How to Design a Beautiful and Healthy Little Kitchen.

Limitations of space in the house is not a barrier to designing beautiful and healthy little kitchen. You can choose various designs available for your home kitchen. But you need to decide the choice of kitchen design that suits the taste and design of the house. Why do you need to design a beautiful and healthy little kitchen? A little kitchenette is the best choice for a minimalist type house. Kitchen design easier in harmony with the minimalist home design. By choosing a small kitchen, you will cook faster and cleaned the area less. This situation is in accordance with the needs and timeliness in this fast-paced era. With a beautiful and healthy little kitchen design will spur creativity in cooking. And also important is the area of cooking can affect comfort and health in your home.

Beautiful and healthy little kitchen

In designing a beautiful and healthy little kitchen needs to keep paying attention to the functional aspects of the kitchen. These functional aspects include 3 basic things. These aspects are optimal relationships between foodstuffs, cooking areas, and cooking utensils.

From these three aspects, a beautiful and healthy little kitchen design can be developed into several elements including size, lighting, air circulation, color selection, and materials.

Aspects of How to Design a Beautiful and Healthy Little Kitchen.

 1. Size

Space limitations require a kitchen configuration that adjusts space availability but meets ergonomic standards. We can choose either straight type or L type configuration.

You can choose the type L to easily achieve the design of a beautiful small and healthy kitchen design. You can put the cabinet at the top and bottom. The bottom cabinet can be placed under the desk. The length and shape of the cabinet adjust to the length of the available space. You can directly connect this beautiful and healthy kitchen with an open-plan dining room or a small screen.

2. Lighting

The kitchen should pay attention to the lighting of the room. You should choose a kitchen area that can directly connect with outer space to get natural lighting. You can give a wider window or door.

3. Air Circulation

The pretty, healthy kitchen needs a good air circulation. Selection of kitchen location associated with outer space is very good for lighting and air circulation. Air ducts or large windows are useful for maintaining air circulation and assisting lighting. You can put the cabinet above the window if the space is very limited.

If your small kitchen does not have natural air circulation then it takes a cooker hood. This kitchen device can suck smoke and odor. You should choose a cooker hood according to a slim kitchen.

4. Color Selection

You should choose bright colors. The beautiful and healthy kitchen designs require bright colors. This bright color will give the impression the room looks spacious. You can choose bright colors such as yellow, white. You can also combine with natural color or stainles.  Natural colors can be shaped wood or stainless color.

Material Aspects and Kitchen Walls

5. Material and protector

Work desk materials for cooking and kitchen walls require great attention. You should choose those materials that are durable and easy to clean. Good material for use as a work table is marble, granite, solid surface, and ceramic.

In addition, you need to pay attention to the kitchen wall. The kitchen wall is generally an area that is easily dirty due to splashes of oil, herbs, and smoke from the stove. Therefore, the kitchen wall should use a slippery material and easy to clean. A suitable material for coating this wall is the material used the same as used on the work table such as marble, granite, or ceramic.

Components and How Hearing Aids Work

Hearing aids can be used as an alternative to overcome some types of hearing loss. To understand how hearing aids work we need to know the components that makeup and the working principle. By knowing how hearing aids work, we will understand the health value and reduce the bad effects of noise. Hearing aids work to help people with hearing loss from the various medical side.

hearing aids work
hearing aids work

The conductive hearing loss does not always require hearing aids as it medically can heal. Hearing aids work to help overcome this type of hearing loss in a few cases. Medical rarely able to overcome the sufferer Sensorineural hearing loss. Hearing aids work to help this type of patient.

Patients with Mixed Hearing Loss also need help from hearing aids.

In the previous article, we already know that the noise that hits the ear in a long time can cause hearing loss. ( See How to Prevent Hearing Loss in Children?) . Cases that often occur in adolescence is the result of adolescents like to play online games with a loud voice for example and the impact of low-quality equipment. At this stage, we will learn how the hearing aid works to help people with hearing loss.

Hearing aids work with the following working principles:

The sound source raises the voice frequency that is the input received by the mic. Mic changes the sound frequency from sound signals to electrical signals and continues the process in Amplifier. Amplifiers process the electrical signals by filtering out the sound of conversations and noise. This amplifier will clarify the speech sound signals and minimize the noise signal.

Signals that have been processed by the amplifier will continue to be processed by the receiver. The receiver converts the electrical signal into an enlarged and clean sound. The receiver is the earphone-shaped speaker as the output. The receiver’s sound is the same as the sound source.

Components that Support Hearing Aids Work

In summary, the components of hearing aid include:

Resistors.

The resistor is an inhibiting electronics component with Ohm unit. Mixtures of carbon or graphite carbon and ceramic are the ingredients for creating receptor elements.

Capacitors.

The capacitor is a component consisting of two metal plates separated by an isolator with a Farad unit. This capacitor receives electrical signals and stores them in relative time. The isolator on this capacitor shows the name of the capacitor.

IC (Integrated Circuit)

IC is a combination of several electronic components in united in the form of chips. Semiconductor material is a combination of resistors, capacitors, diodes and integrated transistors are materials to make Integrated Circuit.

Potentiometer

The potentiometer is a resistor whose resistance value can be changed by rotating the available shaft. Potentiometers are used to control the volume of various audio equipment.

Battery

A battery is a device that supplies electrical energy through a chemical process.

Mic (Microphone)

The microphone is a transducer that detects voice signals and produces electrical signals. When the microphone receives a sound signal, the sound signal vibrates the membrane as a result of the small wire coil that lies behind the membrane vibrating. A small permanent magnet creates a magnetic field that will surround the wire coil. The movement of small wire coils in the magnetic field will result in the formation of electrical signals.

Speaker

Speakers or loudspeakers are transducers that convert electrical signals to audio (sound) by vibrating their membrane-shaped components. Speakers carry electrical signals and turn them back into vibrations to create sound waves. Diaphragms and Magnets are important elements in the speaker system.

Switch

A switch is a device to disconnect the power grid or to connect it.

LED (Light Emitting Diode)

LEDs are diode type electronic components capable of emitting light.

How to Prevent Hearing Loss in Children?

You already know about hearing loss in children or young age from previous articles on “Be careful, Hearing Loss at a Young Age. Can Happen ..”. You need to pay attention to the major components that trigger hearing loss in children. The main component to note is the time and amount of sound intensity received by the ears of our children. By knowing the main components of the parent can prevent hearing loss in children.

The ear is a sensory device that has the function of hearing the sounds around you so you can identify its existence. The ear is able to capture the vibrations of sound from the environment and turn it into an impulse in the nervous system and then translated by the brain.

hearing loss in children
hearing loss in children

The sound travels to the ear, and by the ear, the sound is collected and directs the vibration through the earhole to the eardrum.
The vibration of the sound that concerns the eardrum will cause the eardrums to shake.


The Sound Intensity Acceptable to the Human Ear – hearing loss in children

Sound intensity is the amount of energy per unit time per unit area perpendicular to the direction of propagation. The sound intensity acceptable to the human ear has a limit. Sound intensity limits are as follows:

1) The smallest intensity that can still cause auditory stimuli in the human ear is 10-12 W / m2 at a frequency of 1000 Hz and is called the Hearing Threshold Intensity.

2) The greatest intensity that can still be received by the human ear without pain is 1 W / m2. Thus, the lowest hearing loss in humans is 10 -12 W / m2 and the highest hearing limit in humans is 1 W / m2.

The ear has a hearing limit that depends on the amount of sound and time period. The bigger the sound the hearing ability of the human ear is getting smaller.

Human Hearing Limit Table
90 dB 8 hours
92 dB 6 hours
95 dB 4 hours
97 dB 3 hours
100 dB 2 hours
105 dB 1 hour
110 dB 30 minutes
115 dB 15 minutes

Causes of hearing loss in Children

There are several kinds of hearing loss that is influenced by the affected part:

Conductive hearing Loss.

Problems occur in the outer or middle ear associated with the delivery of sound. The cause of earwax accumulation, external ear infections, wounds on the eardrum and heredity. The conductive hearing loss may be medically cured.

Sensorineural hearing loss

Problems in the inner ear that is in the cochlea or hearing nerve. This type of disorder is generally caused by damage to the hair cells in the cochlea due to aging or damaged by a sound that is too hard. Hearing loss Sensorineural hearing loss is rarely medically resolvable, but hearing aids can be helpful.

Mixed Hearing Loss

Hearing loss conditions are conductive and sensorineural. Generally, people with this type of hearing loss can be helpful when using hearing aids.