mhurhangee/ep-ind-claims huggingface dataset:
A method for enhancing the usable bandwidth between on the one hand an access point of a radio access network of a telecommunications network, and on the other hand a User Equipment of a subscriber of the telecommunications network, wherein the User Equipment and the access point mutually communicate based on a Long Term Evolution technology using carrier aggregation of at least a first communication carrier and a second communication carrier, wherein the first communication carrier has a first carrier frequency and wherein the second communication carrier has a second carrier frequency, wherein the first carrier frequency is a standardized and licensed frequency and related to the Long Term Evolution technology, and the second carrier frequency is an unlicensed frequency, wherein a primary cell, PCell, is configured using the Long Term Evolution technology on the licensed frequency, wherein on the unlicensed frequency the Long Term Evolution technology is applied as a secondary cell, SCell.
A fuel cell system comprising: a reformer configured to generate a hydrogen-containing fuel gas from a material gas and steam; a fuel cell configured to generate electric power by using the fuel gas; a water tank configured to store water; a water utilizing device (2, 105) configured to utilize the water supplied from the water tank; a first water supply unit disposed on a water passage extending from the water tank to the water utilizing device (2, 105) and configured to supply the water in the water tank to the water utilizing device (2, 105); and a purifier configured to purify the water flowing through the water passage, characterized in that the purifier is disposed on the water passage such that when a water level of the water tank is a full water level, the purifier is filled with the water by the weight of the water; the fuel cell system further comprises a first water level detector configured to detect the water level of the purifier, wherein the first water level detector is configured to detect the water level of the purifier by detecting the water level of the water tank, and the fuel cell system further comprises a water feed unit configured to supply the water to the water tank and a controller, wherein when the first water level detector detects an increase in the water level, the controller is configured to stop the water supply of the water feed unit. a reformer configured to generate a hydrogen-containing fuel gas from a material gas and steam; a fuel cell configured to generate electric power by using the fuel gas; a water tank configured to store water; a water utilizing device (2, 105) configured to utilize the water supplied from the water tank; a first water supply unit disposed on a water passage extending from the water tank to the water utilizing device (2, 105) and configured to supply the water in the water tank to the water utilizing device (2, 105); and a purifier configured to purify the water flowing through the water passage, characterized in that the purifier is disposed on the water passage such that when a water level of the water tank is a full water level, the purifier is filled with the water by the weight of the water; the fuel cell system further comprises a first water level detector configured to detect the water level of the purifier, wherein the first water level detector is configured to detect the water level of the purifier by detecting the water level of the water tank, and the fuel cell system further comprises a water feed unit configured to supply the water to the water tank and a controller, wherein when the first water level detector detects an increase in the water level, the controller is configured to stop the water supply of the water feed unit.
A lifting device adapted to be mounted in an openable structure for assisting in opening a first member of the structure relative to a second member of the structure, comprising a biased slide shoe adapted to be slidable with respect to the second or first member of said structure, a lifting arm having two ends (14a, 14b), one end adapted to be pivotally connected with the first or second member of the structure and the other end associated with said slide shoe, and a braking device (322; 422; 522; 622; 722) comprising at least one brake shoe (323; 423a, 423b; 523a, 523b; 623a, 623b; 723a, 723b) slidable on a respective brake face (29; 529a, 529b; 629a, 629b; 729a, 729b) of said lifting device, said braking device (322; 422; 522; 622; 722) modulating a force resulting from the bias on said biased slide shoe in variation of a magnitude of said force, characterized by further comprising an adjusting device adapted to adjust when said lifting device is in a mounted position on said openable structure said modulation of said force, said adjusting device comprising a manipulation member, which when manipulated by a user activates said adjusting device to adjust a brake force of said brake shoe (323; 423a, 423b; 523a, 523b; 623a, 623b; 723a, 723b) exerted on said brake face (29; 529a, 529b; 629a, 629b; 729a, 729b) in a given position of said brake shoe (323; 423a, 423b; 523a, 523b; 623a, 623b; 723a, 723b).
A filling apparatus for containers, comprising: - a plurality of filling devices, each of which comprises a dispensing nozzle for dispensing a fluid; - a plurality of dummy bottle prints, each dummy bottle print being associated with one of said filling devices and being movable at least between a first position, in which it is located below the corresponding dispensing nozzle, and a second position, in which it is moved away from said dispensing nozzle; - confining means bounding an environment in which said dummy bottle prints are located, and - a discharge circuit comprising a plurality of conduits, characterised in that said discharge circuit is configured to place the dummy bottle prints in fluid communication with said environment. - a plurality of filling devices, each of which comprises a dispensing nozzle for dispensing a fluid; - a plurality of dummy bottle prints, each dummy bottle print being associated with one of said filling devices and being movable at least between a first position, in which it is located below the corresponding dispensing nozzle, and a second position, in which it is moved away from said dispensing nozzle; - confining means bounding an environment in which said dummy bottle prints are located, and - a discharge circuit comprising a plurality of conduits, characterised in that said discharge circuit is configured to place the dummy bottle prints in fluid communication with said environment.
An endoscope having an operating handle comprising a handle housing arranged at a proximal end thereof and an insertion tube extending from said handle towards a distal end of the endoscope and terminating in a tip part at the distal end of the endoscope, the endoscope further comprising a distal steerable bending section and a control lever at the operating handle for controlling said distal steerable bending section, a tool arranged at said tip part at the distal end of the endoscope, said tool being movable between a retracted position, an extended position and a task position, a tool operating member located at the operating handle, said tool operating member being operable between a rest position and a working position, the control lever and the tool operating member being configured to allow simultaneous operation with one hand, a control means connecting said tool operating member and said tool, so as to allow linear movement of the tool in response to activation of said tool operating member, characterized in that said control means comprises a first motion transfer member arranged co-axially within a second motion transfer member, said first motion transfer member having a first end in connection with said control means via a first kinematic chain (45, 47, 44, 48, 51) and a second end connected to the tool and said second motion transfer member having a first end in connection with said control means via a second kinematic chain (49, 44, 50, 79, 71, 52), where said first kinematic chain (45, 47, 44, 48, 51) and second kinematic chains (49, 44, 50, 79, 71, 52) are adapted to operate independently of each other so that said working position of the tool operating member comprises a partially depressed position and a depressed position, wherein the partially depressed position is located between the rest position and the depressed position, and in the partially depressed position the first motion transfer member places the tool in the extended position and in the depressed position the second motion transfer member places the tool is in the task position.
A data processing method for contactless electronic payment, comprising: generating a first bit sequence in accordance with a first format of a first track of a magnetic stripe card, the first bit sequence encoding first information required by the first format, wherein the first information is required to be verified for transaction approval; generating a second bit sequence based on a second format of a second track of the magnetic stripe card, the second bit sequence omitting at least some second information required by the second format, wherein the second information includes secondary-channel field information; replacing the at least some second information omitted from the second bit sequence with a custom bit sequence; concatenating the first bit sequence in forward or reverse bit-order with the second bit sequence, including the custom bit sequence, in forward or reverse bit-order to form a third bit sequence; and transmitting the third bit sequence from a contactless payment device as a series of magnetic-field pulses to electronically simulate a swiping of the magnetic stripe card across read heads (501, 502) of a magnetic stripe reader, MSR, wherein the custom bit sequence is selected to tune reading of the third bit sequence to reduce read errors of the first bit sequence transmitted within the third bit sequence by a given point-of-sale terminal. generating a first bit sequence in accordance with a first format of a first track of a magnetic stripe card, the first bit sequence encoding first information required by the first format, wherein the first information is required to be verified for transaction approval; generating a second bit sequence based on a second format of a second track of the magnetic stripe card, the second bit sequence omitting at least some second information required by the second format, wherein the second information includes secondary-channel field information; replacing the at least some second information omitted from the second bit sequence with a custom bit sequence; concatenating the first bit sequence in forward or reverse bit-order with the second bit sequence, including the custom bit sequence, in forward or reverse bit-order to form a third bit sequence; and transmitting the third bit sequence from a contactless payment device as a series of magnetic-field pulses to electronically simulate a swiping of the magnetic stripe card across read heads (501, 502) of a magnetic stripe reader, MSR, wherein the custom bit sequence is selected to tune reading of the third bit sequence to reduce read errors of the first bit sequence transmitted within the third bit sequence by a given point-of-sale terminal.
A controlling device, comprising: a casing having an opening; and an input device (218, 216) disposed in the opening comprised of a moveable touch sensitive surface positioned above a plurality of switches; wherein the controlling device is configured to respond to an activation of at least one of the plurality of switches caused by a movement of the touch sensitive surface resulting from an input at an input location upon the touch sensitive surface by using the input location and a current one of a plurality of operating modes of the controlling device to retrieve from a library of command data stored in a memory of the controlling device a command data for use in controlling a functional operation of an appliance and to use the retrieved command data to transmit a command signal to the appliance via use of a transmission protocol recognisable by the appliance. a casing having an opening; and an input device (218, 216) disposed in the opening comprised of a moveable touch sensitive surface positioned above a plurality of switches; wherein the controlling device is configured to respond to an activation of at least one of the plurality of switches caused by a movement of the touch sensitive surface resulting from an input at an input location upon the touch sensitive surface by using the input location and a current one of a plurality of operating modes of the controlling device to retrieve from a library of command data stored in a memory of the controlling device a command data for use in controlling a functional operation of an appliance and to use the retrieved command data to transmit a command signal to the appliance via use of a transmission protocol recognisable by the appliance.
Central domestic services installation, which comprises at least one prefabricated domestic services heating module and one domestic services plumbing module in each case, which module consists in each case of corner profiles and horizontal mounting profiles which interconnect at least two of the corner profiles, and peripheral cladding elements, the corner profiles each being equipped at the end with fastening elements for fixing to a floor and to a ceiling of a building, the corner profiles and/or the fastening elements being arranged telescopically for a change in length, and the cladding elements being arranged either telescopically or so as to be variable in their vertical position, and at least one of the mounting profiles being equipped with a device for domestic ventilation, the central domestic services installation comprising a heat source, characterized in that the at least one of the mounting profiles is equipped with a rainwater manager which has at least two inlets and at least one outlet, in that the central domestic services installation has a cistern for rainwater, and in that the device for domestic ventilation comprises a heat exchanger through which a water flow and the supply air flow flows, the water flow being coupled to the heat source in order to heat the supply air and being coupled to the rain water manager and the rain water from the cistern in order to cool the supply air.
A bracket assembly, adjustable to the thickness of the wing of a lift guide; of the type that has a bracket for each wing of the lift guide, said guide resting on a support that has orifices in which the assembly is fastened; wherein the bracket assembly has: a) a fastening assembly and an adjuster assembly arranged to be fastened to each other and the support to the wing of the guide; the adjuster assembly being subject to guided linear movement with respect to the fastening assembly to adapt to wings of different thicknesses; the fastening assembly and the wing being stopped against each other, with frontal friction; b) a non-turning screw that mounts on the fastening assembly or on the support to fasten them to each other; and c) a fastening element that joined to the screw, is accommodated in a long orifice of the adjuster assembly allowing the guided movement of the adjuster assembly in the fastening assembly; and then to fasten between them the adjuster assembly and the fastening assembly. a) a fastening assembly and an adjuster assembly arranged to be fastened to each other and the support to the wing of the guide; the adjuster assembly being subject to guided linear movement with respect to the fastening assembly to adapt to wings of different thicknesses; the fastening assembly and the wing being stopped against each other, with frontal friction; b) a non-turning screw that mounts on the fastening assembly or on the support to fasten them to each other; and c) a fastening element that joined to the screw, is accommodated in a long orifice of the adjuster assembly allowing the guided movement of the adjuster assembly in the fastening assembly; and then to fasten between them the adjuster assembly and the fastening assembly.
A dispensing assembly to dispense a foam, comprising: a liquid pump having a liquid inlet and a liquid outlet, an air pump having an air inlet and an air outlet, a mixing chamber, wherein the air outlet and the liquid outlet are in fluid communication with the mixing chamber, such that the air and liquid are mixed to form a mixture of air and liquid in the mixing chamber, a dispensing channel, wherein a first end of the dispensing channel is in fluid communication with the mixing chamber and the second end forms a dispensing opening for dispensing foam, one or more foam forming devices being arranged in the dispensing channel, the dispensing channel and the mixing chamber are connected to each other via a constriction that is formed by an opening having a cross section which decreases towards the dispensing channel and is configured as an accelerator opening for acceleration of the mixture of liquid and air created in the mixing chamber and flowing towards the dispensing channel, characterized in that the constriction comprises a first cylindrical part having a first diameter and a second cylindrical part having a second diameter, wherein the first cylindrical part is closer to the mixing chamber than the second cylindrical part and wherein the first diameter is larger than the second diameter. a liquid pump having a liquid inlet and a liquid outlet, an air pump having an air inlet and an air outlet, a mixing chamber, wherein the air outlet and the liquid outlet are in fluid communication with the mixing chamber, such that the air and liquid are mixed to form a mixture of air and liquid in the mixing chamber, a dispensing channel, wherein a first end of the dispensing channel is in fluid communication with the mixing chamber and the second end forms a dispensing opening for dispensing foam, one or more foam forming devices being arranged in the dispensing channel, the dispensing channel and the mixing chamber are connected to each other via a constriction that is formed by an opening having a cross section which decreases towards the dispensing channel and is configured as an accelerator opening for acceleration of the mixture of liquid and air created in the mixing chamber and flowing towards the dispensing channel,
A method for producing a detergent or cleaning agent dosing unit, comprising the steps: a. providing a detergent or cleaning agent shaped body in the form of a ring-shaped tablet having a cavity with at least two opening surfaces; b) closing one opening surface of the cavity with a prefabricated, filled, and closed thermoformed water-soluble container, which is located in the tray of a thermoforming female mold, in that the detergent or cleaning agent shaped body is placed on the water-soluble container and thereby is fitted into a depression, surrounding the thermoforming tray; c) filling the cavity with a washing- or cleaning-active composition. a. providing a detergent or cleaning agent shaped body in the form of a ring-shaped tablet having a cavity with at least two opening surfaces; b) closing one opening surface of the cavity with a prefabricated, filled, and closed thermoformed water-soluble container, which is located in the tray of a thermoforming female mold, in that the detergent or cleaning agent shaped body is placed on the water-soluble container and thereby is fitted into a depression, surrounding the thermoforming tray; c) filling the cavity with a washing- or cleaning-active composition.
A method for obtaining an immunoglobulin in monomeric form, characterized in that the method comprises the following steps a) incubating a solution comprising the immunoglobulin in monomeric form and in aggregated form with underivatized controlled pore glass at a pH value of from pH 4.5 to pH 5.5, wherein the incubating is by applying the solution to a chromatography column comprising the underivatized controlled pore glass, and b) recovering the flow-through and thereby obtaining the immunoglobulin in monomeric form. a) incubating a solution comprising the immunoglobulin in monomeric form and in aggregated form with underivatized controlled pore glass at a pH value of from pH 4.5 to pH 5.5, wherein the incubating is by applying the solution to a chromatography column comprising the underivatized controlled pore glass, and b) recovering the flow-through and thereby obtaining the immunoglobulin in monomeric form.
A hopper wagon comprising an equipment envelope, the equipment envelope comprising a housing having, seen in the longitudinal direction of the hopper wagon, a first end wall, second end wall, first sidewall and second sidewall incorporated in a bulk commodities storage chamber of the wagon and defining a substantially enclosed storage space in the chamber in which hopper wagon control means and/or other component parts can be accommodated, wherein the equipment envelope is configured to be arranged in the chamber at a location above a hopper wagon bogie, characterized in that the first end wall is inclined at a first incline angle (α) with respect to a horizontal plane (X-X) and the second end wall is inclined at a second incline angle (β) with respect to a horizontal plane and wherein the first incline angle and the second incline angle are different.
A method of protecting a wafer (102, 202) from moisture and debris due to dicing, singulating, or handling the wafer (102, 202), comprising: forming a plurality of trenches (110, 210) on a surface (104, 204) of the wafer (102, 202), the trenches (110, 210) comprising a plurality of walls (114, 214); applying a protective coating (112, 212) on the entire surface (104, 204) and the walls (114, 214) of the trenches (110, 210); dicing the wafer (102, 202) along the trenches (110, 210) into a plurality of dies (100, 200); and partially removing the protective coating (112, 212) such that the protective coating (112, 212) is removed from the surface (104, 204) whereas the remaining portion of the protective coating (112, 212) is left on the walls (114, 214) of the trenches (110, 210), wherein the protective coating (112, 212) is a hydrophobic self-assembled monolayer; and wherein the walls (114, 214) of the trenches (110, 210) are formed as a portion of the dies (100, 200). forming a plurality of trenches (110, 210) on a surface (104, 204) of the wafer (102, 202), the trenches (110, 210) comprising a plurality of walls (114, 214); applying a protective coating (112, 212) on the entire surface (104, 204) and the walls (114, 214) of the trenches (110, 210); dicing the wafer (102, 202) along the trenches (110, 210) into a plurality of dies (100, 200); and partially removing the protective coating (112, 212) such that the protective coating (112, 212) is removed from the surface (104, 204) whereas the remaining portion of the protective coating (112, 212) is left on the walls (114, 214) of the trenches (110, 210), wherein the protective coating (112, 212) is a hydrophobic self-assembled monolayer; and wherein the walls (114, 214) of the trenches (110, 210) are formed as a portion of the dies (100, 200).
A support for a camera display of a vehicle, the support being configured to be attached to a pillar of the vehicle and close to a door of the vehicle, the support comprises: - A bracket configured to be fixedly attached to the pillar, - A movable part configured to hold the camera display and to cooperate with the bracket in a movable manner, and - An actuator, characterized in that the actuator is connected to a sensor configured to detect a position of the door between an open position and a closed position, the actuator being configured to move the movable part so that the camera display is in an optimal position when the door is in the closed position and away from the door when the door is in the open position. - A bracket configured to be fixedly attached to the pillar, - A movable part configured to hold the camera display and to cooperate with the bracket in a movable manner, and - An actuator,