens including a plurality of focus tunable lenses, a controller configured to shift a focus of the compound lens from a first focal plane to a second focal plane by applying individually to each focus tunable lens of the plurality of focus tunable lenses a control signal having a first value for the first focal plane and a second value for the second focal plane, wherein the controller is configured to apply the control signals to the plurality of focus tunable lenses in a time-shifted manner with equal time shifts between any two successive control signals, so that the applied control signals are time-shifted relative to each other, and wherein the focus tunable lenses have a same natural oscillation frequency f=1/T, T being the corresponding oscillation period, and each of the equal time shifts equals T divided by the number of focus tunable lenses included in the plurality of focus tunable lenses.
A compound having a structure being selected from the group consisting of: wherein B p is an unprotected or protected heterocyclic base; and R 1 and R 2 are independently selected from hydrogen, a protecting group, or a phosphoramidite group.