53results about How to "Velocity becomes larger" patented technology

A driver assistance system includes a control device, which has a self-deactivation function, and a monitoring device which is designed for monitoring the presence of the driver in the driver's seat and for triggering the self-deactivation function in the absence of the driver.

A by-pass fluid flow amplifier which contains a primary nozzle and a primary profile for discharging compressed air into a conduit of the air amplifier and entraining ambient air in the process. A secondary nozzle and a secondary profile for discharging compressed air into the conduit of the air amplifier towards the rear that assists the primary nozzle such as to allow consistent fluid wall attachment of the compressed air and the entrained air caused by the primary nozzle and the primary profile. The secondary nozzle increases the total flow of the amplifier and prohibits the total flow from traveling towards the center of the conduit where flow reversal and turbulence are likely to occur.

A small magnet assembly is scanned in a retrograde planetary or epicyclic path about the back of a target being plasma sputtered including an orbital rotation about the center axis of the target and a planetary rotation about another axis rotating about the target center axis. The magnet assembly passes through the target center, thus allowing full target coverage. A properly chosen ratio of the two rotations about respective axes produces a much slower magnet velocity near the target periphery than at the target center. A geared planetary mechanism includes a rotating drive plate, a fixed center gear, and an idler and a follower gear rotatably supported in the drive plane supporting a cantilevered magnet assembly on the side of the drive plate facing the target. A belted planetary mechanism includes a fixed center capstan, a follower pulley supporting the magnet assembly, and a belt wrapped around them.

A fin for a heat exchanger coil assembly and a method of manufacturing the fin is provided. The fin includes a heat transfer enhancement pattern which appears sinusoidal in shape. The base wavy pattern of the enhancement pattern includes two wavelengths within each tube row and includes seven discrete segments. Six of the seven segments are circular arc segments. The seventh segment comprises two linear segments which form a condensate channel. The segments are arranged in a particular order at specific distances offset (above and below) from a leading edge nominal air streamline (LENAS) by a fraction of a nominal fin pitch Pf. The LENAS is related to the “normal” base wavy pattern used in other fins.

An amorphous anode active material, a preparation method of an electrode using the same, a secondary battery containing the same, and a hybrid capacitor are provided. The amorphous anode active material includes at least one of a metal oxide or a metal phosphate, and the metal oxide or the metal phosphate is amorphous. The metal oxide has the form of MOx (0<X≦̸3). M is at least one of molybdenum (Mo), vanadium (V), scandium (Sc), titanium (Ti), chromium (Cr), yttrium (Y), zirconium (Zr), niobium (Nb) and tungsten (W). The metal phosphate has the form of AxBy(PO4) (0≦̸x≦̸2, 0<y≦̸2). A is at least one of lithium (Li), sodium (Na) and potassium (K), and B is at least one of molybdenum (Mo), vanadium (V), scandium (Sc), titanium (Ti), chromium (Cr), yttrium (Y), zirconium (Zr), niobium (Nb) and tungsten (W).

A resonant actuator includes a driving unit having a displacement element that vibrates at a resonance frequency or in a frequency range in the vicinity of a resonance frequency and having a driven member that is driven by the displacement element, in which the displacement element has a piezoelectric ceramic body made of a bismuth layered compound. The displacement direction of the displacement element is preferably substantially the same as the direction of polarization of the piezoelectric ceramic body. The bismuth layered compound is preferably oriented such that the direction of the c crystallographic axis is substantially perpendicular to the direction of polarization of the piezoelectric ceramic body. More preferably, the degree of c-axis orientation is determined to be at least about 75% by the Lotgering method. Thereby, it is possible to provide a resonant actuator having a large saturated vibration velocity, minimizing reductions in the resonance frequency fr and the mechanical quality factor Qm without the destabilization of the vibration velocity even at a high vibration velocity, and having a large amount of displacement even at a high electric field.

An exhaust gas recirculation system for an internal combustion engine by which a portion of exhaust gas from the engine is recirculated from an exhaust line of the engine into an intake line of the engine, introducing the exhaust gas flow into the intake port around the intake valve seat region. The present invention provides a unique means of introducing EGR / Crankcase gas into the combustion chamber of an engine. The location for introducing EGR / Crankacse gas is above the intake valve seat region. The system does not require any pumping arrangement either through the use of external pumps or by raising the exhaust back presssure in the system. This system does not penalize airflow into the system as the flow passage does not require reduction in size to the air passage. Introducing the EGR just during the air induction process means the quantity of exhaust gas in the system is minimal. This results in improved transient response. Use of minimal EGR also results in smaller EGR cooling system. The introduction of crankcase into the combustion chamber results in lowering of the particulates in the exhuast. The oil particles in the crankcase gas also improves intake valve life.

A kick scooter at least includes a vehicle frame, an upright arm, a handle, a front wheel, left and right bearing bars, a flexible linkage mechanism, left and right rear wheels, and left and right footboards. The upright arm and the left and the right bearing bars are assembled to the vehicle frame. The handle and the front wheel are respectively mounted to an upper end and a lower end of the upright arm. The flexible linkage mechanism is coupled between the upright arm and the left and right bearing bars to provide the left and right bearing bars with swinging torques. The left and right rear wheels as well as the left and right footboards are respectively disposed at positions near rear ends of the left and right bearing bars. Centers of gravity of the left and right footboards are located between the left and right rear wheels.

When a satellite is orbiting the earth in an elliptic orbit, it has a certain inclination with respect to the earth's equator. The usual way to change the inclination is perform a maneuver by firing the rocket engines at the periapsis of the ellipse. This then forces the satellite into the desired inclination. There is a substantially more fuel efficient way to change the inclination. This is done by an indirect route by first doing a maneuver to bring the satellite to the moon on a BCT (Ballistic Capture Transfer). At the moon, the satellite is in the so called fuzzy boundary or weak stability boundary. A negligibly small maneuver can then bring it back to the earth on a reverse BCT to the desired earth inclination. Another maneuver puts it into the new ellipse at the earth. In the case of satellites launched from Vandenberg AFB into LEO in a circular orbit of an altitude of 700 km with an inclination of 34°, approximately 6 km / s is required to change the inclination to 90°. This yields a savings of approximately 13% in Delta-V as compared to the standard approach which could translate into a significant increase of payload or perhaps a smaller launch vehicle. This may have applications to commercial satellite launches for the Iridium or Teledesic networks and others.

The present invention relates to an ice detection / protection and flow control system based on printing of dielectric barrier discharge sliding plasma actuators. This invention has advantages such as: reduced weight, low maintenance cost, no environmental impact, fully electric operation and combination of functionalities (ice detection, deicing, anti-icing and flow control).The system comprises the following components: exposed AC electrode (1), dielectric layer (2), embedded electrode (3), sliding / nanosecond electrode (4), ground plane (5), AC power supply (6), DC power supply (7), nanosecond range pulse generator (8), monitoring capacitor (9), high voltage probe (10), control module (11), temperature sensor (12), control signal input module (13) and monitoring system (14). The system senses ice formation and generates extensive surface heating to prevent ice accumulation.

A footstep guide rail (3) (rail body 3a) is arranged so that a level H of a horizontal surface is set at the position obtained by adding a designated offset 6 to a tangential line L of a drive sprocket (9) and the footstep guide rail (3) is provided, at its one end on an introductory side of the drive sprocket (9), with a curved part (13). At a reference position closest to the drive sprocket (9), the horizontal surface of the footstep guide rail (3) is changed to the curved part (13). Consequently, it is possible to absorb velocity unevenness of one footstep roller approaching the drive sprocket (9).

A method of printing a print pattern onto a substrate with a print head comprises a plurality of nozzles, where the print head has a rectangular active print head area which includes all of the nozzles. The active print head area is delimited by four sides defining a primary and a secondary direction. The method comprises i) decomposing the print pattern into a plurality of print pattern segments that have dimensions along the primary and secondary direction which are smaller than the dimensions of the active print head area along the primary and secondary direction; ii) assigning each print pattern segment to exactly one nozzle; iii) causing each nozzle to print the print pattern segment assigned to said nozzle. The print head is moved during printing of each print pattern segment within an area that is smaller than said active print head area.

A micro-thruster for controlling the positioning of a satellite includes a solar concentrator for collecting solar energy and producing concentrated solar energy. A solar panel is positioned to receive the concentrated solar energy and thereby produces electrical energy which in turn energizes a diode-pumped fiber optic laser. The energized laser thus produces laser light which is transmitted to ejector material affixed to a satellite.

A suspended drive axle and agricultural tractor having same including a central housing having inboard final drives and left and right axle housing suspended therefrom by upper and lower control arms with axle shafts extending outwardly therefrom to which wheel and tire assemblies are mounted. A constant velocity universal joint is provided between the inboard final drives and the axle shafts. The universal joint having a pair of journal members and a coupling yoke that radially surround the drive and driven yokes of the joint whereby the axial length of the universal joint is minimized to enable the wheels to be located on the axle shafts at 60 inch tread spacing. This allows the drive axle to be used on a row crop tractor without altering the structure of the vehicle from a conventional row crop tractor whereby the characteristics of a row crop tractor are maintained.

A footstep guide rail (3) (rail body 3a) is arranged so that a level H of a horizontal surface is set at the position obtained by adding a designated offset δ to a tangential line L of a drive sprocket (9) and the footstep guide rail (3) is provided, at its one end on an introductory side of the drive sprocket (9), with a curved part (13). At a reference position closest to the drive sprocket (9), the horizontal surface of the footstep guide rail (3) is changed to the curved part (13). Consequently, it is possible to absorb velocity unevenness of one footstep roller approaching the drive sprocket (9).

A closed circuit rebreather uses a vest with an air tight internal cavity that has a channel therein, the channel passing through a series of passageways either on a single layer or a double layer. Located throughout the length of the channel is a CO2 scrubbing material. A person exhales which causes the exhaled breath to enter one end of the channel and pass through the channel while being scrubbed of CO2 and when the user inhales, fully scrubbed air is drawn from the opposing end of the channel. Appropriate spacers, either V-shaped separators or ribs of various designs can be used to hold the channel open.

The invention provides a radial ring rolling process for controlling strain distribution of a ring product. In the process, a ring blank is rolled by a main roll and a mandrel that are driven to rotate, while a gap between the main roll and the mandrel continuously decreases in the radial direction of the ring blank. The process includes (A) according to dimensions of the ring product and expected strain, a rolling ratio is firstly determined, dimensions of the ring blank is calculated based on the rolling ratio and the dimensions of the ring product; (B) a rotation speed curve of the mandrel is determined based on the rotation and the radial feeding speeds of the main roll; (C) the ring blank is rolled according to the rotation and radial feeding speeds of the main roll and the calculated rotation speed of mandrel in step (B).

An electrical generator, comprising a rotatable impeller locatable within a flow path of a conduit. The impeller is rotated by fluid flowing along said flow path. The impeller comprises a magnetic portion, the generator further including a stator located external of the flow path. The stator generating electrical power in response to rotation of the magnetic portion.

A symmetrical, single piece, hand held clay pigeon thrower, made of durable plastic, consisting of a handle at one end which then separates into parallel arms. The internal side of each arm contains a recessed channel along the lengths of the arms whereby a clay pigeon can be loaded into the channel at the end of the arms and slid towards the handle. The swinging of the thrower causes the clay pigeon to rotate along the length of the arms and channels and then launch. The arms are of such a length to accommodate up to two clay pigeons. The device may be used by both right-handed and left-handed individuals.

The present invention relates to a ball-throwing scoop for interaction with a pet, comprising a scoop body and a handle. The scoop body includes a scoop opening, two sides and a base portion. The scoop body resembles a smaller half of a circular tube or approximately circular tube longitudinally cut off, the longitudinal central axis y of which is an arc having a larger radius R; r is used to denote the radius of the smaller half of the circular tube, R>>r; the base portion of the scoop body is connected to the handle in the shape of a hollow cylinder, the central axis of the handle obliquely intersects the longitudinal central axis of the scoop body, a cavity of the handle can store liquid or solid pet drinks / foods, especially a cylindrical biscuit box.

A fluidized bed conveyor belt freezer system that includes at least one wire mesh conveyor belt in a freezer with a plurality of coil arrays and fans that produce a high volume of cold air directed upward into a plurality of air deflection vanes mounted under the belt. The vanes are equally spaced apart and longitudinally aligned under the conveyor belt to evenly distribute the cold air in the fan chamber through the belt to efficiently fluidize and freeze product transported on the belt with minimal waste. The volume of cold air in the fan chamber is produced by a plurality of fan assemblies that draw cold air from coils. The cold air in the fan chamber is uniformly mixed to a constant low temperature and moves at the same velocity. The vanes efficiently divide and distribute the cold air in the fan chamber through the belt, quickly freezing the product. The freezer housing is configured so the fan motors are mounted externally and the cold area produced by the coil arrays may be shared by the fans to uniformly cold the product the entire length of the belt.

A sabot in which bionic structures are provided. The structures are generated or created by way of an additive manufacturing process during the manufacture of the sabot in a defined manner with respect to size, shape and / or volume and in a targeted manner with respect to the local and quantitative embedding in the sabot.

The present invention relates to a heating furnace suitable for a step in which a precursor fiber bundle is flameproofed. The heating furnace is provided with a hot air introduction duct disposed in a horizontal space and a heat treating chamber, and in the hot air introduction duct outside the heat treatment chamber, a heating device and a circulation fan for the hot air. The interior of the heat treatment chamber comprises a fiber travel path in which the fiber bundles each having a sheet shape horizontally travels the hot air flowing in a low-temperature region is directed to the high-temperature region side by an air direction change plate to be narrowed and flow in the width direction of the hot air introduction duct As a result, the temperature distribution in the width direction in the treatment chamber can be improved.

A separation column containing a feed distribution device and a feed distribution device for a separation column, such as a vacuum distillation column. The feed distribution device being capable of diffusing and directing a feed flow from a feed inlet so as to distribute the feed substantially evenly over the surface area of a separation plate in the column thereby increasing the columns efficiency. The separation column containing the feed distribution device being capable of shorter height, less costly design and lower operating cost than a separation column without the feed distribution device.