C помощью пары вибродатчиков и нейросети стартап HyperSurfaces может сделать сенсорной поверхность стены или стола, научить дверь машины или мебель распознавать действия человека. И все это — без кнопок и дисплеев.

BODY PRESSURE SENSORS

Scale is, of course, one of the largest contributing factors when it comes to the overall cost of a project. A single LED, for example, costs just pennies. But if your project requires thousands of them, the cost of the BOM quickly becomes overwhelming.

The chair leaving alarm system is air operated and monitors the change in pressure on the mat when an individual gets out of a chair. This can be invaluable in alerting staff or carers to an individual who is unaware of the risks that getting up can represent. Typically these are people with reduced cognitive function or dementia. The Mat alerts the moment an individual get’s out of the chair.

Abstract
Sleep has profound effects on the physical and mental well-being of an individual. The National Institutes of Health (NIH) Sleep Disorder Research Plan gives particular emphasis to non-invasive sleep monitoring methods. Older adults experience sleep fragmentation due to sleep disorders. Unobtrusive non-contact monitoring can be the only realistic solution for long term home-based sleep monitoring. The demand for a low-cost and non-invasive sleep monitoring system for in-home use is more than before due to an increasingly stressful life style. Cost and complexity of current sensor elements hinder the development of low-cost sleep monitoring devices for in-home use. This paper presents the design, development and implementation of a low-cost and disposable pressure sensor mat that could be useful for in-home sleep and movement monitoring applications. The sensor mat design is based on a compressible foam sandwiched between two orthogonal arrays of cPaper capacitance sensors. A low-cost conducting paper has been developed for use as the capacitance sensor electrode. Typical mat design uses a 3 mm thick foam with 5 mm row/column grid array shows that it has a measurement resolution of 0.1 PSI pressure. The resolution can be controlled by both modifying properties of the conducting paper and the foam. Since this pressure mat design is based on low-cost paper, the sensor electrodes are disposable or semi-durable and hence it is ideal for the use in point-of-care physiological monitoring, pervasive healthcare and consumer electronic devices.

Floor pressure-pad security switch manufactured from Seem welded black PVC. A black PVC-covered 16/0.2 mm lead-out wires, 300 mm long. Two wires comprise the N/O SPST circuit, whilst two others form a continuous loop. The switch circuit pair has 5 mm pre-stripped ends. The small pressure pad is recommended for use under the stair carpet (RS 918-4756 ) and the large type is suitable for use under carpets adjacent to doors and windows.

We are leading manufacturers of floor pressure mats and pressure pads.
Floor pressure mats will detect a person walking over or standing on them. The smaller pressure pads may also be used in the same way or to detect a person sitting in a chair

Pressure sensor pads are electronic devices that capture physical force contact to generate some sort of a response. There is a truly endless amount of applications for pressure sensor pads, ranging from an input mechanism in a human-machine interface (HMI), a method to capture intruders in a force-sensitive security system, and beyond.