mhurhangee/patent-ind-claim-en huggingface dataset:
A Universal Flash Storage, UFS, memory device : wherein the UFS memory device is configured to support two or more power modes, wherein the two or more power modes comprise: a first low power mode entered with a command from a host device communicatively coupled to the UFS memory device , wherein the UFS memory device in the first low power mode is configured to be responsive to at least a subset of commands received from the host device; a second low power mode, wherein the UFS memory device in the second low power mode is configured not to be responsive to any commands received from the host device, wherein the UFS memory device is configured to enter the first low power mode in response to the command with a first power condition and to enter the second low power mode in response to the command with a second power condition, and wherein the UFS memory device is configured to exit the second low power mode based on a power cycle or a hardware reset signal. wherein the UFS memory device is configured to support two or more power modes, wherein the two or more power modes comprise: a first low power mode entered with a command from a host device communicatively coupled to the UFS memory device , wherein the UFS memory device in the first low power mode is configured to be responsive to at least a subset of commands received from the host device; a second low power mode, wherein the UFS memory device in the second low power mode is configured not to be responsive to any commands received from the host device, wherein the UFS memory device is configured to enter the first low power mode in response to the command with a first power condition and to enter the second low power mode in response to the command with a second power condition, and wherein the UFS memory device is configured to exit the second low power mode based on a power cycle or a hardware reset signal.
A marine vessel including a drive shaft, a propeller, a rudder and a wake control system , said wake control system comprising: at least one fin slidingly engaged on a hull of said vessel by a translation means; said fin being disposed aft of said rudder vertically oriented and extending away from the hull ; wherein said at least one fin is transversely adjustable across at least a portion of the width of said hull by said translation means; and wherein said at least one fin is adapted to redirect a wake generated by said marine vessel. at least one fin slidingly engaged on a hull of said vessel by a translation means; said fin being disposed aft of said rudder vertically oriented and extending away from the hull ; wherein said at least one fin is transversely adjustable across at least a portion of the width of said hull by said translation means; and wherein said at least one fin is adapted to redirect a wake generated by said marine vessel.
A composition comprising a lactam and a non-ionic surfactant, wherein the composition comprises less than 2 wt.% non-ionic surfactant; wherein the lactam is a lactam is selected from: and, wherein the non-ionic surfactant is a fatty alcohol ethoxylate having a C 12-15 alkyl chain, and wherein the fatty alcohol ethoxylate has from 5 to 15 ethylene oxide groups. wherein the non-ionic surfactant is a fatty alcohol ethoxylate having a C 12-15 alkyl chain, and wherein the fatty alcohol ethoxylate has from 5 to 15 ethylene oxide groups.
A solar cell structure comprising: a silicon substrate having a front side and a backside, the substrate comprising N-type or P-Type silicon wafer; a first dielectric layer disposed on the backside of the substrate; a P-type doped polysilicon region and an N-type doped polysilicon region formed on the first dielectric layer ; a trench structure separating the P-type doped region from the N-type doped region and a second dielectric layer formed in the trench structure; characterized in that the solar cell structure further comprises a passivation layer formed on the surface of the trench structure between the second dielectric layer on one side and the substrate , the P-type doped polysilicon region and the N-type doped polysilicon region on the other side. a silicon substrate having a front side and a backside, the substrate comprising N-type or P-Type silicon wafer; a first dielectric layer disposed on the backside of the substrate; a P-type doped polysilicon region and an N-type doped polysilicon region formed on the first dielectric layer ; a trench structure separating the P-type doped region from the N-type doped region and a second dielectric layer formed in the trench structure; characterized in that the solar cell structure further comprises a passivation layer formed on the surface of the trench structure between the second dielectric layer on one side and the substrate , the P-type doped polysilicon region and the N-type doped polysilicon region on the other side.
A device for manipulating a temperature of a skin surface of a body, comprising: at least one thermoelectric material (110, 110A-110D) constructed and arranged to be disposed adjacent the surface ; and a controller in electrical communication with the at least one thermoelectric material (110, 110A-110D), the controller configured to cause the at least one thermoelectric material (110, 110A-110D) to generate a thermal pulse with a duration less than 10 seconds at a region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface , the thermal pulse including a first temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from a first temperature (T1) to a second temperature (T2) at a first average rate of between about 0.1°C/sec and about 10.0°C/sec, and a second temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from the second temperature (T2) to a third temperature (T3) at a second average rate of between about 0.1°C/sec and about 10.0°C/sec, wherein the first and second temperature adjustment is between 1°C and 6°C and wherein the device is incorporated into an article of clothing or wherein the device incorporates a wearable band coupled to the at least one thermoelectric material. at least one thermoelectric material (110, 110A-110D) constructed and arranged to be disposed adjacent the surface ; and a controller in electrical communication with the at least one thermoelectric material (110, 110A-110D), the controller configured to cause the at least one thermoelectric material (110, 110A-110D) to generate a thermal pulse with a duration less than 10 seconds at a region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface , the thermal pulse including a first temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from a first temperature (T1) to a second temperature (T2) at a first average rate of between about 0.1°C/sec and about 10.0°C/sec, and a second temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from the second temperature (T2) to a third temperature (T3) at a second average rate of between about 0.1°C/sec and about 10.0°C/sec, wherein the first and second temperature adjustment is between 1°C and 6°C and wherein the device is incorporated into an article of clothing or wherein the device incorporates a wearable band coupled to the at least one thermoelectric material.
A gas turbine component , comprising: a first article , the first article including a first material composition having a first thermal tolerance; a second article , the second article including a second material composition having a second thermal tolerance greater than the first thermal tolerance; a sealing member disposed between and contacting the first article and the second article , the sealing member including a third material composition having a third thermal tolerance less than the second thermal tolerance, the third thermal tolerance being less than an operating temperature of the second article ; and a thermal break defined by the second article , the thermal break proximate to the sealing member and partitioned from the sealing member by a portion of the second article , the thermal break interrupting a thermal conduction path from the second article to the sealing member , wherein the first article and the second article compress the sealing member , forming a thermal gradient-tolerant seal wherein the thermal break includes a channel . a first article , the first article including a first material composition having a first thermal tolerance; a second article , the second article including a second material composition having a second thermal tolerance greater than the first thermal tolerance; a sealing member disposed between and contacting the first article and the second article , the sealing member including a third material composition having a third thermal tolerance less than the second thermal tolerance, the third thermal tolerance being less than an operating temperature of the second article ; and a thermal break defined by the second article , the thermal break proximate to the sealing member and partitioned from the sealing member by a portion of the second article , the thermal break interrupting a thermal conduction path from the second article to the sealing member , wherein the first article and the second article compress the sealing member , forming a thermal gradient-tolerant seal wherein the thermal break includes a channel .
A rotor for a rotary press for pressing a product into pellets, comprising a die plate with die holes that is rotationally driven by means of a rotary drive, an upper punch seat that rotates in sync with the die plate to axially guide upper punches, as well as a lower punch seat that rotates in sync with the die plate to axially guide lower punches, wherein an annular discharge channel is provided that, during the operation of the rotor, collects product residue from the die plate and/or from the lower punch seat , wherein the discharge channel has a removal region from which product residue is removed, and wherein a catch element is provided which rotates in sync with the die plate , is guided in the discharge channel , and conveys the product residue located in the discharge channel to the removal region , characterized in that the annular discharge channel is fixed; and the catch element scrapes product residue located in the discharge channel like a scraper off the floor of the discharge channel .
A system for determining a tumor treatment plan using dose based on impulse comprising: an information receiving unit classifying organs and a tumor of a medical image, and receiving three-dimensional image information including the organs and the tumor, and to receive physical property information including electrical conductivity and permittivity of the medical image; a dose receiving unit receiving a prescription dose information based on the impulse to the tumor; a candidate treatment plan establishing unit making at least one candidate treatment plan including number of treatment electrodes, position of the treatment electrode, treatment frequency, treatment voltage or current density and treatment time using the information received from the information receiving unit and the dose receiving unit ; and a treatment plan determining unit determining a candidate treatment plan as a selected treatment plan from at least one candidate treatment plans; wherein the impulse is an impulse per a charge q (q is a positive integer multiple of a unit charge e), represented by (| F | · Δt )/ q (| F | = magnitude of electromagnetic force, Δt = time, q = quantity of electric charge ), and Ns/C (N: newton, s: second, C: coulomb) in the international system unit. an information receiving unit classifying organs and a tumor of a medical image, and receiving three-dimensional image information including the organs and the tumor, and to receive physical property information including electrical conductivity and permittivity of the medical image; a dose receiving unit receiving a prescription dose information based on the impulse to the tumor; a candidate treatment plan establishing unit making at least one candidate treatment plan including number of treatment electrodes, position of the treatment electrode, treatment frequency, treatment voltage or current density and treatment time using the information received from the information receiving unit and the dose receiving unit ; and a treatment plan determining unit determining a candidate treatment plan as a selected treatment plan from at least one candidate treatment plans; wherein the impulse is an impulse per a charge q (q is a positive integer multiple of a unit charge e), represented by (| F | · Δt )/ q (| F | = magnitude of electromagnetic force, Δt = time, q = quantity of electric charge ), and Ns/C (N: newton, s: second, C: coulomb) in the international system unit.
Vehicle wheel assembly , comprising - a wheel rim having a rim bottom and two circular rim flanges opposing each other; - an outer tire having two beads secured at the circular rim flanges; - a non-pneumatic inner tire , which inner tire is partly enclosed by the outer tire ; wherein: 1) the inner tire in the assembly is in a compressed state S1, which state is compressed as compared to a relaxed state S2 when the inner tire is not enclosed by the outer tire , the compression being such that the cross-sectional surface area SA of the inner tire , which area is perpendicular to the plane of the tire, is smaller in state S1 than in state S2; and 2) an inlay is present between the rim bottom and the inner tire , wherein the inlay is in contact with the inner tire as well as with the rim bottom ; and characterized in that : 3) the non-pneumatic inner tire comprises expanded thermoplastic polyurethane (E-TPU). - a wheel rim having a rim bottom and two circular rim flanges opposing each other; - an outer tire having two beads secured at the circular rim flanges; - a non-pneumatic inner tire , which inner tire is partly enclosed by the outer tire ; wherein: 1) the inner tire in the assembly is in a compressed state S1, which state is compressed as compared to a relaxed state S2 when the inner tire is not enclosed by the outer tire , the compression being such that the cross-sectional surface area SA of the inner tire , which area is perpendicular to the plane of the tire, is smaller in state S1 than in state S2; and 2) an inlay is present between the rim bottom and the inner tire , wherein the inlay is in contact with the inner tire as well as with the rim bottom ; and characterized in that : 3) the non-pneumatic inner tire comprises expanded thermoplastic polyurethane (E-TPU). 1) the inner tire in the assembly is in a compressed state S1, which state is compressed as compared to a relaxed state S2 when the inner tire is not enclosed by the outer tire , the compression being such that the cross-sectional surface area SA of the inner tire , which area is perpendicular to the plane of the tire, is smaller in state S1 than in state S2; and 2) an inlay is present between the rim bottom and the inner tire , wherein the inlay is in contact with the inner tire as well as with the rim bottom ; and
Method for controlling the motor of a pedal-powered vehicle, it being provided that the motor has an assistance mode which assists the rider during pushing of the vehicle, characterized in that , in the assistance mode, the method • detects a state variable of at least one pedal, the state variable representing a torque , and • the state variable being compared with a threshold value if a rise in the state variable is detected, the drive of the vehicle being changed at least briefly in the case of the threshold value being exceeded or undershot, as a result of which • the drive which acts on the vehicle by way of the motor is interrupted if at least one pedal encounters an obstacle in the case of the consideration of the torque by way of a rise in the variable. • detects a state variable of at least one pedal, the state variable representing a torque , and • the state variable being compared with a threshold value if a rise in the state variable is detected, the drive of the vehicle being changed at least briefly in the case of the threshold value being exceeded or undershot, as a result of which • the drive which acts on the vehicle by way of the motor is interrupted if at least one pedal encounters an obstacle in the case of the consideration of the torque by way of a rise in the variable.
A system for providing a sealed transit for a situation wherein one or a plurality of cables, pipes or ducts extend through the transit, wherein the system comprises a frame which is sealingly fixable into or onto an opening, wherein the frame comprises one conduit which is suitable for receiving at least one of the plurality of cables, pipes or ducts and for receiving an elastically deformable plug for sealingly filling space between an inner circumferential wall of the conduit and the at least one of the plurality of cables, pipes or ducts, wherein the system further comprises at least one elastically deformable plug which is fittingly and sealingly insertable in the conduit, wherein the conduit is suitable for receiving the plug in its entirety, the plug having a distal end which is after insertion into the conduit distal from the part of the conduit at which the plug is inserted, the plug having a proximal end which is after insertion relative to the distal end, proximal to the part of the conduit at which the plug is inserted, when the plug is in its entirety received in the conduit the proximal end of the plug is flush with a front side of the frame, wherein the system further comprises a blocking element for hindering in the conduit movement of the distal end of the plug as inserted in that conduit, wherein the blocking element is fixed and integrally connected to the frame within the conduit, the frame and the blocking element comprising together a single piece, and the frame being machined out of a block of material that is of steel or aluminium, wherein the frame is provided with a flange for welding the frame to a steel or aluminium construction element or for bolting the frame to a partitioning construction element.
Member for a system for connecting a wiper blade to a windscreen wiper arm , comprising means of articulation about an axis (Y) of pivoting and configured in order to interact with complementary means of a second member of the connection system, characterised in that the articulation means comprise at least one hole comprising at least two portions of a cylinder having radii (R 1 , R 2 ), which are constant and different, each cylinder forming a rotation bearing, member in which said hole transverses a flank of said member , characterized in that said flank is configured in order to be received in a housing of said second member and comprises lateral notches that open out in said hole or are located in the vicinity of this hole
An oscillating-velocity detecting device to be provided between an ultrasonic transducer having an emitting surface for emitting ultrasonic waves by vibrating in a specific oscillation mode and an ultrasonic oscillator for driving the ultrasonic transducer by mechanically vibrating the ultrasonic transducer at about the resonance frequency in the oscillation mode, which are all to be provided within an ultrasonic generator for doing specific processes in emitting ultrasonic waves from an emitting surface , wherein said oscillating-velocity detecting device comprises: an input means for entering digital signals that show both the braking capacity of the ultrasonic transducer and the force coefficient of the emitting surface while oscillating in said specific oscillation mode in motion with the resonance frequency; a detecting means to be joined to an electric terminal of the ultrasonic transducer for detecting the analog signals of the voltage and of the current at the electric terminal; a conversion means for changing the analog signal of the voltage and of the current detected by the detecting means into digital signals; and a digital-signal processing means for doing arithmetic operations based on the basic formula of electro-acoustic conversion by using the digital signals of the braking capacity, of the force coefficient and of the voltage and current and then calculating the oscillating velocity of the emitting surface of the ultrasonic transducer , characterized in that the digital-signal processing means comprises: a delay element and a first subtractor for doing differential processing of the digital signals regarding the voltage; a first-coefficient variable multiplier for multiplying the coefficient matching the digital signal of the braking capacity based on the subtraction value of the first subtractor ; a second subtractor for subtracting the multiplication value of the first-coefficient variable multiplier from the digital signal of the current; and a second-coefficient variable multiplier for multiplying the coefficient matching the digital signal of the force coefficient by the subtraction value of the second subtractor and then emitting such multiplication value as the oscillating velocity.
An image processing device comprising: an image acquisition unit configured to acquire a far-infrared image, a near-infrared image, and a visible light image, wherein each of the far-infrared image, the near-infrared image, and the visible light image corresponds to a common object; a determination unit configured to determine a first imaging condition of image capture of each of the far-infrared image, the near-infrared image, and the visible light image; and a generation unit configured to determine a first filter configuration that comprises an arrangement of filter taps, wherein the filter taps correspond to pixels from each of the far-infrared image, the near-infrared image, and the visible light image, and to generate a color image based on filtration of each of the far-infrared image, the near-infrared image, and the visible light image, wherein the filtration is based on the first filter configuration, and wherein the generation unit is configured to determine the first filter configuration based on the first imaging condition. an image acquisition unit configured to acquire a far-infrared image, a near-infrared image, and a visible light image, wherein each of the far-infrared image, the near-infrared image, and the visible light image corresponds to a common object; a determination unit configured to determine a first imaging condition of image capture of each of the far-infrared image, the near-infrared image, and the visible light image; and a generation unit configured to determine a first filter configuration that comprises an arrangement of filter taps, wherein the filter taps correspond to pixels from each of the far-infrared image, the near-infrared image, and the visible light image, and to generate a color image based on filtration of each of the far-infrared image, the near-infrared image, and the visible light image, to determine a first filter configuration that comprises an arrangement of filter taps, wherein the filter taps correspond to pixels from each of the far-infrared image, the near-infrared image, and the visible light image, and to generate a color image based on filtration of each of the far-infrared image, the near-infrared image, and the visible light image, wherein the filtration is based on the first filter configuration, and wherein the generation unit is configured to determine the first filter configuration based on the first imaging condition.