mhurhangee/ep-ind-claims huggingface dataset:
A method of displaying a status bar, the method comprising: displaying a status bar indicating a played state of contents; and enlarging a section including a selected position and displaying the enlarged section at a position separated from the status bar when a predetermined position is selected from the status bar, characterized in that the displaying of the enlarged section comprises enlarging the section proportional to a distance to a terminated position of a drag from the status bar and displaying the enlarged section when a touch is dragged from the predetermined position of the status bar in a direction other than an advance direction of the status bar in the predetermined position of the status bar. displaying a status bar indicating a played state of contents; and enlarging a section including a selected position and displaying the enlarged section at a position separated from the status bar when a predetermined position is selected from the status bar, characterized in that the displaying of the enlarged section comprises enlarging the section proportional to a distance to a terminated position of a drag from the status bar and displaying the enlarged section when a touch is dragged from the predetermined position of the status bar in a direction other than an advance direction of the status bar in the predetermined position of the status bar.
An outer space deployable antenna comprising: a ground plane; and a flexible antenna coupled to the ground plane and moveable between a flat stored configuration and a conical deployed configuration, the flexible antenna comprising a dielectric layer and a plurality of antenna arms carried thereby, the flexible antenna having a circular shape with a circular sector notch in the flat stored configuration that closes in the conical deployed configuration. a ground plane; and a flexible antenna coupled to the ground plane and moveable between a flat stored configuration and a conical deployed configuration, the flexible antenna comprising a dielectric layer and a plurality of antenna arms carried thereby, the flexible antenna having a circular shape with a circular sector notch in the flat stored configuration that closes in the conical deployed configuration.
Method for detecting a fraudulent electronic payment terminal characterized in that it comprises a step, implemented by a mobile terminal prior to the use of said fraudulent electronic payment terminal for a payment transaction, for generating an alarm indicating that said electronic payment terminal is fraudulent, said step for generating an alarm being activated: • when no message coming from the electronic payment terminal is received by the mobile terminal before the expiry of a predetermined timeout period; or • when a phase of verifying a response, received from said electronic payment terminal, to a challenge (CT1S1) sent out by said mobile terminal, delivers a negative verification result, said step of verification being implemented by said mobile terminal. • when no message coming from the electronic payment terminal is received by the mobile terminal before the expiry of a predetermined timeout period; or • when a phase of verifying a response, received from said electronic payment terminal, to a challenge (CT1S1) sent out by said mobile terminal, delivers a negative verification result, said step of verification being implemented by said mobile terminal.
A video projector device (100, 300), comprising: a light source which emits visible light; a driver which drives the light source; at least one optical component which projects the visible light in a field of view; a sensor which senses visible light, including visible light which is reflected from at least one object in the field of view, the sensor comprising a plurality of pixels; and at least one control circuit (310, 340) which provides a gated sub-frame in which the light source is driven in a pulsed mode while the sensor is operated in a gated mode, followed by the light source being driven in a continuous mode while the sensor is read to obtain light intensity values, where the at least one control circuit (310, 340) derives depth data regarding the at least one object in the field of view based on the light intensity values, using a time-of-flight principle, and the light source and the optical component are used for video projection and for time-of-flight measurement, wherein the at least one control circuit (310, 340) provides an ungated sub-frame in which the light source is driven in the pulsed mode while the sensor is operated in an ungated mode, followed by the light source being driven in the continuous mode while the sensor is read to obtain light intensity values, where the at least one control circuit (310, 340) adjusts the light intensity values obtained during the gated sub-frame based on the light intensity values obtained during the ungated sub-frame, to compensate for reflectivity of the at least one object in the field of view. a light source which emits visible light; a driver which drives the light source; at least one optical component which projects the visible light in a field of view; a sensor which senses visible light, including visible light which is reflected from at least one object in the field of view, the sensor comprising a plurality of pixels; and at least one control circuit (310, 340) which provides a gated sub-frame in which the light source is driven in a pulsed mode while the sensor is operated in a gated mode, followed by the light source being driven in a continuous mode while the sensor is read to obtain light intensity values, where the at least one control circuit (310, 340) derives depth data regarding the at least one object in the field of view based on the light intensity values, using a time-of-flight principle, and the light source and the optical component are used for video projection and for time-of-flight measurement, wherein the at least one control circuit (310, 340) provides an ungated sub-frame in which the light source is driven in the pulsed mode while the sensor is operated in an ungated mode, followed by the light source being driven in the continuous mode while the sensor is read to obtain light intensity values, where the at least one control circuit (310, 340) adjusts the light intensity values obtained during the gated sub-frame based on the light intensity values obtained during the ungated sub-frame, to compensate for reflectivity of the at least one object in the field of view.
A method for milking a milk-producing animal, especially a cow, comprising the following steps: determining a target quantity of milk that is smaller than a possible quantity of milk to be expected, carrying out a milking operation; ascertaining a milked quantity of milk during a milking operation; comparing the milked quantity of milk with the target quantity of milk; ending the milking operation when the milked quantity of milk substantially corresponds to the target quantity of milk, in which a start day, before a dry-off day, is determined and milking is carried out with a target quantity of milk from that day.
Filter module for the removal of pollutants from an air flow, comprising at least one permeable filter layer for the accumulation of the pollutants on the filter layer, wherein the filter layer is formed by a plurality of elongate filter elements or filter element sections, which are arranged spaced apart from one another in the plane of the filter layer, so that air passage gaps remain between the filter elements, or filter element sections, the gap width of which is determined by the distance between neighboring filter elements or filter element sections, characterized in that, in addition to the air passage gaps, a bypass channel is provided in the filter module between two neighboring elongate filter elements, or filter element sections, the clearance of which is significantly larger than the gap width of the air passage gaps between the filter elements, or filter element sections, and which is configured in such a way to allow a remaining part of the air flow cross-section to flow past all filter layers in an unfiltered manner, wherein the clearance of the bypass channel is at least twice the clearance of the air passage gaps between filter elements, or filter element sections of the filter layer.
A method for operating at least one artificial respiration device with at least one computing apparatus for controlling a multiplicity of device functions, comprising at least one piece of device software and at least one device configuration with adjustment parameters, wherein the validity of the device software and the validity of the device configuration are in each case characterized by at least one version and wherein the versions are at least partially compared with one another in order to recognize a version conflict between the device software and the device configuration, characterized in that in the event of an invalid version of the device configuration and a valid version of the device software, the adjustment parameters of the device configuration are read out and sorted into at least one first group having adjustment parameters which are not affected by the version conflict and at least one second group having adjustment parameters which are affected by the version conflict and the adjustment parameters of the first group are retained, wherein the adjustment parameters specify values, with which the artificial respiration parameters to be adjusted for the artificial respiration are fixed at specific values and/or courses, and wherein the adjustment parameters of the first group are applied by the computing apparatus for control purposes, wherein the adjustment parameters of the second group are sorted into at least one first class with adjustment parameters which are uncritical for an envisaged operation of the artificial respiration device and at least one second class with adjustment parameters which are critical for an envisaged operation of the artificial respiration device, wherein at least one adjustment parameter of the first class is recalculated on the basis of at least one instruction stored in the device software.
An induction motor rotor placed inside a stator with an air gap in between, the induction motor rotor comprising: a rotor core formed by axially stacked electromagnetic steel sheets, the rotor core having multiple circumferentially distributed slots, which are of a squirrel cage type, formed therein; and a squirrel-cage conductor including a nonmagnetic and conductive material filled in each of the slots, characterized in that each of the slots has a stepped cross-sectional shape formed of a top step; a middle step which is arranged on a radially inner side of the top step and communicates with the top step; and a bottom step which is arranged on a radially inner side of the middle step and communicates with the middle step, wherein the top step and the middle step are formed in a shape of an ellipse, and a relation among a width in the circumferential direction of the top step, a width in the circumferential direction of the middle step, and a width in the circumferential direction of the bottom step is as follows: width in the circumferential direction of the top step is larger than width in the circumferential direction of the middle step, and the width in the circumferential direction of the middle step is larger than width in the circumferential direction of the bottom step. a rotor core formed by axially stacked electromagnetic steel sheets, the rotor core having multiple circumferentially distributed slots, which are of a squirrel cage type, formed therein; and a squirrel-cage conductor including a nonmagnetic and conductive material filled in each of the slots, characterized in that each of the slots has a stepped cross-sectional shape formed of a top step; a middle step which is arranged on a radially inner side of the top step and communicates with the top step; and a bottom step which is arranged on a radially inner side of the middle step and communicates with the middle step, wherein the top step and the middle step are formed in a shape of an ellipse, and a relation among a width in the circumferential direction of the top step, a width in the circumferential direction of the middle step, and a width in the circumferential direction of the bottom step is as follows: width in the circumferential direction of the top step is larger than width in the circumferential direction of the middle step, and the width in the circumferential direction of the middle step is larger than width in the circumferential direction of the bottom step.
A cargo container assembly adapted for transporting a temperature sensitive cargo supported by a pallet, said assembly comprising: a box-like outer shell having side, top and bottom walls and an opening with a moveable door assembly for closing said opening, a box-like inner shell within said outer shell and having side, top and bottom walls spaced inwardly of said walls of said outer shell and defining a cargo receiving chamber, vacuum insulated panel assemblies confined between the corresponding said side, top and bottom walls of said inner and outer shells, and a refrigeration system connected to cool said chamber, characterized by each of said outer shell and said inner shell being a molded one-piece unit of composite materials with said side, top and bottom walls of said outer shell and of said inner shell having resin impregnated fibers, wherein said vacuum insulated panel assemblies comprise parallel substantially flat insulation layers each having a plurality of vacuum insulated panels, and each of said panels including a core of porous material confined within an evacuated sealed bag of flexible gas impermeable film, and said cargo container assembly further comprises a rigid outer housing having opposite side walls connected by a bottom wall, a rear wall and a removable top wall, and with a front or side opening normally closed by hinged door assemblies, wherein said rigid outer housing encloses said outer shell.
A system for treating heart arrhythmia comprising: at least one electrode configured to be repositioned to a plurality of locations on a patient's skin and conduct electrical activity therefrom; and an electrocardiotherapy device electrically coupled to the electrode, the device operable to receive signals from the electrode, analyze the received signals, and generate human perceptible output indicative of the quality of the received signals from the plurality of locations, characterized in that the electrocardiotherapy device comprises a controller operable to measure a patient ECG and further operable to analyze the patient ECG and calculate a measure for the atrial signal component strength between the QRS complex and the preceding T wave to generate the human perceptible output indicative of the quality of the received signals. at least one electrode configured to be repositioned to a plurality of locations on a patient's skin and conduct electrical activity therefrom; and an electrocardiotherapy device electrically coupled to the electrode, the device operable to receive signals from the electrode, analyze the received signals, and generate human perceptible output indicative of the quality of the received signals from the plurality of locations, characterized in that the electrocardiotherapy device comprises a controller operable to measure a patient ECG and further operable to analyze the patient ECG and calculate a measure for the atrial signal component strength between the QRS complex and the preceding T wave to generate the human perceptible output indicative of the quality of the received signals.
A friction disc for use in a false-twisting device for false-twist generation on a running multifilament thread, in particular a synthetic thread, in which the thread runs by way of the friction surface of the friction disc, wherein the friction disc has on its friction surface at least one recess that diminishes the friction surface, characterised in that the recess is a groove, and the groove is formed circumferentially on the circumferential surface of the friction disc.
Set for installing a leaf of a sliding door provided with a wheel set in a frame, the set comprising a leaf, a frame, a wheel set and an aid, whereby the aid comprises supporting elements that each define a support point for the leaf, whereby the distance (D s) between the support points is less than the thickness (D v) of the leaf and whereby the aid comprises at least one connecting element to fix the supporting elements with respect one another, the leaf not yet provided with the wheel set being adapted to be placed in a vertical orientation on the support points of the aid.
A process of making a feedstock for animals comprising the following steps: a. providing olive fruit, b. drying the olive fruit to reduce the moisture content prior to caramelising the olive fruit, wherein said drying is carried out independently of caramelising the olive fruit, c. caramelising the olive fruit, wherein the olive fruit is caramelised by caramelisation at a temperature of from 110° C to 180° C, wherein the olive fruit is caramelised while being agitated, and wherein the olive fruit is caramelised until the caramelised olive fruit has a moisture content of from 6 wt% to 15 wt%. a. providing olive fruit, b. drying the olive fruit to reduce the moisture content prior to caramelising the olive fruit, wherein said drying is carried out independently of caramelising the olive fruit, c. caramelising the olive fruit, wherein the olive fruit is caramelised by caramelisation at a temperature of from 110° C to 180° C, wherein the olive fruit is caramelised while being agitated, and wherein the olive fruit is caramelised until the caramelised olive fruit has a moisture content of from 6 wt% to 15 wt%.
A drive actuator, comprising: a drive motor, including a drive shaft and a motor housing; and a centrifugal brake coupled to the drive motor, wherein the centrifugal brake comprises: a rotational disk coupled to the drive shaft; a positive-locking ring fixed with respect to the motor housing; two or more centrifugal shoes arranged to be radially moveable between an inner position and an outer position and guided in the rotational disk; and at least one spring element urging the centrifugal shoes radially inwardly towards the inner position, characterized in that the centrifugal shoes engage in a positive-locking way with the positive-locking ring when the drive motor is stationary, and move out of engagement when the drive motor is rotating. a rotational disk coupled to the drive shaft; a positive-locking ring fixed with respect to the motor housing; two or more centrifugal shoes arranged to be radially moveable between an inner position and an outer position and guided in the rotational disk; and at least one spring element urging the centrifugal shoes radially inwardly towards the inner position, characterized in that the centrifugal shoes engage in a positive-locking way with the positive-locking ring when the drive motor is stationary, and move out of engagement when the drive motor is rotating.
Secure backup system in a mobile telecommunication network comprising at least one mobile station with data, a backup entity for storing a backup file of said data, and cryptographic means for encryption and decryption of said data, characterized in that said means consists of a decryption key containing at least a first key part, a second key part and a key recreation key part, whereby the system is further characterized by entities for storing said key parts in such a way that said key parts are stored in different entities.
Process for preparing functionalized polyoxymethylene block copolymers, comprising the step of polymerizing formaldehyde in a reaction vessel in the presence of a catalyst, characterized in that the polymerization of formaldehyde is additionally effected in the presence of a starter compound having at least 2 Zerewitinoff-active hydrogen atoms and having a number-average molecular weight of ≥ 62 g/mol to ≤ 4470 g/mol, giving an intermediate having a number-average molecular weight of < 4500 g/mol, and in that the resultant intermediate is reacted with a cyclic carboxylic or carbonic ester, giving a functionalized polyoxymethylene block copolymer.
A modular and portable perfusion apparatus for maintenance and transport of an excised donor heart, comprising: a first module comprising a hard-shell reservoir with a removable support for positioning and mounting thereon the excised heart, said hard-shell reservoir having a pair of opposing defibrillator pads engaged with an inner surface of the hard-shell reservoir; a second module comprising a heat-exchanger in communication with an oxygenator; a transportable support for disengagably mounting thereon the first module and the second module; a first conduit infrastructure interconnecting the first module, the second module and an aorta of the excised donor heart, said first conduit infrastructure having a first centrifugal pump for pushing a perfusion solution from the first module to the second module; a second conduit infrastructure for connecting the first module with a right atrium and a left atrium of the excised donor heart, said second conduit infrastructure having a second centrifugal pump for pushing the perfusion solution from the first module to the right atrium and the left atrium; and a third conduit infrastructure for connecting the first module with a pulmonary artery of the excised donor heart, said third conduit infrastructure having a third centrifugal pump for providing an after pressure to a flow of the perfusion solution from the pulmonary artery. a first module comprising a hard-shell reservoir with a removable support for positioning and mounting thereon the excised heart, said hard-shell reservoir having a pair of opposing defibrillator pads engaged with an inner surface of the hard-shell reservoir; a second module comprising a heat-exchanger in communication with an oxygenator; a transportable support for disengagably mounting thereon the first module and the second module; a first conduit infrastructure interconnecting the first module, the second module and an aorta of the excised donor heart, said first conduit infrastructure having a first centrifugal pump for pushing a perfusion solution from the first module to the second module; a second conduit infrastructure for connecting the first module with a right atrium and a left atrium of the excised donor heart, said second conduit infrastructure having a second centrifugal pump for pushing the perfusion solution from the first module to the right atrium and the left atrium; and a third conduit infrastructure for connecting the first module with a pulmonary artery of the excised donor heart, said third conduit infrastructure having a third centrifugal pump for providing an after pressure to a flow of the perfusion solution from the pulmonary artery.