▼△▼Update▼△▼ We have updated the DAQ for the powerful air conveyor ejector.▼△▼△▼△

High-speed air conveyor that does not require a vacuum tank, etc.

The powerful air conveyor, the ejector, is a suction device (pump) that operates as a high-speed air conveyor without the need for a vacuum tank or similar equipment. [Additional Explanation] ◆ The recommended type of ejector varies depending on the type and condition of the material being conveyed. When considering a purchase, please inform us of your requirements using the "Quotation Request Form" in the catalog to avoid any issues. ◆ Due to significant fluctuations in the prices of materials used (such as stainless steel), please request a quote each time. ◆ The number following "JT" generally indicates the diameter of the suction side. (There may be slight discrepancies between the model number and actual size due to differences in size expressions like inches.) ◆ As a guideline for selecting a model, choosing one where the conveyed material is about half to one-third of the diameter can be a good reference. ◆ The ejector is not well-suited for conveying highly viscous materials. ◆ It is not effective for conveying materials that solidify upon gripping, but it can convey such materials if they are mixed with more fluid ones. (Note: Materials with a shake-level viscosity can be conveyed, but mortar solidifies inside and is difficult to clean, so it is not recommended.) Further explanations are available in the basic information section.

• Earth retaining wall/foundation reinforcement
• Earthworks
• Pile and foundation work

Instantly crush soil and sand with high-speed air! It is possible to excavate soil and sand without damaging the target object!

The Air Schop is a device that uses compressed air ejected from a special nozzle to excavate (loosen) hardened soil and debris. It can spray air at high speed from the tip, instantly crushing the debris, allowing for excavation without damaging the target object. 【For the safety of the operator (soil and debris may scatter during operation.)】 ■ During operation, please ensure to wear earplugs and goggles, as well as protective gear for your body. * For facial protection, please wear thick canvas or leather gloves, an apron, or equivalent gear to protect against scattering. ■ You must have basic knowledge of the safe use of air compressors. ■ When connecting compressed air, never point the Air Schop's outlet at a person, look into it, or allow anyone to look into it. (This can cause injury.) ■ Proper use will have no impact on the environment. * For more details, please request materials or view the PDF data available for download.

• Earthworks
• Pile and foundation work
• Drilling Machine

■ FaceMe Security "Visitor Access Management" Key Features and Characteristics < Set Access Periods for Each Visitor > - Individual settings for the dates and times visitors can enter - Optimal access periods can be set according to the visitor's situation, whether for short visits or long stays. < Two Types of Authentication Methods to Accommodate Various Scenarios > ▶ Authentication via IP Camera - Enables authentication from a distance, achieving facial recognition without the need to disembark. ▶ Authentication via Facial Recognition Device (e.g., tablet) - Ideal for entry scenarios such as reception or security posts. Can be flexibly utilized depending on the installation location and operation. - Allows for on-the-spot registration of facial information using the device, enabling smooth responses to sudden visits or unexpected guests. < Real-Time Notifications Supporting Security and Reception Operations > - Real-time notifications of visitor and employee classifications, authorization expiration, and authentication status. - Prevents delays and oversights in verification, balancing the reduction of security staff workload with enhanced security. These features resolve issues arising from visual checks, logbooks, and IC card operations, simultaneously achieving enhanced security and improved efficiency in reception and security operations.

Do you have any concerns or requests regarding wired bed exit sensors? × Tangling or tripping over wired cables × Cable disconnection or damage × Worrying about forgetting to turn the switch back on after temporarily stopping the sensor. × Wanting to be notified of bed exits even from a location far from the nurse call outlet. Such concerns can be resolved simply by connecting our wireless nurse call linked set to the sensor! Our wireless nurse call linked set allows you to connect bed exit sensors like "Ugo-kun," "Foldable Thin Matta-kun," "Ayumi-chan," and "Just Place Pole-kun" to transmitters and receivers, reducing wiring around the bed area, alleviating concerns about tripping or falling due to cables, and contributing to a tidier work environment. Furthermore, it enables the use of bed exit sensors even from locations far from the nurse call outlet, allowing for more flexible equipment placement.

A system for driver terminals has been realized through API integration, promoting the optimization of the delivery process and improvement of services to customers. Seino Information Service Co., Ltd. and Briskola Co., Ltd. announce that they have adopted Briskola's full lifecycle API management product "BAMs Series" for the construction of a system utilizing APIs and the management of API connections with various business applications for driver terminals, aimed at improving delivery efficiency and achieving digitalization of logistics for Seino Transportation Co., Ltd. and transportation groups nationwide. By implementing Briskola's "BAMs Series" for API management in the delivery management system constructed through API integration, we will focus on responding to the expected increase in the number of API calls due to the anticipated increase in terminal numbers, as well as ensuring stable system operation and preventive detection. This will lead to improved operational efficiency for drivers and the provision of high-quality services to customers sending and receiving packages.

In this case study, we have received cooperation from Obayashi Corporation and Sankyu Inc., leaders at the forefront of the construction and logistics industries, to introduce their specific initiatives regarding "early detection of heatstroke risk" and "ensuring worker safety." Additionally, we have published an interview article with Obayashi Corporation, who contributed to the development of "GenVital LTE," as a "development story." As heatstroke risk has become a social issue, we encourage everyone in companies working on improving on-site productivity and safety measures for workers to read this for insights. GRIFFY will continue to contribute to creating safer and more comfortable working environments through DX solutions, including "GenVital LTE." ◾️ Obayashi Corporation (case study) ◾️ Sankyu Inc. (case study) ◾️ Obayashi Corporation (development story) *Please check the link for more details on the article.

We conducted an RTK accuracy verification of the GNSS reference station (Hi-Target Vnet6plus receiver + choke ring antenna) installed at our company building. Generally, with a single-frequency GNSS, once the baseline length exceeds 10 km, it becomes impossible to consider the path through the ionosphere as the same, and the difference in ionospheric delay becomes a significant source of error. By using dual-frequency GNSS, it is possible to correct the delay based on the differences in delay caused by the frequency of the radio waves; however, it is still said to be effective only up to about 10 km. Why is that? We have published the verification results on our blog.