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Sheet Sensor Product List

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Climate Sheet Sensor "SACS Series"

The 15kV ESD protection ensures safe handling on the production line without the risk of damage.

The "SACS Series" is integrated into the seat structure (above the cushion and directly below the cover material) and monitors the humidity and temperature close to the passengers. This information is sent to the HVAC controller, which uses the data to reduce the load and optimize the ventilation of the seats. The sensors are compactly designed, so you won't notice their presence even when seated. 【Features】 ■ Fast response ■ Rounded edges and soft materials for seamless integration that goes unnoticed ■ Smart 3-wire interface that can be easily integrated into the seat cable harness ■ 15kV ESD protection for safe handling on the production line *For more details, please download the PDF or feel free to contact us.

  • Temperature Sensor
  • Sheet Sensor

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Sheet sensor

Custom design proposals tailored to seat specifications efficiently detect passengers while separating luggage.

【Features】 - By using a thin film material, it is possible to reduce the stiffness of the seat surface. - The shape of the sensors can be freely designed to match the shape of the seat. - It efficiently distinguishes between people (adults and children) and luggage. - It is possible to impart flame retardancy through printing with special ink. 【Applications】 - It is used as a sensor to determine the presence or absence of passengers in the front passenger seat or rear seats in systems aimed at encouraging seat belt use for occupants.

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Electromagnetic induction type pressure distribution sheet sensor

Electromagnetic induction type pressure distribution sheet sensor

Introducing the world's first "Electromagnetic Induction Pressure Distribution Sheet Sensor," developed in collaboration between Shiroku Co., Ltd. and the Ibaraki Prefectural Industrial Technology Center. It features a simple structure with a cell section where coils are orthogonal, and a metal sheet separated by cushioning material. As the movable metal sheet approaches the cell section in response to pressure, the electromagnetic coupling changes, allowing for the independent display of pressure for each cell by detecting the coupling coefficient. 【Features】 - The sensor circuit is non-contact, providing excellent durability. - The low impedance of the sensor circuit allows for larger sizes. - The simple structure of the sensor circuit enables cost-effective mass production. *For additional functions and details, please download the catalog or contact us.

  • Weight related measuring instruments
  • Sheet Sensor

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Electromagnetic induction type pressure distribution sheet sensor LL sensor

Electromagnetic induction type pressure distribution sheet sensor LL sensor

World's first electromagnetic induction type pressure distribution sheet sensor 【Features】 ○ The sensor circuit is non-contact, making it highly durable ○ The low impedance of the sensor circuit allows for larger sizes ○ The simple structure of the sensor circuit enables cost-effective mass production ● For more details, please contact us.

  • Circular Connectors
  • Sheet Sensor

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Office Seat Management Using Sheet Sensors

Visualize seat usage and optimize office space.

In office occupancy management, it is important to accurately grasp employees' seat usage to effectively utilize office space and improve operational efficiency. There is a need to reduce wasted space and visualize usage when implementing free address systems. Our seat sensors detect seat usage in real-time, addressing these challenges. 【Usage Scenarios】 - Visualization of seat usage within the office - Understanding usage during the implementation of free address systems - Management of meeting rooms and shared space usage 【Benefits of Implementation】 - Optimization of office space - Reduction of unnecessary costs - Improvement of operational efficiency

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Seat Sensor for Public Transportation

Contributing to the accurate understanding of passenger numbers. Visualizing seat usage.

In public transportation, accurately understanding the number of passengers is crucial for operation management, congestion mitigation, and revenue management. In particular, real-time accurate passenger count data is essential for grasping the congestion situation during peak times and for making appropriate staffing and service adjustments. Our seat sensors accurately detect seat occupancy and enable the visualization of passenger numbers. 【Usage Scenarios】 - Counting the number of passengers on buses, trains, taxis, etc. - Real-time understanding of congestion levels - Operational adjustments based on occupancy rates 【Benefits of Implementation】 - Acquisition of accurate passenger count data - Optimization of operational efficiency - Provision of a comfortable travel space for passengers

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Attraction-oriented seat sensor

Contributing to the safety management of attractions. Accurately detecting the presence or absence of passengers.

In the attraction industry, safety is the top priority, and various measures are required to ensure the safety of passengers. In particular, verifying the safety of seats is crucial, and accurately knowing the presence of passengers is essential. Seat sensors accurately detect the presence of passengers and support the safe operation of attractions. 【Usage Scenarios】 - Seats on roller coasters, Ferris wheels, and other attractions - Confirmation of passenger safety and seatbelt usage 【Benefits of Implementation】 - Ensuring passenger safety - Reducing the risk of accidents - Improving the reliability of attractions

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Concentration Support Using Sheet Sensors for Educational Institutions

Visualize the seating situation and optimize the learning environment.

In educational institutions, maintaining students' concentration is crucial for maximizing learning effectiveness. By monitoring students' posture and seating situations during class, it is possible to detect decreases in concentration or abnormalities early and take appropriate action. Our seat sensors detect seating conditions in detail and support students' concentration. 【Usage Scenarios】 - Monitoring students' seating situations during class - Identifying factors that hinder concentration - Improving the learning environment 【Benefits of Implementation】 - Enhanced student concentration - Maximized learning effectiveness - Creation of a better learning environment

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