Why is the electronic scale the same person, one number at a time, the weight is not the same, and t

If this happens to the electronic scale, there may be a problem with the sensor inside. You can contact their customer service to see how to fix it. There is also a situation where when a person is hungry and when he is full, the weight difference can be about one kilogram, which is normal.

Well, the electronic scale is generally within two kilograms of floating is normal, more than two kilograms of this scale has a problem, the electronic scale uses the induction weighing method, of course, it is impossible to be sure every time, roughly good, the error of my home is generally about one kilogram, pay attention to not wear shoe scales, wearing socks has little impact, wearing shoes has a greater impact.

The electronic scale is allowed to have errors, the position of each station is different, the weight display is not the same, it has a four-corner balance positioning sensor, if the gap is very large, it is a problem with the scale, to be sent for maintenance.

There are several possibilities, one is just that. It's your electronic scale that is. You are not allowed to go like that.

Something that sticks out unconsciously. Save out the gap of things. Another possibility is you.

The angle and position of the station are not the same. The gap in life will also be very large.

In fact, this is very normal, the accuracy of the current electronic scale is relatively low, and the size of the action amplitude will also affect the accuracy when weighing, that is, a reference, not much use.

This is because the electronic weights are paired. Weigh the ground below. Whether it is stable and whether it is soft and hard.

There are strict requirements. The other is electronics. The weighing scale is short.

How much power does it have? Shadows affect differences in data. So try to do it.

Give him plenty of power. Then select. The ground is flat and the ground has a certain hardness, and then the plane is placed to be weighed.

And then the man stood up. This can be reduced. Error between data each time.

The accuracy of the electronic scale is different, although it is the same person, but each measurement time is different, its state and all aspects will be a little different, even if you take a breath, it will be slightly different.

Everything has a certain amount of error. As long as the quality is qualified, it is relatively accurate if it does not fluctuate within a certain range. Debug the scale.

Narrow the error. Or contact the manufacturer for repair. Make it more accurate.

If it doesn't work, return it and exchange it for a new one.

Electronic scales allow for errors. The different position of each station will also result in a different weight each time we weigh. If the scale is too incorrect, it needs to be repaired. Weighing is not accurate.

Why is the electronic scale the same person, one number at a time, the weight is not the same, and the difference? The electronic scale is somewhat of an error, and the person will rise after drinking the water, that is, the weight of the last toilet will be different, there is a gap, and it is normal, not that the electronic scale can not be seen, and the error is small.

The scale is broken, or your ground is uneven, try to find a flat ground, or deduct the battery and then install it, and the low battery power can also cause inaccuracy!

It is normal for the scale to have such an error, and some of the scales have been written in the manual, and the position of each time the weight scale is slightly different, and the error will not be too large, which is acceptable.

It's possible that you are standing in a different position, so the weight is different, and you take off your shoes, weigh the net weight, and there is a certain weight on the clothes.

The electronic scale is particularly accurate, it is possible that if you take a sip of water or eat a fruit, the amount of it is different.

Generally, this situation does not occur, there is a difference between people's weight before and after meals, and if there is a big difference at the same time, there is a problem with the electronic scale.

It may be that there is a problem with the quality of the scale, or it may be that the battery inside is almost out of power

If the battery has power, it's a problem, take it out and fix it.

Depending on the position you are standing in, it will be different each time.

This kind of 10 yuan toy weighs, how much accuracy can be achieved.

This is because electronic scales generally have four sensors at four corners, and each place cannot be guaranteed to be the same level, so there will be errors, so use electronic scales in a horizontal position as much as possible!

A body fat scale is a scale that can measure fat, moisture, etc., in addition to body weight. There are sensors on the market that measure body fat in two materials: ITO membrane and electrode sheet.

The principle of the human fat scale is that muscle contains more water such as blood and can conduct electricity, while fat does not conduct electricity. Since the channel conductor of the current in the body is the muscle, the weight of the muscle can be determined by the difficulty with which the current passes, and the proportion in the body can be determined. The study found that:

For example, when a certain frequency electrical signal passes through the body, the fat part has a higher "impedance" value than the muscle and other tissues of the body. When a safe electrical signal of a specific frequency passes through the human body, the electrical signal will change to varying degrees depending on the value of the "impedance" of the human body.

Principle: Muscle contains more water such as blood and can conduct electricity, while fat does not. Since the channel conductor of the current in the body is the muscle, the weight of the muscle can be known from the difficulty of the current passing, and it can be judged that the proportion of body weight is higher in people with less muscle.

Correct health concept: a healthy body lies in the balance of fat in the body, and excessive fat accumulation is harmful to the body and leads to various diseases. Body fat is an important part of the human body, and it has important functions and roles in the human body, such as providing energy, protecting internal organs, maintaining body temperature, assisting in the absorption of water-soluble vitamins, and participating in human metabolic activities.

However, excessive fat can affect human health, leading to diabetes, cardiovascular and cerebrovascular diseases, etc. In addition, patients with obesity often face various troubles such as heat intolerance, affecting body shape, and fatigue. Therefore, doctors and experts recommend keeping the body shape within a certain range.

With the improvement of people's living standards, health issues are becoming more and more important, which also promotes the development of the science of measuring body composition. According to the above principle, the electronic fat scale uses the electrodes on the surface of the scale body to contact with the user's legs, and measures the human body resistance (bio-impedance) through a certain safety current. Then, based on the input user data and the measured body resistance, using the formulas obtained in our extensive experiments, we can accurately measure body components such as body fat percentage, body water percentage, human muscle percentage, bone weight, etc.

This is normal! It's not that the scale is broken, but because the electronic scale allows errors, the position of each station is not the same, the weight display is not the same, it has a four-corner balance positioning sensor, if the gap is very large, it is a problem with the scale, and it needs to be sent for maintenance.

The oldest evidence of the existence of scales dates from 2400 BC to 1800 BC in the Indus Valley (in present-day Pakistan). Prior to this, there was no standard and precision that could measure body weight. In Egypt, scales date back to about 1878 BC, but their use may have extended much earlier.

Scales in the true modern sense were improved and invented by Leonardo da Vinci.

By the 40s of the 20th century, various electronic devices were connected to these designs, which made the readings more accurate. These are not true electronic scales, and the actual measured weight still relies on load cells, small nodes where pressure is converted into a digital signal. It is only when it is close that there is an electronic scale in the real sense.

The role of the scale is mainly manifested in its essential use, it can accurately weigh the weight of the human body, and through the daily weight change, reflect the weight control of a certain period of time, weight control is the basis of health management, therefore, modern people had better have a weight scale in each family to grasp the weight of the whole family, which is a very important item to ensure the health of the whole family.

The difference in weight displayed by the two scales may be due to a variety of factors, such as:

1.Different accuracy: Different scales may have different accuracy, i.e. the minimum weight they are capable of measuring is different. If a scale has a higher accuracy, it will show a more accurate weight.

2.Calibration is different: The accuracy of the scale depends on its calibration. If a scale is not calibrated correctly, it will show the wrong weight. Therefore, 495 and 225 may be two scales with different calibrations.

3.Different masses: The weight of the same object may vary due to its different masses. If the masses of the two scales are different, they will show different weights for the infiltration of the locust scale.

4.Damage to the scale: If a scale is damaged, it may show the wrong weight. Thus the ridge, 495 and 225 may be a normal scale and a damaged scale.

In summary, the difference in weight displayed by the two scales may be due to factors such as accuracy, calibration, quality, and damage. It is recommended that you check these factors and choose a reliable scale to measure the weight of the object.