mhurhangee/ep-ind-claims huggingface dataset:
An analyzing device, wherein the analyzing device is a liquid chromatography device, comprising: a column containing a filler; a feeder for feeding a mobile phase liquid for use in analysis from a container containing said liquid to the column via an injection valve, wherein the injection valve is capable of introducing a sample into the column and is also capable of introducing said liquid mobile phase into the column; a storage chamber for temporarily storing the liquid from the container, the storage chamber being hermetically closed and being provided between the container and the injection valve; and a liquid level detector for detecting a level of the liquid in the storage chamber, wherein the feeder comprises a liquid feed pump for feeding the liquid in the storage chamber to the injection valve and from the injection valve to the column, and wherein the liquid feed pump is provided between the storage chamber and the injection valve, characterized in that the feeder comprises a gas transfer pump connected to an upper portion of the storage chamber for discharging gas in the storage chamber to outside to reduce pressure in the storage chamber to allow the liquid in the container to be introduced into the storage chamber via a liquid introduction pipe, wherein the liquid introduction pipe has an end that opens in an upper portion of the storage chamber. a column containing a filler; a feeder for feeding a mobile phase liquid for use in analysis from a container containing said liquid to the column via an injection valve, wherein the injection valve is capable of introducing a sample into the column and is also capable of introducing said liquid mobile phase into the column; a storage chamber for temporarily storing the liquid from the container, the storage chamber being hermetically closed and being provided between the container and the injection valve; and a liquid level detector for detecting a level of the liquid in the storage chamber, wherein the feeder comprises a liquid feed pump for feeding the liquid in the storage chamber to the injection valve and from the injection valve to the column, and wherein the liquid feed pump is provided between the storage chamber and the injection valve, characterized in that the feeder comprises a gas transfer pump connected to an upper portion of the storage chamber for discharging gas in the storage chamber to outside to reduce pressure in the storage chamber to allow the liquid in the container to be introduced into the storage chamber via a liquid introduction pipe, wherein the liquid introduction pipe has an end that opens in an upper portion of the storage chamber.
A fiber preform for producing fiber composite structures, the wall thereof being made from reinforcing fibers, - wherein the wall has a first surface, a second surface lying opposite the first surface and a thickness extending between the surfaces, and is limited by edges, - wherein the wall comprises at least one first zone made from reinforcing fiber bundles having a first resin composition and at least one second zone made from at least one fiber sliver consisting of at least one unidirectionally directed reinforcing yarn strand having a second resin composition, - wherein the reinforcing fiber bundles in the at least one first zone are oriented in differing spatial directions from each other when viewed in a direction parallel to the thickness extension, - wherein each reinforcing fiber bundle consists of reinforcing fiber filaments directed parallel to each other, has a length in the range from 3 to 50 mm, and contains the first resin composition in a concentration in the range from 1 to 10 wt.% relative to the fiber weight, - wherein the wall of the fiber preform has a proportion of reinforcing fibers of greater than 35 vol.%, and - wherein the at least one second zone forms a discrete region when viewed in a direction perpendicular to the thickness extension of the wall and at least one fiber sliver ends with at least one end thereof inside of the wall. - wherein the wall has a first surface, a second surface lying opposite the first surface and a thickness extending between the surfaces, and is limited by edges, - wherein the wall comprises at least one first zone made from reinforcing fiber bundles having a first resin composition and at least one second zone made from at least one fiber sliver consisting of at least one unidirectionally directed reinforcing yarn strand having a second resin composition, - wherein the reinforcing fiber bundles in the at least one first zone are oriented in differing spatial directions from each other when viewed in a direction parallel to the thickness extension, - wherein each reinforcing fiber bundle consists of reinforcing fiber filaments directed parallel to each other, has a length in the range from 3 to 50 mm, and contains the first resin composition in a concentration in the range from 1 to 10 wt.% relative to the fiber weight, - wherein the wall of the fiber preform has a proportion of reinforcing fibers of greater than 35 vol.%, and - wherein the at least one second zone forms a discrete region when viewed in a direction perpendicular to the thickness extension of the wall and at least one fiber sliver ends with at least one end thereof inside of the wall.
A host device, comprising: a digital camera on a backside of the host device, the digital camera comprising: a) a Wide camera configured to provide a Wide image with a Wide image resolution, the Wide camera comprising a Wide image sensor and a Wide lens with a Wide field of view, FOV w, the Wide image sensor and the Wide lens having an optical axis to an object or scene; b) a folded Tele camera configured to provide a Tele image with a Tele image resolution higher than the Wide image resolution, the Tele camera comprising a rotating optical path folding element, OPFE, a Tele image sensor and a Tele lens with a Tele field of view, FOV T, wherein the OPFE, is operative to provide a folded optical path between an object or scene and the Tele image sensor; and c) a user interface for operating the digital camera, the user interface comprising a screen at a front side of the host device opposite to the backside and configured to display an image of the object or scene acquired with the Tele image sensor and the Wide image sensor and to display FOV T within FOV W, wherein rotation of the OPFE provides movement of FOV T within FOV W for acquiring Tele images in other portions of FOV W, wherein the Wide and Tele image sensors are in orthogonal planes and with heights Hw and H T orthogonal to each other and widths Ww and W T parallel to each other, and wherein a height to width ratio Hw/Ww or H T /W T is 9/16 or 3/4. a) a Wide camera configured to provide a Wide image with a Wide image resolution, the Wide camera comprising a Wide image sensor and a Wide lens with a Wide field of view, FOV w, the Wide image sensor and the Wide lens having an optical axis to an object or scene; b) a folded Tele camera configured to provide a Tele image with a Tele image resolution higher than the Wide image resolution, the Tele camera comprising a rotating optical path folding element, OPFE, a Tele image sensor and a Tele lens with a Tele field of view, FOV T, wherein the OPFE, is operative to provide a folded optical path between an object or scene and the Tele image sensor; and c) a user interface for operating the digital camera, the user interface comprising a screen at a front side of the host device opposite to the backside and configured to display an image of the object or scene acquired with the Tele image sensor and the Wide image sensor and to display FOV T within FOV W, wherein rotation of the OPFE provides movement of FOV T within FOV W for acquiring Tele images in other portions of FOV W, wherein the Wide and Tele image sensors are in orthogonal planes and with heights Hw and H T orthogonal to each other and widths Ww and W T parallel to each other, and wherein a height to width ratio Hw/Ww or H T /W T is 9/16 or 3/4. wherein the Wide and Tele image sensors are in orthogonal planes and with heights Hw and H T orthogonal to each other and widths Ww and W T parallel to each other, and wherein a height to width ratio Hw/Ww or H T /W T is 9/16 or 3/4.
A method for determining human embryo quality comprising monitoring the human embryo for a time period after in vitro fertilization by Intra Cytoplasmic Sperm Injection, ICSI, and determining one or more quality criteria for said human embryo, wherein said one or more quality criteria is based on a ratio determined from two or more time intervals, each of said time intervals determined as the duration of a time period between two morphological events in the human embryo development from fertilization to eight blastomeres, and based on said one or more quality criteria determining the human embryo quality, wherein said ratio is selected from the group of cc 3 / t 5 = 1 − t 3 / t 5, s 2 / cc 2 = t 4 − t 3 / t 3 − t 2, s 3 / cc 3 = t 8 − t 5 / t 5 − t 3, and the maximum of s3a/s3,s3b/s3 and s3c/s3 = the maximum of (t6-t5)/s3, (t7-t6)/s3 and (t8-t7)/s3; and wherein said one or more quality criteria is an indicator of high embryo quality if cc3/t5 = 1 - t3/t5 is between 0.26 and 0.28 or greater than 0.3; and / or s2/cc2 = (t4-t3)/(t3-t2) is less than 0.025; and / or s3/cc3 = (t8-t5)/(t5-t3) is less than 0.18; and / or the maximum of s3a/s3,s3b/s3 and s3c/s3; is less than 0.5;wherein t2 is a time of cleavage to a 2 blastomere embryo; t3 is a time of cleavage to a 3 blastomere embryo; t4 is a time of cleavage to a 4 blastomere embryo; t5 is a time of cleavage to a 5 blastomere embryo; t6 is a time of cleavage to a 6 blastomere embryo; t7 is a time of cleavage to a 7 blastomere embryo; t8 is a time of cleavage to an 8 blastomere embryo; cc2 is t3-t2; cc3 is t5-t3; cc2_3 is t5-t2; S2 is t4-t3; S3 is t8-t5; s3a is t6-t5; s3b is t7-t6; and s3c is t8-t7. the maximum of s3a/s3,s3b/s3 and s3c/s3 = the maximum of (t6-t5)/s3, (t7-t6)/s3 and (t8-t7)/s3; and wherein said one or more quality criteria is an indicator of high embryo quality if cc3/t5 = 1 - t3/t5 is between 0.26 and 0.28 or greater than 0.3; and / or s2/cc2 = (t4-t3)/(t3-t2) is less than 0.025; and / or s3/cc3 = (t8-t5)/(t5-t3) is less than 0.18; and / or the maximum of s3a/s3,s3b/s3 and s3c/s3; is less than 0.5;wherein t2 is a time of cleavage to a 2 blastomere embryo; t3 is a time of cleavage to a 3 blastomere embryo; t4 is a time of cleavage to a 4 blastomere embryo; t5 is a time of cleavage to a 5 blastomere embryo; t6 is a time of cleavage to a 6 blastomere embryo; t7 is a time of cleavage to a 7 blastomere embryo; t8 is a time of cleavage to an 8 blastomere embryo; cc2 is t3-t2; cc3 is t5-t3; cc2_3 is t5-t2; S2 is t4-t3; S3 is t8-t5; s3a is t6-t5; s3b is t7-t6; and s3c is t8-t7.
A packaging device for packaging a composition, in particular a cosmetic composition, the device comprising: a casing (10; 110) having an open end; a composition support (12; 112) that is movable in the casing between a retracted position and an extended position that provides access to the composition via said open end; and a control piece (16; 116) that is suitable for being moved so as to cause the support (12; 112) to move from its retracted position to its extended position; the device being characterized in that it further comprises first and second magnetic elements (20, 22; 120, 122) that are secured to the support (12; 112) and to the control piece (16; 116) respectively, in that, when the control piece (16; 116) is in its first position and when the support (12; 112) is in its retracted position, the magnetic elements (20, 22; 120, 122) generate magnetic forces between them, which magnetic forces are suitable for holding said support in its retracted position, and in that movement of the control piece (16; 116), moving said control piece away from its first position, reduces said magnetic forces, so as to enable the support (12; 112) to move towards its extended position.
A display device for a vehicle, comprising: a first display device including a reflection type hologram that is disposed inside a windshield of the vehicle or attached to a surface of the windshield, and a first projection part that projects first display light including a first display image toward the hologram, and displaying the first display image by diffraction light diffracted by the hologram; and a second display device including a second projection part that projects second display light including a second display image toward the hologram, and displaying the second display image by reflection light reflected by the windshield, wherein in the windshield, a first region where the first display light is incident and a second region where the second display light is incident overlap with each other, wherein the first region includes a lower first region that overlaps with the second region, and an upper first region that does not overlap with the second region, the second projection part includes a filter part that cuts light in a predetermined wavelength region (λ0) from the second display light, and the hologram is configured to selectively diffract the predetermined wavelength region (λ0). a first display device including a reflection type hologram that is disposed inside a windshield of the vehicle or attached to a surface of the windshield, and a first projection part that projects first display light including a first display image toward the hologram, and displaying the first display image by diffraction light diffracted by the hologram; and a second display device including a second projection part that projects second display light including a second display image toward the hologram, and displaying the second display image by reflection light reflected by the windshield, wherein in the windshield, a first region where the first display light is incident and a second region where the second display light is incident overlap with each other, wherein the first region includes a lower first region that overlaps with the second region, and an upper first region that does not overlap with the second region, the second projection part includes a filter part that cuts light in a predetermined wavelength region (λ0) from the second display light, and the hologram is configured to selectively diffract the predetermined wavelength region (λ0).
A method of identifying an E. chaffeensis infection in an individual, comprising the step of assaying a sample from the individual: (a) using a synthetic polypeptide consisting of the amino acid sequence SEQ ID NO:10 or SEQ ID NO:11; or (b) detecting an antibody that immunologically reacts with an amino acid sequence selected from the group consisting of the polypeptides of (a). (a) using a synthetic polypeptide consisting of the amino acid sequence SEQ ID NO:10 or SEQ ID NO:11; or (b) detecting an antibody that immunologically reacts with an amino acid sequence selected from the group consisting of the polypeptides of (a).
A cable winch device, in particular a cable winch device of a crane with at least one cable winch, with at least one cable, wherein the cable is at least partly wound up on the cable winch and/or can be wound up and/or unwound, and with at least one tilting means by means of which the cable winch can at least partly be tilted and/or pivoted about an axis which is substantially parallel to the longitudinal axis of the cable winch, characterized in that at least one electronic actuating means is provided, by means of which the tilting means can be actuated, and that at least one position detection means is provided, by means of which the current hoisting height of a load lifted with the cable winch device and the turn of the cable on the cable winch is directly and/or indirectly recognizable and/or detectable, wherein by means of the at least one position detection means, which is part of the electronic actuating means, the current hoisting height of a load lifted with the cable winch device and the turn of the cable on the cable winch is recognizable and detectable automatically.
A method for memory encryption comprising: reading, by a processor, an encrypted data block from memory (562; 564); regenerating, by the processor, during reading of the encrypted data block from the memory, a keystream used to encrypt the data block according to one or more stored criteria of the data block and once reading of the encrypted data block is complete, decrypting, by the processor, the encrypted data block according to the generated keystream; wherein regenerating the keystream comprises: identifying an initial portion of an initialization vector used to encrypt the data block according to a page containing the encrypted data block; identifying a remaining portion of the initialization vector used to encrypt the data block according to a block number of the data block; and computing the keystream according to the identified initial portion of the initialization vector and the identified remaining portion of the initialization vector and a secret key, characterised in that computing the keystream is done using a reduced number of rounds of a block cipher having a plurality of rounds, wherein the plurality of rounds has been reduced to match a memory read latency of the memory. reading, by a processor, an encrypted data block from memory (562; 564); regenerating, by the processor, during reading of the encrypted data block from the memory, a keystream used to encrypt the data block according to one or more stored criteria of the data block and once reading of the encrypted data block is complete, decrypting, by the processor, the encrypted data block according to the generated keystream; wherein regenerating the keystream comprises: identifying an initial portion of an initialization vector used to encrypt the data block according to a page containing the encrypted data block; identifying a remaining portion of the initialization vector used to encrypt the data block according to a block number of the data block; and computing the keystream according to the identified initial portion of the initialization vector and the identified remaining portion of the initialization vector and a secret key, characterised in that computing the keystream is done using a reduced number of rounds of a block cipher having a plurality of rounds, wherein the plurality of rounds has been reduced to match a memory read latency of the memory. identifying an initial portion of an initialization vector used to encrypt the data block according to a page containing the encrypted data block; identifying a remaining portion of the initialization vector used to encrypt the data block according to a block number of the data block; and computing the keystream according to the identified initial portion of the initialization vector and the identified remaining portion of the initialization vector and a secret key, characterised in that computing the keystream is done using a reduced number of rounds of a block cipher having a plurality of rounds, wherein the plurality of rounds has been reduced to match a memory read latency of the memory.
A display apparatus comprising: a frame; a plurality of light emitting diode packages regularly arranged on the frame; an optical part disposed above the plurality of light emitting diode packages and comprising a display panel and at least one of a phosphor sheet and an optical sheet; and a plurality of lenses disposed between the frame and the optical part to respectively 2. cover each of the light emitting diode packages and spreading light emitted from the corresponding light emitting diode package, wherein each of the light emitting diode packages comprises a light emitting diode chip; and a reflector disposed on an upper surface of the light emitting diode chip and reflecting at least part of light emitted from the light emitting diode chip; wherein each lens comprises: a lower surface having a concave portion defining a light incident face through which light enters the lens; and an upper surface through which light exits the lens, and wherein a emitting diode package is disposed inside the concave portion of the lens; and wherein the light incident face of the lens comprises an upper end portion and a side surface extending from the upper end portion to an entrance of the concave portion, and the concave portion has a width gradually decreasing from the entrance thereof to the upper end portion. a frame; a plurality of light emitting diode packages regularly arranged on the frame; an optical part disposed above the plurality of light emitting diode packages and comprising a display panel and at least one of a phosphor sheet and an optical sheet; and a plurality of lenses disposed between the frame and the optical part to respectively 2. cover each of the light emitting diode packages and spreading light emitted from the corresponding light emitting diode package, wherein each of the light emitting diode packages comprises a light emitting diode chip; and a reflector disposed on an upper surface of the light emitting diode chip and reflecting at least part of light emitted from the light emitting diode chip; wherein each lens comprises: a lower surface having a concave portion defining a light incident face through which light enters the lens; and an upper surface through which light exits the lens, and wherein a emitting diode package is disposed inside the concave portion of the lens; and wherein the light incident face of the lens comprises an upper end portion and a side surface extending from the upper end portion to an entrance of the concave portion, and the concave portion has a width gradually decreasing from the entrance thereof to the upper end portion. a lower surface having a concave portion defining a light incident face through which light enters the lens; and an upper surface through which light exits the lens, and wherein a emitting diode package is disposed inside the concave portion of the lens; and wherein the light incident face of the lens comprises an upper end portion and a side surface extending from the upper end portion to an entrance of the concave portion, and the concave portion has a width gradually decreasing from the entrance thereof to the upper end portion.