mhurhangee/ep-ind-claims huggingface dataset:
A method for analysing a sample, the method comprising: extracting a plurality of sequence reads from within the sample; and performing genomic analysis on the plurality of sequence reads by comparing the plurality of sequence reads to reference genomes stored in a reference database, wherein each stored reference genome comprises a set of reference sequences; wherein before performing the genomic analysis, the method further comprises: comparing screening sequences with at least one of the set of reference sequences and the plurality of sequence reads from the sample; and when it is determined that a screening sequence matches at least one sequence within either the set of reference sequences or the plurality of sequence reads, masking the at least one matching sequence by converting the at least one matching sequence to a sequence of predetermined characters, wherein it is determined that a screening sequence matches at least one sequence when the at least one sequence is at least 95% alike and wherein the screening sequences include mobile genomic elements and/or horizontally transferred elements. extracting a plurality of sequence reads from within the sample; and performing genomic analysis on the plurality of sequence reads by comparing the plurality of sequence reads to reference genomes stored in a reference database, wherein each stored reference genome comprises a set of reference sequences; wherein before performing the genomic analysis, the method further comprises: comparing screening sequences with at least one of the set of reference sequences and the plurality of sequence reads from the sample; and when it is determined that a screening sequence matches at least one sequence within either the set of reference sequences or the plurality of sequence reads, masking the at least one matching sequence by converting the at least one matching sequence to a sequence of predetermined characters, wherein it is determined that a screening sequence matches at least one sequence when the at least one sequence is at least 95% alike and wherein the screening sequences include mobile genomic elements and/or horizontally transferred elements. comparing screening sequences with at least one of the set of reference sequences and the plurality of sequence reads from the sample; and when it is determined that a screening sequence matches at least one sequence within either the set of reference sequences or the plurality of sequence reads, masking the at least one matching sequence by converting the at least one matching sequence to a sequence of predetermined characters, wherein it is determined that a screening sequence matches at least one sequence when the at least one sequence is at least 95% alike and wherein the screening sequences include mobile genomic elements and/or horizontally transferred elements.
An isolated subtilisin variant comprising an amino acid sequence comprising the combination of amino acid substitutions X78N-X206Y, wherein X is any amino acid and said variant has proteolytic activity; wherein said variant has at least 70% amino acid sequence identity to SEQ ID NO:1 or SEQ ID NO: 14; wherein said variant has one or more improved property when compared to the protease of SEQ ID NO:1 or SEQ ID NO: 14, wherein the improved property is selected from improved protease activity, improved cleaning performance in detergent, and improved thermostability in detergent; and further wherein each amino acid position of said variant is numbered according to the corresponding amino acid position in the Bacillus amyloliquefaciens subtilisin BPN' sequence shown in SEQ ID NO:2 as determined by alignment of the variant amino acid sequence with the BPN' amino acid sequence. wherein said variant has at least 70% amino acid sequence identity to SEQ ID NO:1 or SEQ ID NO: 14; wherein said variant has one or more improved property when compared to the protease of SEQ ID NO:1 or SEQ ID NO: 14, wherein the improved property is selected from improved protease activity, improved cleaning performance in detergent, and improved thermostability in detergent; and further wherein each amino acid position of said variant is numbered according to the corresponding amino acid position in the Bacillus amyloliquefaciens subtilisin BPN' sequence shown in SEQ ID NO:2 as determined by alignment of the variant amino acid sequence with the BPN' amino acid sequence.
A method for filtering a reference torque (Cc) to an engine loss torque (Cpm1, Cpm2) to be reached during a deceleration of a motor vehicle provided with a thermal power train, including: - a step of determining said reference torque (Cc), and - a step of preventive filtering, including a step of applying at least one torque gradient (P3, P3') to a preventive torque (Cp) in order gradually to reach said engine loss torque (Cpm1, Cpm2), characterized in that a decrease of said torque gradient (P3, P3') is calibrated independently from a transition time (t30, t30') between a start instant and an end instant of applying said calibrated toque gradient (P3, P3') in order to meet said engine loss torque (Cpm1, Cpm2). - a step of determining said reference torque (Cc), and - a step of preventive filtering, including a step of applying at least one torque gradient (P3, P3') to a preventive torque (Cp) in order gradually to reach said engine loss torque (Cpm1, Cpm2),
An electricity-generating coating for a window surface of a commercial aircraft, the electricity-generating coating comprising: a conformal organic photovoltaic device (204, 304), including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device is configured to be adhered to the window surface, along with wires and power electronics to allow the coating to provide electricity for an electrical load on-board the commercial aircraft; a pressure-sensitive adhesive (205, 305) on the conformal organic photovoltaic device, the pressure-sensitive adhesive being capable of adhering the conformal organic photovoltaic device to the window surface, wherein the organic photovoltaic device is semitransparent and the pressure-sensitive adhesive is one of semitransparent and transparent such that light is capable of passing through the electricity-generating coating from either side to provide visibility through the window surface while the electricity-generating coating generates the electricity; and a very thin, highly flexible transparent substrate (203, 303), wherein the conformal organic photovoltaic device is covered by the very thin, highly flexible transparent substrate. a conformal organic photovoltaic device (204, 304), including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device is configured to be adhered to the window surface, along with wires and power electronics to allow the coating to provide electricity for an electrical load on-board the commercial aircraft; a pressure-sensitive adhesive (205, 305) on the conformal organic photovoltaic device, the pressure-sensitive adhesive being capable of adhering the conformal organic photovoltaic device to the window surface, wherein the organic photovoltaic device is semitransparent and the pressure-sensitive adhesive is one of semitransparent and transparent such that light is capable of passing through the electricity-generating coating from either side to provide visibility through the window surface while the electricity-generating coating generates the electricity; and a very thin, highly flexible transparent substrate (203, 303), wherein the conformal organic photovoltaic device is covered by the very thin, highly flexible transparent substrate.
A computer-implemented method comprising: displaying, on a display device, display content representative of a temporal transition of a music performance; and recording input ambient audio, characterized in that said method further comprises receiving (16, 21, S1), during recording of the input ambient audio, a first user input designating a particular time position within the display content displayed on the display device; storing, into a storage device, a recording time of the input ambient audio at a time point at which the first user input has been received and the particular time position within the display content designated by the first user input, in association with each other, and adding (10, S2), to the display content displayed on the display device, a mark related to the time position designated by the first user input. displaying, on a display device, display content representative of a temporal transition of a music performance; and recording input ambient audio, characterized in that said method further comprises receiving (16, 21, S1), during recording of the input ambient audio, a first user input designating a particular time position within the display content displayed on the display device; storing, into a storage device, a recording time of the input ambient audio at a time point at which the first user input has been received and the particular time position within the display content designated by the first user input, in association with each other, and adding (10, S2), to the display content displayed on the display device, a mark related to the time position designated by the first user input.
A method for providing instructional information for control devices on a head mounted see-through display device comprising a see-through display and an outward-facing image sensor, the method being executed on a logic subsystem of the head-mounted see-through display device and comprising: acquiring an image of a scene viewable through the see-through display; detecting a control device in the scene, the control device being configured to control a computing device separate from the see-through display; retrieving information pertaining to a current function of an interactive element of the control device from one or more of the control device and a network-based service, the current function of the interactive element comprising a control instruction for the controlled computing device; detecting with an inward-facing sensor a gaze of a user of the head-mounted see-through display device at a selected interactive element of the control device; displaying an image on the see-through display augmenting an appearance of the selected interactive element of the control device, and not another interactive element, with image data related to the current function of the interactive element; detecting a change in function of the interactive element by detecting a change in a current state of an application being controlled by the control device; and displaying an updated image that provides updated information related to the change in function. acquiring an image of a scene viewable through the see-through display; detecting a control device in the scene, the control device being configured to control a computing device separate from the see-through display; retrieving information pertaining to a current function of an interactive element of the control device from one or more of the control device and a network-based service, the current function of the interactive element comprising a control instruction for the controlled computing device; detecting with an inward-facing sensor a gaze of a user of the head-mounted see-through display device at a selected interactive element of the control device; displaying an image on the see-through display augmenting an appearance of the selected interactive element of the control device, and not another interactive element, with image data related to the current function of the interactive element; detecting a change in function of the interactive element by detecting a change in a current state of an application being controlled by the control device; and displaying an updated image that provides updated information related to the change in function.
Method for monitoring partial discharges in an AC electrical network, the method being implemented by a monitoring device mounted in a switching apparatus provided with a vacuum bottle connected to one phase of the AC network, the monitoring device including: - a partial discharge detector positioned facing the vacuum bottle, - an electronic processing unit receiving a first signal representative of the partial discharges detected by said detector, and receiving a second signal representative of a voltage of the AC electrical network, - the electronic processing unit comprising counting means which are capable of counting during a predetermined duration the pulses generated by the partial discharges on the first signal, - the electronic processing unit comprising discriminating means which are capable of calculating a phase angle of said pulses with respect to the second signal, characterized in that the monitoring method determines that the partial discharges originate from a loss of vacuum in the vacuum bottle when the phase angle is between -30° and +30° or when the number of negative pulses is greater than the number of positive pulses generated by the partial discharges on the first signal. - a partial discharge detector positioned facing the vacuum bottle, - an electronic processing unit receiving a first signal representative of the partial discharges detected by said detector, and receiving a second signal representative of a voltage of the AC electrical network, - the electronic processing unit comprising counting means which are capable of counting during a predetermined duration the pulses generated by the partial discharges on the first signal, - the electronic processing unit comprising discriminating means which are capable of calculating a phase angle of said pulses with respect to the second signal,
A motorcycle comprising: a body frame; and an engine unit swingably supported by the body frame so as to be capable of swinging up and down around a swing centre, wherein a front end section of the engine unit can swing upward and downward, the engine unit is formed by integrally joining an engine body and a transmission case, the engine body is a single cylinder engine that is mounted such that a cylinder axis is generally horizontal and has a structure in which a cylinder block and a cylinder head are joined together in that order on a front mating surface of a crank case that houses a crank shaft that is disposed to extend horizontally in the vehicle width direction, the engine unit has a rear wheel disposed at a rear end section of the transmission case, left and right suspension members (8j, 8j) are formed so as to protrude forward in a lower wall section of the crank case, the suspension members (8j,8j) are supported by left and right pivot members (47,47) of the body frame via a pivot shaft so that the engine unit is supported so as to be capable of swinging upward and downward, centering on a point at the lower side of the crank case, the swing centre is located below the cylinder block of the engine unit between a front end point and a rear end point of the cylinder block of the engine body in a front-rear direction of the motorcycle; the motorcycle further comprising: an object storage member disposed above the engine unit; and a seat adapted to open and close the object storage member. a body frame; and an engine unit swingably supported by the body frame so as to be capable of swinging up and down around a swing centre, wherein a front end section of the engine unit can swing upward and downward, the engine unit is formed by integrally joining an engine body and a transmission case, the engine body is a single cylinder engine that is mounted such that a cylinder axis is generally horizontal and has a structure in which a cylinder block and a cylinder head are joined together in that order on a front mating surface of a crank case that houses a crank shaft that is disposed to extend horizontally in the vehicle width direction, the engine unit has a rear wheel disposed at a rear end section of the transmission case, left and right suspension members (8j, 8j) are formed so as to protrude forward in a lower wall section of the crank case, the suspension members (8j,8j) are supported by left and right pivot members (47,47) of the body frame via a pivot shaft so that the engine unit is supported so as to be capable of swinging upward and downward, centering on a point at the lower side of the crank case, the swing centre is located below the cylinder block of the engine unit between a front end point and a rear end point of the cylinder block of the engine body in a front-rear direction of the motorcycle; the motorcycle further comprising: an object storage member disposed above the engine unit; and a seat adapted to open and close the object storage member. an object storage member disposed above the engine unit; and a seat adapted to open and close the object storage member.
A liquid effluent treatment module comprising at least one tank portion (110a, 110b) adapted to accommodate a plurality of packing elements in suspension capable of accommodating a biological material, the tank portion (110a, 110b) defining a horizontal longitudinal axis and comprising at least one effluent supply, the tank portion (110a, 110b) further comprising: • at least one treated effluent collection ramp arranged in a central part of the tank portion and parallel to the horizontal longitudinal axis, • at least one air injection ramp arranged in a lower part of the tank portion, eccentrically and parallel to the treated effluent collection ramp, so as to cause a spiral movement of the liquid effluents, characterized in that the at least one effluent supply comprises at least one effluent supply ramp parallel and eccentric relative to the treated effluent collection ramp. the tank portion (110a, 110b) further comprising: • at least one treated effluent collection ramp arranged in a central part of the tank portion and parallel to the horizontal longitudinal axis, • at least one air injection ramp arranged in a lower part of the tank portion, eccentrically and parallel to the treated effluent collection ramp, • at least one treated effluent collection ramp arranged in a central part of the tank portion and parallel to the horizontal longitudinal axis, • at least one air injection ramp arranged in a lower part of the tank portion, eccentrically and parallel to the treated effluent collection ramp, so as to cause a spiral movement of the liquid effluents, characterized in that the at least one effluent supply comprises at least one effluent supply ramp parallel and eccentric relative to the treated effluent collection ramp.
An elongate, arthroscopic surgical instrument for guiding a drill into bone, the surgical instrument comprising: an elongate body comprising a shaft having a handle at its proximal end and a head at its distal end, wherein the head comprises a mouth and jaw assembly, operable between a first, open, position and a second, substantially closed, position, and intermediate positions therebetween, and the shaft comprises a lumen aligned with the longitudinal axis of the shaft from the proximal end of the surgical instrument to the mouth of the shaft, wherein the lumen is suitable for receipt and passage of a drill or drill-piece, and the jaw assembly comprises a pair of opposed reciprocating arms, wherein the mouth further comprises engaging means suitable for engaging with tissue such as bone, wherein the jaw assembly further comprises a lock to lock the jaw assembly in the first or second positions, or an intermediate position, wherein the arms of the jaw assembly are curved and have rounded inner edges, characterised in that the arms further have sharpened distal tips.
A fixing piece, for fixing a panel on a profile, the fixing piece (30; 130; 230; 330; 430; 530) comprising a flat plate (32; 132; 232; 332; 432; 532) having a front edge (32A; 132A; 232A; 332A; 432A; 532A) and a rear edge (32B; 132B; 232B; 332B; 432B; 532B) which are opposite in a front-rear direction A-A, the front edge bearing a flap (34; 134; 234; 334; 434; 534) which extends above the plate so that an insertion slot (35; 135; 335; 535) is defined between the flap and the plate, and the rear edge carrying a stop flange (36; 136; 236; 336; 436; 536) which extends upwards, characterized in that the fixing piece further has at least one right hook (38D; 138D; 238D; 338D) and a left hook (38G; 138G; 238G; 338G) which extend downwards from the plate while being spaced apart from one another in a right-left direction D-G, the right hook and the left hook each having at least one hooking edge (39D, 139D, 239D; 39G, 139G, 239G), the hooking edges of the right hook and the left hook being configured to hook on two distinct surfaces.
A method comprising: receiving original image data obtained based on monitoring a retail environment, the original image data capturing at least private information and occurrence of activity in the retail environment; and applying at least one transform to the original image data to produce transformed image data, application of the at least one transform sufficiently distorting portions of the original image data to remove the private information, the transformed image data including the distorted portions to prevent access to the private information, the distorted portions retaining sufficient image detail from the original image data to discern occurrence of the activity in the retail environment, wherein application of the least one transform highlights presence of edges in the original image data and distorts regions of the original image data lacking presence of edges. receiving original image data obtained based on monitoring a retail environment, the original image data capturing at least private information and occurrence of activity in the retail environment; and applying at least one transform to the original image data to produce transformed image data, application of the at least one transform sufficiently distorting portions of the original image data to remove the private information, the transformed image data including the distorted portions to prevent access to the private information, the distorted portions retaining sufficient image detail from the original image data to discern occurrence of the activity in the retail environment, wherein application of the least one transform highlights presence of edges in the original image data and distorts regions of the original image data lacking presence of edges.