mhurhangee/ep-ind-claims huggingface dataset:
Method for automatically processing a plurality of sheets by means of printing and finishing on a printing system, the method comprising the steps of receiving printing instructions for printing the plurality of sheets, receiving finishing instructions for finishing the plurality of sheets after printing in order to form a stack of printed and finished sheets, the stack having a stack height, the finishing instructions comprising an instruction to create a new target stack edge extending in a direction of the stack height at an intended position on each of the plurality of sheets, printing a mark (27, 28) on each sheet of a group of sheets out of the plurality of sheets, the mark intended to hit the new target stack edge in a single target hit point, finishing the plurality of printed sheets according to the finishing instructions creating a new actual stack edge, wherein a plurality of actual hit points of the plurality of marks, each of the plurality of actual hit points hitting the new actual stack edge and corresponding to one hit point out of the group of at least one target hit point, form a pattern on the new actual stack edge, the pattern extending in a direction of the stack height and comprising an indication for a degree of correctness of the printing on the plurality of sheets and/or the finishing of the plurality of printed sheets out of a collection of continuous proportional indications for degrees of correctness, and wherein the mark intersects the new target stack edge in the single target hit point in the plane of the sheet with an angle that is smaller than 1⁄2 π radians.
Method for transmitting data between a radio transponder reader and a radio transponder, in which - the radio transponder reader modulates at least one control command onto a radio carrier signal and transmits the modulated radio carrier signal to the radio transponder, - the radio transponder receives the modulated radio carrier signal by means of an inductive antenna arrangement to which a load modulation unit that comprises an alterable load impedance is connected, - a control unit of the radio transponder generates a response signal by controlling an alteration of the load impedance by means of a control signal that has a selected switching impulse frequency and a selected number of switching impulses, characterized in that - the control unit encodes multi-valued at least ternary symbols into the control signal, - symbol values (U-X) are each assigned to switching impulse sequences that each have a unique combination of switching impulse frequency, number of switching impulses and phase shift, wherein only combinations whose quotient of the number of switching impulses and the switching impulse frequency is within a prescribed range of values are selected. - the radio transponder reader modulates at least one control command onto a radio carrier signal and transmits the modulated radio carrier signal to the radio transponder, - the radio transponder receives the modulated radio carrier signal by means of an inductive antenna arrangement to which a load modulation unit that comprises an alterable load impedance is connected, - a control unit of the radio transponder generates a response signal by controlling an alteration of the load impedance by means of a control signal that has a selected switching impulse frequency and a selected number of switching impulses, characterized in that - the control unit encodes multi-valued at least ternary symbols into the control signal, - symbol values (U-X) are each assigned to switching impulse sequences that each have a unique combination of switching impulse frequency, number of switching impulses and phase shift, wherein only combinations whose quotient of the number of switching impulses and the switching impulse frequency is within a prescribed range of values are selected.
An electrochromic device comprising: a pair of electrodes (1000, 1010, 2000, 2010); and an electrochromic layer disposed between the pair of electrodes (1000, 1010, 2000, 2010) and containing a solvent and different electrochromic materials having the same polarity, characterized in that for two materials selected from the different electrochromic materials having the same polarity in descending order of maximum absorbance in a color-display mode of the electrochromic layer, so that the first material of the two materials is the material having the largest maximum absorbance of the different electrochromic materials, and the second material of the two materials is the material having the second largest maximum absorbance of the different electrochromic materials, the diffusion coefficients of the molecules of the two materials are compared with each other in the color-display mode, and a smaller diffusion coefficient D 2 min, a larger diffusion coefficient D 2 max, and maximum absorbance H 2 of the molecules of the electrochromic material having the diffusion coefficient D 2 max in the color-display mode satisfy Formula: 1 ≤ D 2 max / D 2 min ≤ 1 + 0.146 / H 2 2 wherein the maximum absorbance is the largest absorbance in the maximum absorption wavelengths of the molecules. a pair of electrodes (1000, 1010, 2000, 2010); and an electrochromic layer disposed between the pair of electrodes (1000, 1010, 2000, 2010) and containing a solvent and different electrochromic materials having the same polarity, characterized in that for two materials selected from the different electrochromic materials having the same polarity in descending order of maximum absorbance in a color-display mode of the electrochromic layer, so that the first material of the two materials is the material having the largest maximum absorbance of the different electrochromic materials, and the second material of the two materials is the material having the second largest maximum absorbance of the different electrochromic materials, the diffusion coefficients of the molecules of the two materials are compared with each other in the color-display mode, and a smaller diffusion coefficient D 2 min, a larger diffusion coefficient D 2 max, and maximum absorbance H 2 of the molecules of the electrochromic material having the diffusion coefficient D 2 max in the color-display mode satisfy Formula: 1 ≤ D 2 max / D 2 min ≤ 1 + 0.146 / H 2 2 wherein the maximum absorbance is the largest absorbance in the maximum absorption wavelengths of the molecules.
A refrigerator comprising: a compressor, a condenser, an evaporator (231, 232, 233); and a valve configured to send a refrigerant released from the condenser to the evaporator (231, 232, 233), wherein the valve comprises: a valve sheet having an outlet through which a refrigerant in the valve is released, and a valve body comprising: a rotation shaft that passes through a centre axis of the valve sheet to rotate the valve body around the centre axis of the valve sheet, and a regulation recess formed to extend in a circumferential direction of the valve body and configured to move against the outlet to regulate a degree of opening of the outlet, and wherein a center of the outlet is located outward in a radial direction from the rotation shaft of the valve body from a rotation trajectory in the direction of rotation of the valve body of a center of a closed end portion of the regulation recess. a compressor, a condenser, an evaporator (231, 232, 233); and a valve configured to send a refrigerant released from the condenser to the evaporator (231, 232, 233), wherein the valve comprises: a valve sheet having an outlet through which a refrigerant in the valve is released, and a valve body comprising: a rotation shaft that passes through a centre axis of the valve sheet to rotate the valve body around the centre axis of the valve sheet, and a regulation recess formed to extend in a circumferential direction of the valve body and configured to move against the outlet to regulate a degree of opening of the outlet, and a valve sheet having an outlet through which a refrigerant in the valve is released, and a valve body comprising: a rotation shaft that passes through a centre axis of the valve sheet to rotate the valve body around the centre axis of the valve sheet, and a regulation recess formed to extend in a circumferential direction of the valve body and configured to move against the outlet to regulate a degree of opening of the outlet, and a rotation shaft that passes through a centre axis of the valve sheet to rotate the valve body around the centre axis of the valve sheet, and a regulation recess formed to extend in a circumferential direction of the valve body and configured to move against the outlet to regulate a degree of opening of the outlet, and wherein a center of the outlet is located outward in a radial direction from the rotation shaft of the valve body from a rotation trajectory in the direction of rotation of the valve body of a center of a closed end portion of the regulation recess.
A patella drill guide comprising: a plurality of metallic load-bearing members (110, 112, 114, 116, 118, 120), each having a smooth bore extending through it and an outer periphery, the surface of the outer periphery having a plurality of surface interlock features, and a non-metallic support structure comprising a guide portion and a shaft formed by injection moulding a resin material into a die in which the load-bearing members are located so that the guide portion of the support structure is formed integrally with the load-bearing members and the load-bearing members are permanently attached to the said guide portion, the guide portion including a plurality of spikes extending from a surface thereof. a plurality of metallic load-bearing members (110, 112, 114, 116, 118, 120), each having a smooth bore extending through it and an outer periphery, the surface of the outer periphery having a plurality of surface interlock features, and a non-metallic support structure comprising a guide portion and a shaft formed by injection moulding a resin material into a die in which the load-bearing members are located so that the guide portion of the support structure is formed integrally with the load-bearing members and the load-bearing members are permanently attached to the said guide portion, the guide portion including a plurality of spikes extending from a surface thereof.
A friction material comprising a fiber base material, a binder, an abrasive material, and a friction modifier, characterized in that the friction modifier includes silicone rubber particles wherein a silane coupling agent is dispersed inside of the silicone rubber particles, and wherein the average particle diameter of the silicone rubber particles is between 10 micrometers and 1000 micrometers.
A body coupled communication device (200; 201) arranged to receive and transmit signals via a body transmission channel, the device comprising - two couplers (202, 204) arranged to receive and transmit a body-coupled signal from and over the body transmission channel, the body transmission channel being formed by a body of a user when the body is in the direct vicinity of the couplers (202, 204), - a receiver amplifier coupled to at least one of the two couplers, characterised in that the body coupled communication device further comprises - a transmitter amplifier coupled to a first coupler of the two couplers (202, 204), - an inductance arranged in parallel to the couplers and being coupled between the transmitter amplifier and the first coupler of the two couplers such that the inductance is arranged in parallel to the receiver amplifier and in series with the transmitter amplifier. - two couplers (202, 204) arranged to receive and transmit a body-coupled signal from and over the body transmission channel, the body transmission channel being formed by a body of a user when the body is in the direct vicinity of the couplers (202, 204), - a receiver amplifier coupled to at least one of the two couplers, characterised in that the body coupled communication device further comprises - a transmitter amplifier coupled to a first coupler of the two couplers (202, 204), - an inductance arranged in parallel to the couplers and being coupled between the transmitter amplifier and the first coupler of the two couplers such that the inductance is arranged in parallel to the receiver amplifier and in series with the transmitter amplifier.
An apparatus comprising means for: analysing of a portion of a visual scene; detecting, based on the analysis, a visual object corresponding to a sound object (302 1) of a sound scene, wherein a classification of the sound object is used to direct the detecting of the visual object; determining, based on the analysis, a classification of the visual object; modifying the sound scene by modifying a spatial extent of the sound object of the sound scene in dependence upon the determined classification of the visual object corresponding to the sound object; rendering of the visual scene and the modified sound scene including the modified sound object with the modified spatial extent. analysing of a portion of a visual scene; detecting, based on the analysis, a visual object corresponding to a sound object (302 1) of a sound scene, wherein a classification of the sound object is used to direct the detecting of the visual object; determining, based on the analysis, a classification of the visual object; modifying the sound scene by modifying a spatial extent of the sound object of the sound scene in dependence upon the determined classification of the visual object corresponding to the sound object; rendering of the visual scene and the modified sound scene including the modified sound object with the modified spatial extent.
An apparatus configured to decode video information, the apparatus comprising: a memory unit configured to store an inter-layer reference picture comprising video information; and a processor operationally coupled to the memory and configured to: receive partition information indicating a quadtree structure having a single root node and a plurality of leafs into which the inter-layer reference picture is partitioned, the partition information comprising a subdivision of the inter-layer reference picture into four quarters and a subdivision of at least one of the quarters of the inter-layer reference picture into sub-quarters; receive inter-component filter parameters specific to each individual leaf, wherein the inter-component filter parameters for each individual leaf are based upon the video information in the individual leaf and comprise at least one of a high-pass filter coefficient, a quantization parameter, or a shift parameter; and decode the inter-layer reference picture using the partition information and the inter-component filter parameters. a memory unit configured to store an inter-layer reference picture comprising video information; and a processor operationally coupled to the memory and configured to: receive partition information indicating a quadtree structure having a single root node and a plurality of leafs into which the inter-layer reference picture is partitioned, the partition information comprising a subdivision of the inter-layer reference picture into four quarters and a subdivision of at least one of the quarters of the inter-layer reference picture into sub-quarters; receive inter-component filter parameters specific to each individual leaf, wherein the inter-component filter parameters for each individual leaf are based upon the video information in the individual leaf and comprise at least one of a high-pass filter coefficient, a quantization parameter, or a shift parameter; and decode the inter-layer reference picture using the partition information and the inter-component filter parameters. receive partition information indicating a quadtree structure having a single root node and a plurality of leafs into which the inter-layer reference picture is partitioned, the partition information comprising a subdivision of the inter-layer reference picture into four quarters and a subdivision of at least one of the quarters of the inter-layer reference picture into sub-quarters; receive inter-component filter parameters specific to each individual leaf, wherein the inter-component filter parameters for each individual leaf are based upon the video information in the individual leaf and comprise at least one of a high-pass filter coefficient, a quantization parameter, or a shift parameter; and decode the inter-layer reference picture using the partition information and the inter-component filter parameters.
Retractable ventilation system for a household appliance - having a lifting motor, - and having a circuit (102-118, K1-K4, D1-D5, R1-R2, C1, S1, GND) for activating the lifting motor comprising a switch, - wherein the circuit is embodied such that on actuation of the switch a selection is made between two current paths for operating the lifting motor, - wherein one of the two current paths is provided for moving the ventilation system in a preferred direction and another of the two current paths is provided for moving the ventilation system counter to the preferred direction, - wherein the selected current path can interrupt the other current path by means of an electronic switch (K1-K4), - wherein the selected current path can be interrupted by means of at least one limit switch (106, 108, 114, 116) and - wherein the current path for moving the ventilation system counter to the preferred direction comprises a time-delay circuit (R1, C1) which enables said current path to be activated on a time-delayed basis. - having a lifting motor, - and having a circuit (102-118, K1-K4, D1-D5, R1-R2, C1, S1, GND) for activating the lifting motor comprising a switch, - wherein the circuit is embodied such that on actuation of the switch a selection is made between two current paths for operating the lifting motor, - wherein one of the two current paths is provided for moving the ventilation system in a preferred direction and another of the two current paths is provided for moving the ventilation system counter to the preferred direction, - wherein the selected current path can interrupt the other current path by means of an electronic switch (K1-K4), - wherein the selected current path can be interrupted by means of at least one limit switch (106, 108, 114, 116) and - wherein the current path for moving the ventilation system counter to the preferred direction comprises a time-delay circuit (R1, C1) which enables said current path to be activated on a time-delayed basis.
A dehumidifier, comprising a suction unit which humid air is sucked in, a dehumidifying unit having a chiller and for cooling down the humid air sucked in and for dehumidifying by condensing the moisture in the humid air, a discharge unit having a heat radiator and for heating and discharging dry air as dehumidified at the dehumidifying unit, a refrigerant circulating system for cooling down the humid air at the dehumidifying unit and for heating said dry air at said discharge unit, and a heat exchanger for performing heat exchange between said humid air and said dry air as dehumidified at said dehumidifying unit, characterized in that said heat exchanger comprises a casing arranged as a hollow box and a heat transfer unit accommodated in said casing, wherein said heat transfer unit is configured so that a flat plate is turned back alternately in opposite directions, and a first flow passage and a second flow passage are prepared alternately in many layers by said flat plate, and among a front plate and a rear plate running in parallel to a return line of said flat plate of said casing, on said front plate side, a high temperature fluid inlet and a high temperature fluid outlet, which are communicated with said second flow passage, are formed, a low temperature fluid inlet being communicated with said first flow passage is formed on said rear plate side at a position opposing said high temperature fluid outlet, a low temperature fluid outlet being communicated with said first flow passage is formed on said rear plate side at a position opposing said high temperature fluid inlet, said suction unit is disposed on said high temperature fluid inlet, said discharge unit is disposed on said low temperature fluid outlet, a suction fan is accommodated in said suction unit, an exhaust fan is accommodated in said discharge unit and said suction fan and said exhaust fan are configured so as to rotate integrally by a same fan motor, wherein said dehumidifying unit is configured so as to commonly have said high temperature fluid outlet as a fluid inlet to said dehumidifying unit and to commonly have said low temperature fluid inlet as a fluid outlet from said dehumidifying unit, and the air sucked in from said suction unit flows into said heat exchanger from said high temperature fluid inlet, flows into said dehumidifying unit via said high temperature fluid outlet, flows into said heat exchanger from said dehumidifying unit via said low temperature fluid inlet, wherein the air which flows into said dehumidifying unit and the air which flows out from said dehumidifying unit are heat exchanged in said heat exchanger and discharged from said discharge unit via said heat radiator.
A power inductor comprising: a main body; and first and second external electrodes (21, 22) formed on both end portions of the main body, wherein the main body includes: upper and lower cover layers (11, 12); at least one coil support layer disposed between the upper and lower cover layers; and first and second coil layers (41, 42) formed on both surfaces of the coil support layer and having respective one ends thereof connected to the first and second external electrodes, characterised in that the coil support layer has a through hole formed in a center thereof, at least one first recess portion formed in both lateral surfaces thereof and a plurality of second recess portions formed in respective corners thereof. a main body; and first and second external electrodes (21, 22) formed on both end portions of the main body, wherein the main body includes: upper and lower cover layers (11, 12); at least one coil support layer disposed between the upper and lower cover layers; and first and second coil layers (41, 42) formed on both surfaces of the coil support layer and having respective one ends thereof connected to the first and second external electrodes, characterised in that the coil support layer has a through hole formed in a center thereof, at least one first recess portion formed in both lateral surfaces thereof and a plurality of second recess portions formed in respective corners thereof.
A casing, able to encapsulate at least one microwave component, forming a closed cavity of the Faraday cage type having lateral walls (4, 40) resting on a base superposed by a cap, characterised in that at least one of said lateral walls comprises external electrical connection elements (8, 8a, 8b) electrically connected to the inside of said cavity, said external connection elements (8, 8a, 8b) being capable of being interconnected with an external circuit so that said lateral wall is opposite said external circuit when said external connection elements are interconnected with said circuit.