47 results about "Sensu stricto" patented technology

Originating from a novel and an exact algebraic formula for the impulse response of a plane acoustic reflector at zero offset due to a point acoustic source the present invention provides a method for computing an exact impulse response of a plane acoustic reflector at zero offset due to a point acoustic source; and originating from the method, methods for testing and validating algorithms for numerical modeling of seismic reflection, seismic migration and seismic inversion; a method for testing the efficacy of ray-theoretical solution for a given source-reflector configuration; another method for computing zero-offset reflection response of a circular reflector at its central axis; yet another method for validating an interpretation of a reflector as a planar structure; still yet another method for estimating the seismic source-time function when the zero-offset reflection response of a plane reflector is given. Although the algebraic formula and the methods originating from it are, in a strict sense, valid for an acoustic earth and an acoustic source, these would also be of immense utility in the seismic industry where the earth is successfully approximated as an acoustic medium and a seismic source as an acoustic source.

The invention discloses a W / Cu functionally gradient material and a preparation method thereof, and belongs to the fields of additive manufacturing technology and powder metallurgy. In terms of structure, the W / Cu functionally gradient material comprises a pure tungsten substrate on one side and a pure copper substrate on the other side, a gradient material is formed through copper infiltration ofa porous tungsten skeleton to connect the two substrates, wherein the porous tungsten skeleton is prepared by 3D printing, and then the porous tungsten skeleton copper infiltrated gradient material is prepared by a copper infiltration method; and the gradient material is prepared from the elements in percentage by mass: 50% of W and 50% of Cu. The W / Cu functionally gradient material adopts a digitalized additive manufacturing technology, a porous tungsten skeleton complex structure can be quickly formed, uniform distribution and mass gradient distribution of tungsten skeleton pores can be accurately controlled, and thus a novel technology means for preparing a properW / Cu functionally gradient material is provided.

ELISA, Western Blot, and a peptide-based ELISA were applied to clinical specimens from patients with clinical symptoms of tick borne diseases, including Lyme disease. Peptides from different components of Borrelia during different cycles, including peptides from outer surface protein, leukocyte function associated antigens, immunodominant antigens, variable major proteins, and peptides from decorin-binding proteins of Borrelial subspecies (B. sensu stricto. B. afzelii, B. garinii) were used. Antibodies against specific peptides from Babesia and Ehrlichia were also measured.

A Raman scattering method for measuring a GaN thermal expansion coefficient includes the following steps that 1, a sample is scribed, sampled and cleaned; 2, variable-temperature Raman testing is performed on the sample; 3, linear fitting is performed on a testing result, and the linear fitting slope and intercept are extracted. According to the extracting result, the thermal expansion behavior of a solid material is tested and represented in combination with the physical meaning of Gruneisen parameters. The variable-temperature Raman scattering technology is adopted, Raman scattering is utilized for obtaining the relation between Raman phonon frequency shift and temperature, nondestructive testing and representing can be accurately performed on thermal expansion behaviors of epitaxial layer film two-element and multi-element alloy systems of GaN, AlN, InN and other III group nitrides, and therefore it is avoided that in a common representation method, the sample is damaged, and formula derivation and mathematical calculation are complex; because no strict requirements for the shape and size of the sample exist, the thermal expansion behaviors of all kinds of semiconductor materials can be conveniently tested, and the method is simple, easy to implement and small in error.

The present invention relates to an air purifier, especially an air purifying island. An air purifying island for filtering, purifying and cooling the ambient air is provided, which comprises a draught fan and a control system. One side of the air inlet of the draught fan is provided with a weak base spray chamber and a water spray chamber which is filled with packing layer. The invention is a new device for treating the ambient air pollution, and is an air purifying island for filtering, purifying and cooling the ambient air. The purification is preliminary filter absorption and is not proper air purification. Even the purification is only preliminary purification, the cost is high for huge space, but the ambient air quality can be improved to a new level, and the possibility of commercial scale application of large-scale ambient air purification system in city ambient air purification is provided.

A pouch (2) includes: a first, inner, envelope (1) which is closed, delimiting a first space (6) forming a pouch stricto sensu (1) intended for receiving a biopharmaceutical product or device; a second, outer, envelope (8) which is closed, delimiting a second space (9) in which is located the first envelope / pouch stricto sensu (1); a spacer element (11); at least one tracer gas located in the first space (6) or in the intermediate space (14) at a partial pressure different from that of the intermediate space or of the first space; and at least one colorimetric detection layer (12), responding to the concentration of tracer gas which reaches it by changing from a first color to a second color, and being an integral part of a wall (3, 4) of the first envelope / defined pouch (1) and / or of a wall (13) of the second envelope and / or of the spacer element.

The invention discloses an all-fiber active Q-switched laser based on a saturable absorption optical fiber. The all-fiber active Q-switched laser based on the saturable absorption optical fiber comprises a fiber laser unit and an active Q-switched unit (20), wherein the active Q-switched unit (20) comprises the saturable absorption optical fiber (5), a saturable absorption optical fiber pumping wavelength division multiplexer (6), a saturable absorption optical fiber pumping source (8) and a function generator (9). The saturable absorption optical fiber (5) and the saturable absorption optical fiber pumping wavelength division multiplexer (6) are connected into an optical fiber link of the fiber laser unit in series. The function generator (9) is used for conducting electric pulse modulation on the saturable absorption optical fiber pumping source (8). According to the all-fiber active Q-switched laser based on the saturable absorption optical fiber, traditional saturable absorption passive Q-switching is converted to active Q-switching, continuous adjustment of the parameters such as the pulse width and the repetition frequency of the pumping source is achieved through the externally arranged function generator, and then the proper all-fiber structure is obtained. The all-fiber active Q-switched laser based on the saturable absorption optical fiber has the advantages of being reliable in performance, stable in output parameter, resistant to vibration, high in environmental adaptation and the like.

The present invention discloses an apparatus to implement a m=n Non-Blocking Minimal Spanning Switch, where n=the total number of data input signals and m=the total number of data output signals and m=the number of crossbar connections in each switch. Data is input to the switch as a plurality of frames, whereby each crossbar connection contains a framer which detects framing patterns in the data. Skewed data is re-aligned and buffered so that the data output by each crossbar connection is equal and identical, thus any crossbar connection may be used to ensure a connection, eliminating the possibility of data interrupts.

A pouch includes: a first closed, inner casing, made of at least one non-porous plastic material with a high-capacity gas barrier, delimiting a first space, forming a pouch stricto sensu for accommodating a biopharmaceutical product or device, a second closed, outer casing, made of at least one non-porous plastic material with a high-capacity gas barrier, delimiting a second space in which the pouch stricto sensu is located, spacer elements, at least one selected tracer gas, located in the first or second space outside of the pouch stricto sensu, with a higher partial pressure than in the second space outside of the pouch stricto sensu or in the first space, at least one colorimetric detector located, respectively, in the second space outside of the pouch stricto sensu or in the first space responsive to the concentration of the tracer gas, by switching from a first color to a second different color.

A method and system of and for extraction or removal of phytochemicals from plants, including those of the plant family Cannabaceae sensu stricto. More specifically, a method and system for extracting essential oils from plants, such as cannabis, without the use of a solvent.

A conical cycloid wheel planet transmission means related to a differential teeth planetary reduction gear, the conical cycloid planet wheel is positioned in the main body and mounted in the bearing at the center of the eccentric shaft, forming a conical cycloid wheel planet engagement pair with the conical internal gears having the same cone angle, and forming a gap eliminating output device with the output components. The transmission gear according to the invention has zero transmission error and zero return difference feature, and greater load-bearing capacity.

The invention discloses a magnetic suspension door, and relates to the technical field of magnetic suspension. The magnetic suspension door comprises a magnetic suspension rail and a movable door under the magnetic suspension rail; the magnetic suspension rail comprises a rail beam, a suspension slider and permanent magnets; a fixed rail is fixed on the lower surface of the rail beam; the permanent magnets comprise a fixed permanent magnet array and a suspension permanent magnet array; the fixed permanent magnet array is arranged on the bottom of the fixed rail and the suspension permanent magnet array is arranged in the suspension slider to achieve homopolar repulsion between the suspension permanent magnet array and the fixed permanent magnet array; the suspension slider is suspended below the fixed rail through the repulsive action of the suspension permanent magnet array and the fixed permanent magnet array; the movable door is fixed at the lower end of the suspension slider; and the magnetic suspension door further comprises a driving device. The magnetic suspension door does not need to be provided with a rail on the ground, does not need to be opened or closed manually, doesnot have mechanical friction between the rail and a door body, and is a proper magnetic suspension door.

The invention discloses a method for tracking equilibrium solution manifold of an electrical power system based on a curvature radius. The equilibrium solution manifold of the electrical power system is tracked according to a variation trend of the equilibrium solution manifold. The method comprises the following steps: using an automatically-changed homotopic algorithm to acquire an initial equilibrium point from any point, using the curvature radius to amend step length, and using a method similar to dichotomy to search branch points on the equilibrium solution manifold. The method solves the problems that the initial equilibrium point is difficult to obtain, the selection of the step length is unreasonable, the distortion of an area with high bending degree is serious, the tracking speed of an area with low bending degree is not high and the searched branch points are not equilibrium points in strict significance when a traditional continuation method is used for tracking the equilibrium solution manifold of the electrical power system.