mhurhangee/ep-ind-claims huggingface dataset:
A vessel including a deck which is equipped with at least one mast that is capable of being un-stepped, provided, at its rear, with a boom as well as with a sail, characterized by the fact that said boom is permanently attached to the lower end of the said mast, which mast is secured to a base installed in said deck, in that this mast and this base are provided with mutual articulation means and in that said boom extends below said mutual articulation means, so that said mast is designed to be moved from a substantially vertical position perpendicular to said deck wherein its lower end is completely engaged in said base, to a position, after positioning of said sail in the lower position, furled and secured to the boom, which is at least partly tilted, wherein said lower portion of said mast is at least partially out of said base, the tilting direction of the portion of the mast which extends above said articulation means being oriented opposite to said boom.
A wearable display apparatus comprising: a display panel; an eyepiece; and an optical element that functions as an optical lowpass filter inserted in an optical path running from said display to said eyepiece, wherein the optical element that functions as said optical lowpass filter is a microlens array sheet and configured such that a diffusion effect is provided in the center section of said display panel and such that a condensing effect is provided in the peripheral section of said display panel. a display panel; an eyepiece; and an optical element that functions as an optical lowpass filter inserted in an optical path running from said display to said eyepiece, wherein the optical element that functions as said optical lowpass filter is a microlens array sheet and configured such that a diffusion effect is provided in the center section of said display panel and such that a condensing effect is provided in the peripheral section of said display panel.
A method for transmitting data to a sink device by a source device, the method comprising: establishing (410, 411, 412, 413, 414) a mirroring mode with the sink device; in the mirroring mode, identifying (415, 416) a playback of a media content; in response to determining that the mirroring mode is activated, that the sink device supports a switch from the mirroring mode to the streaming mode for the media content, and that the sink device can reproduce the format of the streaming content (421, 422, 423, 424) transmitting, to the sink device, a first request message for setting at least one parameter corresponding to the media content; and establishing a streaming mode for the media content to be streamed, by additionally generating a session for the content streaming, switching from mirroring mode to streaming mode (430, 431, 432, 433, 434), and providing the media content to the sink device using the streaming mode. establishing (410, 411, 412, 413, 414) a mirroring mode with the sink device; in the mirroring mode, identifying (415, 416) a playback of a media content; in response to determining that the mirroring mode is activated, that the sink device supports a switch from the mirroring mode to the streaming mode for the media content, and that the sink device can reproduce the format of the streaming content (421, 422, 423, 424) transmitting, to the sink device, a first request message for setting at least one parameter corresponding to the media content; and establishing a streaming mode for the media content to be streamed, by additionally generating a session for the content streaming, switching from mirroring mode to streaming mode (430, 431, 432, 433, 434), and providing the media content to the sink device using the streaming mode.
A method for virus identification, the method comprising: scanning files in a designated directory to obtain a file name of an executable file; determining a folder, in the designated directory, having a name that is similar to the file name of the executable file, the determining the folder having a file name that is similar to the file name of the executable file comprising: calculating a similarity between file names, wherein if the similarity is greater than or equal to a present threshold, two file names are determined to be similar; and identifying the executable file as a folder virus according to an attribute of the folder. scanning files in a designated directory to obtain a file name of an executable file; determining a folder, in the designated directory, having a name that is similar to the file name of the executable file, the determining the folder having a file name that is similar to the file name of the executable file comprising: calculating a similarity between file names, wherein if the similarity is greater than or equal to a present threshold, two file names are determined to be similar; and identifying the executable file as a folder virus according to an attribute of the folder.
Double-stranded modified siRNA targeting a RecQL1 helicase gene, comprising a sense strand comprising the nucleotide sequence shown in SEQ ID NO: 1, and an antisense strand comprising the nucleotide sequence shown in SEQ ID NO: 2, wherein the sense strand comprises 2'-substituted nucleotides at positions 2, 3, 4 and 13 in the nucleotide sequence shown in SEQ ID NO: 1, the sense strand further comprises 2'-substituted nucleotides at two or more positions selected from the group consisting of positions 12, 14, 17, 18 and 19 in the nucleotide sequence shown in SEQ ID NO: 1, the sense strand comprises unmodified pyrimidine nucleotides at positions 8 and 9 in the nucleotide sequence shown in SEQ ID NO: 1, the position 2' of the 2'-substituted nucleotides is -R 1, -OR 1, -R 2 OR 1, -OR 2 OR 1 or-R 3 OR 2 OR 1, wherein R 1 represents a C 1-4 alkyl group that may or may not include a halogen or amino group, and R 2 and R 3 independently represent a C 1-3 alkylene group, the sense strand and the antisense strand each are 19 to 25 nucleotides in length, and the sense strand and the antisense strand each comprise a 3'-overhang consisting of two nucleotides.
A heat exchanger comprising tubes and corrugated fins arranged therebetween, which corrugated fins have straight flanks and have corrugation troughs and corrugation peaks each having a curve, wherein - the curve of a corrugation peak has a curved first segment and a linear second segment, wherein the second segment is twice as long as the first segment, and the first segment and the second segment have an opposite slope of 0.1 to 0.5%, or - the curve of a corrugation peak has a curved first segment and an equally long second segment curved in the same direction, wherein in the case of unloaded corrugated fins a tolerance distance a remains between two adjacent corrugation peaks, which tolerance distance is dimensioned in such a way that it goes to zero in the state of installation in the heat exchanger and thereby the corrugation peaks lie in contact with each other, characterized in that an adhesive layer is applied on an outer side of the tubes by laminating. - the curve of a corrugation peak has a curved first segment and a linear second segment, wherein the second segment is twice as long as the first segment, and the first segment and the second segment have an opposite slope of 0.1 to 0.5%, or - the curve of a corrugation peak has a curved first segment and an equally long second segment curved in the same direction, wherein in the case of unloaded corrugated fins a tolerance distance a remains between two adjacent corrugation peaks, which tolerance distance is dimensioned in such a way that it goes to zero in the state of installation in the heat exchanger and thereby the corrugation peaks lie in contact with each other,
Vulcanizing mould for vehicle tyres, which consists of mould segments with inner moulding surfaces, wherein the mould segments have venting means with cylindrical venting channels, which are in connection with the atmosphere and through which air from the mould cavity of the vulcanizing mould can be directed to the outside through the mould segment, wherein a plate-shaped valve is arranged above the radially inner end of the venting channel that opens out into the mould cavity, wherein the valve has a greater diameter than the radially inner end of the venting channel and wherein the valve protrudes beyond the moulding surface into the mould cavity, characterized in that the valve is arranged with a remaining annular gap with respect to the radial inner end of the venting channel, so that the venting means never closes in a gas-tight manner.
A blade assembly for a hair cutting apparatus, the blade assembly comprising: a first blade having teeth extending along a first blade edge; a second blade positioned proximate the first blade, the second blade having teeth extending along a second blade edge parallel to the first blade edge and offset from the first blade edge by a blade gap; a yoke coupled to the second blade, the yoke adapted to convert motion of a drive mechanism into reciprocation of the second blade with respect to the first blade to cut hair between the teeth (114, 206) of the first and second blades (54, 74); a spring having a spring base and at least one spring arm coupled to one of the yoke and second blade, the spring arm reciprocating with the second blade with respect to the first blade, the spring arm applying a biasing force on the second blade toward the first blade; and a guide secured to the first blade and sandwiched between the first and second blades (54, 74), the guide restricting movement of the second blade perpendicular to the first blade edge to maintain a desired blade gap, characterized by the guide being mounted to the first blade and fixing the spring base with respect to the first blade to prevent relative movement between the spring base and the first blade during reciprocation of the second blade with respect to the first blade. a first blade having teeth extending along a first blade edge; a second blade positioned proximate the first blade, the second blade having teeth extending along a second blade edge parallel to the first blade edge and offset from the first blade edge by a blade gap; a yoke coupled to the second blade, the yoke adapted to convert motion of a drive mechanism into reciprocation of the second blade with respect to the first blade to cut hair between the teeth (114, 206) of the first and second blades (54, 74); a spring having a spring base and at least one spring arm coupled to one of the yoke and second blade, the spring arm reciprocating with the second blade with respect to the first blade, the spring arm applying a biasing force on the second blade toward the first blade; and a guide secured to the first blade and sandwiched between the first and second blades (54, 74), the guide restricting movement of the second blade perpendicular to the first blade edge to maintain a desired blade gap, characterized by the guide being mounted to the first blade and fixing the spring base with respect to the first blade to prevent relative movement between the spring base and the first blade during reciprocation of the second blade with respect to the first blade.
Airbag for a vehicle occupant restraint system, with - at least one first and one second chamber (13, 14); - at least one separating layer which separates the first chamber from the second chamber; - at least one overflow opening which is formed in the separating layer and via which gas can pass out of the first chamber into the second chamber; - a closure means which is designed in such a manner that it closes the overflow opening at the beginning of filling of the first chamber, but at least partially opens up the overflow opening when the internal pressure in the first chamber exceeds a predeterminable limit value, - characterized in that the overflow opening is formed in at least one fold of the separating layer, said fold initially being held in place by the closure means, - wherein the fold of the separating layer comprises a first and a second portion (1552, 1553) of the separating layer, wherein the first and the second portion (1552, 1553) are folded onto each other along a folding line, and wherein the overflow opening is formed in the first and/or the second portion (1552, 1553). - at least one first and one second chamber (13, 14); - at least one separating layer which separates the first chamber from the second chamber; - at least one overflow opening which is formed in the separating layer and via which gas can pass out of the first chamber into the second chamber; - a closure means which is designed in such a manner that it closes the overflow opening at the beginning of filling of the first chamber, but at least partially opens up the overflow opening when the internal pressure in the first chamber exceeds a predeterminable limit value, - characterized in that the overflow opening is formed in at least one fold of the separating layer, said fold initially being held in place by the closure means, - wherein the fold of the separating layer comprises a first and a second portion (1552, 1553) of the separating layer, wherein the first and the second portion (1552, 1553) are folded onto each other along a folding line, and wherein the overflow opening is formed in the first and/or the second portion (1552, 1553).
A tunable LED lamp comprising: a housing; a drive circuit disposed within the housing and configured to electrically couple to a power source; and a plurality of LED dies mounted on a support coupled to the housing, wherein each of the plurality of LED dies is electrically coupled to and driven by the drive circuit; wherein the drive circuit is operable to drive the LED dies in one of a plurality of light output configurations, wherein the plurality of light output configurations includes a pre-sleep configuration and a general lighting configuration; wherein in the pre-sleep configuration the drive circuit drives the plurality of LED dies such that a blue output intensity level, in a visible spectral output range of between about 380 nm and about 485 nm, is less than about 10% of a relative spectral power of any other peaks in the visible spectral output above about 485 nm, characterized in that the plurality of light output configurations further includes a phase-shift configuration, wherein in the phase-shift configuration, the drive circuit drives the plurality of LED dies such that a blue output intensity level, in a visible spectral output range of between about 455 nm and about 485 nm, is greater than about 125% of a relative spectral power of any other peaks in the visible spectral output above about 485 nm. a housing; a drive circuit disposed within the housing and configured to electrically couple to a power source; and a plurality of LED dies mounted on a support coupled to the housing, wherein each of the plurality of LED dies is electrically coupled to and driven by the drive circuit; wherein the drive circuit is operable to drive the LED dies in one of a plurality of light output configurations, wherein the plurality of light output configurations includes a pre-sleep configuration and a general lighting configuration; wherein in the pre-sleep configuration the drive circuit drives the plurality of LED dies such that a blue output intensity level, in a visible spectral output range of between about 380 nm and about 485 nm, is less than about 10% of a relative spectral power of any other peaks in the visible spectral output above about 485 nm, characterized in that the plurality of light output configurations further includes a phase-shift configuration, wherein in the phase-shift configuration, the drive circuit drives the plurality of LED dies such that a blue output intensity level, in a visible spectral output range of between about 455 nm and about 485 nm, is greater than about 125% of a relative spectral power of any other peaks in the visible spectral output above about 485 nm.
A linkage for use in reclining furniture, comprising: a seat support linkage that includes a seat support link, a full-flat lift link rotatably coupled to the seat support link at a pivot point located between a first end and a second end of the full-flat lift link, the second end including an elongated aperture for coupling to a backrest support link; an ottoman linkage pivotally coupled to the seat support linkage; and a backrest linkage including the backrest support link coupled to the second end of the full-flat lift link, wherein the linkage is disposable within an article of furniture having a seat portion at least partially supported by the seat support link and a backrest portion at least partially supported by the backrest support link, and wherein the pivot point of the full-flat lift link is positioned such that downward rotation of the first end of the full-flat lift link causes the backrest support link of the backrest linkage to rotate rearwardly a sufficient amount apt to produce a nearly flat seating surface formed by the seat portion and the backrest portion of the article of furniture, characterized in that the linkage further comprises a connecting link coupled to the backrest linkage at a rear end and to the ottoman linkage at a forward end and having a cam pin disposed proximate its forward end, and the first end of the full -flat lift link includes a laterally extending flange that provides a cam surface for engaging the cam pin. a seat support linkage that includes a seat support link, a full-flat lift link rotatably coupled to the seat support link at a pivot point located between a first end and a second end of the full-flat lift link, the second end including an elongated aperture for coupling to a backrest support link; an ottoman linkage pivotally coupled to the seat support linkage; and a backrest linkage including the backrest support link coupled to the second end of the full-flat lift link, wherein the linkage is disposable within an article of furniture having a seat portion at least partially supported by the seat support link and a backrest portion at least partially supported by the backrest support link, and wherein the pivot point of the full-flat lift link is positioned such that downward rotation of the first end of the full-flat lift link causes the backrest support link of the backrest linkage to rotate rearwardly a sufficient amount apt to produce a nearly flat seating surface formed by the seat portion and the backrest portion of the article of furniture, characterized in that the linkage further comprises a connecting link coupled to the backrest linkage at a rear end and to the ottoman linkage at a forward end and having a cam pin disposed proximate its forward end, and the first end of the full -flat lift link includes a laterally extending flange that provides a cam surface for engaging the cam pin.
A cooling container, comprising: a coolant container which houses an object to be cooled and a liquid coolant in an inner space; a lid member capable of closing an upper opening of the coolant container; a cooling unit which is supported by and hung from the lid member and which comprises a cooling section at a lower end; and an electric current lead which is supported by and hung from the lid member, and which applies an electric current to the object to be cooled in the inner space of the coolant container, wherein the electric current lead comprises a thermal resistance section which is disposed in the inner space of the coolant container at a level higher than a liquid level of the liquid coolant, and which has a thermal resistance higher than parts of the electric current lead above and below the thermal resistance section, and wherein the cooling container further comprises a partition section which is made of a heat insulating material, and which is disposed between the thermal resistance section and the cooling section of the cooling unit, in which a lower end of the partition section extends to a level lower than the thermal resistance section. a coolant container which houses an object to be cooled and a liquid coolant in an inner space; a lid member capable of closing an upper opening of the coolant container; a cooling unit which is supported by and hung from the lid member and which comprises a cooling section at a lower end; and an electric current lead which is supported by and hung from the lid member, and which applies an electric current to the object to be cooled in the inner space of the coolant container,
A system comprising: a calibration device (100, 1402) comprising at least one calibration target (106, 1406), wherein each calibration target comprises a sub-region (120, 811) comprising a number of features with dimensions less than about 200 nm and less than the diffraction limit of a microscope used to image the sub-region (120, 811) of the at least one calibration target, and a microscope comprising: an objective (702, 804) configured to collect light output from the sub-region (120, 811) of the at least one calibration target and split the light output from each feature into a plurality of color component beams; one or more detectors configured to generate separate color images for certain color component beams, each color image representing a focused and undistorted image of a different color component beam of the light output; and a processor, characterised in that the processor is configured to combine the separate color images to form a pre-image (844, 901-908, 1002) of the sub-region and generate a calibrated image based on the pre-image, the calibrated image to show a focused and undistorted image of features of the sub-region. a calibration device (100, 1402) comprising at least one calibration target (106, 1406), wherein each calibration target comprises a sub-region (120, 811) comprising a number of features with dimensions less than about 200 nm and less than the diffraction limit of a microscope used to image the sub-region (120, 811) of the at least one calibration target, and a microscope comprising: an objective (702, 804) configured to collect light output from the sub-region (120, 811) of the at least one calibration target and split the light output from each feature into a plurality of color component beams; one or more detectors configured to generate separate color images for certain color component beams, each color image representing a focused and undistorted image of a different color component beam of the light output; and a processor, characterised in that the processor is configured to combine the separate color images to form a pre-image (844, 901-908, 1002) of the sub-region and generate a calibrated image based on the pre-image, the calibrated image to show a focused and undistorted image of features of the sub-region. an objective (702, 804) configured to collect light output from the sub-region (120, 811) of the at least one calibration target and split the light output from each feature into a plurality of color component beams; one or more detectors configured to generate separate color images for certain color component beams, each color image representing a focused and undistorted image of a different color component beam of the light output; and a processor, characterised in that the processor is configured to combine the separate color images to form a pre-image (844, 901-908, 1002) of the sub-region and generate a calibrated image based on the pre-image, the calibrated image to show a focused and undistorted image of features of the sub-region.