HapLog Finger Tactile Sensor

### Introduction Equipped with a tactile pressure sensor and a 3 - axis acceleration sensor, it is a "sensor for measuring natural finger movements". This sensor can measure "the force when grasping an object" and "the force when using finger movements". Due to the built - in acceleration sensor, it can also measure the amount of movement. It does not cover the fingerprint area of the finger pad, so it will not reduce the actual tactile sensation, and can measure natural movements. ### Principle Detect the deformation of the finger pad when the finger contacts an object. When the finger contacts an object, it deforms in the horizontal direction. The sensor is used to detect the degree of deformation of the finger pad at this time to measure the magnitude of the force. This sensor is pre - calibrated before measurement to correct the relationship between the contact force and finger deformation with individual differences. In addition, due to the built - in 3 - axis acceleration sensor, measurement can be carried out while the finger wearing the sensor is moving. ### Specifications - **Structure**: 1 wearable contact force sensor (size specified at the time of purchase), junction box, calibration device, 2 USB connection cables, software installation CD, instruction manual CD, storage box - **Weight**: Approximately 2.5kg in the packaged state - **Measurement ambient temperature**: 10°C ～ 50°C (without condensation) - **Sizes of wearable contact force sensors**: 11mm, 12mm, 14mm, 16mm, 18mm (inner diameter sizes) - **Built - in sensors**: Contact force detection (strain - type), 3 - axis acceleration sensor - **Calibration device**: Rated capacity 30N; Resolution 16bit - **Software**: Supported operating system: Windows 7 English version (32bit, 64bit); CPU: It is recommended to be above Intel CoreⅡ Duo 2.5GHz; Screen resolution 1024×768 (XGA); Connection: 2 USB interfaces - **Optional features**: Trigger function, external synchronization function, wireless function, analysis software ### Application fields - Virtual reality: Finger - tip sensory sensor in the field of virtual reality - Consumer industry: The convenience of opening and closing product packaging, and the convenience of product installation and disassembly - Game industry: Developing game consoles that integrate contact force and movement - Automotive and sports industries: The operability of steering wheels and handles - Medical and educational fields: Comparative analysis and guidance of finger - tip movements, and determination of the effects before and after rehabilitation