32 results about "Dish structure" patented technology

An image sensor structure and a method for making the image sensor structure, for avoiding or mitigating lens shading effect. The image sensor structure includes a substrate, a sensor array disposed at the surface of the substrate, a dielectric layer covering the sensor array, wherein the dielectric layer includes a top surface having a dishing structure, an under layer filled into the dishing structure and having a refraction index greater than that of the dielectric layer, a filter array disposed on the under layer corresponding to the sensor array, and a microlens array disposed above the filter array. A top layer may be additionally disposed to cover the filter array and the microlens array is disposed on the top layer.

An incubator comprising: a culture chamber configured to accommodate culture; a dish structure configured to contain a liquid; an ultrasonic vibrator provided in a part of the dish structure, the ultrasonic vibrator configured to atomize the liquid; and a gas-liquid contact structure configured to bring the atomized liquid into contact with air in the chamber to be cultured.

The present invention provides a multi-hole cell culture dish structure. With the multi-hole cell culture dish structure, a plurality of cells can be independently cultured in a culture dish so as to save equipment cost, and an operation time is short and efficiency is high during culture. The multi-hole cell culture dish structure comprises a cell culture dish, and is characterized in that the bottom surface of the cell culture dish is provided with uniformly-distributed small hole grooves, glass sheets are correspondingly placed in the small hole grooves, adjacent positions of the small hole grooves are provided with strip grooves, both sides of the single strip diameter of the small hole groove are provided with columns, the column is prepared from a hot melting material, and corresponding positions of every small hole groove are marked with different numbers.

A dish structure (10) has a virtual front surface, the front surface having a periphery, and a plurality of spaced apart non overlapping elongate front beams (16), each of which extends between two points on the periphery. Each front beam (16) has at least one mounting area (20) for receiving a reflective panel (150), the at least one mounting area (20) conforming substantially to the virtual front surface in the longitudinal direction of the front beam (16).

The invention discloses a hot wind type penetration reverse flow drying machine capable of recycling tail heat. A draught hood and a wind inlet hood are arranged at the two ends of a case body of the drying machine respectively. The draught hood is tangentially connected with a cyclone dust removing tail heat efficient recoverer through a draught fan and then evacuation is conducted. A blast blower is connected with the wind inlet hood through a tube type heat exchanger and a steam fin heater. A draught fan impeller is provided with hollow inverse-drop-shaped blades, and a back plate is of a dishing structure. The outline of the draught fan is an involute. According to the hot wind type penetration reverse flow drying machine capable of recycling tail heat, tail heat recovery and dust removal are creatively integrated, the cyclone dust removing tail heat efficient recoverer is designed, the equipment investment is reduced, and the working efficiency is improved. By means of the draught fan, a soft partition plate and an axial fan, penetration type reverse flow drying is ingeniously achieved, and the working efficiency is improved. The blades are in the hollow inverse drop shape, the back plate is of the dishing structure, and therefore real-time cleaning of dust on the impeller is achieved, the strength of the impeller of the draught fan is improved, stability is enhanced, accidents caused by dust accumulation are effectively eradicated, and the application prospects are wide.

The invention discloses a novel multipurpose fruit dish structure. The novel multipurpose fruit dish structure comprises a fruit dish pedestal, and a fruit dish top cover, wherein the upper end of the pedestal accommodating cavity on the fruit dish pedestal core part is embedded with a fruit tray; water leakage holes are formed on the bottom of the fruit tray, a water containing dish is arranged on the lower end side of the fruit tray, the lower end side of the water containing plate is equipped with a PCB (printed circuit board) control circuit panel and a semiconductor refrigeration slice; the cold surface of the semiconductor refrigeration slice contacts with the lower surface of the water containing dish, a vibration atomizer is arranged beside the water containing dish, the water inlet tube of the vibration atomizer is extended into the water containing dish, the fog nozzle of the vibration atomizer is extended into the fruit tray, and the outer surface of the fruit tray is equipped with a touch display screen; an ultraviolet lamp is embedded in the top cover accommodating cavity on the fruit tray top cover core part, the fruit tray top cover is equipped with a top cover plug, and the fruit tray pedestal is equipped with a pedestal socket. Except for the basic fruit placement function, the novel multipurpose fruit dish structure has the fruit moisture and freshness retaining function and the sterilizing and cooling effect; besides the structure is novel in design, multipurpose and convenient to use.

The invention disclose a method for fabricating a loudspeaker. The method comprises the following steps of preparing a support frame; preparing a vibrating membrane, wherein a globe-roof convex part is arranged at the center of the vibrating membrane; preparing a round-dish voice coil; pasting the voice coil on the bottom end of the vibrating membrane, thereby assembling the voice coil and the vibrating membrane into a vibrating assembly; arranging the vibrating assembly on the support frame; preparing a radial magnet; arranging the radial magnet above the support frame and below the vibrating assembly; preparing a PCB (printed circuit board); arranging the PCB on the support frame and allowing the PCB to electrically connect the vibrating assembly. The fabricating method is characterized in that the voice coil is in a round-dish structure, and the total height from the voice coil to the loudspeaker reaches below 4.2mm when the voice coil is pasted on the bottom end of the vibrating membrane, so that the loudspeaker is thinned and miniaturized; meanwhile one round-dish voice coil is superimposed on the vibrating membrane, so that the deformation of the vibrating membrane can be greatly reduced in a vibrating process, and the uneven frequency response curve caused by segmentation and vibration can be solved.

The invention discloses a measurement method for the length of thin thread-shaped objects. The technical scheme adopted by the invention is that the measurement method comprises the following steps of setting two glass culture dishes with higher transparency and printing on cellophane to form grid cellophane; adsorbing the grid cellophane to an upper glass culture dish by using an adsorbing agent, dropping a layer of floating carrier agent in a lower glass culture dish and dispersing and placing the thin thread-shaped objects in the lower glass culture dish and enabling the thin thread-shaped objects not to be overlapped; placing the upper upper glass culture dish in the lower upper glass culture dish and counting total cross points of horizontal and vertical grid lines of the thin thread-shaped objects and the grid cellophane; converting by using an improved criss-cross method formula that R is equal to 11 / 14*N*a to obtain the length of the thin thread-shaped objects. According to the measurement method disclosed by the invention, the sizes of the grids are designed by the using printable cellophane and combining specific measurement conditions; meanwhile, by adopting a splint-shaped upper-lower culture dish structure with two layers of light-transmitting glass, the thin thread-shaped objects to be measured do not float in a carrying agent easily and further the measurement result is more accurate. The measurement method has the advantages of simpleness in use, strong feasibility and high accuracy.