How much do you know about weighing scales?

The oldest evidence of the existence of weighing scales is dated from 2400 to 1800 BC. Before this, no standard or accuracy can measure body weight. In Egypt, weighing scales date back to approximately 1878 BC, but their use may have extended much earlier. The weighing scale in the true modern sense was improved and invented by Leonardo da Vinci. Now let's take a look.

Here is the content list:

• What are the effects?

• What are the use and maintenance like?

• What is the structure of the weight scale?

  
  

What are the effects?

The function of the weighing scale is mainly manifested in its essential purpose. It can accurately weigh the human body, and through daily weight changes, it reflects the weight control situation during a certain period. Weight control is the basis of health management. Therefore, modern It’s best to have a weighing scale in each family to grasp the weight of the whole family. This is a very important item to ensure the health of the whole family.

What are the use and maintenance like?

use

1. When using an electronic scale, to ensure accuracy, it is best to test whether the battery is sufficient before use.

2. Both feet must be balanced to ensure the accuracy of the value.

3. The most headache of mechanical health scales is that the pointers will be offset and need to be adjusted frequently to ensure that the pointers are accurate. It is best to pay attention to the adjustment before use.

4. May wish to swing a few times before use.

maintain

1. The electronic scale must be kept well, especially when the battery power is low, replace it in time to avoid oxidation.

2. Take out the battery if it will not be used for a long time.

3. Don't bump, it will make the data inaccurate.

4. Don't adjust the pointer too fast.

What is the structure of the weight scale?

A weighing scale contains a glass surface, a top shell, a bottom shell, and a scale foot. From the appearance, these are the most important parts of the weighing scale. Under normal circumstances, weight scales require a strong load-bearing structure, especially the supporting parts corresponding to the weighing feet that are subject to a greater force. Therefore, the sensor base used to support the sensor needs to be supported by a strong support structure. The sensor base needs to be set to a larger thickness, resulting in a thicker overall weighing scale. The current conventional weight scale has a range of 150Kg, and the general height of the scale body (without the feet) is about 20mm. The overall appearance is bloated and will occupy large storage space.