mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, at a cryptographic computing agent in a host device, a read request from a peripheral device across an interconnect, the read request comprising a process identifier and an encrypted virtual address; obtaining one or more keys based on the process identifier of the read request; decrypting the encrypted virtual address of the read request based on the one or more keys to obtain an unencrypted virtual address; retrieving encrypted data from a memory based on the unencrypted virtual address; decrypting the encrypted data based on the one or more keys to obtain plaintext data; and transmitting the plaintext data to the peripheral device across the interconnect. receiving, at a cryptographic computing agent in a host device, a read request from a peripheral device across an interconnect, the read request comprising a process identifier and an encrypted virtual address; obtaining one or more keys based on the process identifier of the read request; decrypting the encrypted virtual address of the read request based on the one or more keys to obtain an unencrypted virtual address; retrieving encrypted data from a memory based on the unencrypted virtual address; decrypting the encrypted data based on the one or more keys to obtain plaintext data; and transmitting the plaintext data to the peripheral device across the interconnect.
Filler polymers, comprising polyacrylates of the general formula: wherein - R 1 , R 2 , R 3 is an alkyl group or H, and R 1 =R 2 =R 3 or R 1 =R 2 ≠R 3 or R 1 ≠R 2 =R 3 or R 2 ≠R 1 =R 3 or R 1 ≠R 2 ≠R 3 , - n≥1, m≥1, p≥0 and n+m+p is the length of the chain, - the remnant R 4 is at least one ceramic filler, - the remnant R 5 is at least one cation with a counter-anion or an anion with a counter-cation, - the remnant R 6 is an organic remnant containing no ions, - the monomer units of the polymer main chain with the remnants R 4 or R 5 or R 6 can be statistically distributed along the polymer main chain, - the remnant R 4 is bonded to one or more monomer unit(s), wherein the polyacrylates of the general formula with the remnants R 4 or R 5 or R 6 are in each case bonded by means of at least one covalent bond. - R 1 , R 2 , R 3 is an alkyl group or H, and R 1 =R 2 =R 3 or R 1 =R 2 ≠R 3 or R 1 ≠R 2 =R 3 or R 2 ≠R 1 =R 3 or R 1 ≠R 2 ≠R 3 , - n≥1, m≥1, p≥0 and n+m+p is the length of the chain, - the remnant R 4 is at least one ceramic filler, - the remnant R 5 is at least one cation with a counter-anion or an anion with a counter-cation, - the remnant R 6 is an organic remnant containing no ions, - the monomer units of the polymer main chain with the remnants R 4 or R 5 or R 6 can be statistically distributed along the polymer main chain, - the remnant R 4 is bonded to one or more monomer unit(s),
A method of envelope tracking modulation of a power amplifier in a power amplification system, the method comprising: determining (S100) a low pass envelope of a dual band modulated signal input to the power amplification system ; amplifying (S101) the determined low pass envelope; and modulating (S102) a drain supply of the power amplifier based on the amplified determined low pass envelope, characterized by further comprising: pre-distorting the dual band modulated signal (S106) according to a dual band baseband equivalent Volterra model extended to compensate for distortion attributable to the drain supply modulation, wherein the dual band baseband equivalent Volterra model extended to compensate for distortion attributable to the drain supply modulation is of the form: y ̃ i n = f i x ̃ 1 x ̃ 2 × ∑ i = 0 N S − 1 c l i x ̃ 1 n + x ̃ 2 n l where f i is a dual band describing function without drain supply modulation for band i , Ns is a nonlinearity order for an effect of the drain supply modulation, c i are model coefficients for band i , and wherein x̃ 1 and x̃ 2 are baseband equivalent envelopes of individual signals comprising the dual band modulated signal. determining (S100) a low pass envelope of a dual band modulated signal input to the power amplification system ; amplifying (S101) the determined low pass envelope; and modulating (S102) a drain supply of the power amplifier based on the amplified determined low pass envelope, characterized by further comprising: pre-distorting the dual band modulated signal (S106) according to a dual band baseband equivalent Volterra model extended to compensate for distortion attributable to the drain supply modulation, wherein the dual band baseband equivalent Volterra model extended to compensate for distortion attributable to the drain supply modulation is of the form: y ̃ i n = f i x ̃ 1 x ̃ 2 × ∑ i = 0 N S − 1 c l i x ̃ 1 n + x ̃ 2 n l where f i is a dual band describing function without drain supply modulation for band i , Ns is a nonlinearity order for an effect of the drain supply modulation, c i are model coefficients for band i , and wherein x̃ 1 and x̃ 2 are baseband equivalent envelopes of individual signals comprising the dual band modulated signal.
A rubber-reinforcing cord comprising: a first fiber strand ; and a plurality of second fiber strands disposed around the first fiber strand , characterized in that the second fiber strand has a tensile elastic modulus higher than a tensile elastic modulus of the first fiber strand by 20 GPa or more, and in that the number of twists in the first fiber strand is equal to or greater than the number of twists in the second fiber strand in the resultant form of the rubber-reinforcing cord obtained by giving final twists to the first fiber strand and second fiber strands. a first fiber strand ; and a plurality of second fiber strands disposed around the first fiber strand , characterized in that the second fiber strand has a tensile elastic modulus higher than a tensile elastic modulus of the first fiber strand by 20 GPa or more, and in that the number of twists in the first fiber strand is equal to or greater than the number of twists in the second fiber strand in the resultant form of the rubber-reinforcing cord obtained by giving final twists to the first fiber strand and second fiber strands.
A method of aligning an agent distributor in an apparatus for generating a three-dimensional object, the method comprising: selectively depositing using an agent distributor an agent comprising a coalescing agent or a coalescence modifier agent on a layer of a powder-based build material to form a predetermined alignment pattern by applying energy to the layer of powder-based build material; detecting the alignment pattern from a height profile in a surface of the powder-based build material ; and performing an alignment operation using the detected alignment pattern . selectively depositing using an agent distributor an agent comprising a coalescing agent or a coalescence modifier agent on a layer of a powder-based build material to form a predetermined alignment pattern by applying energy to the layer of powder-based build material; detecting the alignment pattern from a height profile in a surface of the powder-based build material ; and performing an alignment operation using the detected alignment pattern .
Solid wheel (Fig. 1) which can be divided into three segments with solid rubber segment tyres, which fits to any conventional wheelchair, characterised in that removal of the upper segment (Fig. 4) divides the solid wheel (Fig. 1) in its original state into three parts so that the full wheel (Fig. 1) as a means of movement no longer acts as a barrier for the lateral movements of the wheelchair user.
A health monitoring system comprising: at least one sensor ; a health monitoring unit, HMU, operatively connected to the at least one sensor to receive data therefrom and to generate at least one numerical status indicator based on the data from the at least one sensor; and a computing device operatively connected to the HMU to receive data therefrom, wherein the computing device is configured to generate a health notification, characterised in that the computing device is configured to generate the health notification when a quantity of the at least one numerical status indicator that are greater than or equal to a pre-determined status indicator threshold exceeds a pre-determined peak count threshold, wherein the pre-determined status indicator threshold is equal to a sum of a mean value of a historical series of numerical status indicators and a standard deviation of the historical series of numerical status indicators multiplied by a configurable factor. at least one sensor ; a health monitoring unit, HMU, operatively connected to the at least one sensor to receive data therefrom and to generate at least one numerical status indicator based on the data from the at least one sensor; and a computing device operatively connected to the HMU to receive data therefrom, wherein the computing device is configured to generate a health notification, characterised in that the computing device is configured to generate the health notification when a quantity of the at least one numerical status indicator that are greater than or equal to a pre-determined status indicator threshold exceeds a pre-determined peak count threshold, wherein the pre-determined status indicator threshold is equal to a sum of a mean value of a historical series of numerical status indicators and a standard deviation of the historical series of numerical status indicators multiplied by a configurable factor.
Device for dispensing coins, comprising a coin conveyor system and a coin container , from which coins can be supplied to the coin conveyor system, and a coin outlet for dispensing coins, further comprising an electric drive motor for driving the coin conveyor system, wherein, when driving the coin conveyor system, coins are conveyed through the coin conveyor system to the coin outlet and dispensed, and wherein the electric drive motor acts upon the coin conveyor system through a transmission, characterized in that the electric drive motor comprises at least one brake disc connected with the motor shaft of the electric drive motor , which is in a contact inhibiting the rotational movement of the motor shaft with at least one counter-surface of the electric drive motor when the electric drive motor is not actuated; a tensile force is acting in a first axial direction on the motor shaft upon a mechanical actuation of the transmission without electrical actuation of the electric drive motor , such that the braking force inhibiting the rotational movement of the motor shaft of the at least one brake disc with the at least one counter-surface of the electric drive motor increases when the tensile force increases; the motor shaft is axially displaced in a second direction opposite to the first direction when the electric drive motor is electrically actuated, whereby the contact inhibiting the rotational movement of the motor shaft of the at least one brake disc with the at least one counter-surface of the electric drive motor is cancelled; at least one brake disc is arranged within the electric drive motor on the driving shaft, and the counter-surface is formed by an inner surface of the electric drive motor ; and the brake disc constitutes one of the axial bearings of the motor shaft within the electric drive motor .
An information processing method, implemented by a user equipment, UE, comprising: receiving, from a next generation NodeB, gNB, system information block, SIB, information comprising physical random access channel, PRACH, resource configuration information, the SIB information configured to distinguish PRACH resources configured for the UE having a reduced capability from PRACH resources configured for a UE having a non-reduced capability; and sending, to the gNB, a reduced capability UE information corresponding to the reduced capability of the UE as compared to the UE having the non-reduced capability, the reduced capability UE information determined based on the SIB information; and wherein the PRACH resource configuration information includes uplink BWP configuration information configured to send the reduced capability UE information using the uplink BWP configuration information, and wherein the sending of the reduced capability UE information comprises: sending a random access message 1 having a random access preamble representing the reduced capability UE information, the UE being identified as having the reduced capability based on the random access preamble; or sending a random access message 3 indicating the reduced capability UE information by using a reserved value. receiving, from a next generation NodeB, gNB, system information block, SIB, information comprising physical random access channel, PRACH, resource configuration information, the SIB information configured to distinguish PRACH resources configured for the UE having a reduced capability from PRACH resources configured for a UE having a non-reduced capability; and sending, to the gNB, a reduced capability UE information corresponding to the reduced capability of the UE as compared to the UE having the non-reduced capability, the reduced capability UE information determined based on the SIB information; and wherein the PRACH resource configuration information includes uplink BWP configuration information configured to send the reduced capability UE information using the uplink BWP configuration information, and wherein the sending of the reduced capability UE information comprises: sending a random access message 1 having a random access preamble representing the reduced capability UE information, the UE being identified as having the reduced capability based on the random access preamble; or sending a random access message 3 indicating the reduced capability UE information by using a reserved value. sending a random access message 1 having a random access preamble representing the reduced capability UE information, the UE being identified as having the reduced capability based on the random access preamble; or sending a random access message 3 indicating the reduced capability UE information by using a reserved value.
A system for providing radiotherapy treatment to a target volume of a patient, the system comprising: a radiation treatment machine including a multileaf collimator having multiple pairs of opposed linearly displaceable leaves; and a computer that executes a radiotherapy treatment control program that is configured to control the radiation treatment machine so as to: configure the multileaf collimator in a first orientation so as to form an actual aperture having a first orientation, deliver radiation to the target volume through the actual aperture while in the first orientation with a single pass along an arcuate path centered on the target volume, configure the multileaf collimator in a second orientation so as to place the actual aperture in a second orientation that is different from the first orientation, and deliver radiation to the target volume through the actual aperture while in the second orientation with a single pass back along the arcuate path such that a relatively large cumulative dose of radiation is delivered to the target volume through a virtual aperture created by an area of overlap between the first and second actual aperture orientations. a radiation treatment machine including a multileaf collimator having multiple pairs of opposed linearly displaceable leaves; and a computer that executes a radiotherapy treatment control program that is configured to control the radiation treatment machine so as to: configure the multileaf collimator in a first orientation so as to form an actual aperture having a first orientation, deliver radiation to the target volume through the actual aperture while in the first orientation with a single pass along an arcuate path centered on the target volume, configure the multileaf collimator in a second orientation so as to place the actual aperture in a second orientation that is different from the first orientation, and deliver radiation to the target volume through the actual aperture while in the second orientation with a single pass back along the arcuate path such that a relatively large cumulative dose of radiation is delivered to the target volume through a virtual aperture created by an area of overlap between the first and second actual aperture orientations. configure the multileaf collimator in a first orientation so as to form an actual aperture having a first orientation, deliver radiation to the target volume through the actual aperture while in the first orientation with a single pass along an arcuate path centered on the target volume, configure the multileaf collimator in a second orientation so as to place the actual aperture in a second orientation that is different from the first orientation, and deliver radiation to the target volume through the actual aperture while in the second orientation with a single pass back along the arcuate path such that a relatively large cumulative dose of radiation is delivered to the target volume through a virtual aperture created by an area of overlap between the first and second actual aperture orientations.
A material comprising a transparent substrate coated with a stack of thin layers successively comprising, starting from the substrate, an alternation of only three silver-based functional metallic layers referred to, starting from the substrate, as first, second and third functional layers and of four dielectric coatings, referred to, starting from the substrate, as M1, M2, M3 and M4, each dielectric coating comprising at least one dielectric layer, so that each functional metallic layer is positioned between two dielectric coatings, characterized in that : - the thickness of the first functional layer is less than the thickness of the second functional layer, - the thickness of the first functional layer is less than the thickness of the third functional layer, - the thickness of the third functional metallic layer is between 13 and 18 nm, - the dielectric coatings M1 and M2 each have an optical thickness Eo1 and Eo2 satisfying the following equation: Eo2 < 1.1 Eo1, the has a light transmission of less than 60.0% and a light reflection on the external side of greater than or equal to 20.0%. - the thickness of the first functional layer is less than the thickness of the second functional layer, - the thickness of the first functional layer is less than the thickness of the third functional layer, - the thickness of the third functional metallic layer is between 13 and 18 nm, - the dielectric coatings M1 and M2 each have an optical thickness Eo1 and Eo2 satisfying the following equation: Eo2 < 1.1 Eo1,
A stretchable circuit substrate comprising: a base material being stretchable; a wiring which is on a first surface side of the base material , and which includes a bellows-like member including a plurality of ridges and recesses arranged in a first direction which is one of in-plane directions in the first surface of the base material ; and an adjustment layer which includes the bellows-like member and is on the first surface side of the base material so as to at least overlap, in a plan view, a wiring region in which the wiring is positioned; wherein the adjustment layer has a Young's modulus smaller than a Young's modulus of the wiring , and further comprising a supporting base material that is arranged between the base material and the wiring , and includes the bellows-like member , and an adhesive layer that is arranged between the base material and the supporting base material and includes the bellows-like member ; and the supporting base material has a Young's modulus larger than a Young's modulus of the base material . a base material being stretchable; a wiring which is on a first surface side of the base material , and which includes a bellows-like member including a plurality of ridges and recesses arranged in a first direction which is one of in-plane directions in the first surface of the base material ; and an adjustment layer which includes the bellows-like member and is on the first surface side of the base material so as to at least overlap, in a plan view, a wiring region in which the wiring is positioned; wherein the adjustment layer has a Young's modulus smaller than a Young's modulus of the wiring , and further comprising a supporting base material that is arranged between the base material and the wiring , and includes the bellows-like member , and an adhesive layer that is arranged between the base material and the supporting base material and includes the bellows-like member ; and the supporting base material has a Young's modulus larger than a Young's modulus of the base material .
A multi-function camera system, applied to a forklift truck, comprising: a camera device arranged at a front side of the forklift truck and comprising a camera lens and a fill light module ; the camera lens used for shooting a real image in front of the forklift truck ; the fill light module used for providing at least one color of illumination light in a shooting direction of the camera lens ; an image processing unit coupled to the camera device and used for performing an image process on the real image shot by the camera device ; a display device arranged on the forklift truck and coupled to the image processing unit , used for displaying the real image shot by the camera device or processed by the image processing unit ; characterized in that the image processing unit includes an identification module being configured to identify an optical identification code (A) in the real image shot by the camera device and is connected to a remote database in order to obtain a merchandise information corresponding to the optical identification code (A), thereby overlaying the merchandise information onto the real image wherein the camera device further comprises a laser head for projecting an auxiliary positioning laser beam toward a front thereof, the laser beam being able to indicate a visible mark on an object at the front. a camera device arranged at a front side of the forklift truck and comprising a camera lens and a fill light module ; the camera lens used for shooting a real image in front of the forklift truck ; the fill light module used for providing at least one color of illumination light in a shooting direction of the camera lens ; an image processing unit coupled to the camera device and used for performing an image process on the real image shot by the camera device ; a display device arranged on the forklift truck and coupled to the image processing unit , used for displaying the real image shot by the camera device or processed by the image processing unit ; characterized in that the image processing unit includes an identification module being configured to identify an optical identification code (A) in the real image shot by the camera device and is connected to a remote database in order to obtain a merchandise information corresponding to the optical identification code (A), thereby overlaying the merchandise information onto the real image wherein the camera device further comprises a laser head for projecting an auxiliary positioning laser beam toward a front thereof, the laser beam being able to indicate a visible mark on an object at the front.