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Cooperative customers: well-known confidential customers
Project Name: Industrial Design of Ultrasonic Host
Design Analysis | Appearance Design | Structural Design | Prototype Production | Accompanying Running Assistance
This ultrasonic host is a device adapted to mobile diagnosis and treatment scenes. Its industrial design revolves around "flexibility of mobile operation and accuracy of image diagnosis". It integrates in-depth adaptation to clinical mobile diagnosis and treatment in form, functional layout and details. It is a design sample integrating "functional rationality" and "scene adaptation" of medical imaging equipment.
1. Design Analysis: Functional Modularization of Mobile Diagnosis and Treatment
As a mobile ultrasound host, the core scenario is multi-department visits, emergency first aid and other mobile diagnosis and treatment, the design of the underlying logic to "mobile process adaptation" as the core:
Layered adaptation of functional modules: the whole machine is divided into four modules: "double-screen display area (main and auxiliary screens), operation control area (key/probe bin), storage extension area (bottom drawer) and mobile support area (wheeled cart)", which is in line with the mobile diagnosis and treatment process of "mobile equipment → deployment of probe → operation diagnosis → storage of data. The dual-screen design takes into account the needs of "medical operation view" and "patient/collaborative physician simultaneous observation", and adapts to the information transmission of multi-scene diagnosis and treatment.
Scene-based expression of materials: the combination of "matte white medical plastic black functional panel metal texture cart" is adopted. White conveys the clean attribute of medical scene, black strengthens the identification of operation area, and metal texture cart ensures the structural stability during movement and adapts to frequently moving diagnosis and treatment scenes.
2. Design Language: Professional and Lightweight Aesthetics of Mobile Health
The design language of this host is based on the keynote of "professional and efficient visual lightness of mobile medical care:
Form of mobile adaptation: the use of "layered cart structure adjustable parts", the main and auxiliary screen can adjust the angle, the operating area height adaptation standing/sitting posture operation, not only to ensure the compactness of the movement, but also can quickly adapt to the operating needs of different diagnosis and treatment environment. The curved transition and rounded corners of the fuselage weaken the bulkiness of large medical equipment and make the movement process more flexible.
The function orientation of color: white and black are the main color, and the dynamic interface with the scientific and technological sense of the screen-the combination of white and black conveys the professional rigor of medical equipment, while the dynamic interface strengthens the attribute of "intelligent image", so that doctors and nurses can quickly perceive the technological advancement of the equipment and enhance the diagnostic trust.
3. Design Details: Implicit Support for Mobile Diagnosis and Treatment
The detailed design revolves around "convenience of mobile operation and equipment safety:
Details of the operation area: the control area is equipped with a "multi-probe warehouse", which can accommodate multiple ultrasonic probes at the same time to avoid loss or damage of the probes when moving. The key adopts "raised design with backlight" to meet the requirements of blind operation in weak light environment such as emergency and improve diagnostic efficiency.
Details of the moving area: the cart is equipped with a "silent universal wheel braking device", which not only ensures flexibility and low noise during movement (avoiding interference with the diagnosis and treatment environment), but also can quickly fix the equipment during diagnosis. The bottom drawer adopts "one-button opening and closing", which is convenient for storing consumables such as couplant and record sheets, and improves the material management efficiency of mobile diagnosis and treatment.
Details of the display area: the main and auxiliary screens all adopt "anti-glare high-definition screens" to adapt to the light conditions of different diagnosis and treatment environments and ensure the clear presentation of ultrasonic images. The adjustable support of the screen adapts to different operating angles of medical care and reduces neck fatigue.
4. ergonomics: comfortable adaptation for mobile operation
Ergonomic design is optimized for "multi-posture operation of mobile diagnosis and treatment:
Operation height adaptation: the height of the operation area and the display area, and the human body posture of "standing patrol" and "sitting posture diagnosis" at the same time, the doctor can complete the operation without greatly adjusting the body, and adapt to the operation requirements of different scenes such as emergency and ward.
Adaptation of operation range: the layout of probe bin, key area and screen follows the "natural extension range of arm". When taking and placing probes and adjusting parameters, doctors and nurses do not need to move their bodies excessively, thus avoiding interference with the diagnosis and treatment environment and improving the continuity of operation.
Conclusion: professional collaboration partner of mobile diagnosis and treatment
The industrial design of this ultrasound host is a symbiotic sample of "scene adaptability" and "diagnostic accuracy" of mobile medical equipment. It takes functional modularity as the skeleton and adapts to the process requirements of mobile diagnosis and treatment. Lightweight design language is used as the texture to transmit the flexible attributes of mobile devices. Detail design is used as the nerve to support the convenience and safety of mobile operation. With human engineering as the blood vessel, it is suitable for multi-posture diagnosis and treatment operation.
With the increasing demand for mobile medical care, this design not only improves the mobile adaptability of ultrasound diagnosis, but also redefines the value of "mobile ultrasound host"-it is no longer an imaging tool for fixed clinics, but a "mobile diagnosis and treatment partner" covering multiple scenes ". This concept of "adapting mobile scenes to design and empowering clinical efficiency with details" also points out the direction for mobile medical device design: only by deeply integrating "rationality of medical function" with "sensibility of scene experience" can we create medical products that really help mobile diagnosis and treatment. SOGOT DESIGN: www.soogot.com