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Latest update: 08/06/2020 17:00:53

Usuda Research Institute & Systems Corporation

The world's highest 24-axis IoT robot sensor “U-BRAIN RS-01v2”

Our company developed “U-BRAIN RS-01v2”, which is the world’s highest 24-axis IoT robot sensor. Recently the commercialization of IoT and wearable devices is underway worldwide. We are trying to approach and work with domestic and overseas device makers to promote adoption of our product in these devices. Our business mainly consists of manufacturing electronic devices with embedded gyroscopes and various sensors (for detecting acceleration, geomagnetism, light, sound, temperature, barometric pressure, humidity, and touch). We also develop and produce related software (firmware, middleware, applications) and content.

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[Product description] This newly developed IoT robot sensor "U-BRAIN RS-01v2" is the world's smallest and lightest 2g, but it is a 24-axis sensor (gyro 3, barometric pressure 1, acceleration 6, geomagnetism 3, light 1, sound 1, temperature 3 , Humidity 1, Touch5), built in various wearable devices, and by combining with Bluetooth, etc., enables long-distance wireless connection of 7km to 100m independently with PC, smartphone, tablet, etc. The main features are: 1.24-axis sensor (gyro 3, pressure 1, acceleration 6, geomagnetism 3, light 1, sound 1, temperature 3, humidity 1, Touch 5) is the world's smallest (19.5x20x3.8mm) board mounting. 2.24-axis sensor (gyro 3, barometric pressure 1, acceleration 6, geomagnetism 3, light 1, sound 1, temperature 3, humidity 1, Touch5) mounted on the board with the world's lightest 2g. 3. 24-axis sensor (gyro 3, pressure 1, acceleration 6, geomagnetism 3, light 1, sound 1, temperature 3, humidity 1, Touch5) mounted on the same circuit board. 4. Drift compensation function for preventing various sensor malfunctions is standard on firmware. 5. Long-distance wireless connection of 7km to 100m independently by combination with wireless unit (920MHz / Bluetooth). 6. Power supply USB, battery connector, and power switch are standard on the world's smallest and lightest 2g board. 7. New development of firmware and middleware for PCs and smartphones.

[Product description] 1) Revolutionizing wearables Visualizing three-dimensional positions and posture used to require a complex system configuration. Our U-BRAIN Ring houses a built-in sensor, a wireless unit, and a battery in its ultra-compact body. It does not need anything other than the device it is mounted on (e.g., a computer, tablet, or smartphone). 2) Output signals are pre-processed for the application This ring-type motion sensor pre-processes the signals internally so that the terminal receiving the data can use it in an application without post-processing. This sensor is designed to suit the application. 3) Easy-to-handle, high speed data The combination of a 24-axis sensor (gyro×3, barometric pressure×1, acceleration×6, geomagnetism×3, light×1, sound×1, temperature×3, humidity×1,Touch5) and a wireless unit realizes centralized control as well as measurement and management. The signals are also processed easily and quickly because of the patented technology implemented in the CPU through firmware.

[Product description] The chassis houses the ultra-miniature 3D motion sensor, a Bluetooth unit (version 2.1 plus EDR / Bluetooth4.0), and a rechargeable lithium ion battery. This makes it possible to send data continuously from the 24/20/17-axis sensor to a distance up to 100-10 meters away. The data can be received automatically by a computer with our U-BRAIN DSM (middleware) installed, and the data can be processed using a compatible application on the computer. Our measurement software can also automatically handle multiple readings from multiple motion sensor modules. For example, you can put multiple modules all over a single measuring object, or put a single module on multiple measuring objects for simultaneous measurement. U-BRAIN Core can be attached to each part of HMD or attached to fingers by attaching a dedicated attachment. It is also possible to produce attachments with shapes that match the mounting part. For ring type attachments, please specify the ring size when ordering. (Standard size 20) “U-BRAIN Core” can be attached to HMD to function as a motion sensor for manipulating VR / AR content. The middleware “U-BRAIN DSM” automatically receives 24/20/17 axis data sent from U-BRAIN RS-01v2 (or MS8v2 / RS-01), so the application side must perform complicated processing. Data acquisition is possible without doing it. Since this product is compatible with Unity, it has affinity for various content production including games. External size: W28.5 x H17 x D24.5mm Weight: 10g Color: Silver / Black [intellectual property] Based on the gyro drift compensation patent, 24 related patents have already been acquired in Japan and overseas [Major facilities and equipment] Sensor development equipment (sensors for degrees, angular velocity, direction, temperature, and many others); software development equipment (Visual Studio 2002–2010, Unity Linux, and so on); many desktop and laptop computers, smartphones, tablet computers (Windows, Android, etc.).

[Product description] The chassis houses the ultra-miniature 3D motion sensor, a Bluetooth unit (version 2.1 plus EDR / Bluetooth4.0), and a rechargeable lithium ion battery. This makes it possible to send data continuously from the 24/20/17-axis sensor to a distance up to 100-10 meters away. The data can be received automatically by a computer with our U-BRAIN DSM (middleware) installed, and the data can be processed using a compatible application on the computer. Our measurement software can also automatically handle multiple readings from multiple motion sensor modules. For example, you can put multiple modules all over a single measuring object, or put a single module on multiple measuring objects for simultaneous measurement. External size: W28.4 x H16.5 x D32mm (excluding belt) Case weight: 22g Color: Black [intellectual property] Based on the gyro drift compensation patent, 24 related patents have already been acquired in Japan and overseas [Major facilities and equipment] Sensor development equipment (sensors for degrees, angular velocity, direction, temperature, and many others); software development equipment (Visual Studio 2002–2010, Unity Linux, and so on); many desktop and laptop computers, smartphones, tablet computers (Windows, Android, etc.).

[Product description] The chassis houses the ultra-miniature 3D motion sensor, a Bluetooth unit (version 2.1 plus EDR / Bluetooth4.0), and a rechargeable lithium ion battery. This makes it possible to send data continuously from the 24/20/17-axis sensor to a distance up to 100-10 meters away. The data can be received automatically by a computer with our U-BRAIN DSM (middleware) installed, and the data can be processed using a compatible application on the computer. Our measurement software can also automatically handle multiple readings from multiple motion sensor modules. For example, you can put multiple modules all over a single measuring object, or put a single module on multiple measuring objects for simultaneous measurement. External size: W24.5 x H15 x D82.5mm (excluding switch) Weight: 21g Color: Black [intellectual property] Based on the gyro drift compensation patent, 24 related patents have already been acquired in Japan and overseas [Major facilities and equipment] Sensor development equipment (sensors for degrees, angular velocity, direction, temperature, and many others); software development equipment (Visual Studio 2002–2010, Unity Linux, and so on); many desktop and laptop computers, smartphones, tablet computers (Windows, Android, etc.).

[Product description] The chassis houses the ultra-miniature 3D motion sensor, a Bluetooth unit (version 2.1 plus EDR / Bluetooth4.0), and a rechargeable lithium ion battery. This makes it possible to send data continuously from the 24/20/17-axis sensor to a distance up to 100-10 meters away. The data can be received automatically by a computer with our U-BRAIN DSM (middleware) installed, and the data can be processed using a compatible application on the computer. Our measurement software can also automatically handle multiple readings from multiple motion sensor modules. For example, you can put multiple modules all over a single measuring object, or put a single module on multiple measuring objects for simultaneous measurement. [intellectual property] Based on the gyro drift compensation patent, 24 related patents have already been acquired in Japan and overseas [Major facilities and equipment] Sensor development equipment (sensors for degrees, angular velocity, direction, temperature, and many others); software development equipment (Visual Studio 2002–2010, Unity Linux, and so on); many desktop and laptop computers, smartphones, tablet computers (Windows, Android, etc.).

[Product description] To make it easier for you to experience the sensor functions, we have prepared a simple package "IoT Development Sensor Box" that includes a battery box and a Bluetooth unit. Just set the battery and turn on the power. Real-time sensor data can be acquired by starting the middleware “DSM” on the PC. Equipped with the world's highest 24-axis IoT robot sensor "U-BRAIN RS-01v2" and acquired data of (Gyro 3, Barometric pressure 1, Acceleration 6, Geomagnetism 3, Light 1, Sound 1, Temperature 3, Humidity 1, Touch5) can. Use the PC middleware “U-BRAIN DSM RS-01v2” for data acquisition of this unit. [intellectual property] Based on the gyro drift compensation patent, 24 related patents have already been acquired in Japan and overseas [Major facilities and equipment] Sensor development equipment (sensors for degrees, angular velocity, direction, temperature, and many others); software development equipment (Visual Studio 2002–2010, Unity Linux, and so on); many desktop and laptop computers, smartphones, tablet computers (Windows, Android, etc.).

[Product description] This product is development middleware for U-BRAIN RS-01v2. When this middleware is installed on a PC and sensor data is received from U-BRAIN RS-01v2, it becomes possible to operate the corresponding application. The U-BRAIN RS-01v2's Bluetooth on the sending side and the Bluetooth on the receiving side such as a PC are automatically connected to enable motion measurement of the target object. This middleware can also support motion measurement with multiple U-BRAIN RS-01v2. For example, attaching U-BRAIN RS-01v2 to various parts of the same measurement object and performing measurements, or attaching U-BRAIN RS-01v2 to multiple measurement objects and performing measurements simultaneously Is possible. [Maximum total number of connections] Up to 7 unit U-BRAIN RS-01v2 / MS8v2 / RS-01 can be measured [Supported OS] Windows 10 / 8.1 / 8.0 / 7 / Vista / XP [intellectual property] Based on the gyro drift compensation patent, 24 related patents have already been acquired in Japan and overseas [Major facilities and equipment] Sensor development equipment (sensors for degrees, angular velocity, direction, temperature, and many others); software development equipment (Visual Studio 2002–2010, Unity Linux, and so on); many desktop and laptop computers, smartphones, tablet computers (Windows, Android, etc.).

[Product description] Showing information on a conventional mobile device has limits. You have to move the menu with a button, or zoom out the image to the size of the display, for example. Our intelligent sensor system solves this problem by fixing the screen on the other side of the display, and moving the display window across the screen. This method enables viewing of a very large screen such as a 2000-inch screen with a 2-inch display. This technology was made possible with a position sensor and a posture sensor inside the small display. The sensors detect changes in the position and inclination of the mobile device, and link the display’s movements with the image on the display window. This makes operation intuitive. [Authorization/Certification] Strategic Core Technology Advancement Program approval by the Small and Medium Enterprise Agency (2011); Tokyo Trial Ordering Authorization Product certification (2012). [Major facilities and equipment] Sensor development equipment (sensors for degrees, angular velocity, direction, temperature, and many others); software development equipment (Visual Studio 2002–2010, Unity Linux, and so on); many desktop and laptop computers, smartphones, tablet computers (Windows, Android, etc.).

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