The mathematical model used in the optimization defines the coordinates of point O3 in the XOY coordinate system as the design variables, i.e., x = [x1, x2] = [x, y]. The objective function is f(x1, x2) = 2(FS - FN), subject to constraints such as l1 ≤ Fx1 ≤ l2; l3 ≤ Fx2 ≤ l4; F1min ≤ F ≤ F1max; F2min ≤ F ≤ F2max; and Lmax - Lmin ≤ FLxc. Here, l1, l2, l3, and l4 represent the range of support positions input by the user; Fmax and Fmin denote the maximum and minimum supporting forces of the initially selected gas spring; and Lxc represents the working stroke of the primary gas spring.

When the coordinates of O3 are set at x0 = -100 mm, y0 = 490 mm, the gas spring's working stroke is Lmax - Lmin = 187.3 mm, with a maximum supporting force of Fmax = 2831.8 N and a minimum of Fmin = 215.3 N, resulting in 2(FS - FN) = 29679 N. The gas spring’s force function is linear. After inputting these structural parameters into the optimization software, the initial gas spring parameters were set as Fmax = 3000 N, Fmin = 500 N, Lxc = 190 mm, and Lmax = 570 mm. The optimized coordinates of O3 were found to be x0 = -52 mm, y0 = 509 mm, within the range of x0 = (-50 to -150) mm and y0 = (450 to 550) mm. At this point, the working stroke became Lmax - Lmin = 176 mm, with Fmax = 2006 N and Fmin = 158 N, resulting in 2(FS - FN) = 26188 N. This represents an 11.8% reduction compared to the initial empirical positioning.

This example demonstrates how using the optimization software significantly reduces the force required to open the door, enhancing the ease of use and portability of the door mechanism. Additionally, the software enables designers to easily evaluate and select appropriate gas springs, providing a solid theoretical foundation for their design choices. By automating the optimization process, the system not only improves efficiency but also ensures more accurate and reliable results, making it a valuable tool in the development of automotive door systems.

Vegetable Seedlings Led Grow Light

A lamp tube is a specially designed lighting device designed to provide the required light for plants grown indoors. It usually consists of multiple LED lamp beads that emit specific wavelengths of light to meet the needs of plant photosynthesis.

The main characteristics of plant lamps are as follows:

1. Spectral regulation: plant lamps can emit light of specific wavelengths suitable for plant growth, such as blue, red and violet light. These rays can provide the required spectrum at different growth stages, promoting the healthy growth of the plant.

2. High efficiency and energy saving: The plant light tube uses LED technology, which has the characteristics of high efficiency and low energy consumption. Compared to traditional fluorescent or incandescent lamps, plant lamps are more energy efficient and can save energy costs.

3. Long life: LED lamp beads have a long life, usually up to tens of thousands of hours. This means that plant lamps do not require frequent bulb changes, reducing maintenance and replacement costs.

4. Adjustable brightness: plant lamps usually have the function of adjustable brightness, which can adjust the light intensity according to different plant needs and growth stages to provide the best growth environment.

5. Safe and reliable: Plant lamps use low voltage power supply and have a low fire risk. In addition, it is usually designed to be water and dust resistant and suitable for both indoor and outdoor growing environments.

In short, the plant lamp is a lighting device designed for indoor planting, by emitting a specific wavelength of light, to provide the required light for the plant and promote its healthy growth. It has the characteristics of high efficiency and energy saving, long life, adjustable brightness, safety and reliability, and is suitable for all kinds of plant planting environment.

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Shenzhen Pvison Technology Co., Ltd. , https://www.pvisunggrowlight.com