mhurhangee/ep-ind-claims huggingface dataset:
A developing unit comprising: a toner storage portion for containing toner; a development portion for receiving the toner from the toner storage portion and including a developing roller for supplying the toner to a photosensitive body, a supply roller and an auxiliary supply roller, the supply roller and the auxiliary supply roller rotating while facing each other to supply the toner to the developing roller, characterized in that wherein an inequality that | D -( R 1+ R 2)|≤1.0 mm is satisfied, where a distance between centers of the auxiliary supply roller and the supply roller in a region where the auxiliary supply roller and the supply roller face each other is D, a radius of the supply roller is R1, and a radius of the auxiliary supply roller is R2, wherein the auxiliary supply roller is located under the supply roller and at a more downstream side than the supply roller with respect to a rotation direction of the developing roller, wherein a center of the auxiliary supply roller is located between a vertical straight line passing through a center of the supply roller and a vertical straight line passing through a center of the developing roller; and wherein the supply roller and the auxiliary supply roller rotate such that surfaces of the supply roller and the auxiliary supply roller move in the same direction in the region, and the supply roller and the developing roller rotate such that surfaces of the supply roller and the developing roller move in opposite directions in the region. a toner storage portion for containing toner; a development portion for receiving the toner from the toner storage portion and including a developing roller for supplying the toner to a photosensitive body, a supply roller and an auxiliary supply roller, the supply roller and the auxiliary supply roller rotating while facing each other to supply the toner to the developing roller, characterized in that wherein an inequality that | D -( R 1+ R 2)|≤1.0 mm is satisfied, where a distance between centers of the auxiliary supply roller and the supply roller in a region where the auxiliary supply roller and the supply roller face each other is D, a radius of the supply roller is R1, and a radius of the auxiliary supply roller is R2, wherein the auxiliary supply roller is located under the supply roller and at a more downstream side than the supply roller with respect to a rotation direction of the developing roller, wherein a center of the auxiliary supply roller is located between a vertical straight line passing through a center of the supply roller and a vertical straight line passing through a center of the developing roller; and wherein the supply roller and the auxiliary supply roller rotate such that surfaces of the supply roller and the auxiliary supply roller move in the same direction in the region, and the supply roller and the developing roller rotate such that surfaces of the supply roller and the developing roller move in opposite directions in the region.
A method for manufacturing a lithium secondary battery which comprises the steps of: preparing a battery frame comprising a three-dimensional porous positive electrode current collector provided at one side in a battery casing and a three-dimensional porous negative electrode current collector provided at the other side in the battery casing; introducing a positive electrode active material to the pores formed in the positive electrode current collector, and introducing a negative electrode active material to the pores formed in the negative electrode current collector; and pressurizing the battery frame to carry out pressing. preparing a battery frame comprising a three-dimensional porous positive electrode current collector provided at one side in a battery casing and a three-dimensional porous negative electrode current collector provided at the other side in the battery casing; introducing a positive electrode active material to the pores formed in the positive electrode current collector, and introducing a negative electrode active material to the pores formed in the negative electrode current collector; and pressurizing the battery frame to carry out pressing.
Electric motor having an armature shaft which is mounted in at least one floating bearing, the floating bearing comprising a bearing inner ring (12.1) which is arranged on the armature shaft and a bearing outer ring (12.2) which is received in a bearing seat, the floating bearing being configured as an antifriction bearing, characterized in that, during mounting, lubricant (16.1) is introduced between the drive shaft and the bearing inner ring (12.1), which lubricant (16.1), during the operation of the electric motor, forms a hydrodynamic lubricant film and generates a constant relative movement between the drive shaft and the bearing inner ring (12.1).
A method of communication comprising: receiving a data set comprising a plurality of data items; analyzing the data set to determine a plurality of distinct data values of the plurality of data items; associating, based on the analysis of the data set, each distinct data value with a respective wavelength among a plurality of wavelengths; and transmitting, through an optical communication link, each data item, one data item at a time, as an optical signal at the wavelength associated with the distinct data value of the data item. receiving a data set comprising a plurality of data items; analyzing the data set to determine a plurality of distinct data values of the plurality of data items; associating, based on the analysis of the data set, each distinct data value with a respective wavelength among a plurality of wavelengths; and transmitting, through an optical communication link, each data item, one data item at a time, as an optical signal at the wavelength associated with the distinct data value of the data item.
A non-load bearing ocular implant, comprising: a polymeric polyethylene core material comprising an outer surface that functions as a barrier to tissue ingrowth; and a polymeric porous outer cortical layer at least partially surrounding the polymeric core material, wherein the polymeric porous outer cortical layer allows tissue ingrowth characterized in that the polymeric porous outer cortical layer is sintered to the polymeric core material and comprises porous polyethylene. a polymeric polyethylene core material comprising an outer surface that functions as a barrier to tissue ingrowth; and a polymeric porous outer cortical layer at least partially surrounding the polymeric core material, wherein the polymeric porous outer cortical layer allows tissue ingrowth characterized in that the polymeric porous outer cortical layer is sintered to the polymeric core material and comprises porous polyethylene.
A push-pull transistor package, comprising: a mounting substrate; a semiconductor die attached to the mounting substrate, the die having first and second transistors formed thereon and configured for push-pull operation, the first and second transistors sharing a common element current region; and a conductor electrically connecting the shared common element current region to a ground reference. a mounting substrate; a semiconductor die attached to the mounting substrate, the die having first and second transistors formed thereon and configured for push-pull operation, the first and second transistors sharing a common element current region; and a conductor electrically connecting the shared common element current region to a ground reference.
A wireless communication device comprising: a matching network having a tunable reactance; and a controller coupled with the matching network for tuning of the matching network, wherein the controller is configured to perform operations comprising: establishing a wireless communication link with a communication element, the communication element having an element identifier; selecting a profile from among a plurality of profiles, the selected profile being associated with the element identifier, wherein each profile of the plurality of profiles includes performance information to be utilized in tuning of the matching network, wherein the performance information identifies one or more RF performance parameters to be utilized in a determination of a tuning state of the matching network, the tuning state affecting one or more performance parameters of the communication device; and adjusting the tunable reactance of the matching network to perform the tuning of the matching network, wherein the adjusting of the tunable reactance is according to the determined tuning state. a matching network having a tunable reactance; and a controller coupled with the matching network for tuning of the matching network, wherein the controller is configured to perform operations comprising: establishing a wireless communication link with a communication element, the communication element having an element identifier; selecting a profile from among a plurality of profiles, the selected profile being associated with the element identifier, wherein each profile of the plurality of profiles includes performance information to be utilized in tuning of the matching network, wherein the performance information identifies one or more RF performance parameters to be utilized in a determination of a tuning state of the matching network, the tuning state affecting one or more performance parameters of the communication device; and adjusting the tunable reactance of the matching network to perform the tuning of the matching network, wherein the adjusting of the tunable reactance is according to the determined tuning state. establishing a wireless communication link with a communication element, the communication element having an element identifier; selecting a profile from among a plurality of profiles, the selected profile being associated with the element identifier, wherein each profile of the plurality of profiles includes performance information to be utilized in tuning of the matching network, wherein the performance information identifies one or more RF performance parameters to be utilized in a determination of a tuning state of the matching network, the tuning state affecting one or more performance parameters of the communication device; and adjusting the tunable reactance of the matching network to perform the tuning of the matching network, wherein the adjusting of the tunable reactance is according to the determined tuning state.
A mobile device comprising: a plurality of sensors (130, 135, 140); and a processor configured to: determine trust data for an asset based upon inputs from the plurality of sensors; determine whether an asset is accessible or not accessible based upon evaluating the trust data with a trust determination algorithm; continuously update the trust data to continue to allow access to the asset or revoke access to the asset based upon the inputs from the plurality of sensors; characterised in that the processor is further configured to: select for utilization one or more sensors from the plurality of sensors with a first power consumption parameter when the trust determination algorithm calculates the asset is accessible or one or more sensors from the plurality of sensors with a second power consumption parameter when the trust determination algorithm calculates the asset is not accessible, wherein the second power consumption parameter is higher than the first power consumption parameter. a plurality of sensors (130, 135, 140); and a processor configured to: determine trust data for an asset based upon inputs from the plurality of sensors; determine whether an asset is accessible or not accessible based upon evaluating the trust data with a trust determination algorithm; continuously update the trust data to continue to allow access to the asset or revoke access to the asset based upon the inputs from the plurality of sensors; characterised in that the processor is further configured to: select for utilization one or more sensors from the plurality of sensors with a first power consumption parameter when the trust determination algorithm calculates the asset is accessible or one or more sensors from the plurality of sensors with a second power consumption parameter when the trust determination algorithm calculates the asset is not accessible, wherein the second power consumption parameter is higher than the first power consumption parameter. determine trust data for an asset based upon inputs from the plurality of sensors; determine whether an asset is accessible or not accessible based upon evaluating the trust data with a trust determination algorithm; continuously update the trust data to continue to allow access to the asset or revoke access to the asset based upon the inputs from the plurality of sensors; characterised in that the processor is further configured to: select for utilization one or more sensors from the plurality of sensors with a first power consumption parameter when the trust determination algorithm calculates the asset is accessible or one or more sensors from the plurality of sensors with a second power consumption parameter when the trust determination algorithm calculates the asset is not accessible, wherein the second power consumption parameter is higher than the first power consumption parameter.
A medical, in particular dental, device having an electromechanical converter in the form of a generator, wherein the electromechanical converter comprises: a stator having a plurality of electrically conductive coil windings (6A - 6H) and a rotor designed to be movable relative to the stator, characterized in that all the coil windings (6A - 6H) of the stator are provided on a single flexible circuit board and that the flexible circuit board is designed to be laminar with a top side and a bottom side, wherein the flexible circuit board is disposed in such a way that the top side and the bottom side are disposed essentially in a spiral around the axis of rotation of the rotor.
Striking tool for treatment of bones in hip operations, consisting of a housing with a cylinder/piston arrangement with a pneumatically or electrically driven piston and a tool holder, characterized in that two or more handles are arranged at regular intervals around the cylinder/piston assembly. consisting of a housing with a cylinder/piston arrangement with a pneumatically or electrically driven piston and a tool holder, characterized in that two or more handles are arranged at regular intervals around the cylinder/piston assembly.
A method for setting the level of definition of at least one image of a multimedia program displayed on a screen of a terminal provided with at least one unit for characterizing the multimedia program and at least one unit for selecting predefined settings, in which method, - the characterizing unit automatically acquires metadata attached to said multimedia program and submits said metadata to the unit for selecting predefined settings, - the characterizing unit generates at least one further metadata from an analysis of a displayed image of the current program, creates, live and on the fly, at least one rule for defining the desired setting of the final rendering of the image as a function of the metadata of the current program, at least one of the rules thus created being intended to define the desired setting of the final rendering of the image as a function of the further metadata, and submits said metadata to the unit for selecting predefined settings, - the unit for selecting predefined settings automatically selects the settings according to pre-recorded rules and/or the live on-the-fly defined rule, in that said further metadata is generated from an object and/or scene type recognition. - the characterizing unit automatically acquires metadata attached to said multimedia program and submits said metadata to the unit for selecting predefined settings, - the characterizing unit generates at least one further metadata from an analysis of a displayed image of the current program, creates, live and on the fly, at least one rule for defining the desired setting of the final rendering of the image as a function of the metadata of the current program, at least one of the rules thus created being intended to define the desired setting of the final rendering of the image as a function of the further metadata, and submits said metadata to the unit for selecting predefined settings, - the unit for selecting predefined settings automatically selects the settings according to pre-recorded rules and/or the live on-the-fly defined rule, in that said further metadata is generated from an object and/or scene type recognition.
Pharmaceutical composition comprising a) atropine or a salt thereof; b) aconitine; and c) mercury cyanide; for use in a method for treating a viral infection, wherein the viral infection is brought about by herpes viruses, rhinoviruses, RSV (human respiratory syncytial virus) and/or enteroviruses. a) atropine or a salt thereof; b) aconitine; and c) mercury cyanide;
A computer-implemented method of updating network knowledge of a network topology, the network comprising a plurality of nodes connected by a plurality of links, the method including: a) detecting, by a second node in the network, an event in the network, wherein the event is the cessation of a message sent periodically by another node in the network to the second node; b) receiving, by a first node the network, a received topology data set incorporating a change in the topology of the network sent by the second node, the received topology data set being associated with a time indication, wherein the first node has a topology data set associated with a time indication; c) wherein, if the time indication associated with the received topology data set is more recent than the time indication associated with the topology data set of the first node, the topology data set of the first node is updated by the received topology data set, wherein the topology data set of the first node is only updated if one or more conditions are met, wherein a condition is that the topology data set of the first node is only updated to add a new link if the new link is within a given adjacency measure or a given neighbour measure of the first node. a) detecting, by a second node in the network, an event in the network, wherein the event is the cessation of a message sent periodically by another node in the network to the second node; b) receiving, by a first node the network, a received topology data set incorporating a change in the topology of the network sent by the second node, the received topology data set being associated with a time indication, wherein the first node has a topology data set associated with a time indication; c) wherein, if the time indication associated with the received topology data set is more recent than the time indication associated with the topology data set of the first node, the topology data set of the first node is updated by the received topology data set, wherein the topology data set of the first node is only updated if one or more conditions are met, wherein a condition is that the topology data set of the first node is only updated to add a new link if the new link is within a given adjacency measure or a given neighbour measure of the first node.
A method to communicate with a passenger in an elevator car within an elevator system having an elevator control system and an alarm response controller, the method performed by the alarm response controller and comprising: receiving an alarm signal from the elevator car, the alarm signal triggered by the passenger utilizing a control panel; receiving, from the elevator control system, at least one operation parameter of the elevator car; and analyzing the at least one operation parameter corresponding to the alarm signal received from the elevator car; characterized by determining that the alarm signal indicates a true alarm condition or a false alarm condition in response to the at least one operation parameter and the alarm signal; if it is determined that the alarm signal indicates the false alarm condition, displaying a video via a video system of the elevator car to inform the passenger if any action is needed or otherwise how to resolve the alarm condition; and if it is determined that the alarm signal indicates the true alarm condition, initiating a video session via the video system with a dispatch center. receiving an alarm signal from the elevator car, the alarm signal triggered by the passenger utilizing a control panel; receiving, from the elevator control system, at least one operation parameter of the elevator car; and analyzing the at least one operation parameter corresponding to the alarm signal received from the elevator car; characterized by determining that the alarm signal indicates a true alarm condition or a false alarm condition in response to the at least one operation parameter and the alarm signal; if it is determined that the alarm signal indicates the false alarm condition, displaying a video via a video system of the elevator car to inform the passenger if any action is needed or otherwise how to resolve the alarm condition; and if it is determined that the alarm signal indicates the true alarm condition, initiating a video session via the video system with a dispatch center.
A plug-in hybrid electric vehicle powertrain comprising an internal combustion engine, an electric vehicle traction motor and a battery, an engine lubrication oil pump in fluid communication with a lubrication oil flow circuit for the internal combustion engine, an electric oil pump drive motor connected to the lubrication oil pump via a crank shaft, and a powertrain control module, characterised in that the powertrain control module is configured to start the electric oil pump drive motor immediately upon the initial start of the vehicle by utilizing power from the battery without causing ignition of the internal combustion engine until the lubrication oil pressure reaches a predetermined value, wherein the electric oil pump drive motor is an integrated starter generator. an engine lubrication oil pump in fluid communication with a lubrication oil flow circuit for the internal combustion engine, an electric oil pump drive motor connected to the lubrication oil pump via a crank shaft, and a powertrain control module,