Traditional Culture Encyclopedia - Traditional stories - The hardest way to make a mini water dispenser.

The hardest way to make a mini water dispenser.

The most difficult way to make mini drinking fountains is to reduce the traditional large drinking fountains to the size that can be placed on the table. This is because the mini drinking machine needs to contain all the key components of traditional machines, such as water tank, water pump, funnel, structural strength, etc., and also needs to consider factors such as beautiful appearance and convenient use. The following difficulties may need to be considered:

1. Size of water tank

When the machine is reduced to the size suitable for the table, the size of the water tank must also be reduced accordingly. If the water tank is too small, users need to add water more frequently, which means higher maintenance requirements. If the water tank is too large, the equipment cannot adapt to enough working space to accommodate other necessary components.

2. Water leakage problem

According to the design, the funnel of the mini water dispenser is bound to be smaller, that is to say, the caliber is narrower. Too small a funnel may cause water leakage or slow water flow.

3. The problem of water pump

Usually, mini drinking fountains need to use a smaller pump than traditional machines, but if the selected pump is not strong enough, it will not generate enough pressure to make the water flow smoothly.

4.ADI and design

For mini drinking fountains, besides their functions, the appearance design in use is also very important. Designers must change the overall appearance and shape of standard machines so that users want to place mini water dispensers in their work areas. Easy to use, beautiful and concise internal structure, taking into account the perfect integration of electronic and mechanical elements, realizing its AD color, is also one of the challenges in the design of mini-water dispenser.

To sum up, the most difficult thing to make a mini water dispenser is to redesign the components of the traditional machine to adapt the size to the narrow space, while ensuring its function, appearance and ease of use.