The appearance of the disinfection cabinet has solved the unhealthy situation of unsanitary utensils, but the popularity of the disinfection cabinet is low. The consumer's understanding of the disinfection cabinet is not very comprehensive. In the process of using, many problems are encountered, so how to use and maintain correctly Disinfection cabinet?
With the continuous development of technology, the emergence of disinfection cabinets has solved the unhealthy situation of unsanitary tableware, but the popularity of disinfection cabinets is low, consumers' understanding of disinfection cabinets is not very comprehensive, and many problems are encountered in the process of use. , then how to properly use and maintain the disinfection cabinet? Some users put the water-filled tableware into the cabinet and do not energize frequently, causing the electrical components and metal surfaces of the disinfection cabinet to be oxidized by moisture, which easily burns the socket and other components. [2]
There are many details in the disinfection process that many people can easily ignore. Now give everyone some advice on the disinfection cabinets of the top ten brands of kitchen and bathroom appliances:
1. Putting colored porcelainware into the disinfection cabinet will release harmful substances and endanger human health. Because ceramic bowls, plates, cylinders, cans, etc., when glazed, the enamel and pigments contain toxic heavy metals such as lead and cadmium. Usually, these chemical elements are relatively stable, but they are easily released when exposed to high temperatures. The internal temperature of the disinfection cabinet can be as high as 200 °C under working conditions. Frequently placing food in these sterilized colored porcelains can contaminate food and endanger health.
2. The tableware should be washed and drained and then placed in a disinfection cupboard for disinfection, which can shorten the disinfection time and reduce the power consumption.
3. Plastic and other high temperature resistant tableware should not be placed in the lower layer high temperature disinfection cabinet, but should be placed in the upper ozone disinfection low temperature disinfection cabinet to avoid damage to the tableware.
4. When using the ozone disinfection cabinet, pay attention to whether the ozone generator works normally. If the high-voltage discharge is not heard or the discharge blue light is not visible, the ozone generator may malfunction and should be repaired in time.
5. Disinfection cabinet should be placed in a dry and ventilated place, not less than 30 cm from the wall.
6. Bowls, dishes, cups and other tableware should be placed vertically on the shelf, preferably not stacked for ventilation and disinfection as soon as possible.
7. Periodically pour the water out of the water collection box at the lower end of the cabinet.
8. After the disinfection is over, if it is taken after 10 minutes, the effect is better. There is a small amount of ozone odor overflow when opening the door. This concentration is not harmful to human health, please rest assured.
9. Do not open the door when it is not necessary during disinfection, so as not to affect the disinfection efficiency.
Properly cleaning and sterilizing the cabinet can effectively extend the service life of the sterilizer and prevent problems such as rusting of the liner and damage to the tableware caused by improper use.
When cleaning, please follow the steps below:
In the first step, first unplug the power supply, pour out the water in the water collection box at the lower end of the cabinet and wash it.
In the second step, wipe the inner and outer surfaces of the disinfection cabinet with a clean damp cloth. If it is too dirty, wipe it with a damp cloth and a neutral detergent. Then wipe the detergent with a clean damp cloth. Finally, dry the cloth with a dry cloth. When cleaning, be careful not to hit the heating tube or the ozone generator. First
The third step is to check whether the seal of the cabinet door is clean and well sealed to avoid heat loss or ozone overflow, which will affect the disinfection effect.
It can often be wiped with a soft cloth with a dampness; in the windy weather in the north, sand dust is often embedded in the rubber door seal. A pointed piece of chopsticks can be used to wrap a small piece of thin, slightly damp soft cloth on the chopstick head. Slowly remove the dust particles to keep the door sealed.
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Linear Bearings
Linear motion is the most basic of all motion. Linear ball bearings provide linear movement in one direction.
A Roller Bearing, carries a load by placing rolling balls or rollers between two bearing rings called races. These bearings are comprised of an outer ring and several rows of balls retained by cages. Roller bearings are manufactured in two styles: ball slides and roller slides.
Ball Slides
Ball Bearing slides are the most common type of linear slide. They use self-lubricated ball bearings housed in the base. This arrangement offers smooth precise movement along a single-axis linear design. Typically constructed from aluminum, hardened cold rolled steel or galvanized steel, ball bearing slides consist of two linear rows of ball bearings contained by four rods located on opposite sides of the base, which support the carriage for smooth linear movement. This low-friction linear movement can be powered by a drive mechanism, by hand, or inertia. Ball bearing slides have a lower load capacity compared to other linear slides, this is because the balls are less resistant to wear and abrasions. Ball bearing slide applications include fragile instrumentation, robotics, cabinetry and appliances.
Roller Slides
Roller slides are non-motorized. Roller slides are based on linear roller bearings, which are frequently criss-crossed to provide heavier load capabilities and better movement control. They provide low-friction linear movement for hand-powered equipment. Roller slides are versatile and can be adjusted to meet numerous applications which typically include clean rooms, vacuum environments, material handling and automation machinery.
Consisting of a stationary linear base and a moving carriage, roller slides work similarly to ball slides, except that the bearings housed within the carriage are cylindrical shaped instead of ball shaped. The bearing races are "V" grooved, one being on the top carriage and the other on the base. Typically, carriages are constructed from aluminum and the rods and rollers are constructed from steel.
Although roller slides are not self-cleaning, they are suitable for environments with low levels dirt and dust. Roller slides are capable of providing linear motion on more than one axis through stackable slides and double carriages. Roller slides have a broader contact surface due to contact between the carriage and the base and resulting in less erosion.
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