mhurhangee/patent-ind-claim-en huggingface dataset:
A lens element intended to be worn in front of an eye of a person comprising: - a refraction area comprising an optical center and having a refractive power based on a prescription for said eye of the person; and - a plurality of at least three optical elements having an optical function of focusing an image other than on the retina of the eye of the person when the lens element is worn in standard wearing conditions, the areas formed by said plurality of at least three optical elements being complementary to the refraction area, wherein for every circular zone having a radius comprised between 4 and 8 mm comprising a geometrical center located at a distance of the optical center of the lens element greater or equal to said radius + 5mm, the ratio between the sum of areas of the parts of optical elements located inside said circular zone and the area of said circular zone is comprised between 20% and 70%, wherein the optical elements are configured so that along any section passing through the optical center of the lens element the mean sphere of the optical elements increases from the optical center towards the peripheral part of the lens, and wherein the optical elements are micro-lenses having a contour shape being inscribable in a circle having a diameter greater than or equal to 0.8 mm and smaller than or equal to 3.0 mm, and wherein the standard wearing conditions are defined by a pantoscopic angle of -8°, a Cornea to lens distance of 12 mm, a Pupil-cornea distance of 2 mm, a CRE to pupil distance of 11.5 mm, a CRE to lens distance of 25.5 mm and a wrap angle of 0°. - a refraction area comprising an optical center and having a refractive power based on a prescription for said eye of the person; and - a plurality of at least three optical elements having an optical function of focusing an image other than on the retina of the eye of the person when the lens element is worn in standard wearing conditions, the areas formed by said plurality of at least three optical elements being complementary to the refraction area, wherein for every circular zone having a radius comprised between 4 and 8 mm comprising a geometrical center located at a distance of the optical center of the lens element greater or equal to said radius + 5mm, the ratio between the sum of areas of the parts of optical elements located inside said circular zone and the area of said circular zone is comprised between 20% and 70%,
A method comprising: writing a phase change material from a first RESET state to a second RESET state with a first step ; writing said phase change material from said second RESET state to a SET state with a second step , said second step having a lower current than said first step; verifying a parameter of said phase change material wherein if said parameter is higher than a target for said SET state, then repeating said writing with said first step , said writing with said second step , and said verifying until said parameter is lower than said target and characterized in that a current for said first step is decreased by a decrement with each iteration without becoming lower than a current for said second step. writing a phase change material from a first RESET state to a second RESET state with a first step ; writing said phase change material from said second RESET state to a SET state with a second step , said second step having a lower current than said first step; verifying a parameter of said phase change material wherein if said parameter is higher than a target for said SET state, then repeating said writing with said first step , said writing with said second step , and said verifying until said parameter is lower than said target and characterized in that a current for said first step is decreased by a decrement with each iteration without becoming lower than a current for said second step.
A graphene composite comprising at least a graphene partially exfoliated from a graphite-based carbon material and dispersed in a base material obtainable by mixing the graphite-based carbon material in the base material, the graphite-based carbon material having rhombohedral graphite layers of rhombohedral crystals and hexagonal graphite layers of hexagonal crystals , wherein the ratio of the rhombohedral graphite layers to the hexagonal graphite layers , based on the X-ray diffraction method in accordance with JIS R 7651:2007, which is defined by following Equation 1, is 31% or more: ratio = P 3 / P 3 + P 4 × 100 wherein P3 is a peak intensity of a plane of the rhombohedral graphite layers based on the X-ray diffraction method, and P4 is a peak intensity of a plane of the hexagonal graphite layers based on the X-ray diffraction method, wherein the graphene is a crystal of a mean size of 100nm or more and formed in a sheet-like shape having 10 layers or less. P3 is a peak intensity of a plane of the rhombohedral graphite layers based on the X-ray diffraction method, and P4 is a peak intensity of a plane of the hexagonal graphite layers based on the X-ray diffraction method, wherein
A method comprising: receiving a first share value and a second share value, wherein a combination of the first share value and the second share value corresponds to an exponent value; updating a value of a first register using a first equation that is based on the first and second share values; updating a value of a second register using a second equation that is based on the second share value; and selecting, by a processing device, one of the value of the first register or the value of the second register to be used in a cryptographic operation based on a bit value of the second share value, wherein the value of the first register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a first value and the value of the second register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a second value that is different than the first value. receiving a first share value and a second share value, wherein a combination of the first share value and the second share value corresponds to an exponent value; updating a value of a first register using a first equation that is based on the first and second share values; updating a value of a second register using a second equation that is based on the second share value; and selecting, by a processing device, one of the value of the first register or the value of the second register to be used in a cryptographic operation based on a bit value of the second share value, wherein the value of the first register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a first value and the value of the second register is selected to be used in the cryptographic operation responsive to the bit value of the second share value being at a second value that is different than the first value.
Trailer sled for snow transport vehicles having a) a frame structure which defines a loading area ; b) at least two mutually parallel snow runners which support the frame structure and define a sliding plane ; c) a drawbar device by means of which the trailer sled can be coupled to a snow transport vehicle; wherein d) at least one track stabilising fin is fastened to the frame structure by means of a fastening device , wherein the track stabilising fin at least partially projects downward beyond the sliding plane in a working position; characterised in that e) the track stabilising fin comprises a fin blade having a lower engaging edge which has a front rectilinear immersion section and a rear sliding section having a sliding rib projecting perpendicularly from the fin blade , wherein a lower sliding surface is formed by the sliding rib . a) a frame structure which defines a loading area ; b) at least two mutually parallel snow runners which support the frame structure and define a sliding plane ; c) a drawbar device by means of which the trailer sled can be coupled to a snow transport vehicle; wherein d) at least one track stabilising fin is fastened to the frame structure by means of a fastening device , wherein the track stabilising fin at least partially projects downward beyond the sliding plane in a working position; characterised in that e) the track stabilising fin comprises a fin blade having a lower engaging edge which has a front rectilinear immersion section and a rear sliding section having a sliding rib projecting perpendicularly from the fin blade , wherein a lower sliding surface is formed by the sliding rib .
A method of remotely monitoring and diagnosing a device , comprising: obtaining data from a sensor disposed on the device at a first network ; encrypting the data to generate an encrypted code at the first network at a selected sampling rate; generating a signal comprising the encrypted code at an interface wherein the encrypted code is refreshed at the interface at a selected refresh rate; obtaining a copy of the encrypted code at a detector separated from the first network via a non-network medium , the transmission of the encoded data occurring with communication over the non-network medium in only one direction so that data is not transmittable from a second network to the first network, transmitting the copy of the encrypted code from the detector to the second network via a secure tunnel network connection , decoding the copy of the encrypted code to obtain a copy of the data at the second network separate from the first network ; and monitoring and diagnosing of the device at the second network using the copy of the data. obtaining data from a sensor disposed on the device at a first network ; encrypting the data to generate an encrypted code at the first network at a selected sampling rate; generating a signal comprising the encrypted code at an interface wherein the encrypted code is refreshed at the interface at a selected refresh rate; obtaining a copy of the encrypted code at a detector separated from the first network via a non-network medium , the transmission of the encoded data occurring with communication over the non-network medium in only one direction so that data is not transmittable from a second network to the first network, transmitting the copy of the encrypted code from the detector to the second network via a secure tunnel network connection , decoding the copy of the encrypted code to obtain a copy of the data at the second network separate from the first network ; and monitoring and diagnosing of the device at the second network using the copy of the data.
A steering control apparatus configured to calculate a current command value (Iq*) for a motor based on at least a steering torque (Trq), calculate an estimated electrical angle (θmb) of the motor based on an induced voltage (E) generated in the motor , and control power supply to the motor by using the calculated estimated electrical angle (θmb), the motor being a source of power to be applied to a steering mechanism of a vehicle, the steering control apparatus comprising: a first estimated electrical angle calculation circuit configured to calculate, based on the induced voltage (E), a first addition angle (Δθm1) that is a change amount of the estimated electrical angle (θmb) in one calculation period, the steering control apparatus being characterized by further comprising: a second estimated electrical angle calculation circuit configured to calculate, based on the steering torque (Trq), a second addition angle (Δθm2) that is a change amount of the estimated electrical angle (θmb) in one calculation period; a selection circuit configured to select the first addition angle (Δθm1) when the induced voltage (E) is higher than a threshold voltage, and select the second addition angle (Δθm2) when the induced voltage (E) is equal to or lower than the threshold voltage; and an integration circuit configured to calculate the estimated electrical angle (θmb) by integrating the first addition angle (Δθm1) or the second addition angle (Δθm2) that is selected by the selection circuit , wherein when driving assistance control is executed based on a command value (S*) generated by a higher-level control apparatus to change the current command value (Iq*), the second estimated electrical angle calculation circuit uses the second addition angle that is calculated based on the command value (S*) by the higher-level control apparatus in place of the second addition angle that is based on the steering torque (Trq). a second estimated electrical angle calculation circuit configured to calculate, based on the steering torque (Trq), a second addition angle (Δθm2) that is a change amount of the estimated electrical angle (θmb) in one calculation period; a selection circuit configured to select the first addition angle (Δθm1) when the induced voltage (E) is higher than a threshold voltage, and select the second addition angle (Δθm2) when the induced voltage (E) is equal to or lower than the threshold voltage; and an integration circuit configured to calculate the estimated electrical angle (θmb) by integrating the first addition angle (Δθm1) or the second addition angle (Δθm2) that is selected by the selection circuit , wherein when driving assistance control is executed based on a command value (S*) generated by a higher-level control apparatus to change the current command value (Iq*), the second estimated electrical angle calculation circuit uses the second addition angle that is calculated based on the command value (S*) by the higher-level control apparatus in place of the second addition angle that is based on the steering torque (Trq).
A fuel cell plate for distributing a reactant to an electrode or a gas diffusion layer of a fuel cell, having a plate body in which at least one flow field is incorporated, comprising at least one channel , wherein the plate body comprises hygroscopic and electrically conductive properties, characterized in that the plate body is formed from calcium silicate, and in that graphite is admixed with the calcium silicate.
Apparatus for displaying data, comprising: a display screen ; and a processor which is configured to: acquire a 3D map of a lumen inside a body of a subject, wherein the image of the lumen in the 3D map has a proximal edge and a distal edge ; transform the 3D map of the lumen into a 2D image by projecting the 3D map onto an annulus , wherein the proximal edge is projected to an inner circumference of the annulus and the distal edge is projected to an outer circumference of the annulus; and present the 2D image on the display screen, wherein the 3D map comprises a 3D map of a lumen undergoing an ablation procedure, wherein the processor is configured to display a calculated location and an extent of an ablation lesion on a 3D image of the 3D map and on the 2D image. a display screen ; and a processor which is configured to: acquire a 3D map of a lumen inside a body of a subject, wherein the image of the lumen in the 3D map has a proximal edge and a distal edge ; transform the 3D map of the lumen into a 2D image by projecting the 3D map onto an annulus , wherein the proximal edge is projected to an inner circumference of the annulus and the distal edge is projected to an outer circumference of the annulus; and present the 2D image on the display screen, acquire a 3D map of a lumen inside a body of a subject, wherein the image of the lumen in the 3D map has a proximal edge and a distal edge ; transform the 3D map of the lumen into a 2D image by projecting the 3D map onto an annulus , wherein the proximal edge is projected to an inner circumference of the annulus and the distal edge is projected to an outer circumference of the annulus; and present the 2D image on the display screen, wherein the 3D map comprises a 3D map of a lumen undergoing an ablation procedure, wherein the processor is configured to display a calculated location and an extent of an ablation lesion on a 3D image of the 3D map and on the 2D image.
A method for information processing, applied to an electronic equipment, comprising: collecting environmental audio information when the electronic equipment plays multimedia data; performing noise detection on the environmental audio information to determine whether the environmental audio information represents a target noise scenario; and processing a parameter of the multimedia data played by the electronic equipment when the environmental audio information represents the target noise scenario; wherein performing noise detection on the environmental audio information to determine whether the environmental audio information represents the target noise scenario comprises: determining a first environmental noise information according to the environmental audio information; determining a first frequency band range corresponding to residual echo information when the first environmental noise information comprises the residual echo information; processing the first environmental noise information according to the first frequency band range of the residual echo information to obtain a second environmental noise information; and determining whether the environmental audio information represents the target noise scenario according to the second environmental noise information. collecting environmental audio information when the electronic equipment plays multimedia data; performing noise detection on the environmental audio information to determine whether the environmental audio information represents a target noise scenario; and processing a parameter of the multimedia data played by the electronic equipment when the environmental audio information represents the target noise scenario; wherein performing noise detection on the environmental audio information to determine whether the environmental audio information represents the target noise scenario comprises: determining a first environmental noise information according to the environmental audio information; determining a first frequency band range corresponding to residual echo information when the first environmental noise information comprises the residual echo information; processing the first environmental noise information according to the first frequency band range of the residual echo information to obtain a second environmental noise information; and determining whether the environmental audio information represents the target noise scenario according to the second environmental noise information. determining a first environmental noise information according to the environmental audio information; determining a first frequency band range corresponding to residual echo information when the first environmental noise information comprises the residual echo information; processing the first environmental noise information according to the first frequency band range of the residual echo information to obtain a second environmental noise information; and determining whether the environmental audio information represents the target noise scenario according to the second environmental noise information.
System , - having a master , - having a first slave , - having a second slave , - having a bus , wherein the bus connects the master and the first slave and the second slave to one another in order to transmit a data packet from the master via the first slave and via the second slave back to the master , - in which the master is configured to generate the data packet with a header (4.1) and a data area (4.2) and to send the generated data packet to the bus , - in which the first slave is configured to write its first address (A1) and first payload data (D1) to a first segment of the data area (4.2) of the data packet , - in which the second slave is configured to write its second address (A2) and second payload data (D2) to a second segment of the data area (4.2) of the data packet , - in which the master is configured to receive the data packet from the bus and to assign the first payload data (D1) to the first slave on the basis of the first address (A1) and to assign the second payload data (D2) to the second slave on the basis of the second address (A2) and to process the assigned first payload data (D1) and assigned second payload data (D2) further. - having a master , - having a first slave , - having a second slave , - having a bus , wherein the bus connects the master and the first slave and the second slave to one another in order to transmit a data packet from the master via the first slave and via the second slave back to the master , - in which the master is configured to generate the data packet with a header (4.1) and a data area (4.2) and to send the generated data packet to the bus , - in which the first slave is configured to write its first address (A1) and first payload data (D1) to a first segment of the data area (4.2) of the data packet , - in which the second slave is configured to write its second address (A2) and second payload data (D2) to a second segment of the data area (4.2) of the data packet , - in which the master is configured to receive the data packet from the bus and to assign the first payload data (D1) to the first slave on the basis of the first address (A1) and to assign the second payload data (D2) to the second slave on the basis of the second address (A2) and to process the assigned first payload data (D1) and assigned second payload data (D2) further.
A trolley for lifting and/or moving a load on one or more lines comprising: a. first and second spaced plates and characterised by b. at least two fixed sheaves that are disposed for rotation about respective parallel axes between the first and second plates , c. a removable sheave component that is, while in use, disposed for rotation about an axis parallel to that of the fixed sheaves between or adjacent to the first and second plates, wherein the removable sheave component is, while in use, carried on a shaft that is connected to the plates, which connection is capable of being disconnected to permit removal of the removable sheave component from connection with the plates . a. first and second spaced plates and characterised by b. at least two fixed sheaves that are disposed for rotation about respective parallel axes between the first and second plates , c. a removable sheave component that is, while in use, disposed for rotation about an axis parallel to that of the fixed sheaves between or adjacent to the first and second plates, wherein the removable sheave component is, while in use, carried on a shaft that is connected to the plates, which connection is capable of being disconnected to permit removal of the removable sheave component from connection with the plates .