mhurhangee/patent-ind-claim-en huggingface dataset:
A method of classifying a level of a pathology in a biological sample of a subject, the biological sample including cell-free DNA, the method comprising: analyzing a plurality of cell-free DNA fragments from the biological sample to obtain sequence reads, wherein the sequence reads include ending sequences corresponding to ends of the plurality of cell-free DNA fragments; for each of the plurality of cell-free DNA fragments, determining a sequence motif for each of one or more ending sequences of the cell-free DNA fragment; determining relative frequencies of a set of one or more sequence motifs corresponding to the ending sequences of the plurality of cell-free DNA fragments, wherein a relative frequency of a sequence motif provides a proportion of the plurality of cell-free DNA fragments that have an ending sequence corresponding to the sequence motif; determining an aggregate value of the relative frequencies of the set of one or more sequence motifs; and determining a classification of the level of the pathology for the subject based on a comparison of the aggregate value to a reference value. analyzing a plurality of cell-free DNA fragments from the biological sample to obtain sequence reads, wherein the sequence reads include ending sequences corresponding to ends of the plurality of cell-free DNA fragments; for each of the plurality of cell-free DNA fragments, determining a sequence motif for each of one or more ending sequences of the cell-free DNA fragment; determining relative frequencies of a set of one or more sequence motifs corresponding to the ending sequences of the plurality of cell-free DNA fragments, wherein a relative frequency of a sequence motif provides a proportion of the plurality of cell-free DNA fragments that have an ending sequence corresponding to the sequence motif; determining an aggregate value of the relative frequencies of the set of one or more sequence motifs; and determining a classification of the level of the pathology for the subject based on a comparison of the aggregate value to a reference value.
A humidifier comprising: a body ; a water tub provided inside of the body to store water; a humidifying element rotatably provided inside of the body and configured to perform humidification by absorbing water from the water tub, wherein the humidifying element is disposed such that an outer circumference thereof is adjacent to a bottom of the water tub to absorb water in the bottom of the water tub; and a first cover and a second cover provided in a front side and a rear side of the humidifying element, respectively, to support the humidifying element, characterised in that : the first cover and the second cover are formed in a disk shape having a radius less than a radius of the humidifying element, and the humidifying element is disposed such that an outer circumference thereof is in contact with the bottom of the water tub. a body ; a water tub provided inside of the body to store water; a humidifying element rotatably provided inside of the body and configured to perform humidification by absorbing water from the water tub, wherein the humidifying element is disposed such that an outer circumference thereof is adjacent to a bottom of the water tub to absorb water in the bottom of the water tub; and a first cover and a second cover provided in a front side and a rear side of the humidifying element, respectively, to support the humidifying element, characterised in that : the first cover and the second cover are formed in a disk shape having a radius less than a radius of the humidifying element, and the humidifying element is disposed such that an outer circumference thereof is in contact with the bottom of the water tub. the first cover and the second cover are formed in a disk shape having a radius less than a radius of the humidifying element, and the humidifying element is disposed such that an outer circumference thereof is in contact with the bottom of the water tub.
A mould structure for manufacturing a wind turbine blade or parts thereof, the mould structure comprising a scaffold attached to the mould structure, wherein the scaffold is rigidly suspended from the mould structure by a plurality of support arms extending from the mould structure, and wherein the scaffold comprises one or more guard rails and platform planks , wherein the platform planks are supported by the support arms.
Receiving part of a bone anchoring device , the receiving part comprising a first end corresponding to a top end of the receiving part , a second end corresponding to a bottom end of the receiving part opposite to the first end, a central axis (C) extending through the first end and the second end, a channel adjacent to the first end for receiving a bone fixation element , wherein the channel forms two free legs , an outer surface portion , which faces away from the central axis (C), wherein at least one projection is formed on the outer surface portion , the projection being configured to be engaged by a mating engagement recess of an instrument to provide a form-fit engagement between the instrument and the receiving part, characterized in that the at least one projection includes a shape which tapers in a direction towards the top or first end of the receiving part and parallel to the central axis (C). a first end corresponding to a top end of the receiving part , a second end corresponding to a bottom end of the receiving part opposite to the first end, a central axis (C) extending through the first end and the second end, a channel adjacent to the first end for receiving a bone fixation element , wherein the channel forms two free legs , an outer surface portion , which faces away from the central axis (C), wherein at least one projection is formed on the outer surface portion , the projection being configured to be engaged by a mating engagement recess of an instrument to provide a form-fit engagement between the instrument and the receiving part, characterized in that the at least one projection includes a shape which tapers in a direction towards the top or first end of the receiving part and parallel to the central axis (C).
A fire seal (210; 310) for use with a gas turbine engine, the fire seal comprising: a body comprising a first metallic sheet (220; 320) and a second metallic sheet (222; 322) adjacent thereto, each sheet having a plurality of segmented fingers (218a, 218b; 318a, 318b), the segmented fingers of the first metallic sheet (220; 320) and the second metallic sheet (222; 322) overlapped such that the space between fingers (218a; 318a) on one sheet (220; 320) does not overlap the space between the fingers (218b; 318b) on the other sheet (222;322), at least one finger (218a; 318a) of the first sheet (220; 320) having at least one first flow aperture (214a; 314a) therein and at least one finger (218b; 318b) of the second sheet (222; 322) having at least one second flow aperture (214b; 314b), the flow aperture (214a; 314a) of one sheet overlapping the flow aperture (214b; 314b) of the other sheet; and a mesh material (216; 316) configured to cover the at least one flow aperture (214a, 214b; 314a, 314b) of the two sheets (220, 222; 320, 322), wherein the mesh material (216; 316) is configured to allow the passage of air therethrough. a body comprising a first metallic sheet (220; 320) and a second metallic sheet (222; 322) adjacent thereto, each sheet having a plurality of segmented fingers (218a, 218b; 318a, 318b), the segmented fingers of the first metallic sheet (220; 320) and the second metallic sheet (222; 322) overlapped such that the space between fingers (218a; 318a) on one sheet (220; 320) does not overlap the space between the fingers (218b; 318b) on the other sheet (222;322), at least one finger (218a; 318a) of the first sheet (220; 320) having at least one first flow aperture (214a; 314a) therein and at least one finger (218b; 318b) of the second sheet (222; 322) having at least one second flow aperture (214b; 314b), the flow aperture (214a; 314a) of one sheet overlapping the flow aperture (214b; 314b) of the other sheet; and a mesh material (216; 316) configured to cover the at least one flow aperture (214a, 214b; 314a, 314b) of the two sheets (220, 222; 320, 322), wherein the mesh material (216; 316) is configured to allow the passage of air therethrough.
Structure reflecting electromagnetic radiation, which is attached at a location on a body of a user, wherein the structure reflecting electromagnetic radiation produces a micro-Doppler effect during typical locomotion of the user due to the structure being attached at the location on the body, with the result that a radar cross section of the user is enlarged, wherein a material of the structure reflecting electromagnetic radiation has a conductivity under 100 S/m, a relative permeability between 100 and 10 5 and a relative permittivity between 1 and 14, or a conductivity under 100 S/m, a relative permeability between 1 and 100 and a relative permittivity between 7 and 14, and a surface area of the structure reflecting electromagnetic radiation is greater than 1000 mm 2 . wherein the structure reflecting electromagnetic radiation produces a micro-Doppler effect during typical locomotion of the user due to the structure being attached at the location on the body, with the result that a radar cross section of the user is enlarged, wherein a material of the structure reflecting electromagnetic radiation has a conductivity under 100 S/m, a relative permeability between 100 and 10 5 and a relative permittivity between 1 and 14, or a conductivity under 100 S/m, a relative permeability between 1 and 100 and a relative permittivity between 7 and 14, and a surface area of the structure reflecting electromagnetic radiation is greater than 1000 mm 2 .
A method for controlling a maximum vehicle speed for an industrial vehicle (10; 10'), comprising: determining, by a processor of the industrial vehicle (10; 10'), a torque applied to a traction wheel of the industrial vehicle (10; 10'); determining, by the processor of the industrial vehicle (10; 10'), an acceleration of the industrial vehicle (10; 10') while the torque is applied to the traction wheel ; based at least in part on the acceleration and the torque applied to the traction wheel , calculating, by the processor of the industrial vehicle (10; 10'), a load being moved by the industrial vehicle (10; 10'); and controlling, by the processor of the industrial vehicle (10; 10'), the maximum speed of the industrial vehicle (10; 10') based on the calculated load being moved by the industrial vehicle (10; 10'). determining, by a processor of the industrial vehicle (10; 10'), a torque applied to a traction wheel of the industrial vehicle (10; 10'); determining, by the processor of the industrial vehicle (10; 10'), an acceleration of the industrial vehicle (10; 10') while the torque is applied to the traction wheel ; based at least in part on the acceleration and the torque applied to the traction wheel , calculating, by the processor of the industrial vehicle (10; 10'), a load being moved by the industrial vehicle (10; 10'); and controlling, by the processor of the industrial vehicle (10; 10'), the maximum speed of the industrial vehicle (10; 10') based on the calculated load being moved by the industrial vehicle (10; 10').
High frequency power transistor , comprising: - a transistor , - at least one capacitor , - a housing at least partially surrounding the transistor and the capacitor , wherein a first terminal for a high frequency input and a gate direct voltage supply is connected to a gate contact of the transistor , wherein a second terminal is connected to a drain contact of the transistor for a high frequency output and drain direct voltage supply, and wherein a third terminal and a fourth terminal are connected to a source contact of the transistor , and wherein the first, second, third and fourth terminals all lead out of the housing , and wherein the third terminal is connected to the source contact via the capacitor and the fourth terminal is connected to the source contact via at least one inductive element , such that the third terminal provides a high frequency ground and the fourth terminal provides a potential-free low frequency ground and source direct voltage supply, wherein the inductive element comprises one bonding wire or more bonding wires connected in parallel, wherein the one or more bonding wires connected in parallel form a low pass network (3.2), and wherein a length and number of the bonding wires is designed to set an LF bandwidth of the low-pass network (3.2). - a transistor , - at least one capacitor , - a housing at least partially surrounding the transistor and the capacitor , wherein a first terminal for a high frequency input and a gate direct voltage supply is connected to a gate contact of the transistor , wherein a second terminal is connected to a drain contact of the transistor for a high frequency output and drain direct voltage supply, and wherein a third terminal and a fourth terminal are connected to a source contact of the transistor , and wherein the first, second, third and fourth terminals all lead out of the housing , and wherein the third terminal is connected to the source contact via the capacitor and the fourth terminal is connected to the source contact via at least one inductive element , such that the third terminal provides a high frequency ground and the fourth terminal provides a potential-free low frequency ground and source direct voltage supply, wherein the inductive element comprises one bonding wire or more bonding wires connected in parallel, wherein the one or more bonding wires connected in parallel form a low pass network (3.2), and wherein a length and number of the bonding wires is designed to set an LF bandwidth of the low-pass network (3.2).
A system for increasing immune response against an existing cancer in a patient comprising a) means for a primary action on the primary tumor of the patient that generates professional antigen-presenting cells APCs/DCs with tumor associated antigens (TAA) of the primary cancer cells in the interstitial fluid of the primary cancer region, and b) means that for a selectable delay after the start of said primary action performs one or more secondary actions, said means comprising i) means for introducing micro-bubbles into the tumor capillary system of the cancer region, and ii) means for vibrating said micro-bubbles with incident ultrasound beams with appropriate frequency and amplitude, for the purpose of increasing flow of lymphatic fluid containing APCs/DCs with TAA from the primary tumor to the draining lymph nodes (DLNs). a) means for a primary action on the primary tumor of the patient that generates professional antigen-presenting cells APCs/DCs with tumor associated antigens (TAA) of the primary cancer cells in the interstitial fluid of the primary cancer region, and b) means that for a selectable delay after the start of said primary action performs one or more secondary actions, said means comprising i) means for introducing micro-bubbles into the tumor capillary system of the cancer region, and ii) means for vibrating said micro-bubbles with incident ultrasound beams with appropriate frequency and amplitude, for the purpose of increasing flow of lymphatic fluid containing APCs/DCs with TAA from the primary tumor to the draining lymph nodes (DLNs). i) means for introducing micro-bubbles into the tumor capillary system of the cancer region, and ii) means for vibrating said micro-bubbles with incident ultrasound beams with appropriate frequency and amplitude, for the purpose of increasing flow of lymphatic fluid containing APCs/DCs with TAA from the primary tumor to the draining lymph nodes (DLNs).
A data record structure adapted for transmission over a network of network participating devices ; the data record structure generated on a network device participating in a Blockchain as an initiating device which has an initiating device unique identifier; the Blockchain operating according to a Blockchain protocol; the data record structure containing at least a first record and a first unique identifier record; the first record containing data for transmission over the network to a network participating device in the form of a receiving device having a receiving device unique identifier; the first unique identifier record containing the initiating device unique identifier; and wherein the first record contains token identifying data which uniquely identifies a token ; the data record structure enabling comparison of the initiating device unique identifier contained in the data record with the unique identifier of the network device participating in a Blockchain as an initiating device at least each time the token is received via a one of the network participating devices ; the comparison done by way of ledger verification that takes place as part of the Blockchain protocol; and wherein the token is transmitted from device to device on the network on a rotating basis to ensure that every device receives or sends the token over a predetermined period of time thereby to test the integrity/identity of each device on the network that is participating in the Blockchain.
A method of cutting a drape for use with a negative pressure wound therapy device, the method comprising: placing a cutting aid device on the drape, wherein the cutting aid device comprises: a holding section; and a contact section comprising a top surface connected to the holding section, and an adhesive bottom surface; lifting up the cutting aid device to lift up a portion of the drape; and cutting the lifted portion of the drape. placing a cutting aid device on the drape, wherein the cutting aid device comprises: a holding section; and a contact section comprising a top surface connected to the holding section, and an adhesive bottom surface; a holding section; and a contact section comprising a top surface connected to the holding section, and an adhesive bottom surface; lifting up the cutting aid device to lift up a portion of the drape; and cutting the lifted portion of the drape.
A rear structure for a saddle-ride type vehicle, comprising a rear fender preferably made of resin and configured to cover an upper side of a rear wheel (WR) of a saddle-ride type vehicle, wherein the rear fender includes a bottom portion configured to face the rear wheel; characterized in that the rear fender further includes; a first side portion extending upward integrally from each of left and right portions of the bottom portion ; and a bending portion formed integrally with the bottom portion to be bendable at a hinge portion provided therebetween, and configured to be bent and stood upright from the bottom portion , and to be joined to the first side portion to form a second side portion , wherein a joint portion where the first side portion and the second side portion are joined together is formed by partially overlapping the first side portion and the second side portion in a lateral direction of the vehicle, and an upper portion of the second side portion is fastened and fixed together with the first side portion to a vehicle body frame by a fastening member .
Compounds of the general formula (I) and agrochemically acceptable salts thereof, in which the symbols and indices have the following meanings: B represents N or CH, X 1 , X 2 independently of one another each represent O or S(O) n , R represents halo-(C 1 -C 6 )-alkyl, R a , R b , R c , R d independently of one another each represent hydrogen, fluorine, chlorine, hydroxy, (C 1 -C 6 )-alkyl, halo- (C 1 -C 6 )-alkyl, (C 1 -C 6 )-alkyloxy, (C 1 -C 6 )-alkylthio, cyano, or R a and R b or R c and R d together represent an oxo or a thiooxo group, R x represents (C 1 -C 6 )-alkyl, (C 1 -C 6 )-alkyl-O- (C 1 - n C 6 )-alkyl, phenyl, represents 0, 1 or 2. B represents N or CH, X 1 , X 2 independently of one another each represent O or S(O) n , R represents halo-(C 1 -C 6 )-alkyl, R a , R b , R c , R d independently of one another each represent hydrogen, fluorine, chlorine, hydroxy, (C 1 -C 6 )-alkyl, halo- (C 1 -C 6 )-alkyl, (C 1 -C 6 )-alkyloxy, (C 1 -C 6 )-alkylthio, cyano, or R a and R b or R c and R d together represent an oxo or a thiooxo group, R x represents (C 1 -C 6 )-alkyl, (C 1 -C 6 )-alkyl-O- (C 1 - n C 6 )-alkyl, phenyl, represents 0, 1 or 2. X 1 , X 2 independently of one another each represent O or S(O) n , R represents halo-(C 1 -C 6 )-alkyl, R a , R b , R c , R d independently of one another each represent hydrogen, fluorine, chlorine, hydroxy, (C 1 -C 6 )-alkyl, halo- (C 1 -C 6 )-alkyl, (C 1 -C 6 )-alkyloxy, (C 1 -C 6 )-alkylthio, cyano, or R a and R b or R c and R d together represent an oxo or a thiooxo group, R x represents (C 1 -C 6 )-alkyl, (C 1 -C 6 )-alkyl-O- (C 1 - n C 6 )-alkyl, phenyl, represents 0, 1 or 2.
A motor vehicle closing device , in particular a tailgate lock, comprising an electric drive having at least one drive element connected downstream of the electric drive , wherein electrical opening and pulling shut is made possible by means of the drive element and at least one return stop is provided for the drive element , characterized in that the return stop comprises a control element having a control cam for the drive element, wherein the drive element comprises a guide means guided in the control cam , and wherein, starting from a central position (M) the drive element , electrical opening of a locking mechanism or pulling shut can take place depending on the direction of rotation of the electric drive , and in that , starting from a central position (M) and after a movement in one direction, the drive element can be moved back until a stop in the control curve is struck by the guide means , as a result of which the drive element is braked and reliable reaching of the central position (M) can be achieved and overrunning of the central position (M) can thus be prevented.
A disc turbine for converting the energy associated with a fluid into mechanical energy, said turbine comprising: - a housing communicating with a fluid inlet section ; - a rotor inside said housing which can rotate with respect to it about a rotation axis , said rotor comprising a plurality of disc elements coaxial with said rotation axis and spaced apart so that a passageway communicating with a discharge section of said fluid is defined between each pair of adjacent elements , characterized in that it comprises a distributor comprising at least one distribution wall , which at least partially surrounds said discs , said distribution wall being arranged inside said housing so that a diffusion chamber is defined between said distribution wall and said housing , which chamber at least partially surrounds said distribution wall , said distribution wall comprising a plurality of nozzles , each of which is provided with an inlet section communicating with said chamber , an outlet section adjacent to said discs and at least one converging portion which accelerates said fluid towards said outlet section . - a housing communicating with a fluid inlet section ; - a rotor inside said housing which can rotate with respect to it about a rotation axis , said rotor comprising a plurality of disc elements coaxial with said rotation axis and spaced apart so that a passageway communicating with a discharge section of said fluid is defined between each pair of adjacent elements ,