Application Of MQS-1 Micro Switch In Massage Chair

Application Of MQS-1 Micro Switch In Massage Chair

MQS-1 micro switches are usually used in massage chairs to detect and trigger electrical signals at specific positions or states to control the movement, functions or other electric components of the massage chair. The application of MQS-1 micro switches in massage chairs helps provide a more intelligent, precise and safe massage experience, while allowing users to adjust various functions of the massage chair through manual or automatic control. The MQS-1 micro switch plays a key role in the design, allowing the massage chair to adapt to the needs and preferences of different users.

1. Adjustment of massage area

The MQS-1 micro switch can be installed on the massage chair and used to detect the position of the massage head, roller or other massage mechanism. This helps ensure that the massage chair can accurately adjust the massage area to meet the user’s individual needs. Massage area adjustment refers to changing the massage area by adjusting the position of the massage head or massage mechanism in the massage equipment. Such adjustments can meet users’ massage needs for different body parts and improve the personalization and comfort of massage.

The massage chair uses a mechanical system to change the massage area by adjusting the position of the massage head or massage mechanism. This may involve motorized rollers, air bags or other mechanical structures that can perform the massage in different positions. Advanced massage chairs usually use electric systems to control the movement of the massage head or massage mechanism through the motor. Users can use the remote control or buttons on the panel to electrically adjust the massage area for more precise and convenient adjustment.

2. Massage intensity control

The MQS-1 micro switch can be integrated with the electrical system of the massage chair to adjust the massage intensity. By installing the MQS-1 micro switch in the massage mechanism, the contact force of the massage head can be detected, thereby controlling the massage intensity. Massage equipment often offers preset massage programs, each of which may include different massage intensity settings. Users can choose a preset program that suits them, allowing for personalized adjustment of massage intensity.

Massage equipment has sensor technology that can sense the user’s physical condition and provide feedback. Massage intensity can be automatically adjusted to suit the user’s needs based on information acquired by the sensor. Smart massage equipment may have integration with mobile applications, and users can remotely control the massage equipment, including adjustment of massage intensity, through the App on their phone or tablet.

3. Massage seat adjustment

The MQS-1 micro switch can be used to detect the seat position of the massage chair to trigger the adjustment of the seat. This helps ensure user comfort and support in the massage chair. Choose an area to massage, such as the neck, back, waist, hips or thighs. This can be achieved by adjusting the position of the massage head or massage mechanism through a mechanical structure or an electric system.

Provides massage intensity adjustment function, allowing users to adjust the massage intensity level according to their preferences and physical condition, usually including options such as soft, medium and strong. Allows users to choose different massage techniques, such as kneading, massaging, tapping, vibration, etc. This function can be achieved by adjusting the movement of the massage head or mechanism.

Massage seats offer seat heating, using heating elements to provide a warm massage experience. Users can choose whether to turn on or adjust the heating intensity. The air bag in the massage seat can be inflated and deflated to simulate massage techniques. Users can adjust the position and intensity of the air bag to achieve local or full-body massage.

4. Massage chair automation

MQS-1 micro switch can be used to realize the automatic stop function of the massage chair. When the massage head or massage mechanism reaches a specific position or state, the MQS-1 micro switch can trigger a stop signal to ensure that the massage process ends at the appropriate time. The massage mechanism of the automatic massage chair can independently control the movement trajectory to achieve different massage techniques within a preset range. This automatic adjustment can simulate the techniques of a professional masseur, providing a more realistic and comprehensive massage experience.

The automation of the massage chair means that the built-in intelligent system of the massage chair realizes independent and intelligent operation of the massage function through preset programs and automatic control technology. Such automated design can provide a more convenient, personalized and comprehensive massage experience. Massage chairs typically offer multiple preset massage programs, each containing a series of combinations of massage techniques, areas, and intensities. Users can choose different programs to suit specific needs, such as soothing, relaxing, rejuvenating and more.

Massage chairs are equipped with various sensors, such as pressure sensors, somatosensory sensors, etc., which can sense the user’s body shape, pressure distribution and posture. This information is used to automatically adjust massage techniques and intensity to provide a massage that better suits the user’s physical condition. The automated massage chair can identify the user’s body parts and automatically adjust the position and intensity of the massage mechanism to ensure the accuracy and comfort of the massage. This can be achieved through technologies such as sensors or cameras.

5. Massage chair manual control button

MQS-1 micro switches are often used to design manual control buttons on massage chairs. These buttons can trigger different massage programs, areas or functions, providing users with more operating options.

Massage chairs are usually equipped with manual control buttons to allow users to independently adjust various massage parameters, including massage area, massage intensity, massage techniques, etc. These manual control buttons are usually located on the side of the massage chair, on the remote control, or on the side of the chair back.

Massage area selection button allows users to manually select areas for massage, such as neck, back, waist, buttocks, thighs, etc. These buttons usually represent different massage areas in the form of icons or text. Users can choose different massage techniques through manual control buttons, such as kneading, massaging, tapping, vibration, etc. Each technique provides a different massage sensation.

Through the massage intensity adjustment button, users can manually adjust the intensity level of the massage, which is usually divided into gentle, medium and strong levels to suit the preferences and needs of different users. For massage chairs equipped with an air bag massage system, users can use these buttons to manually control the inflation and deflation of the air bags to change the feel of the massage area.

Seat tilt allows manual adjustment of the seat’s tilt angle for a more comfortable sitting position. This can be helpful in changing the reach and feel of your massage. The massage chair is equipped with a seat heating function, and users can turn the heating on or off and adjust the temperature level of the heating through the manual control button.

The stop/pause button allows the user to manually stop or pause the massage process, providing more flexible control. Advanced massage chairs may be equipped with memory or custom buttons, allowing users to save their favorite massage parameters to preset locations for easy use next time.

6. Safety inspection of massage chairs

MQS-1 micro switch can also be used for safety detection of massage chairs. For example, detecting whether a seat is occupied to prevent the massage function from being activated when no one is around.

The massage chair will be equipped with an overload protection device to ensure that excessive load is not placed on the motor, air bag or other components during the massage process. Once overload is detected, the system will take steps to stop or reduce the intensity of the massage to prevent damage to the device. The massage chair has a posture detection function and senses the user’s body posture through sensors. This helps the massage chair automatically adjust the intensity and technique of the massage to suit the user’s current posture, improving the accuracy and comfort of the massage.

Working principle of massage chair MQS-1 micro switch

The MQS-1 micro switch in the massage chair is a tiny switch device used to detect and control the movement or function of the massage chair. The working principle of the MQS-1 micro switch is based on its internal triggering mechanism. When exposed to external force or pressure, the switch will change state and trigger the corresponding electrical signal.

The MQS-1 micro switch structure usually consists of a small trigger rod and a set of electrical contacts. One end of the trigger lever is fixed, while the other end is free to move. The housing of a micro switch is usually made of insulating material to protect the components inside and provide mechanical strength. The shape and size of the housing can vary depending on the needs of the specific application.

The triggering mechanism of the MQS-1 micro switch is based on the spring force and lever principle. There is usually a spring attached to the trigger bar that reacts when force or pressure is applied to displace the trigger bar. The trigger rod is the moving part of the micro switch. It can be a small rod, flat piece or other shaped structure. The trigger rod is connected to a spring at one end and can be displaced by external force or pressure at the other end.

The contacts of the MQS-1 micro switch usually have two states, namely normally closed and normally open. In the normally closed state, when no external force acts, the contacts are closed; in the normally open state, when no external force acts, the contacts are open. The contacts of a micro switch are electrical conductors, usually a pair of metal or alloy pieces. When the trigger lever is acted upon by an external force, the contact’s state can change, opening or closing the circuit.

When external force or pressure acts on the trigger lever on the micro switch, the trigger lever will move. This displacement causes the spring to compress or release, changing the state of the contact. The spring is located on the trigger lever and is responsible for providing the restoring force of the trigger lever. When an external force acts on the trigger lever, the spring can compress or release, creating a reaction force.

The change in the contact state of the MQS-1 micro switch generates an electrical signal. In a massage chair, this signal can be used to trigger or control the movement, functionality, or other electrical components of the massage chair. For example, a trigger switch may be used to start or stop the movement of a massage mechanism, adjust the massage area, or change the intensity of the massage. Electrical signals in a massage chair are information transmitted through state changes between electrical components. Micro switches are used to control different functions, movements and settings of the massage chair.

MQS-1 micro switch is used to control the massage mechanism in the massage chair, including massage heads, rollers, air bags, etc. These signals trigger different massage techniques, areas and intensities. The MQS-1 micro switch controls the heating element in the massage chair and provides seat heating function. The user can adjust the seat temperature through this signal.

The MQS-1 micro switch controls the air bag system in the massage chair, including the inflation and deflation of the air bag. These signals affect how the massage chair senses pressure on the user’s body. The MQS-1 micro switch controls the tilt and height adjustment of the massage chair seat to meet users’ different sitting needs.

MQS-1 micro switches are usually designed to have high reliability and durability to adapt to the long-term use environment of massage chairs. The microswitch in the massage chair changes the contact state by sensing external force or pressure, thereby generating corresponding electrical signals to control the movement and functions of the massage chair. The design of the MQS-1 micro switch enables the massage chair to respond more flexibly to the user’s operations, providing a personalized and convenient massage experience.