mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a driving operation of an autonomously controlled vehicle , the vehicle comprising an angular velocity sensor for controlling the vehicle's lateral positioning along an operated road path during a loss of location situation, the method comprising: - obtaining (S1) a signal indicative of a characteristics of a road path for operation of the vehicle ; - determining (S2) an uncertainty parameter value of the angular velocity sensor for an upcoming position of the road path ahead of the vehicle , the uncertainty parameter value being compared to a predetermined parameter threshold limit for determining an unacceptable uncertainty in lateral deviation; and - controlling (S3) the vehicle to a stand-still operation at a predetermined stop position received from a positioning system of the vehicle, prior to arrival at the upcoming position, along the road path and calibrating the angular velocity sensor when the vehicle is arranged in the stand-still operation when the uncertainty parameter value is indicated as an unacceptable uncertainty in lateral deviation of the vehicle at the upcoming position, characterized in that the predetermined stop position is a position of the road path comprising a vehicle speed reduction characteristic. - obtaining (S1) a signal indicative of a characteristics of a road path for operation of the vehicle ; - determining (S2) an uncertainty parameter value of the angular velocity sensor for an upcoming position of the road path ahead of the vehicle , the uncertainty parameter value being compared to a predetermined parameter threshold limit for determining an unacceptable uncertainty in lateral deviation; and - controlling (S3) the vehicle to a stand-still operation at a predetermined stop position received from a positioning system of the vehicle, prior to arrival at the upcoming position, along the road path and calibrating the angular velocity sensor when the vehicle is arranged in the stand-still operation when the uncertainty parameter value is indicated as an unacceptable uncertainty in lateral deviation of the vehicle at the upcoming position, characterized in that the predetermined stop position is a position of the road path comprising a vehicle speed reduction characteristic.
A device for stimulating optic nerve fibers , comprising: a plurality of columnar electrodes configured for disposal respectively in parallel to a length direction of an optic nerve of a human eye and circumferentially around the optic nerve , wherein each of the columnar electrodes has a length; and a power source configured to supply power to the columnar electrodes ; wherein a human retina consists of the optic nerve fibers , which are connected to the optic nerve and a macular area of the human eye in a form of layers, wherein the columnar electrodes are configured to stimulate the optic nerve fibers around the optic nerve with electrical stimulation, and wherein the lengths of respective columnar electrodes are different from each other, each of the lengths of the columnar electrodes being chosen according to a curvature of the optic nerve fibers . a plurality of columnar electrodes configured for disposal respectively in parallel to a length direction of an optic nerve of a human eye and circumferentially around the optic nerve , wherein each of the columnar electrodes has a length; and a power source configured to supply power to the columnar electrodes ; wherein a human retina consists of the optic nerve fibers , which are connected to the optic nerve and a macular area of the human eye in a form of layers, wherein the columnar electrodes are configured to stimulate the optic nerve fibers around the optic nerve with electrical stimulation, and wherein the lengths of respective columnar electrodes are different from each other, each of the lengths of the columnar electrodes being chosen according to a curvature of the optic nerve fibers .
A medium conveying device comprising: a first roller configured to be rotatable in a first rotational direction (A) and in a second rotational direction (B) opposite to the first rotational direction; a second roller disposed to be spaced apart from the first roller and configured to be rotatable in the first rotational direction and in the second rotational direction; a conveyance belt passed around the first roller and the second roller and configured to support and convey a medium (P) on a supporting surface formed between the first roller and the second roller; and a controlling unit configured to control at least rotary drive of the first roller, characterized in that the controlling unit is configured to execute first control to determine whether a first skewing direction (T1) and a second skewing direction (T2) are the same, the first skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the first rotational direction, the conveyance belt moves toward one side or the other side in a width direction (X) intersecting a moving direction (Y) of the conveyance belt, and the second skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the second rotational direction, the conveyance belt moves toward the one side or the other side in the width direction. a first roller configured to be rotatable in a first rotational direction (A) and in a second rotational direction (B) opposite to the first rotational direction; a second roller disposed to be spaced apart from the first roller and configured to be rotatable in the first rotational direction and in the second rotational direction; a conveyance belt passed around the first roller and the second roller and configured to support and convey a medium (P) on a supporting surface formed between the first roller and the second roller; and a controlling unit configured to control at least rotary drive of the first roller, characterized in that the controlling unit is configured to execute first control to determine whether a first skewing direction (T1) and a second skewing direction (T2) are the same, the first skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the first rotational direction, the conveyance belt moves toward one side or the other side in a width direction (X) intersecting a moving direction (Y) of the conveyance belt, and the second skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the second rotational direction, the conveyance belt moves toward the one side or the other side in the width direction.
Apparatus for determining respiratory effort from an ECG signal comprising: at least two ECG leads for acquiring at least two orthogonal signals from a subject; means for transforming said signals to digital data; electronic data storage means; and a microprocessor programmed to extract waveform morphology data from said digital data and derive physiological predictors from the extracted waveform morphology data, characterized in that the microprocessor is further programmed to determine the start and end of respiratory events from either or both of a sharp change in the QRS area and a sharp change in the R-wave amplitude, generate a set of respiratory event candidates, and generate ECG derived correlates for each respiratory event candidate, wherein the correlates are any one or more of a sudden and opposite change in amplitude of an R-wave between two of the orthogonal ECG leads, a change in peak-to-peak oscillations of the RRI signal, and a change in the mean RRI signal, wherein a sudden and opposite change in amplitude of an R-wave between two of the orthogonal ECG leads is derived by calculating the difference of a value of the mean peak to peak oscillations of the R wave amplitude, a change in peak-to-peak oscillations of the RRI signal is derived by calculating a change in peak-to-peak oscillations of the QRS area during the event, and a change in the mean RRI signal is derived by calculating a change in a value of the mean peak to peak oscillations of the R wave amplitude before and after the event, and comparing the correlates of the respiratory event candidates with pre-defined rules for the detected patterns of estimated breathing and RRI to confirm or reject each of the set of respiratory event candidates to determine respiratory events and respiratory effort.
Foam-generating device, comprising: - a reservoir of foaming liquid, - a container of compressed air, - a first pipe leaving the reservoir and passing through a pneumatic pump , being connected to suction and delivery ports of said pneumatic pump , - a second pipe leaving the container and ending in the pneumatic pump, - the first pipe and the second pipe leading to a mixer of the foaming liquid and compressed air, wherein the foam is formed; - the second pipe comprising a bifurcation , fitted with an atmospheric pressure expansion valve , which leads to a breathing apparatus intended for an operator of the device; characterized in that - the second pipe is fitted with an obturator downstream of the bifurcation , and in that the obturator is associated with a compressed air pressure tap at the outlet of the container, which automatically closes the obturator when said pressure drops below a threshold, thereby automatically cutting off the supply of compressed air to the pneumatic pump and the mixer in order to reserve the air for the breathing of the operator wearing the breathing apparatus. - a reservoir of foaming liquid, - a container of compressed air, - a first pipe leaving the reservoir and passing through a pneumatic pump , being connected to suction and delivery ports of said pneumatic pump , - a second pipe leaving the container and ending in the pneumatic pump, - the first pipe and the second pipe leading to a mixer of the foaming liquid and compressed air, wherein the foam is formed; - the second pipe comprising a bifurcation , fitted with an atmospheric pressure expansion valve , which leads to a breathing apparatus intended for an operator of the device; characterized in that - the second pipe is fitted with an obturator downstream of the bifurcation , and in that the obturator is associated with a compressed air pressure tap at the outlet of the container, which automatically closes the obturator when said pressure drops below a threshold, thereby automatically cutting off the supply of compressed air to the pneumatic pump and the mixer in order to reserve the air for the breathing of the operator wearing the breathing apparatus.
A cell preservation medium comprising: cell hibernation medium and 0.5 mM to 4 mM L-glutamine or L-alanyl-L-glutamine dipeptide, ascorbic acid, albumin, and insulin, wherein the ascorbic acid is 100 μg/mL to 300 μg/mL, wherein the albumin is 200 μg/mL to 700 μg/mL, or wherein the insulin is 1 μg/mL to 20 μg/mL.
A method for defending an infrastructure against a distributed denial of service, DDoS, attack, comprising: receiving , at a software decoy of the infrastructure , a malware intended to infect the software decoy ; receiving the malware from the software decoy at a command and control, C&C, data collector of the infrastructure ; and extracting from the malware, by the C&C data collector , an address or a domain name of a C&C server ; characterized in that the method further comprises: sending, from the C&C data collector to a client of the infrastructure , the address or the domain name of the C&C server ; using , by the client , the address or the domain name of the C&C server to connect the client to the C&C server ; receiving , at the client , a command intended by the C&C server to cause the client to participate in the DDoS attack; forwarding particulars of the DDoS attack from the client to a cleaning component of the infrastructure ; and discarding , in the cleaning component , incoming signals having at least one of the particulars of the DDoS attack. receiving , at a software decoy of the infrastructure , a malware intended to infect the software decoy ; receiving the malware from the software decoy at a command and control, C&C, data collector of the infrastructure ; and extracting from the malware, by the C&C data collector , an address or a domain name of a C&C server ; sending, from the C&C data collector to a client of the infrastructure , the address or the domain name of the C&C server ; using , by the client , the address or the domain name of the C&C server to connect the client to the C&C server ; receiving , at the client , a command intended by the C&C server to cause the client to participate in the DDoS attack; forwarding particulars of the DDoS attack from the client to a cleaning component of the infrastructure ; and discarding , in the cleaning component , incoming signals having at least one of the particulars of the DDoS attack.
A method of preparing a script of ISO 7816 APDU Commands to send to a secure element to remotely provision a profile at the secure element , wherein: the secure element has a local store of file property data corresponding to parameters for a create file command, the method comprising: receiving a first script which comprises a create file command; determining if the create file command corresponds to a file whose file properties are stored in the local store of file property data at the secure element; if the create file command corresponds to the file whose file properties are stored, replacing the create file command with a select file command to generate a modified script; and outputting the modified script. the secure element has a local store of file property data corresponding to parameters for a create file command, the method comprising: receiving a first script which comprises a create file command; determining if the create file command corresponds to a file whose file properties are stored in the local store of file property data at the secure element; if the create file command corresponds to the file whose file properties are stored, replacing the create file command with a select file command to generate a modified script; and outputting the modified script. receiving a first script which comprises a create file command; determining if the create file command corresponds to a file whose file properties are stored in the local store of file property data at the secure element; if the create file command corresponds to the file whose file properties are stored, replacing the create file command with a select file command to generate a modified script; and outputting the modified script.
Method for operating a vehicle comprising at least one step of driving in manual mode in which a longitudinal displacement and a lateral displacement are controlled by a human driver and at least one step of driving in autonomous mode in which the longitudinal displacement and the lateral displacement are controlled by an automated system, comprising: - a step of alerting the human driver activated at least in autonomous mode when the automated system receives a first distance (D1) which separates the vehicle from an end of zone in which the autonomous mode is authorized; and - a step of automatically stopping the vehicle before reaching the end of zone, activated in autonomous mode when the human driver does not take back control of the vehicle after the reception of said first distance (D1) by the automated system; characterized in that the automated system computes, from a maximum speed authorized over said first distance (D1), a second distance (D2) making it possible to stop the vehicle as a function of a deceleration accessed and/or computed by the automated system to be used in the automatic stopping step . - a step of alerting the human driver activated at least in autonomous mode when the automated system receives a first distance (D1) which separates the vehicle from an end of zone in which the autonomous mode is authorized; and - a step of automatically stopping the vehicle before reaching the end of zone, activated in autonomous mode when the human driver does not take back control of the vehicle after the reception of said first distance (D1) by the automated system;
Product intended to be transformed with a view to producing a material which is intended in particular for construction, the product comprising a textile-based reinforcement component, which is intended to form a reinforcement, and a matrix component, which is intended to form a matrix, comprising a casein-based glue of animal origin, the matrix component representing a mass, in proportion to the mass of the product, greater than that of the reinforcement component, the product being characterized in that the matrix component represents at least 55%, preferably at least 60% and at most 80%, preferably at most 75% of the mass of the product, the matrix component comprising a predetermined amount of lime, preferably slaked lime, the predetermined amount of lime preferably corresponding to approximately a quarter of the mass of casein.
An expandable bladder for shaping a pneumatic tire, the expandable bladder being for mounting inside a tire curing mold, the expandable bladder having a toroidal configuration and having a pair of opposing annular bladder beads , wherein the bladder has an expansion section between the bladder beads that is formed from or comprises a plurality of waves , and wherein each annular bladder bead has a straight section extending radially outward of each annular bladder bead , characterized in that the straight section is joined to an angled portion angled at an angle in the range of from 15 to 45 degrees with respect to the axial direction connecting the bladder beads , and in that the waves have a radius of curvature in the range of from 10 to 60 mm at the peaks and valleys of the waves .
Filter system for filtering incident light for a greenhouse, comprising a spectral range reflector and a secondary reflector , characterized in that the spectral range reflector is arranged such that it filters and reflects a range of the PAR spectrum to the secondary reflector , residual light being admitted through the spectral range reflector to a plant area and filtered and reflected light being directed from the secondary reflector to the plant area.
A method for displaying a sequence of review images selected from a plurality of captured images related to agricultural crops or a field where the agricultural crops are cultivated, said method comprising: receiving a request from a user of a review target that indicates a target which a user wants to review using the review images for reviewing the agricultural crops or the field and an environmental factor affecting the agricultural crops or the field; selecting, from the plurality of captured images, a plurality of review images based on the review target, the environmental factor and a position where each of the captured images is captured; and causing a display device to display the selected review images ordered according to the review target to form the sequence of review images, wherein the plurality of review images is selected in accordance with a sampling pattern, wherein the sampling pattern is selected from a set of sampling patterns each including a location in the field at which one of the captured images was captured, and depending upon the environmental factor, wherein the review target is selected by a user using a displayed user interface, the review target being at least one of: yield estimation, growth stage, and disease, wherein the environmental factor is at least one of: soil type, topology, weather, and drainage, and wherein the set of sampling patterns is at least one of: a random density sampling pattern, a random grid sampling pattern, a centred Gaussian sampling pattern and a centred spiral sampling pattern. receiving a request from a user of a review target that indicates a target which a user wants to review using the review images for reviewing the agricultural crops or the field and an environmental factor affecting the agricultural crops or the field; selecting, from the plurality of captured images, a plurality of review images based on the review target, the environmental factor and a position where each of the captured images is captured; and causing a display device to display the selected review images ordered according to the review target to form the sequence of review images, wherein the plurality of review images is selected in accordance with a sampling pattern, wherein the sampling pattern is selected from a set of sampling patterns each including a location in the field at which one of the captured images was captured, and depending upon the environmental factor, wherein the review target is selected by a user using a displayed user interface, the review target being at least one of: yield estimation, growth stage, and disease, wherein the environmental factor is at least one of: soil type, topology, weather, and drainage, and wherein the set of sampling patterns is at least one of: a random density sampling pattern, a random grid sampling pattern, a centred Gaussian sampling pattern and a centred spiral sampling pattern.
A method performed by an eNodeB , comprising: generating (S110) 1st indicate information which indicates time-frequency positions of resource blocks used for first Physical Sidelink Control Channel, PSCCH, transmission; and sending (S120) the 1st indicate information, characterized in that the 1 st indicate information is generated such that a frequency position of the resource blocks for transmitting PSCCH can be determined by a round-down of a division of the 1st indicate information by Nt, where Nt is related to a time-domain resource configured by Radio Resource Control, RRC, and a subframe for transmitting PSCCH can be determined by a remainder of a division of the 1st indicate information by Nt. generating (S110) 1st indicate information which indicates time-frequency positions of resource blocks used for first Physical Sidelink Control Channel, PSCCH, transmission; and sending (S120) the 1st indicate information, characterized in that the 1 st indicate information is generated such that a frequency position of the resource blocks for transmitting PSCCH can be determined by a round-down of a division of the 1st indicate information by Nt, where Nt is related to a time-domain resource configured by Radio Resource Control, RRC, and a subframe for transmitting PSCCH can be determined by a remainder of a division of the 1st indicate information by Nt.
A compressor rotor for a gas turbine engine , the compressor rotor comprising blades circumferentially distributed around and extending a span length (L) from a central hub , the blades including alternating first and second blades (28,30;128;228) having airfoils with a leading edge , a trailing edge , a root , a tip and a mid-span region midway between the root and the tip along the span, the airfoils of the first and second blades (28,30;128;228) having corresponding geometric profiles, characterised in that : the airfoil of the first blades (28;128;228) having a coating defining a first coating structure, the coating being provided on at least a portion of the first blade (28;128;228) adjacent the root and having a root coating thickness (Tr), and on a portion adjacent the tip of the first blade (28;128;228) and having a tip coating thickness (Tt), the root coating thickness (Tr) being greater than at least one of the tip coating thickness (Tt) and a coating thickness (Tms) of the airfoil of the first blade (28;128;228) at the mid-span region , the first coating structure of the first blade (28;128;228) selected to provide the first blade (28;128;228) with a first natural vibration frequency different from a second natural vibration frequency of the second blade .