mhurhangee/ep-ind-claims huggingface dataset:
A computer program product comprising one or more computer-readable media having thereon an executable module, the executable module comprising: a frozen object that is an instance of a type canonically described by a canonical type descriptor that corresponds to and defines a particular type and conforms to a set of canonicalization rules; an auxiliary type descriptor that is not identical to the canonical type descriptor, but that also serves as a type descriptor for the frozen object, at least for some of operations that use type descriptors for the type; wherein the frozen object is directly associated with the auxiliary type descriptor; wherein the executable module provides an association between the frozen object and the auxiliary type descriptor; wherein the layout of an instance of the frozen object is completed at compile time and the object is allocated at compile time and exists as an object in a compiled executable file; wherein the auxiliary type descriptor is associated with the canonical type descriptor through an indirection component, and the canonical type descriptor is present on the computer program product and is not stored within the executable module and is in a module different from the executable module; and wherein the indirection component is a component that is configured to be written to once at run-time to include a pointer to point to the canonical type descriptor, thereby causing the indirection component to indirectly associate the frozen object with the canonical type descriptor without causing the indirection component or a portion thereof to become private, wherein becoming private is forcing, by a process that wrote to a page of memory, a private copy of the page to be created.
A paper sorting apparatus configured to determine respective recycling classifications of one or more papers, comprising: a scanning means configured to scan an image printed on each of the one or more papers; a printing ratio determining means configured to determine a printing ratio as a ratio of an area of the printed image as scanned by the scanning means to a whole area on the one or more papers with the printed image thereon; a classification determining means configured to determine a recycling classification of each of the one or more papers between a recyclable paper and an un-recyclable paper based upon whether the printing ratio determined by the printing ratio determining means is equal to or more than a predetermined value; a sorting assist means configured to assist sorting of each of the one or more papers in accordance with the recycling classification thereof determined by the classification determining means; and a paper feeding means configured to feed the one or more papers with the printed image thereon to be scanned by the scanning means, characterized in that the sorting assist means includes a paper feeding stopping means configured to stop a paper feeding operation based upon the recycling classification determined by the classification determining means. a scanning means configured to scan an image printed on each of the one or more papers; a printing ratio determining means configured to determine a printing ratio as a ratio of an area of the printed image as scanned by the scanning means to a whole area on the one or more papers with the printed image thereon; a classification determining means configured to determine a recycling classification of each of the one or more papers between a recyclable paper and an un-recyclable paper based upon whether the printing ratio determined by the printing ratio determining means is equal to or more than a predetermined value; a sorting assist means configured to assist sorting of each of the one or more papers in accordance with the recycling classification thereof determined by the classification determining means; and a paper feeding means configured to feed the one or more papers with the printed image thereon to be scanned by the scanning means, characterized in that the sorting assist means includes a paper feeding stopping means configured to stop a paper feeding operation based upon the recycling classification determined by the classification determining means.
A fastener, comprising: a screw, the screw including a head, a shank portion and a threaded portion with a thread, the shank portion being arranged to face the head and the threaded portion being arranged to face away from the head, the shank portion having a diameter being smaller than the outer diameter of the thread; and a bushing, the bushing having a narrow having a diameter being smaller than the outer diameter of the thread, characterised in that the bushing includes a second narrow including at least one resilient element engaging into the thread, and the bushing including a slot or a gap continuously extending in an axial direction. a screw, the screw including a head, a shank portion and a threaded portion with a thread, the shank portion being arranged to face the head and the threaded portion being arranged to face away from the head, the shank portion having a diameter being smaller than the outer diameter of the thread; and the screw including a head, a shank portion and a threaded portion with a thread, the shank portion being arranged to face the head and the threaded portion being arranged to face away from the head, the shank portion having a diameter being smaller than the outer diameter of the thread; and a bushing, the bushing having a narrow having a diameter being smaller than the outer diameter of the thread, characterised in that the bushing having a narrow having a diameter being smaller than the outer diameter of the thread, characterised in that the bushing includes a second narrow including at least one resilient element engaging into the thread, and the bushing including a slot or a gap continuously extending in an axial direction.
Sliding door assembly with at least one sliding leaf, that can be driven by a drive equipment activated by a electronic control equipment, wherein the sliding door assembly can be used in an escape and emergency route, in that the drive equipment is implemented such that the sliding wings are opened in the presence of an emergency signal for enabling an escape route, and wherein the sliding door assembly can be locked in at least one operational state by a locking equipment, characterized in that the control equipment comprises at least one input (E 1, E 4, E 5) for at least one activating voltage (U 1, U 4, U 5), wherein the activating voltage (U 1, U 4, U 5) can be connected by at least one activating voltage circuit (SK A, SK A4, SK A5) to the input (E 1, E 4, E 5) wherein the activating voltage circuit (SK A, SK A4, SK A5) comprises at least one switch contact, wherein the locking equipment is arranged in a locking circuit (SK V) at which a power supply voltage (U 2, U 3) is present, wherein the locking circuit (SK V) can be interrupted by a release equipment, wherein the locking circuit (SK V) comprises at least one switch contact, and wherein the release equipment is present for unlocking the locking equipment and for opening the sliding leaf in that the switch contacts of the locking circuit (SK V) and the switch contact (S 1, S 2, S 11, S 12) of the activating voltage circuit (SK A, SK A4, SK A5) can be actuated jointly by the release equipment.
A laser marking system comprising: a laser; an image capture device; a marking head including electromagnetic energy deflectors (124A, 124B) and at least one lens, a beam path of the laser and a beam path of the image capture device both passing through the at least one lens; and a computer system, characterized in that the computer system is configured to perform a method comprising: generating an image calibration model at each of multiple areas across a marking field of the laser marking system; adjusting the electromagnetic energy deflectors (124A, 124B) to direct the beam path of the image capture device to multiple different locations within the marking field of the laser marking system; and capturing image tiles at each of the multiple different locations with the image capture device, wherein at each of the multiple different locations, if a location corresponds to an area at which an image calibration model was generated, correcting the image tile according to the image calibration model generated at the location. a laser; an image capture device; a marking head including electromagnetic energy deflectors (124A, 124B) and at least one lens, a beam path of the laser and a beam path of the image capture device both passing through the at least one lens; and a computer system, characterized in that the computer system is configured to perform a method comprising: generating an image calibration model at each of multiple areas across a marking field of the laser marking system; adjusting the electromagnetic energy deflectors (124A, 124B) to direct the beam path of the image capture device to multiple different locations within the marking field of the laser marking system; and capturing image tiles at each of the multiple different locations with the image capture device, wherein at each of the multiple different locations, if a location corresponds to an area at which an image calibration model was generated, correcting the image tile according to the image calibration model generated at the location. generating an image calibration model at each of multiple areas across a marking field of the laser marking system; adjusting the electromagnetic energy deflectors (124A, 124B) to direct the beam path of the image capture device to multiple different locations within the marking field of the laser marking system; and capturing image tiles at each of the multiple different locations with the image capture device, wherein at each of the multiple different locations, if a location corresponds to an area at which an image calibration model was generated, correcting the image tile according to the image calibration model generated at the location.
Device for feeding sheets to a sheet-processing machine comprising at least one processing mechanism, comprising a feeder head for cyclically separating the sheets from a pile and comprising transporting suckers for transporting the sheets to a belt table, the belt table comprising at least one revolving transport belt, which is guided over at least two feed rollers (12.1, 12.2, 12.3, 12.4, 12.5), a first drive being assigned to at least one feed roller (12.1, 12.2, 12.3, 12.4, 12.5), and a sheet flap, which is connected to a pivotably mounted shaft, being provided between the transporting suckers and the at least one transport belt, a second drive being assigned to the shaft pivoting the same, comprising a sheet arrival sensor, which is arranged between the belt table and the processing mechanism and generates first signals representing the arrival of the sheets for a sequence of sheets, comprising a clock generator, which generates second signals representing the angular position of the at least one processing mechanism, and comprising a controller, which controls the first drive as a function of the second signals, and which controls the second drive as a function of the first and second signals, characterized in that respective clock-based speed profiles are entered into the controller for controlling the first and second drives (25, 24). a first drive being assigned to at least one feed roller (12.1, 12.2, 12.3, 12.4, 12.5), and a sheet flap, which is connected to a pivotably mounted shaft, being provided between the transporting suckers and the at least one transport belt, a second drive being assigned to the shaft pivoting the same, comprising a sheet arrival sensor, which is arranged between the belt table and the processing mechanism and generates first signals representing the arrival of the sheets for a sequence of sheets, comprising a clock generator, which generates second signals representing the angular position of the at least one processing mechanism, and comprising a controller, which controls the first drive as a function of the second signals, and which controls the second drive as a function of the first and second signals, characterized in that respective clock-based speed profiles are entered into the controller for controlling the first and second drives (25, 24).
A dichroic mirror molded from a material selected from a group consisting of polysiloxane and lithia potash borosilicate, wherein the dichroic mirror further comprises a coating configured to reflect an infrared signal.
A dimming track lamp, comprising a power supply track, an assembly housing which is in detachable connection with the power supply track, a control circuit board electrically connected with the power supply track, a lamp body arranged on the assembly housing, a printed circuit board arranged in the lamp body, a light source on the printed circuit board and an optical element arranged in the light output direction of the light source, wherein the control circuit board comprises: a power supply module which is electrically connected with the power supply track,a signal input module, a signal processing module for analyzing an input signal and generating a control signal, and a signal output module for outputting the control signal to the printed circuit board; the light source comprises a warm light source and a cold light source, the control signal is used to control the light output of the warm light source and the cold light source, characterized in that the control circuit board is integrated into the assembly housing, whereby the heat generated by the control circuit board is exported through the power supply track.
A method of assessing whether a patient is afflicted with stage I ovarian cancer, the method comprising assessing at least two markers, including both the HE4 marker and another marker selected from the group consisting of SMRP, CA125, and CA72-4, in a biological fluid sample obtained from the patient, wherein elevated levels of the markers are correlated with increased likelihood that the patient is afflicted with stage I ovarian cancer.
A method for preparing a gas separation membrane comprising: forming a porous layer by coating a hydrophilic polymer solution on a porous substrate; and forming an active layer by coating a composition for forming an active layer including a polymer represented by the following Chemical Formula 1 on the porous layer, wherein the polymer represented by Chemical Formula 1 is included in 1% by weight to 5% by weight based on the composition for forming an active layer: in Chemical Formula 1, n is the number of a repeating unit, and an integer of 500 to 3,000; and wherein R1 and R3 to R5 are an alkyl group, and R2 is - (C=O)R6, and R6 is an alkyl group. forming a porous layer by coating a hydrophilic polymer solution on a porous substrate; and forming an active layer by coating a composition for forming an active layer including a polymer represented by the following Chemical Formula 1 on the porous layer, wherein the polymer represented by Chemical Formula 1 is included in 1% by weight to 5% by weight based on the composition for forming an active layer: in Chemical Formula 1, n is the number of a repeating unit, and an integer of 500 to 3,000; and wherein R1 and R3 to R5 are an alkyl group, and R2 is - (C=O)R6, and R6 is an alkyl group. n is the number of a repeating unit, and an integer of 500 to 3,000; and wherein R1 and R3 to R5 are an alkyl group, and R2 is - (C=O)R6, and R6 is an alkyl group.
An apparatus (100; 200; 304) for evaluating an audio stream which comprises audio channels (106; 206; 305) to be reproduced at at least two different spatial layers (420 410), which are arranged in a manner distanced along a spatial axis, wherein the apparatus is configured to evaluate the audio channels of the audio stream as to provide a measure of spatiality (115; 235) associated with the audio stream by determining a similarity measure between a first set of audio channels of the audio stream to be reproduced at one or more first spatial layers and a second set of audio channels of the audio stream to be reproduced at one or more second spatial layers, and determining the measure of spatiality based on the similarity measure, wherein the apparatus is configured to determine a masking threshold based on a level information of the first set of audio channels and to compare the masking threshold to a level information of the second set of audio channels, and wherein the apparatus is configured to increase the measure of spatiality when the comparison indicates that the masking threshold is exceeded by the level information of the second set of audio channels and the similarity measure indicates a low similarity between the first set and the second set. evaluate the audio channels of the audio stream as to provide a measure of spatiality (115; 235) associated with the audio stream by determining a similarity measure between a first set of audio channels of the audio stream to be reproduced at one or more first spatial layers and a second set of audio channels of the audio stream to be reproduced at one or more second spatial layers, and determining the measure of spatiality based on the similarity measure, determining a similarity measure between a first set of audio channels of the audio stream to be reproduced at one or more first spatial layers and a second set of audio channels of the audio stream to be reproduced at one or more second spatial layers, and determining the measure of spatiality based on the similarity measure, wherein the apparatus is configured to determine a masking threshold based on a level information of the first set of audio channels and to compare the masking threshold to a level information of the second set of audio channels, and wherein the apparatus is configured to increase the measure of spatiality when the comparison indicates that the masking threshold is exceeded by the level information of the second set of audio channels and the similarity measure indicates a low similarity between the first set and the second set.
A steering-system for an automated vehicle, said system comprising: an object-detector that indicates a height of an object approached by a host-vehicle, wherein the object-detector is further configured to determine a length of the object, and a controller configured to steer the host-vehicle and in communication with the object-detector, wherein said controller limits the use of information from the object-detector that is gathered from a distance that exceeds a detector-range and steers the host-vehicle to straddle the object when the height of the object is less than a ground-clearance of the host-vehicle; characterized in that the controller is further configured to steer the host-vehicle around the object if the length of the object puts the trailing edge of the object past the detector-range. an object-detector that indicates a height of an object approached by a host-vehicle, wherein the object-detector is further configured to determine a length of the object, and a controller configured to steer the host-vehicle and in communication with the object-detector, wherein said controller limits the use of information from the object-detector that is gathered from a distance that exceeds a detector-range and steers the host-vehicle to straddle the object when the height of the object is less than a ground-clearance of the host-vehicle; characterized in that the controller is further configured to steer the host-vehicle around the object if the length of the object puts the trailing edge of the object past the detector-range.
A network system comprising: a first terminal having a network key, the first terminal encrypting at least one data using the network key, transmitting the encrypted data, and receiving and decrypting the data encrypted using the network key; a second terminal; and a networking auxiliary device providing a transmission key, which is invalidated when a predefined time elapses, to the first terminal and/or the second terminal, wherein the first terminal transmits the network key encrypted using the transmission key to the second terminal, and the second terminal decrypts the network key, which is encrypted using the transmission key, using the transmission key and stores the decrypted network key. a first terminal having a network key, the first terminal encrypting at least one data using the network key, transmitting the encrypted data, and receiving and decrypting the data encrypted using the network key; a second terminal; and a networking auxiliary device providing a transmission key, which is invalidated when a predefined time elapses, to the first terminal and/or the second terminal, wherein the first terminal transmits the network key encrypted using the transmission key to the second terminal, and the second terminal decrypts the network key, which is encrypted using the transmission key, using the transmission key and stores the decrypted network key.
A laundry treatment apparatus comprising: a cabinet; a drawer retractably provided in the cabinet and comprising a drawer body, and a drawer cover fixed to the drawer body to define an upper surface of the drawer body; a tub provided in the drawer and comprising a tub body defining a space configured to receive washing water, and a tub cover defining an upper surface of the tub body, wherein the tub cover comprises a through hole; a drum rotatably provided in the tub; characterized in that: the drawer cover has an introduction opening and a water supply opening; a recovery unit includes a first recovery part being configured into a flat or curved board shape provided above the through hole and a second recovery part disposed above the through hole, wherein the first recovery part is protruding toward a portion of the second recovery part from the drawer cover, wherein the water supply opening is provided at the drawer cover to be positioned above the through hole, wherein the second recovery part is protruding toward the first recovery part from the tub cover and configured to guide moisture from the first recovery part back down into the through hole. a cabinet; a drawer retractably provided in the cabinet and comprising a drawer body, and a drawer cover fixed to the drawer body to define an upper surface of the drawer body; a tub provided in the drawer and comprising a tub body defining a space configured to receive washing water, and a tub cover defining an upper surface of the tub body, wherein the tub cover comprises a through hole; a drum rotatably provided in the tub; characterized in that: the drawer cover has an introduction opening and a water supply opening; a recovery unit includes a first recovery part being configured into a flat or curved board shape provided above the through hole and a second recovery part disposed above the through hole, wherein the first recovery part is protruding toward a portion of the second recovery part from the drawer cover, wherein the water supply opening is provided at the drawer cover to be positioned above the through hole, characterized in that: the drawer cover has an introduction opening and a water supply opening; a recovery unit includes a first recovery part being configured into a flat or curved board shape provided above the through hole and a second recovery part disposed above the through hole, wherein the first recovery part is protruding toward a portion of the second recovery part from the drawer cover, wherein the water supply opening is provided at the drawer cover to be positioned above the through hole, wherein the second recovery part is protruding toward the first recovery part from the tub cover and configured to guide moisture from the first recovery part back down into the through hole.