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36 results about "Cell phase" patented technology

The cell cycle is the complex sequence of events by which cells grow and divide. In eukaryotic cells, this process includes a series of four distinct phases. These phases consist of the Mitosis phase (M), Gap 1 phase (G 1), Synthesis phase (S), and Gap 2 phase (G 2).

Full-automatic pre-color-register method

The invention discloses a full-automatic pre-color-register method. The full-automatic pre-color-register method comprises the following steps that color cell phases are preset, and a photoelectric eye is additionally arranged on a first color cell; a printing machine is started; all the color cells are positioned according to the preset phases; all the color cells are laminated; color codes of all the color cells are detected through photoelectric eyes on all the color cells, the condition that the color codes are not detected is processed till the color codes of all the color cells are detected; expect the first color cell, the code form longitudinal errors of the current color cells and the previous color cells are read by the photoelectric eyes on the rest of the color cells, and the condition that the longitudinal errors are not in the range of -5-5 mm is processed till the read longitudinal errors are in the range of -5-5 mm; and the longitudinal errors in the range of -5-5 mm are corrected, the longitudinal errors is corrected to be in the range of -2-2 mm, and the pre-color-register process is completed. By the adoption of the full-automatic pre-color-register method, the problem that manual operation is adopted for the pre-color-register in the printing process, and consequently the rejection rate is large is solved.
Owner:SHAANXI BEIREN PRINTING MACHINERY

Permanent magnet, motor, and generator

A high performance permanent magnet is provided. The permanent magnet includes a composition represented by a composition formula: RpFeqMrCutCo100-p-q-t, and a metallic structure including cell phases having a Th2Zn17 crystal phase and Cu-rich phases having higher Cu concentration than the cell phases. An average diameter of the cell phases is 220 nm or less, and in a numeric value range from a minimum diameter to a maximum diameter of the cell phases, a ratio of a number of cell phases having a diameter in a numeric value range of less than upper 20% from the maximum diameter is 20% or less of all the cell phases.
Owner:KK TOSHIBA

Cell-phase-APP based intelligent community management system and the method of realizing the same

The invention provides a cell-phone-APP based intelligent community management system and the method of realizing the same, which relate to the electronic information field. The cell-phone-APP based intelligent community management system comprises the exits and entrances of the community wherein the exits and the entrances all contain a vehicle gate, a door gate, a community gate, a garage access controller, and a building access controller. The system is further provided with a cell phone installed with the APP and a management terminal installed with the APP. The operation interface of the APP is provided with a one-button unlocking button. The one-button unlocking button is provided thereunder different sub-menus for the vehicle gate, the door gate, the community gate, the garage access controller and the building access controller. The sub-menus are added with a Bluetooth device button and an unlocking button. When the sub-menus are clicked open, a corresponding Bluetooth device could be added; when the Bluetooth device is added successfully and when the user clicks the unlocking button, the corresponding Bluetooth device issues the unlocking instruction after it receives the signal to do so. The introduction of a cell phone app to realize community management increases the security level of the community and makes it more convenient for the people to enter and exit the community.
Owner:广东安尔发智能科技股份有限公司

Cell viability detection device and method based on optical fiber digital coaxial holographic microscopy

The invention provides a cell viability detection device and method based on optical fiber digital coaxial holographic microscopy and relates to the technical field of cell detection. The device comprises a laser light source emitting unit, an image collecting unit, an image acquisition unit, an objective table and a computer, wherein the upper-end plane of the objective table is provided with a transparent object-carrying window for placing cell sap, the laser source emitting unit is arranged at the lower end of the object-carrying window, the image acquisition unit is arranged at the upper end of the object-carrying window, and the output end of the image acquisition unit is connected with the input end of the computer. The device has the advantages that a cell sap hologram is determinedaccording to the fact that cells and an environment medium have different light refractive indexes and light passing the cells changes in phase as compared with light passing the environment medium,a Fourier transform method is used to reconstruct and invert cell section images, and arc tangent operation is used to obtain the true phase images of the cells; cell viability is determined accordingto the proportional relation between cell phase differences and refractive index differences; noninvasive and nondestructive quantitative imaging of biological cells is achieved.
Owner:GUANGZHOU BOSMA CORP

High-efficiency power generation and denitrification method of microbial fuel cell with a high-salt and nitrogen-containing wastewater matrix

The invention discloses a high-efficiency power generation and denitrification method of a microbial fuel cell with the high-salt and nitrogen-containing wastewater matrix, and belongs to the technical field of bioenergy. An immobilized cell phase is arranged in a traditional bipolar single-chamber microbial fuel cell (MFC) to construct a three-phase single-chamber MFC. The immobilized cell is ectoine secreting type halomonas meridiana with simultaneous nitrification and denitrification functions. The salt tolerance assistant function and simultaneous nitrification and denitrification functionof halomonas meridiana are integrated into an MFC to improve the salt tolerance of microorganisms at an MFC electrode and enhance the efficiency of SND denitrification at high salinity. The method solves the problems that a high salt wastewater matrix can reduce the internal resistance of the MFC, but meanwhile the activity of microorganisms can be inhibited and the efficiency of power generationand denitrification is reduced. The method is of great significance to the utilization of the MFC in high salt wastewater.
Owner:DALIAN MARITIME UNIVERSITY

A fully automatic pre-coloring method

The invention discloses a full-automatic pre-color-register method. The full-automatic pre-color-register method comprises the following steps that color cell phases are preset, and a photoelectric eye is additionally arranged on a first color cell; a printing machine is started; all the color cells are positioned according to the preset phases; all the color cells are laminated; color codes of all the color cells are detected through photoelectric eyes on all the color cells, the condition that the color codes are not detected is processed till the color codes of all the color cells are detected; expect the first color cell, the code form longitudinal errors of the current color cells and the previous color cells are read by the photoelectric eyes on the rest of the color cells, and the condition that the longitudinal errors are not in the range of -5-5 mm is processed till the read longitudinal errors are in the range of -5-5 mm; and the longitudinal errors in the range of -5-5 mm are corrected, the longitudinal errors is corrected to be in the range of -2-2 mm, and the pre-color-register process is completed. By the adoption of the full-automatic pre-color-register method, the problem that manual operation is adopted for the pre-color-register in the printing process, and consequently the rejection rate is large is solved.
Owner:SHAANXI BEIREN PRINTING MACHINERY

Independent double-cell phase conjugation device consisting of tapered fibers and fused silica rod and method

The invention discloses an independent double-cell phase conjugation device consisting of tapered fibers and a fused silica rod and a method. Laser, of which the initial polarization state is p polarization passes through a first polaroid, a first lambda / 2 wave plate and a second polaroid, wherein a path of laser, of which the polarization state is s polarization is reflected by the second polaroid and a third polaroid, passes through a first lambda / 4 wave plate and a first coupling lens, enters the tapered fiber and generates a stimulated Brillouin scattering laser, while the laser of p polarization passes through the second polaroid to be continuously transmitted forward and enters the fused silica rod to serve as a pump source; the stimulated Brillouin scattering laser reflected by thetapered fiber enters the fused silica rod to serve as a seed source which interacts with a pump light before being amplified; and the amplified seed light is reflected and spatially superposed with the original incident laser. The device and the method have the advantages of greatly improving the quality of the output beam of the laser, reducing the spatial divergence angle of the emergent laser and compensating for the thermal distortion effect in the laser under operation of high power and high repetition rate.
Owner:ZHEJIANG UNIV
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