mhurhangee/ep-ind-claims huggingface dataset:
An imaging lens assembly comprising five lens elements (E1, E2, E3, E4, E5), the five lens elements (E1, E2, E3, E4, E5) being, in order from an outer side to an inner side along an optical path, a first lens element, a second lens element, a third lens element, a fourth lens element and a fifth lens element, and each of the five lens elements (E1, E2, E3, E4, E5) having an outer-side surface facing toward the outer side and an inner-side surface facing toward the inner side; wherein a total number of lens elements of the imaging lens assembly is five, the first lens element has negative refractive power, the outer-side surface of the first lens element is concave in a paraxial region thereof, and the outer-side surface of the first lens element has at least one inflection point; wherein an f-number of the imaging lens assembly is Fno, a focal length of the imaging lens assembly is f, a focal length of the first lens element is f1, a focal length of the second lens element is f2, a focal length of the fourth lens element is f4, an axial distance between the outer-side surface of the first lens element and an inner-side conjugate surface of the imaging lens assembly is TL, an Abbe number of the third lens element is V3, an Abbe number of the fifth lens element is V5, and the following conditions are satisfied: 0.40 < Fno < 2.20; 3.00 < TL / f < 10.00; and 30.0 < V 3 + V 5 < 70.0; characterized in that the following condition is satisfied: 1.20 < f / f 1 / f / f 2 + f / f 4 < 15.00. wherein a total number of lens elements of the imaging lens assembly is five, the first lens element has negative refractive power, the outer-side surface of the first lens element is concave in a paraxial region thereof, and the outer-side surface of the first lens element has at least one inflection point; wherein an f-number of the imaging lens assembly is Fno, a focal length of the imaging lens assembly is f, a focal length of the first lens element is f1, a focal length of the second lens element is f2, a focal length of the fourth lens element is f4, an axial distance between the outer-side surface of the first lens element and an inner-side conjugate surface of the imaging lens assembly is TL, an Abbe number of the third lens element is V3, an Abbe number of the fifth lens element is V5, and the following conditions are satisfied: 0.40 < Fno < 2.20; 3.00 < TL / f < 10.00; and 30.0 < V 3 + V 5 < 70.0; characterized in that the following condition is satisfied: 1.20 < f / f 1 / f / f 2 + f / f 4 < 15.00.
A fixing device for fixing an image on a recording material by heating the recording material where the image is formed, comprising: an electroconductive layer in the form of a cylindrical rotary member; a coil configured to have a spiral shape so that a spiral axis of the coil extends along a generatrix direction of the electroconductive layer, the coil being disposed inside the electroconductive layer; and a magnetic core disposed inside the coil, wherein the core has a shape which does not form a loop outside the electroconductive layer, wherein a magnetic field is formed by a current flowing in the coil, and the magnetic core induces magnetic force lines of the magnetic field, characterized in that the magnetic resistance of the magnetic core is, with an area from one end to the other end of the maximum passage region of the image on a recording material in the generatrix direction, equal to or smaller than 30% of combined magnetic resistance made up of magnetic resistance of the electroconductive layer and magnetic resistance of a region between the electroconductive layer and the magnetic core, and the electroconductive layer generates heat mainly by a current, which is induced by the magnetic field, flowing in the electroconductive layer in a circumference direction of the electroconductive layer. an electroconductive layer in the form of a cylindrical rotary member; a coil configured to have a spiral shape so that a spiral axis of the coil extends along a generatrix direction of the electroconductive layer, the coil being disposed inside the electroconductive layer; and a magnetic core disposed inside the coil, wherein the core has a shape which does not form a loop outside the electroconductive layer, wherein a magnetic field is formed by a current flowing in the coil, and the magnetic core induces magnetic force lines of the magnetic field, characterized in that the magnetic resistance of the magnetic core is, with an area from one end to the other end of the maximum passage region of the image on a recording material in the generatrix direction, equal to or smaller than 30% of combined magnetic resistance made up of magnetic resistance of the electroconductive layer and magnetic resistance of a region between the electroconductive layer and the magnetic core, and the electroconductive layer generates heat mainly by a current, which is induced by the magnetic field, flowing in the electroconductive layer in a circumference direction of the electroconductive layer.
A cooling device comprising - at least one compartment having at least a wall wherein foodstuffs desired to be cooled are placed, - at least one recess disposed on the wall - a knob that is situated on the recess that enables the compartment temperature to be changed by the user and having a light source for illuminating the compartment - wherein said compartment comprises at least one interaction means disposed on the back surface of the wall and characterized in that - the knob comprises at least one magnet so as to be in interaction with the interaction means to ensure that it is mounted on the wall. - at least one compartment having at least a wall wherein foodstuffs desired to be cooled are placed, - at least one recess disposed on the wall - a knob that is situated on the recess that enables the compartment temperature to be changed by the user and having a light source for illuminating the compartment - wherein said compartment comprises at least one interaction means disposed on the back surface of the wall and characterized in that - the knob comprises at least one magnet so as to be in interaction with the interaction means to ensure that it is mounted on the wall.
A method of operating a cleaning system, characterized in that the method comprises: receiving a first battery pack including a first battery controller; receiving a first signal indicative of a first battery capacity from the first battery controller; outputting a first control signal based on receiving the first signal; operating a motor at a first speed based on the first control signal, and operating a second-motor at the first speed based on the first control signal, or receiving a second battery pack including a second battery controller; receiving a second signal indicative of a second battery capacity from the second battery controller; outputting a second control signal based on receiving the second signal; operating the motor at a second speed based on the second control signal, and operating the second-motor at the second speed based on the second control signal. receiving a first battery pack including a first battery controller; receiving a first signal indicative of a first battery capacity from the first battery controller; outputting a first control signal based on receiving the first signal; operating a motor at a first speed based on the first control signal, and operating a second-motor at the first speed based on the first control signal, or receiving a first signal indicative of a first battery capacity from the first battery controller; outputting a first control signal based on receiving the first signal; operating a motor at a first speed based on the first control signal, and operating a second-motor at the first speed based on the first control signal, or receiving a second battery pack including a second battery controller; receiving a second signal indicative of a second battery capacity from the second battery controller; outputting a second control signal based on receiving the second signal; operating the motor at a second speed based on the second control signal, and operating the second-motor at the second speed based on the second control signal. receiving a second signal indicative of a second battery capacity from the second battery controller; outputting a second control signal based on receiving the second signal; operating the motor at a second speed based on the second control signal, and operating the second-motor at the second speed based on the second control signal.
A steam generation system for a household appliance, comprising: - a tank adapted to contain a liquid to be heated to generate steam: - a steam generator arranged downstream of the tank; - a pipe (10, 12) which connects the tank to the steam generator; - a valve arranged along the pipe (10, 12) and having an opening position, in which it allows the passage of liquid from the tank to the steam generator, and a closing position, in which it closes the passage of liquid from the tank to the steam generator; - a check valve arranged along the pipe (10, 12) and adapted to allow the passage of liquid only towards the steam generator; wherein the steam generator is configured to generate a counterpressure adapted to close the check valve and wherein a steam outlet pipe is provided characterized in that, in order to generate said counterpressure, a choke is provided along the steam outlet pipe and/or the steam outlet pipe has a length-to-inner diameter ratio from 50 to 500. - a tank adapted to contain a liquid to be heated to generate steam: - a steam generator arranged downstream of the tank; - a pipe (10, 12) which connects the tank to the steam generator; - a valve arranged along the pipe (10, 12) and having an opening position, in which it allows the passage of liquid from the tank to the steam generator, and a closing position, in which it closes the passage of liquid from the tank to the steam generator; - a check valve arranged along the pipe (10, 12) and adapted to allow the passage of liquid only towards the steam generator; wherein the steam generator is configured to generate a counterpressure adapted to close the check valve and wherein a steam outlet pipe is provided characterized in that, in order to generate said counterpressure, a choke is provided along the steam outlet pipe and/or the steam outlet pipe has a length-to-inner diameter ratio from 50 to 500.
A coated abrasive article comprising: a backing comprising a make coat attaching AZ abrasive particles and glass diluent particles to the backing, the AZ abrasive particles and the glass diluent particles forming an abrasive layer; and a size coat applied over the AZ abrasive particles and the glass diluent particles; wherein a size ratio between the average size of the glass diluent particles divided by the average size of the AZ abrasive particles is from 0.5 to 2.5, the abrasive layer comprises from 25 to 75 percent by weight AZ abrasive particles and from 75 to 25 percent by weight glass diluent particles, the abrasive layer has from 70 to 95 percent of a maximum closed coat construction of the AZ abrasive particles and glass diluent particles. a backing comprising a make coat attaching AZ abrasive particles and glass diluent particles to the backing, the AZ abrasive particles and the glass diluent particles forming an abrasive layer; and a size coat applied over the AZ abrasive particles and the glass diluent particles; wherein a size ratio between the average size of the glass diluent particles divided by the average size of the AZ abrasive particles is from 0.5 to 2.5, the abrasive layer comprises from 25 to 75 percent by weight AZ abrasive particles and from 75 to 25 percent by weight glass diluent particles, the abrasive layer has from 70 to 95 percent of a maximum closed coat construction of the AZ abrasive particles and glass diluent particles. wherein a size ratio between the average size of the glass diluent particles divided by the average size of the AZ abrasive particles is from 0.5 to 2.5, the abrasive layer comprises from 25 to 75 percent by weight AZ abrasive particles and from 75 to 25 percent by weight glass diluent particles, the abrasive layer has from 70 to 95 percent of a maximum closed coat construction of the AZ abrasive particles and glass diluent particles.
A method (200; 270) for decoding video data, the method comprising for at least one prediction unit, PU, of a coding unit, CU, in a B slice coded using advanced motion vector prediction, AMVP, mode (212; 284):: determining, based on a size characteristic of the PU, that the PU is restricted to uni-directional inter prediction; parsing, from a bitstream, an inter prediction mode indicator syntax element, inter_pred_idc, for the PU, wherein when the PU is restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is uni-directionally inter predicted based on a list 0 or uni-directionally inter predicted based on a list 1, wherein when the PU is not restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is either uni-directionally inter predicted based on the list 0, uni-directionally inter predicted based on the list 1, or bi-directionally predicted;entropy decoding the inter prediction mode indicator syntax element inter_pred_idc using different contexts that depend on whether the PU is restricted to uni-directional inter prediction. parsing, from a bitstream, an inter prediction mode indicator syntax element, inter_pred_idc, for the PU, wherein when the PU is restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is uni-directionally inter predicted based on a list 0 or uni-directionally inter predicted based on a list 1, wherein when the PU is not restricted to uni-directional inter prediction, inter_pred_idc is configured to indicate whether the PU is either uni-directionally inter predicted based on the list 0, uni-directionally inter predicted based on the list 1, or bi-directionally predicted;entropy decoding the inter prediction mode indicator syntax element inter_pred_idc using different contexts that depend on whether the PU is restricted to uni-directional inter prediction.
A device for controlling a switching component by activating a wired control signal, including a block receiving as inputs the wired control signal and an authorization signal, the block being arranged so as to produce at the outlet a validated control signal which is activated when the wired control signal is activated if the authorization signal is activated, and which is kept activated after activation as long as the wired control signal is activated, characterized in that it includes a connector for controlling the switching component by activating a control software signal redundantly with the wired control signal.
Garden pump arrangement having a pump driven by an electric drive motor and having a control device, which contains a flow sensor and switches off the drive motor when the flow rate through the pump outlet falls below a minimum value, a delay time being predefined between the flow rate falling below the minimum and the motor being switched off, characterized in that the delay time is at least 1.5 minutes and, in order to switch on the drive motor following a previous shutdown, irrespective of the outlet pressure from the pump, there is an operating element that can be actuated by the user, and no pressure sensor having a switch-on threshold is provided.
A mirror scanner (100, 200) comprising: a mirror having a first surface that reflects a light, the mirror being swingable about a swing axis; a permanent magnet disposed on a second surface which is a surface opposite of the first surface of the mirror, a yoke (20, 40) having a pair of magnetic field generating ends, a pair of extending portions (42a, 42b) and a coupling portion (22, 23), the pair of magnetic field generating ends being disposed at positions facing the permanent magnet in the second surface side of the mirror, the coupling portion coupling respective one ends of the pair of extending portions and the pair of magnetic field generating ends being formed on respective other ends of the pair of extending portions; and a coil wound around each of the pair of extending portions of the yoke, wherein the pair of extending portions and the coupling portion extend along the second surface of the mirror. a mirror having a first surface that reflects a light, the mirror being swingable about a swing axis; a permanent magnet disposed on a second surface which is a surface opposite of the first surface of the mirror, a yoke (20, 40) having a pair of magnetic field generating ends, a pair of extending portions (42a, 42b) and a coupling portion (22, 23), the pair of magnetic field generating ends being disposed at positions facing the permanent magnet in the second surface side of the mirror, the coupling portion coupling respective one ends of the pair of extending portions and the pair of magnetic field generating ends being formed on respective other ends of the pair of extending portions; and a coil wound around each of the pair of extending portions of the yoke, wherein the pair of extending portions and the coupling portion extend along the second surface of the mirror.
Method for reducing ripple, which is caused by a rotational non-uniformity of an internal combustion engine, in the output voltage (U Batt) from a generator which is driven by the internal combustion engine, the said generator having a stator winding, a rotor winding, a field controller, which is associated with the rotor winding, for rotor-end control of the output voltage from the generator, and a downstream current converter with switching elements which can be driven, wherein the current converter is operated as a rectifier, wherein, in order to reduce the voltage ripple, stator-end control of the output voltage (U Batt) from the generator is performed by means of corresponding driving, which changes a commutation angle, of the switching elements of the current converter in such a way that the generator current is reduced at a maximum rotation speed of the generator and is increased at a minimum rotation speed of the generator.
A low profile knee brace for use in the treatment of injury to a ligament, comprising: an upper thigh cuff component capable of being formed to custom fit the thigh of a wearer; a lower leg cuff component capable of being formed to custom fit the calf of the wearer; a single continuous non-removable liner encapsulating said upper thigh cuff component and said lower leg cuff component; bilateral hinge assemblies (18, 19), wherein said upper thigh cuff component and said lower leg cuff component are pivotally attached to said hinge assemblies; a plurality of straps for securing the brace to a wearer's leg, wherein said plurality of straps are attached directly to the liner of said brace; and a rigid upper member and a rigid lower member secured to the hinge assemblies; wherein said rigid upper member and said rigid lower member comprise a recessed portion (49, 51) along a length of said rigid upper member and said rigid lower member. an upper thigh cuff component capable of being formed to custom fit the thigh of a wearer; a lower leg cuff component capable of being formed to custom fit the calf of the wearer; a single continuous non-removable liner encapsulating said upper thigh cuff component and said lower leg cuff component; bilateral hinge assemblies (18, 19), wherein said upper thigh cuff component and said lower leg cuff component are pivotally attached to said hinge assemblies; a plurality of straps for securing the brace to a wearer's leg, wherein said plurality of straps are attached directly to the liner of said brace; and a rigid upper member and a rigid lower member secured to the hinge assemblies; wherein said rigid upper member and said rigid lower member comprise a recessed portion (49, 51) along a length of said rigid upper member and said rigid lower member.
A method, in a mobile station, for finding carriers on which transmissions are being made by at least a base station in a part of a radio communication network, characterised by the steps of: selecting a carrier in a set of carriers (C 1, C 2, C 3, C 4) of a discontinuous transmission scheme where signals are transmitted by at least the base station on these carriers (C1, C2, C3, C4) of the set in active transmission intervals of a transmission cycle, said discontinuous transmission scheme specifying a transmission sequence of said set of carriers, said step of selecting being based on probability settings (p C),wherein the probability settings are provided for the carriers of the set, and wherein each of the probability settings is assigned to a carrier and is used for indicating a probability of the carrier being a carrier which a base station is currently transmitting on, scanning the selected carrier during a time range that is a fraction of the transmission cycle, confirming a presence of the selected carrier if transmissions are detected and otherwise adjusting the probability settings of the carriers based on a timing of the scanning and a position of the selected carrier active transmission interval in the transmission sequence, and repeating the selection of carrier based on probability settings and adjusting of probability settings until the presence of a carrier has been confirmed. selecting a carrier in a set of carriers (C 1, C 2, C 3, C 4) of a discontinuous transmission scheme where signals are transmitted by at least the base station on these carriers (C1, C2, C3, C4) of the set in active transmission intervals of a transmission cycle, said discontinuous transmission scheme specifying a transmission sequence of said set of carriers, said step of selecting being based on probability settings (p C),wherein the probability settings are provided for the carriers of the set, and wherein each of the probability settings is assigned to a carrier and is used for indicating a probability of the carrier being a carrier which a base station is currently transmitting on, scanning the selected carrier during a time range that is a fraction of the transmission cycle, confirming a presence of the selected carrier if transmissions are detected and otherwise adjusting the probability settings of the carriers based on a timing of the scanning and a position of the selected carrier active transmission interval in the transmission sequence, and repeating the selection of carrier based on probability settings and adjusting of probability settings until the presence of a carrier has been confirmed.
Lifting column, preferably for height-adjustable tables, said lifting column comprising at least two members (2a,2b,2c) arranged telescopically relative to each other and at least one slider (11a, 11b) located between two successive members (2a,2b,2c), said slider being secured to one of the two members (2a,2b,2c), characterized in that the member, to which the slider (11a, 11b) is secured, is furnished with a resilient section (17, 17') outlined by a groove (16,18) against which at least a part of the slider (11a, 11b) rests.