30 results about "Convergence zone" patented technology

A droplet forming flow cytometer system (1) allows high speed processing without the need for high oscillator drive powers through the inclusion of an oscillator or piezoelectric crystal (10) within the nozzle volume (3) and directly coupled to the sheath fluid. The nozzle container (27) continuously converges so as to amplify unidirectional oscillations (11) which are transmitted as pressure waves through the nozzle volume (3) to the nozzle exit so as to form droplets from the fluid jet. A variation in substance concentration is achieved through a movable substance introduction port (9) which is positioned within a convergence zone (32) to vary the relative concentration of substance to sheath fluid while still maintaining optimal laminar flow conditions. This variation may be automatically controlled through a sensor and controller configuration.

A droplet forming flow cytometer system (1) allows high speed processing without the need for high oscillator drive powers through the inclusion of an oscillator or piezoelectric crystal (10) within the nozzle volume (3) and directly coupled to the sheath fluid. The nozzle container (27) continuously converges so as to amplify unidirectional oscillations (11) which are transmitted as pressure waves through the nozzle volume (3) to the nozzle exit so as to form droplets from the fluid jet. A variation in substance concentration is achieved through a movable substance introduction port (9) which is positioned within a convergence zone (32) to vary the relative concentration of substance to sheath fluid while still maintaining optimal laminar flow conditions. This variation may be automatically controlled through a sensor and controller configuration.

Apparatus for calculating the location of a receiver in a satellite navigation system, the apparatus being arranged to calculate a location of the receiver by means of an algorithm that utilizes an estimate of receiver location and / or an estimate of absolute time, the apparatus being arranged to perform the calculation in such a way as to extend a convergence zone within which the algorithm is capable of generating the correct location for the receiver despite an error in the estimate(s).

The invention relates to a core exhaust mixer, having a variable area, for turbo-fan jet engines of supersonic aircraft, comprising a nozzle (24) intended to be arranged about a gas generator of the jet engine, the nozzle comprising a plurality of external air intake apertures (30) emerging in a convergence zone between cold and hot flows from the gas generator and in which lobes (32), movable between two positions, are mounted; a first position in which they block the apertures (30) of the nozzle (24) and a second position, different from the first, in which they unblock said apertures and extend radially into the nozzle (24) in order to admit external air, the lobes (32) having an azimuthal component in the same direction in order to give a swirling motion to the external air admitted into the convergence zone when the lobes are in the second position.

The invention discloses a strong convergence field identification and velocity correction method based on Doppler weather radar data, comprising the following steps: designing a new coordinate system to convert radially distributed radar data into grid point data, and simultaneously completing high reflectivity Region extraction; design a detection template, so as to obtain the parameter vector describing the convergence strength and position of the convergence point on the basis of quickly locating the convergence point; propose the idea of ​​generating a convergence zone from the convergence point, and then using the direction of the convergence zone to correct the convergence intensity and algorithm to effectively overcome the problem of underestimation or even missed detection of the strong convergence field at a single elevation angle; determine the profile line according to the strongest convergence point at a single elevation angle to obtain a better profile showing the strong convergence field, and obtain the depth information of the strong convergence field . This method can automatically detect the strong convergence field, and overcome certain underestimation and missed detection problems through the speed correction method, and at the same time automatically draw the profile of the strong convergence field and calculate the characteristic parameters of the strong convergence field in the profile to promote convection Recognition and forecasting of weather hazards.

The invention relates to an inoculation device, provides an inoculation method realized by the aid of the device simultaneously, and belongs to the technical field of pesticide biological assay for plant protection. The device comprises a vertical cylindrical tower, wherein a lifting mesh cage is suspended in the center of the top of the tower; at least three upwards inclined pneumatic nozzles are uniformly and circumferentially distributed on the side wall of the lower part of the tower; spraying spread angles of the pneumatic nozzles form an airflow convergence zone which can contain the mesh cage; and a drawer is mounted at the bottom of the tower. According to the device, conidial powder can be blown and separated from attacked leaves once by the aid of vertical airflow, separated conidial powder is floated uniformly, rotation cannot be caused when the conidial powder is blown, and obstruction is free when the conidial powder falls, so that the conidial powder can uniformly fall and spread on a host plant sample plate with a larger area, and biological assay and assessment with high identity and repeatability are realized.

The present invention relates to an organic luminous display. It includes several picture elements and an exterior power line. The exterior power line is divided into several interior power lines in the convergence zone of picture element, and these interior power lines can be mutually separated, so that the electric current flowed through these interior power lines can be obviously reduced, therefore the power consumption of electric current on these interior power lines can be reduced. The organic luminous display can save electricity and reduce heat production of panel.

The invention relates to a desulfurization device, comprising a desulfurizer and a gas-liquid separator. The desulfurizer is sequentially connected with a buffer zone, a front-end convergence zone and a rear-end diffusion zone along the lateral direction, and an air inlet and a rear-end diffusion zone are arranged in the buffer zone. The liquid nozzle for spraying desulfurization slurry is provided with an air outlet in the rear diffusion area; the front convergence area is a cylinder gradually shrinking along the gas flow direction, and the rear diffusion area is gradually expanding along the gas flow direction cylinder; the ratio of the length of the buffer zone, the front-end convergence zone and the rear-end diffusion zone along the transverse direction is 3-5:4-6:3-5; the gas-liquid separator is provided with a gas outlet and a liquid The gas-liquid separator is connected to the gas outlet of the rear diffusion zone through a pipeline. The desulfurization device of the present invention has low construction cost, low operating energy consumption and high desulfurization efficiency.