1, visual comfort. In people's various feelings, vision is the most important one. Solution: Generally used diffusion lamps, semi-indirect lamps or indirect lamps. In addition, the lighting of the decoration should be located outside the visual field of people when they are dressed, so that people can not see the lamps in the mirror. The luminaire should be installed as far as possible above the mirror, close to the mirror, and illuminate the face from the person's oblique front. 2, hearing comfort. When people are active in the bathroom, there is also a certain requirement for sound insulation. The exhaust device and the faucet in the bathroom will emit high noise in decibels. The flow of water from the upper and lower pipes, the flushing of the toilet, the collision of the toilet lid, the pulling of the shower curtain, etc. It will also produce a certain sound, which will affect people's comfort. Therefore, we must pay attention to the selection of better quality sanitary equipment and hardware components, the separation wall between the bathroom and the room should have good sound insulation performance, the door should be closed as far as possible to reduce the chance of noise transmission. Smell is the sensation that distinguishes the odors of external objects. Although human sense of smell is not as good as visual and auditory senses, it is still one of the most important sensory organs of the human body. When people smell a pleasant scent, they feel that they are excited, but otherwise they feel unhappy. In the bathroom, in addition to timely health management, it also has a good exhaust system. Some toilets have been provided with floor drains to facilitate ground leakage. This can sometimes lead to odors, and relevant measures must be taken. 4, tactile comfort. When people are in the bathroom activities, the skin is inevitably in direct contact with the sanitary equipment, so it should also pay attention to hygiene problems within the tactile comfort. All kinds of sanitary equipment must first avoid angular, so as not to hurt the skin, with particular attention to the edge of the glass. Secondly, people all like to touch objects with a soft texture and a warm feeling. In order to meet this need, a terry cloth can be provided on the toilet and a carpet on the footrest. 5, the physical environment comfort. When people are active in the bathroom, they often wear little or no clothes, so it is very important to maintain a proper temperature and humidity in the bathroom, otherwise it is easy to induce colds and other diseases. Lighting brand villa design faucet lighting room layout glass glass door bathroom design bathroom door bathroom leak High Frequency Ranging Sensor Module A high frequency ranging sensor module is a device that uses high-frequency signals to measure the distance between the sensor and an object. It typically consists of a transmitter and a receiver, which emit and receive high-frequency signals, respectively. High Frequency Laser Distance Sensor,Sensor Rang Laser,Precision Laser Distance Sensor,Optical Laser Sensor,High Precision Laser Distance Sensor CHENGDU MESKERNEL INTEGRATED TECHNOLOGY CO.,LTD , https://www.meskernel.com
In the bathroom design, visual comfort first appears in the illumination and light color of the lighting. Because the bathroom facilities and wall surfaces are relatively smooth, it is easy to produce glare. This will not only cause discomfort to the human eye, but may also cause accidents such as slipping due to glare. Therefore, glare should be avoided as much as possible when lighting fixtures are arranged. produce.
3, olfactory comfort.
The module works by sending out a high-frequency signal, such as ultrasonic or radar waves, and measuring the time it takes for the signal to bounce back after hitting an object. By calculating the time of flight, the module can determine the distance between the sensor and the object.
High-frequency ranging sensor modules are commonly used in various applications, such as robotics, industrial automation, and automotive systems. They provide accurate distance measurements and can be used for obstacle detection, object tracking, or proximity sensing.