mhurhangee/ep-ind-claims huggingface dataset:
A conduit for a condensate removal pump comprising: a tubular member having a rim (53, 54) at a distal end thereof, characterised in that the rim (53, 54) is profiled such that only a portion of the rim lies in a plane which is located at the extreme distal end of the tubular member and which is perpendicular to the axis of the tubular member, the conduit further comprising a resilient membrane which extends across the interior of the tubular member, the membrane having at least one slit which is arranged to open to allow water to pass through the membrane when water is drawn through the conduit by a condensate removal pump. a tubular member having a rim (53, 54) at a distal end thereof, characterised in that the rim (53, 54) is profiled such that only a portion of the rim lies in a plane which is located at the extreme distal end of the tubular member and which is perpendicular to the axis of the tubular member, the conduit further comprising a resilient membrane which extends across the interior of the tubular member, the membrane having at least one slit which is arranged to open to allow water to pass through the membrane when water is drawn through the conduit by a condensate removal pump.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: configuring with a first Schedule Request, SR, resource configuration and a second SR resource configuration; checking whether or not data is a first data on logical channels mapped to the first SR resource configuration, when the data becomes available for a first logical channel mapped to the first SR resource configuration, in a state that the first logical channel has a lower priority than a highest priority among priorities of logical channels having data, which are mapped to the second SR resource configuration; and triggering a first buffer status reporting, BSR, if the data is the first data on logical channels mapped to the first SR resource configuration, triggering a SR for the first SR configuration if there is no available UL resource for transmitting the first BSR; and transmitting the SR to the network, the method being characterized in that: the UE doesn't trigger a second BSR if there is a pending SR on the first SR resource configuration, when a second data becomes available for a second logical channel mapped to the first SR resource configuration, wherein the second data becomes available for the second logical channel after the data becomes available for the first logical channel. configuring with a first Schedule Request, SR, resource configuration and a second SR resource configuration; checking whether or not data is a first data on logical channels mapped to the first SR resource configuration, when the data becomes available for a first logical channel mapped to the first SR resource configuration, in a state that the first logical channel has a lower priority than a highest priority among priorities of logical channels having data, which are mapped to the second SR resource configuration; and triggering a first buffer status reporting, BSR, if the data is the first data on logical channels mapped to the first SR resource configuration, triggering a SR for the first SR configuration if there is no available UL resource for transmitting the first BSR; and transmitting the SR to the network, the method being characterized in that: the UE doesn't trigger a second BSR if there is a pending SR on the first SR resource configuration, when a second data becomes available for a second logical channel mapped to the first SR resource configuration, wherein the second data becomes available for the second logical channel after the data becomes available for the first logical channel. the UE doesn't trigger a second BSR if there is a pending SR on the first SR resource configuration, when a second data becomes available for a second logical channel mapped to the first SR resource configuration, wherein the second data becomes available for the second logical channel after the data becomes available for the first logical channel.
Adhesive formulation for bonding materials, comprising 40 to 80 wt.-% of an epoxy monomer; and 15 to 30 wt.-% of an oxetane monomer; and 0.1 to 10 wt.-% of an adhesion promotor; and 0.1 to 5 wt.-% of a sensitizer; and 1 to 10 wt.-% of a radiation and temperature activable photoinitiator or a mixture of a photoinitiator and a thermal initiator.
A wear resistant hot rolled steel plate having excellent toughness and internal quality, consisting essentially of: carbon: 0.6 wt% to 1.3 wt%, manganese (Mn): 14 wt% to 22 wt%, a balance of iron (Fe) and other unavoidable impurities, and having a microstructure including carbides in an area fraction of 5% or less (including 0%) and residual austenite, characterized in that the hot rolled steel plate has a thickness of 10 mm to 80 mm, and a degree of segregation of manganese (Mn), represented by Relationship 1, of 1.16 or less. Degree of segregation of Mn = (Mn element in a central portion of a steel plate) / (Mn element in molten steel) where, in Relationship 1, a central portion of a steel plate refers to a region of the steel plate, located above and below a 1/2t position in a thickness direction, by 50 um or less, where t refers to a thickness (mm). carbon: 0.6 wt% to 1.3 wt%, manganese (Mn): 14 wt% to 22 wt%, a balance of iron (Fe) and other unavoidable impurities, and having a microstructure including carbides in an area fraction of 5% or less (including 0%) and residual austenite, characterized in that the hot rolled steel plate has a thickness of 10 mm to 80 mm, and a degree of segregation of manganese (Mn), represented by Relationship 1, of 1.16 or less. Degree of segregation of Mn = (Mn element in a central portion of a steel plate) / (Mn element in molten steel) where, in Relationship 1, a central portion of a steel plate refers to a region of the steel plate, located above and below a 1/2t position in a thickness direction, by 50 um or less, where t refers to a thickness (mm).
Hydraulic safety system for an electrohydraulic brake system, having a hydraulic pressure supply device that has a pressure chamber, which can be connected to at least one brake circuit by means of at least one separating valve and into which a piston is moved to build up pressure, and having a reservoir for brake fluid, wherein the pressure chamber is of two-stage design with a first subchamber and a second subchamber, wherein during the pressure buildup the piston is first moved into the first subchamber and then into the second subchamber, wherein the two subchambers (46, 52) are hydraulically closed off from each other when the piston is moved a specified distance into the second subchamber, and wherein the suction side of a first check valve is hydraulically connected to the first subchamber and the blocking side thereof is hydraulically connected to the reservoir, characterized in that the suction side of a second check valve is connected to the second subchamber, and the blocking side of the second check valve is connected to the suction side of the first check valve.
Method to operate a vacuum system comprising at least a first vacuum pump and a second vacuum pump, wherein the first vacuum pump and the second vacuum pump are connectable to a vacuum chamber to maintain a set pressure (Pset), wherein the first vacuum pump and second vacuum pump are variable speed drive pumps, wherein the first vacuum pump and the second vacuum pump are connected in series such that the outlet of the first vacuum pump is connected to the inlet of the second vacuum pump, and wherein the maximum pump rate of the first vacuum pump is 1.25 times to 4 times larger than the maximum pump rate of the second vacuum pump, the method comprises the steps of: controlling the performance of the first vacuum pump, wherein the performance of the first vacuum pump is controlled to be equal to or higher than the performance of the second vacuum pump while maintaining the set pressure in the vacuum chamber, and operating the first vacuum pump at maximum performance and operating the second vacuum pump in dependence on the pressure, if the pressure in the vacuum chamber is above the set pressure, wherein the performance of a vacuum pump is defined as one of: the ratio between the actual mass flow through the respective vacuum pump to the maximum mass flow through the respective vacuum pump; the ratio between the actual volumetric flow and the maximum volumetric flow of the respective vacuum pump; or the ratio between the actual rotational speed of the respective vacuum pump to the maximum rotational speed of the respective vacuum pump. controlling the performance of the first vacuum pump, wherein the performance of the first vacuum pump is controlled to be equal to or higher than the performance of the second vacuum pump while maintaining the set pressure in the vacuum chamber, and operating the first vacuum pump at maximum performance and operating the second vacuum pump in dependence on the pressure, if the pressure in the vacuum chamber is above the set pressure, wherein the performance of a vacuum pump is defined as one of: the ratio between the actual mass flow through the respective vacuum pump to the maximum mass flow through the respective vacuum pump; the ratio between the actual volumetric flow and the maximum volumetric flow of the respective vacuum pump; or the ratio between the actual rotational speed of the respective vacuum pump to the maximum rotational speed of the respective vacuum pump. the ratio between the actual mass flow through the respective vacuum pump to the maximum mass flow through the respective vacuum pump; the ratio between the actual volumetric flow and the maximum volumetric flow of the respective vacuum pump; or the ratio between the actual rotational speed of the respective vacuum pump to the maximum rotational speed of the respective vacuum pump.
Ramp system for actuating a friction clutch, in particular a wet or dry multiple disc clutch, for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft, the ramp system having: an input ramp for introducing an actuating torque, an output ramp which can be rotated relative to the input ramp in order to open or close the friction clutch, and a restoring spring which is configured as a leaf spring and is connected to the input ramp and the output ramp in order to rotate the output ramp relative to the input ramp into a defined starting position, it being possible for at least part of the torque which is transmitted to the output ramp to be transmitted via the restoring spring, the restoring spring running substantially in the tangential direction between a torque introduction point of the input ramp and a torque output point of the output ramp, and running obliquely at an attack angle with respect to a radial plane of the ramp system, and the restoring spring permitting an increase in the actuating force at the output ramp in the case of an increase in an axial extent of the ramp system, characterized in that the input ramp has a bearing part for supporting the ramp system on a bearing, and the restoring spring is connected to the bearing part in order to configure the torque introduction point. an input ramp for introducing an actuating torque, an output ramp which can be rotated relative to the input ramp in order to open or close the friction clutch, and a restoring spring which is configured as a leaf spring and is connected to the input ramp and the output ramp in order to rotate the output ramp relative to the input ramp into a defined starting position, it being possible for at least part of the torque which is transmitted to the output ramp to be transmitted via the restoring spring, the restoring spring running substantially in the tangential direction between a torque introduction point of the input ramp and a torque output point of the output ramp, and running obliquely at an attack angle with respect to a radial plane of the ramp system, and the restoring spring permitting an increase in the actuating force at the output ramp in the case of an increase in an axial extent of the ramp system, characterized in that the input ramp has a bearing part for supporting the ramp system on a bearing, and the restoring spring is connected to the bearing part in order to configure the torque introduction point.
Method for operating and controlling a laser device for engraving, marking, lettering and/or cutting a preferably flat workpiece (9,10), in which at least one beam source in the form of a laser is used in a housing of the laser device, wherein the workpiece is deposited in a defined manner on a processing table in the processing chamber of the housing and a laser beam emitted by the beam source sent via deflection elements to at least one focusing unit, from which the laser beam is deflected in the direction of the workpiece and focused for processing, wherein the control, in particular the position control of the workpiece relative to the laser beam, takes place via control software running in a control unit, in which a so-called job (9,10) is processed, so that the workpiece (12,13) is preferably processed line by line by adjustment of a movement system, such as a carriage in a laser plotter, or an angular adjustment in a galvo marking laser, characterized in that the job (9,10) for the workpiece processing is downloaded from a web-based database or cloud, respectively, directly by the laser device or the laser unit, respectively, wherein the location of the laser device is determined or queried, respectively, before the start of the download or during the download, whereupon the applicable guidelines for the security settings and, if applicable, further settings or parameters, respectively, for the determined location, in particular the country or region, respectively, and the associated parameters, in particular so-called safety parameters, are checked in the job (9,10) and adjusted if necessary, wherein the associated parameters include "extraction performance" and/or "extraction with filter" and/or the parameter "filter saturation", wherein the adaptation of the job (9,10) for the guidelines of the safety setting includes the parameter "extraction performance" and/or "extraction with filter" and/or the parameter "filter saturation".
A mandrel conveying device for a multi-stand tube rolling mill with mandrel, defining a rolling axis, the conveying device comprising a rack device and a hooking and releasing device, for hooking and for releasing a tang of the mandrel, wherein the rack device comprises two racks side-by-side (62', 62"), parallel to the rolling axis, the hooking and releasing device being arranged at one end of the two racks, characterized in that each of said two racks has two respective gear teeth ((51, 51'), (52, 52')).
Pressure treatment process of a food product comprising a fondue, the process including: 1) the addition of one or more ingredients comprising at least one or more milk products in order to obtain the said fondue; 2) the exposure of the fondue to at least one pressure treatment during which the pressure is maintained continuously between 400-800 MPa [4,000 and 8,000 bar] for a period of 1 to 10 minutes. 1) the addition of one or more ingredients comprising at least one or more milk products in order to obtain the said fondue; 2) the exposure of the fondue to at least one pressure treatment during which the pressure is maintained continuously between 400-800 MPa [4,000 and 8,000 bar] for a period of 1 to 10 minutes.
A light source comprising at least one organic light emitting device, OLED, comprising a cathode, an anode, and at least one organic layer intermediate the cathode and anode; a substrate external to the OLED; a first film layer external to the OLED and disposed on the side of the cathode away from the at least one organic layer, the first film layer comprising at least one of a magnetic material, a mixed magnetic material, and combinations thereof; a second film layer external to the OLED and disposed intermediate the first film layer and the cathode; and wherein the first film layer and the second film layer have a total thickness greater than the thickness of the cathode.
A method for proving at least one piece of user information, the method comprises the following steps: - a) sending, from a requester device, to a server, a first message including a request for getting at least one proof of at least one piece of user information and data identifying a requester; - b) generating, by the server, requester authentication data and associated data identifying a transaction; - c) generating, by the server, a proof of at least one piece of user information using the at least one piece of user information and the requester authentication data; - d) sending, from the server, to the requester device, a second message including, as a request response, the proof of at least one piece of user information and the associated data identifying the transaction; - e) sending, from a verifier device different from the requester device, to the server, a third message including a request for getting authentication data associated with data identifying the transaction and the associated data identifying the transaction; the method being characterized by - f) sending, from the server, to the verifier device, a fourth message including, as a request response, generated authentication data associated with the data identifying the transaction; and - g) authenticating, by the verifier device, the at least one piece of user information only if the received authentication data matches the requester authentication data. - a) sending, from a requester device, to a server, a first message including a request for getting at least one proof of at least one piece of user information and data identifying a requester; - b) generating, by the server, requester authentication data and associated data identifying a transaction; - c) generating, by the server, a proof of at least one piece of user information using the at least one piece of user information and the requester authentication data; - d) sending, from the server, to the requester device, a second message including, as a request response, the proof of at least one piece of user information and the associated data identifying the transaction; - e) sending, from a verifier device different from the requester device, to the server, a third message including a request for getting authentication data associated with data identifying the transaction and the associated data identifying the transaction; the method being characterized by - f) sending, from the server, to the verifier device, a fourth message including, as a request response, generated authentication data associated with the data identifying the transaction; and - g) authenticating, by the verifier device, the at least one piece of user information only if the received authentication data matches the requester authentication data.
A power device comprising: multiple light sources (202A, 202B, 202C) arranged in a housing; a mask arranged around each of the multiple light sources in the housing and including multiple chambers (207A, 207B, 207C) corresponding to the multiple light sources to direct light (214A, 214B, 214C) emitted from the multiple light sources to a common area (140, 216) on an outer surface of the housing; and multiple image sources (206A, 206B, 206C) corresponding to the multiple light sources arranged between the multiple light sources and the outer surface of the housing, light emitted from each of the multiple light sources reaching a corresponding image source before reaching the surface of the housing and projecting a corresponding image on the common area on the surface of the housing; and a controller configured to selectively emit light from one or more of the multiple light sources to selectively project different images (Icon 1, Icon 2) of the multiple image sources on the common area on the outer surface of the housing, characterized in that the controller is configured to emit light from two or more of the multiple light sources to project a blended image (Icons 1 and 2) on the common area on the outer surface of the housing. multiple light sources (202A, 202B, 202C) arranged in a housing; a mask arranged around each of the multiple light sources in the housing and including multiple chambers (207A, 207B, 207C) corresponding to the multiple light sources to direct light (214A, 214B, 214C) emitted from the multiple light sources to a common area (140, 216) on an outer surface of the housing; and multiple image sources (206A, 206B, 206C) corresponding to the multiple light sources arranged between the multiple light sources and the outer surface of the housing, light emitted from each of the multiple light sources reaching a corresponding image source before reaching the surface of the housing and projecting a corresponding image on the common area on the surface of the housing; and a controller configured to selectively emit light from one or more of the multiple light sources to selectively project different images (Icon 1, Icon 2) of the multiple image sources on the common area on the outer surface of the housing, characterized in that the controller is configured to emit light from two or more of the multiple light sources to project a blended image (Icons 1 and 2) on the common area on the outer surface of the housing.