mhurhangee/ep-ind-claims huggingface dataset:
An adapter configured to hold a flip-top vial, the vial comprising a body and a lid, the body of the vial having a base and a sidewall extending therefrom, the body defining an interior comprising a product space configured for housing at least one product and having an opening leading to the interior, the lid configured to be attached to the sidewall by a hinge, the adapter comprising: a receiving portion having an opening configured to receive the body characterized in that said adapter further comprises a base portion extending from the receiving portion, the base portion having a shelf portion proximate the opening, the shelf portion being configured to engage the lid of the vial when the lid is in a predetermined opened position in order to maintain the lid in the predetermined opened position with respect to the body. a receiving portion having an opening configured to receive the body characterized in that said adapter further comprises a base portion extending from the receiving portion, the base portion having a shelf portion proximate the opening, the shelf portion being configured to engage the lid of the vial when the lid is in a predetermined opened position in order to maintain the lid in the predetermined opened position with respect to the body.
A camera device comprising: at least one camera module; a circuit board having a function of processing an image captured by the camera module; a case that integrally contains the camera module and the circuit board along at least the circuit board; a plurality of first ribs formed so as to extend along a direction perpendicular to an optical axis of the camera module and to have a portion with a height from the case lower than a height at a position close to the camera module, the plurality of first ribs being disposed on a face of the case along the circuit board outside the case; and a plurality of second ribs formed so as to intersect with the plurality of first ribs; wherein the camera module is a pair of left and right camera modules, and the plurality of first ribs is formed so as to extend along a direction along a straight line passing through the pair of left and right camera modules, the plurality of first ribs having a height, from the case, that is lowest between the pair of left and right camera modules as the first ribs are away from the pair of left and right camera modules; characterized in that the camera device is further comprising a signal processing element that is mounted on the circuit board, and that processes an image captured by the pair of left and right camera modules, wherein the plurality of first ribs has heights, from the case, that are lowered toward a position where the signal processing element is disposed. at least one camera module; a circuit board having a function of processing an image captured by the camera module; a case that integrally contains the camera module and the circuit board along at least the circuit board; a plurality of first ribs formed so as to extend along a direction perpendicular to an optical axis of the camera module and to have a portion with a height from the case lower than a height at a position close to the camera module, the plurality of first ribs being disposed on a face of the case along the circuit board outside the case; and a plurality of second ribs formed so as to intersect with the plurality of first ribs; wherein the camera module is a pair of left and right camera modules, and the plurality of first ribs is formed so as to extend along a direction along a straight line passing through the pair of left and right camera modules, the plurality of first ribs having a height, from the case, that is lowest between the pair of left and right camera modules as the first ribs are away from the pair of left and right camera modules; characterized in that the camera device is further comprising a signal processing element that is mounted on the circuit board, and that processes an image captured by the pair of left and right camera modules, wherein the plurality of first ribs has heights, from the case, that are lowered toward a position where the signal processing element is disposed.
A compound according to Formula I: or a pharmaceutically acceptable salt thereof, wherein X 1 is CH, Y 1 is CH, and Z 1 is CH; R 1 is unsubstituted C 1 -C 6 alkyl; R 2 is and R 3 is 2-thiophenyl or 3-thiophenyl. or a pharmaceutically acceptable salt thereof, wherein X 1 is CH, Y 1 is CH, and Z 1 is CH; R 1 is unsubstituted C 1 -C 6 alkyl; R 2 is and R 3 is 2-thiophenyl or 3-thiophenyl.
Dishwasher, comprising: a memory unit for storing an identification number and a key, which permit unambiguous identification of the dishwasher; a data entry unit for the entry of a washing cycle voucher number, wherein it is possible for a number of permitted washing cycles to be derived from the washing cycle voucher number; and an authorization unit which is designed to check whether the washing cycle voucher number is valid for the dishwasher that is identified by the identification number and the key, and which is further designed, in the event of a positive identification, to release the dishwasher for the number of washing cycles by using the washing cycle voucher number or, in the event of a negative identification, to block the dishwasher, wherein the washing cycle voucher number is encrypted and is only valid for dishwasher that is unambiguously identified by the identification number and the key. a memory unit for storing an identification number and a key, which permit unambiguous identification of the dishwasher; a data entry unit for the entry of a washing cycle voucher number, wherein it is possible for a number of permitted washing cycles to be derived from the washing cycle voucher number; and an authorization unit which is designed to check whether the washing cycle voucher number is valid for the dishwasher that is identified by the identification number and the key, and which is further designed, in the event of a positive identification, to release the dishwasher for the number of washing cycles by using the washing cycle voucher number or, in the event of a negative identification, to block the dishwasher,
A grating image for depicting a motif that has an outline contour, the grating image comprising a diffractive grating pattern that includes a plurality of straight and/or curved grating lines, characterized in that - the diffractive grating pattern is divided into a plurality of sub-elements that are each filled with uninterrupted grating lines and that are separated from one another by separation regions that run transversely to the grating lines, in which no grating lines are present, and whose length, which also specifies the spacing of the adjacent sub-elements, is less than 100 μm, and in that - the uninterrupted grating lines in the sub-elements are arranged having spacings that vary in steps and having irregularly interspersed grating line defects, the spacing of the grating lines varying in steps between 0.5 μm and 2 μm, wherein steps comprise at least 2 grating lines having the same spacing to the next grating line, - and the spacings of adjacent grating lines are representable for each sub-element as a curve as a function of the location along a width of the sub-element, the curve comprising, without taking into account the steps and the grating line defects that appear as peaks, at least one minimum and/or at least one maximum and/ or at least one saddle point, such that the diffractive grating pattern, when illuminated, produces for a viewer the motif having a shimmering three-dimensional bulge effect. - the diffractive grating pattern is divided into a plurality of sub-elements that are each filled with uninterrupted grating lines and that are separated from one another by separation regions that run transversely to the grating lines, in which no grating lines are present, and whose length, which also specifies the spacing of the adjacent sub-elements, is less than 100 μm, and in that - the uninterrupted grating lines in the sub-elements are arranged having spacings that vary in steps and having irregularly interspersed grating line defects, the spacing of the grating lines varying in steps between 0.5 μm and 2 μm, wherein steps comprise at least 2 grating lines having the same spacing to the next grating line, - and the spacings of adjacent grating lines are representable for each sub-element as a curve as a function of the location along a width of the sub-element, the curve comprising, without taking into account the steps and the grating line defects that appear as peaks, at least one minimum and/or at least one maximum and/ or at least one saddle point, such that the diffractive grating pattern, when illuminated, produces for a viewer the motif having a shimmering three-dimensional bulge effect.
A method for identifying somatic mutations in a human subject by analyzing a biological sample of the human subject, the biological sample including deoxyribonucleic acid fragments originating from normal cells and potentially from tumor cells or cells associated with cancer, the biological sample including cell-free DNA fragments, the method comprising, performing, by a computer system: receiving one or more sequence reads for each of a plurality of DNA fragments in the biological sample; aligning the plurality of sequence reads to a reference human genome using a first alignment procedure to determine genomic positions for the plurality of sequence reads; comparing the sequence reads to a constitutional genome, corresponding to the human subject, to identify a filtered set of loci as having somatic mutations in some tissue of the human subject, wherein: at each locus of the filtered set, a number of the sequence reads having a sequence variant relative to the constitutional genome is above a cutoff value, the cutoff value being greater than one; for each of a first set of candidate loci identified as potentially having a somatic mutation: determining a size difference between a first group of DNA fragments having the sequence variant and a second group of DNA fragments having a wildtype allele; comparing the size difference to a size threshold; when the size difference is less than the size threshold, discarding the candidate locus as a potential mutation; and identifying the filtered set of loci as having somatic mutations in the human subject using the remaining candidate loci. receiving one or more sequence reads for each of a plurality of DNA fragments in the biological sample; aligning the plurality of sequence reads to a reference human genome using a first alignment procedure to determine genomic positions for the plurality of sequence reads; comparing the sequence reads to a constitutional genome, corresponding to the human subject, to identify a filtered set of loci as having somatic mutations in some tissue of the human subject, wherein: at each locus of the filtered set, a number of the sequence reads having a sequence variant relative to the constitutional genome is above a cutoff value, the cutoff value being greater than one; for each of a first set of candidate loci identified as potentially having a somatic mutation: determining a size difference between a first group of DNA fragments having the sequence variant and a second group of DNA fragments having a wildtype allele; comparing the size difference to a size threshold; when the size difference is less than the size threshold, discarding the candidate locus as a potential mutation; and determining a size difference between a first group of DNA fragments having the sequence variant and a second group of DNA fragments having a wildtype allele; comparing the size difference to a size threshold; when the size difference is less than the size threshold, discarding the candidate locus as a potential mutation; and identifying the filtered set of loci as having somatic mutations in the human subject using the remaining candidate loci.
A method implemented by a device, the method comprising: submitting, by the device, a stream of packets to lower layers associated with a first communication link between the device and a peer device for transmissions in a first order over the first communication link; submitting, by the device, the stream of packets to lower layers associated with a second communication link between the device and the peer device for transmissions in a second order over the second communication link, the second order being different from the first order, and the second communication link being different from the first communication link; and determining, by the device, receipt of an indication indicating one or more packets of the stream of packets being successfully transmitted over the second communication link while submitting the stream of packets for the transmissions over the first and second communication links, and based thereon, causing the one or more packets to be discarded from a first transmission buffer associated with the first communication link; characterized in that the method further comprises: determining, by the device, a first set of packets from the stream of packets as prioritized packets for the first communication link and unprioritized packets for the second communication link; and determining, by the device, a second set of packets from the stream of packets as unprioritized packets for the first communication link and prioritized packets for the second communication link, the second set of packets being different from the first set of packets. submitting, by the device, a stream of packets to lower layers associated with a first communication link between the device and a peer device for transmissions in a first order over the first communication link; submitting, by the device, the stream of packets to lower layers associated with a second communication link between the device and the peer device for transmissions in a second order over the second communication link, the second order being different from the first order, and the second communication link being different from the first communication link; and determining, by the device, receipt of an indication indicating one or more packets of the stream of packets being successfully transmitted over the second communication link while submitting the stream of packets for the transmissions over the first and second communication links, and based thereon, causing the one or more packets to be discarded from a first transmission buffer associated with the first communication link; characterized in that the method determining, by the device, a first set of packets from the stream of packets as prioritized packets for the first communication link and unprioritized packets for the second communication link; and determining, by the device, a second set of packets from the stream of packets as unprioritized packets for the first communication link and prioritized packets for the second communication link, the second set of packets being different from the first set of packets.
A non-volatile memory device comprising: an array of flash memory cells, the array comprising a first set of rows of flash memory cells and a second set of rows of flash memory cells; a first set of decoders programmed by a first set of bits stored in a control portion of the array to enable the first set of rows of flash memory cells to be erased and programmed by enabling an erase gate driver coupled to an erase gate terminal of each flash memory cell in the first set of rows, a control gate driver coupled to a control gate terminal of each flash memory cell in the first set of rows, and a source line driver coupled to a source line terminal of each flash memory cell in the first set of rows; and a second set of decoders programmed by a second set of bits stored in the control portion of the array to prevent the second set of rows of flash memory cells from being erased and programmed. an array of flash memory cells, the array comprising a first set of rows of flash memory cells and a second set of rows of flash memory cells; a first set of decoders programmed by a first set of bits stored in a control portion of the array to enable the first set of rows of flash memory cells to be erased and programmed by enabling an erase gate driver coupled to an erase gate terminal of each flash memory cell in the first set of rows, a control gate driver coupled to a control gate terminal of each flash memory cell in the first set of rows, and a source line driver coupled to a source line terminal of each flash memory cell in the first set of rows; and a second set of decoders programmed by a second set of bits stored in the control portion of the array to prevent the second set of rows of flash memory cells from being erased and programmed.
A method of operating a navigation device, comprising: displaying information representative of a plurality of points of interest (POIs) on a display device of the navigation device, such information being selectable by a user using an input device; and determining that a selection of the displayed information for one POI has occurred and subsequently displaying a primary informational screen displaying more specific information related to the selection made, wherein the more specific information includes, or is selectable using the input device to reveal on a secondary informational screen, at least a name (810;811;812) and a phone number (821;822;823) relating to the initially selected POI, together with a prompt to dial said phone number, characterised in that: each of the selectable POI entries is displayed in conjunction with a symbol representative of its proximity to a current calculated route of travel of the navigation device. displaying information representative of a plurality of points of interest (POIs) on a display device of the navigation device, such information being selectable by a user using an input device; and determining that a selection of the displayed information for one POI has occurred and subsequently displaying a primary informational screen displaying more specific information related to the selection made, wherein the more specific information includes, or is selectable using the input device to reveal on a secondary informational screen, at least a name (810;811;812) and a phone number (821;822;823) relating to the initially selected POI, together with a prompt to dial said phone number, each of the selectable POI entries is displayed in conjunction with a symbol representative of its proximity to a current calculated route of travel of the navigation device.
A data processing method, comprising: distributing, by a blockchain node, to servers in a server cluster, data of leaf nodes prestored in the blockchain node; distributing, by each server in the server cluster, the data of the corresponding leaf node evenly into a plurality of sub-leaf nodes according to a data amount of the corresponding leaf node; computing, by the servers in the server cluster, a checksum for the data of each of the corresponding plurality of sub-leaf nodes in parallel; computing, by the servers in the server cluster, a checksum of the data of the leaf nodes according to the checksum of the data of each sub-leaf node; obtaining, by the blockchain node, according to the checksums of the data of the leaf nodes computed by the servers in the server cluster, a root checksum of data in the blockchain node. distributing, by a blockchain node, to servers in a server cluster, data of leaf nodes prestored in the blockchain node; distributing, by each server in the server cluster, the data of the corresponding leaf node evenly into a plurality of sub-leaf nodes according to a data amount of the corresponding leaf node; computing, by the servers in the server cluster, a checksum for the data of each of the corresponding plurality of sub-leaf nodes in parallel; computing, by the servers in the server cluster, a checksum of the data of the leaf nodes according to the checksum of the data of each sub-leaf node; obtaining, by the blockchain node, according to the checksums of the data of the leaf nodes computed by the servers in the server cluster, a root checksum of data in the blockchain node.
A pair of body self-healing and recuperating shoes having a medicinal magnetic therapeutic function, wherein one or more breathable containers are set up in said recuperating shoes, said containers contain: a volatile oily medicament, a non-volatile oily liquid medicament or a powdered medicament; said volatile oily medicament comprises 1-9 parts by weight of the following raw medicines: angelica anomala oil or its extract, or clove oil or its extract, and 1-9 parts by weight of borneol corresponding to each of the raw medicine; said powdered medicament comprises 1-9 parts by weight of the following raw medicines: ligusticum wallichii, abutilon pepper, amomum cardamom, angelica anomala and clove, and 1-9 parts by weight of borneol corresponding to each of the raw medicine; said non-volatile oily liquid medicament comprises 1-9 parts by weight of the following raw medicines: ligusticum wallichii, abutilon pepper, amomum cardamom, angelica anomala and clove, and 1-9 parts by weight of borneol corresponding to each of the raw medicine; one or more magnets are installed in said body self-healing and recuperating shoes; wherein said magnets are installed in the sole and/or upper and/or back counter of the shoes, and said breathable containers are located within the insole; wherein said magnets are magnetic beads, one or more recessed grooves are cut into said shoe soles or insoles, a magnetic bead is set up in each recessed groove; the length, width and height of the recessed groove is greater than the diameter of the magnetic bead, allowing the bead to roll freely.
Window unit for windows of motor vehicles, - having a window - with a frame which has a frame profile and encompasses the edge of the window, an inside, a face side and an outside, wherein the frame grips the window or encompasses the window on at least two peripheral face sides in the form of a ring which is enclosed in itself, and - the frame is formed from two profile parts (52, 54) having a primary part and a secondary part, and the primary part is in the form of a hard component, the dimensional stability of which is greater than that of the secondary part which is in the form of a soft component, characterised in that - the primary part is moulded onto the edge region of the window only on the inside or only on the face side or only on the inside and the face side, and - the secondary part at least partially encompasses the primary part and rests directly on the window on the outside of the window and is fixed to the window by means of a primer or of a bonding agent. - having a window - with a frame which has a frame profile and encompasses the edge of the window, an inside, a face side and an outside, wherein the frame grips the window or encompasses the window on at least two peripheral face sides in the form of a ring which is enclosed in itself, and - the frame is formed from two profile parts (52, 54) having a primary part and a secondary part, and the primary part is in the form of a hard component, the dimensional stability of which is greater than that of the secondary part which is in the form of a soft component, characterised in that - the primary part is moulded onto the edge region of the window only on the inside or only on the face side or only on the inside and the face side, and - the secondary part at least partially encompasses the primary part and rests directly on the window on the outside of the window and is fixed to the window by means of a primer or of a bonding agent.