mhurhangee/ep-ind-claims huggingface dataset:
A filter element for mounting in an air cleaner housing of a vehicle, comprising - a circumferential filtering wall through which air is allowed to enter, - a first end, - an open second end for fluidly connecting the filter element to a turbo, the open second end being located opposite the first end, wherein the circumferential filtering wall extends from the first end towards the open second end, and - a resonator, wherein the entire resonator is encircled by the circumferential filtering wall such that air entering through the circumferential filtering wall passes on the outside of the resonator to and through the open second end, wherein the resonator has a top edge defining an opening through which sound waves are allowed to enter into, and exit out from, the resonator, characterized in that the top edge is wave-shaped in the circumferential direction, having alternating peaks and valleys. - a circumferential filtering wall through which air is allowed to enter, - a first end, - an open second end for fluidly connecting the filter element to a turbo, the open second end being located opposite the first end, wherein the circumferential filtering wall extends from the first end towards the open second end, and - a resonator, wherein the entire resonator is encircled by the circumferential filtering wall such that air entering through the circumferential filtering wall passes on the outside of the resonator to and through the open second end, wherein the resonator has a top edge defining an opening through which sound waves are allowed to enter into, and exit out from, the resonator, characterized in that the top edge is wave-shaped in the circumferential direction, having alternating peaks and valleys.
A method for detecting the presence or absence of colorectal cancer, ovarian cancer, lung cancer or pancreatic cancer in a subject comprising: sequencing circulating cfDNA from the subject at a depth of at least 50,000 reads per base to detect one or more genetic variants associated with cancer, wherein the sequencing is performed on an enriched set of amplified cfDNA molecules which comprises a panel of genomic regions, wherein the genomic regions in the panel comprise one or more loci from each of the genes AKT1, ALK, APC, ATM, BRAF, CTNNB1, EGFR, ERBB2, ESR1, FGFR2, GATA3, GNAS, IDH1, IDH2, KIT, KRAS, MET, NRAS, PDGFRA, PIK3CA, PTEN, RB1, SMAD4, STK11 and TP53, and further comprising amplifying the cfDNA prior to sequencing, and determining a consensus sequence from sequence reads obtained from the sequencing to reduce errors from amplification or sequencing. sequencing circulating cfDNA from the subject at a depth of at least 50,000 reads per base to detect one or more genetic variants associated with cancer, wherein the sequencing is performed on an enriched set of amplified cfDNA molecules which comprises a panel of genomic regions, wherein the genomic regions in the panel comprise one or more loci from each of the genes AKT1, ALK, APC, ATM, BRAF, CTNNB1, EGFR, ERBB2, ESR1, FGFR2, GATA3, GNAS, IDH1, IDH2, KIT, KRAS, MET, NRAS, PDGFRA, PIK3CA, PTEN, RB1, SMAD4, STK11 and TP53, and further comprising amplifying the cfDNA prior to sequencing, and determining a consensus sequence from sequence reads obtained from the sequencing to reduce errors from amplification or sequencing.
A method for communication, comprising: defining an antenna switching function of a central node in a wireless communication system, wherein the antenna switching function is a fixed function that is known to one or more remote nodes in the wireless communication system, wherein the antenna switching function defines an association between antenna numbers of a plurality of antennas of the central node and time-slot numbers of time-slots within a frame, the association specifying respective time slots during which each of the plurality of antennas of the central node is to receive uplink messages from the one or more remote nodes; selecting, at a remote node in the wireless communication system, an antenna of the central node as a favored antenna for receiving transmissions from the remote node; and transmitting a message from the remote node to the central node in a time slot selected responsively to the antenna switching function so that the message will be received by the favored antenna at the central node, wherein selecting the favored antenna comprises evaluating respective scores of the plurality of antennas of the central node, and evaluating the respective scores comprises evaluating a quality of a respective propagation channel between the remote node and each of the plurality of antennas, and evaluating the quality of the respective propagation channel comprises evaluating signal quality parameters measured by the remote node when receiving an acknowledgment transmitted via each of the plurality of antennas. defining an antenna switching function of a central node in a wireless communication system, wherein the antenna switching function is a fixed function that is known to one or more remote nodes in the wireless communication system, wherein the antenna switching function defines an association between antenna numbers of a plurality of antennas of the central node and time-slot numbers of time-slots within a frame, the association specifying respective time slots during which each of the plurality of antennas of the central node is to receive uplink messages from the one or more remote nodes; selecting, at a remote node in the wireless communication system, an antenna of the central node as a favored antenna for receiving transmissions from the remote node; and transmitting a message from the remote node to the central node in a time slot selected responsively to the antenna switching function so that the message will be received by the favored antenna at the central node, wherein selecting the favored antenna comprises evaluating respective scores of the plurality of antennas of the central node, and evaluating the respective scores comprises evaluating a quality of a respective propagation channel between the remote node and each of the plurality of antennas, and evaluating the quality of the respective propagation channel comprises evaluating signal quality parameters measured by the remote node when receiving an acknowledgment transmitted via each of the plurality of antennas.
An antibody-drug conjugate in which a modified antibody comprising a motif, at an end of the antibody, which is bound to a drug by a linker, wherein the motif comprises [M motif1] n1 -X b -[M motif2] n2, in which M motif1 comprises a sequence of ACGHA (SEQ ID NO: 1) or AHGCA (SEQ ID NO: 2); and M motif2 comprises a sequence of AXGHA (SEQ ID NO: 3) or AHGXA (SEQ ID NO: 4), wherein X in SEQ ID NO: 3 or 4 comprises an amino acid residue selected from the group consisting of serine, alanine, threonine, tyrosine, aspartic acid, lysine, and phenylalanine, wherein X b is 0; and n1 and n2 are each an integer of 1.
A latch element for installation in a strike plate of a door for a limited release of a latch bolt of a door lock mechanism, comprising: - a counter latch which is suitable for coming into contact with a latch bolt of a door lock mechanism to hold the door in its closed position; - an assembly body to which the counter latch is movably attached between a blocking position and a release position and via which the counter latch can be attached to a door strike plate; and - at least one spring element which urges the counter latch into its blocking position, wherein the counter latch is displaceably attached to the assembly body against the spring effect of the spring element in the door plane of the closed door, characterized in that the counter latch has the shape of a prism having a regular polygonal base surface, with the spring element being a leaf spring which is attached to the assembly body in a freely projecting manner, and with the freely projecting end of the leaf spring contacting the counter latch to urge the counter latch into its blocking position. - a counter latch which is suitable for coming into contact with a latch bolt of a door lock mechanism to hold the door in its closed position; - an assembly body to which the counter latch is movably attached between a blocking position and a release position and via which the counter latch can be attached to a door strike plate; and - at least one spring element which urges the counter latch into its blocking position,
A semiconductor device, comprising: at least one FinFET device, including a substrate (201, 301), a plurality of fins (202, 302) protruding from the substrate (201, 301), at least one gate structure (203, 303) on the substrate (201, 301) and across the plurality of fins (202, 302) by covering portions of side and top surfaces of the plurality of fins (202, 302), and source regions (204, 304) and drain regions (205, 305) formed in the plurality of fins (202, 302) at two sides of the gate structure (203, 303); a Fuse device, formed above any FinFET device or across a plurality of FinFET devices and including a positive terminal (211, 311) and a negative terminal, the negative terminal being electrically connected to at least one source region (204, 304) of the FinFET device and the positive terminal (211, 311) being electrically connected to an external pad; and a dielectric layer, formed between the FinFET device and the Fuse device, wherein: the Fuse device is a metal layer having two terminals; one terminal of the metal layer is configured as the negative terminal; and another terminal of the metal layer is configured as the positive terminal (211, 311); and wherein a direction from the positive terminal (211, 311) to the negative terminal is parallel to a length direction of the plurality of fins (202, 302) and the metal layer is right above one fin. at least one FinFET device, including a substrate (201, 301), a plurality of fins (202, 302) protruding from the substrate (201, 301), at least one gate structure (203, 303) on the substrate (201, 301) and across the plurality of fins (202, 302) by covering portions of side and top surfaces of the plurality of fins (202, 302), and source regions (204, 304) and drain regions (205, 305) formed in the plurality of fins (202, 302) at two sides of the gate structure (203, 303); a Fuse device, formed above any FinFET device or across a plurality of FinFET devices and including a positive terminal (211, 311) and a negative terminal, the negative terminal being electrically connected to at least one source region (204, 304) of the FinFET device and the positive terminal (211, 311) being electrically connected to an external pad; and a dielectric layer, formed between the FinFET device and the Fuse device, wherein: the Fuse device is a metal layer having two terminals; one terminal of the metal layer is configured as the negative terminal; and another terminal of the metal layer is configured as the positive terminal (211, 311); and wherein a direction from the positive terminal (211, 311) to the negative terminal is parallel to a length direction of the plurality of fins (202, 302) and the metal layer is right above one fin. the Fuse device is a metal layer having two terminals; one terminal of the metal layer is configured as the negative terminal; and another terminal of the metal layer is configured as the positive terminal (211, 311); and wherein a direction from the positive terminal (211, 311) to the negative terminal is parallel to a length direction of the plurality of fins (202, 302) and the metal layer is right above one fin.
A paper roll holder, comprising: a turning plate, which upper surface forms a first arc groove close to a rotation centre and a second arc groove far away from the rotation centre; an elastic element, providing a rotating torque to the turning plate so that the turning plate turns from an initial position to an upturning position during the printing and consuming of a paper roll; and a sensor, arranged in the second arc groove of the turning plate for detecting the paper, wherein, the turning plate has the initial position suitable for supporting a large paper roll in the second arc groove and the upturning position suitable for supporting a small paper roll in the first arc groove. a turning plate, which upper surface forms a first arc groove close to a rotation centre and a second arc groove far away from the rotation centre; an elastic element, providing a rotating torque to the turning plate so that the turning plate turns from an initial position to an upturning position during the printing and consuming of a paper roll; and a sensor, arranged in the second arc groove of the turning plate for detecting the paper, wherein, the turning plate has the initial position suitable for supporting a large paper roll in the second arc groove and the upturning position suitable for supporting a small paper roll in the first arc groove.
Cabinet configuration for accommodating at least one printing device, in particular a printing device for marking objects like containers, packages, products, parcels or bottles, the cabinet configuration comprising: a printer module with a casing, the casing comprising an opening for introducing and/or extracting the printing device, wherein a support element for supporting the printing device is movably connected to an inner portion of the casing, preferably to a bottom portion of the casing, so that the support element is at least partially extractable from the casing, wherein the support element comprises an upper portion and a lower portion, the upper portion and the lower portion being spaced apart with a gap therebetween, characterized in that a tray is provided in the gap between the upper portion and the lower portion, the tray being at least partially extractable from the gap and configured to retain ink leaking from the printing device. a printer module with a casing, the casing comprising an opening for introducing and/or extracting the printing device, wherein a support element for supporting the printing device is movably connected to an inner portion of the casing, preferably to a bottom portion of the casing, so that the support element is at least partially extractable from the casing, wherein the support element comprises an upper portion and a lower portion, the upper portion and the lower portion being spaced apart with a gap therebetween, characterized in that a tray is provided in the gap between the upper portion and the lower portion, the tray being at least partially extractable from the gap and configured to retain ink leaking from the printing device.
A locking system comprising at least one decentralised electronic battery-powered locking device, wherein the locking device is programmed and/or read out by means of a locking node disposed in proximity thereto, a central node exchanging data with the at least one locking node, at least one repeater node disposed between the central node and the at least one locking node, and a central control unit connected to the central node, wherein the central control unit programs and/or reads out the at least one locking device by data exchange via the central node, the at least one repeater node and the locking node assigned to the locking device, wherein the central control unit stores for each of the one or more locking devices of the locking system a data exchange path comprising the addresses of the central node, the locking node assigned to the locking device and the at least one repeater node disposed therebetween, wherein the data signal to be sent to a locking node comprises an address portion and a message portion, wherein the address portion of the data signal comprises the sender of the data signal and the addresses of the nodes located along a data exchange path to the locking node to be addressed, and wherein each node is adapted to rotate the addresses of the data exchange path in the address portion of the received data signal so that the node's own address becomes the sender address and the addresses of the nodes yet to be passed move up accordingly.
An energy conversion apparatus comprising: a flexible diaphragm on which a coil of a lead pattern is formed; a magnetic substrate arranged along one side of the diaphragm and configured to generate, in a perpendicular direction with reference to an extending direction of the coil, a magnetic field towards the coil on the diaphragm; and a non-magnetic substrate disposed between the magnetic substrate and the diaphragm, the energy conversion apparatus being characterized by a magnetic film adjacent to the diaphragm on the side of the diaphragm which is opposite the side along which the non-magnetic substrate is arranged and configured to generate a magnetic force between the magnetic film and the magnetic substrate so that the magnetic film is pulled towards the magnetic substrate, wherein the magnetic film supports the diaphragm so that the diaphragm is oscillatable by the magnetic force generated between the magnetic film and the magnetic substrate. a flexible diaphragm on which a coil of a lead pattern is formed; a magnetic substrate arranged along one side of the diaphragm and configured to generate, in a perpendicular direction with reference to an extending direction of the coil, a magnetic field towards the coil on the diaphragm; and a non-magnetic substrate disposed between the magnetic substrate and the diaphragm, the energy conversion apparatus being characterized by a magnetic film adjacent to the diaphragm on the side of the diaphragm which is opposite the side along which the non-magnetic substrate is arranged and configured to generate a magnetic force between the magnetic film and the magnetic substrate so that the magnetic film is pulled towards the magnetic substrate, wherein the magnetic film supports the diaphragm so that the diaphragm is oscillatable by the magnetic force generated between the magnetic film and the magnetic substrate.
An accommodative multifocal intraocular lens, comprising an optical body, two haptics and two silicone connecting members, the silicone connecting members being located between the optical body and the haptics, and connecting the optical body and the haptics in an inserted manner through recesses and projections; wherein two ends along a width of each silicone connecting member are each provided with projections (6, 7); wherein two ends of the optical body are each provided with a recess; wherein an end, joined to the optical body, of each haptic is provided with a recess; wherein the projections (6, 7) of each silicone connecting member are inserted into the corresponding recesses of the optical body and the haptic; wherein the silicone connecting members are connected to the optical body and the haptics by means of glue; and wherein the optical zone of the optical body is an optical zone having two focal points, three focal points, an infinite zoom region or regional multifocal points.
A measuring device for measuring an amount of pain comprising; a puncture device for inserting a needle through a skin of a human or non-human animal by the insertion of the needle at a controlled puncture speed, wherein the puncture device has a recording electrode attachable on a muscle portion being reacted by the insertion of the needle to detect a difference in voltage between the muscle portion and an earth electrode attached on another portion of the animal during said insertion as a muscle action potential of the muscle portion, wherein said measuring device is configured to check the contraction of the muscle in advance before the recording, and an amplifier configured to amplify the muscle action potential to form an amplified electromyography response magnitude, a calculator for recognizing the voltage difference between the earth electrode and the recording electrode as a muscle action potential and integrating an electromyography response magnitude, characterised in that the measuring device further comprises a high-speed microscope for observing microscope images at a high-speed of the movement of the needle at a time of insertion, wherein the calculator is configured to integrate the amplified electromyography response magnitude from a point of the insertion start to a point of the insertion stop of the needle as Total Power (μV•sec) based on the timing obtained from the microscope images.
Non-spherical resin particles, each having a circular outline when viewed from a direction in which a maximum projected area is produced and a non-circular outline when viewed from a direction in which a minimum projected area is produced, each of the non-spherical resin particles comprising a first resin component and a second resin component which is different from the first resin component, the second resin component residing locally near a surface of that particle, wherein: the first resin component is a hydrophilic resin, and the second resin component is a hydrophobic resin, and the hydrophobic resin is a homopolymer or a copolymer of a (meth)acrylic acid ester having a C 2 -C 10 alkyl fluoride group in an ester moiety thereof. the first resin component is a hydrophilic resin, and the second resin component is a hydrophobic resin, and the hydrophobic resin is a homopolymer or a copolymer of a (meth)acrylic acid ester having a C 2 -C 10 alkyl fluoride group in an ester moiety thereof.
An optoelectronic device (10; 70; 95) comprising: light-emitting sources, each light-emitting source being capable of emitting a first radiation at a first wavelength and comprising first and second opposite surfaces (28, 30); photoluminescent blocks distributed into first photoluminescent blocks capable of converting by optical pumping the first radiation into a second radiation at a second wavelength and second photoluminescent blocks capable of converting by optical pumping the first radiation into a third radiation at a third wavelength; and for each photoluminescent block, an optical coupler comprising a first photonic crystal at least partially surrounding said photoluminescent block, the first photonic crystal and the photoluminescent block covering the first surface of one of the light-emitting sources, characterized in that the first photonic crystal and the photoluminescent block are next to each other on the first surface, and in that the optical coupler is capable of modifying the propagation direction of rays of the first radiation emitted by said light-emitting source to redirect the rays towards said photoluminescent block. light-emitting sources, each light-emitting source being capable of emitting a first radiation at a first wavelength and comprising first and second opposite surfaces (28, 30); photoluminescent blocks distributed into first photoluminescent blocks capable of converting by optical pumping the first radiation into a second radiation at a second wavelength and second photoluminescent blocks capable of converting by optical pumping the first radiation into a third radiation at a third wavelength; and for each photoluminescent block, an optical coupler comprising a first photonic crystal at least partially surrounding said photoluminescent block, the first photonic crystal and the photoluminescent block covering the first surface of one of the light-emitting sources, characterized in that the first photonic crystal and the photoluminescent block are next to each other on the first surface, and in that the optical coupler is capable of modifying the propagation direction of rays of the first radiation emitted by said light-emitting source to redirect the rays towards said photoluminescent block.