A new design on a multi - purpose trolley chair to support patients’ care process
1 Hanoi University of Mining and Geology, Hanoi, Vietnam
- Keywords: Disabled person, Patient, SAP2000, Stress, Trolley.
- Received: 9th-Jan-2023
- Revised: 3rd-Apr-2023
- Accepted: 28th-Apr-2023
- Online: 30th-Apr-2023
- Section: Electro-Mechanics
Wheelchairs, trolley chairs, and potty chairs are essential for people with disabilities, patients, and elderly. These forms of equipments are specially designed to support specific needs of their users, such as moving, bathing, and resting, etc. Since the function of equipment is limitted, patients with multiple problems may need more than one single equipment to be properly supported, which make the caring processes more complicated because patients have to be transferred between equipment, also increase the cost on equipment. This paper presents a new design on a multi-purpose trolley chair to better support patient’s life. Multi-purpose trolley chair can be used as a lifting and transfering equipment, or supporting devices for moving, bathing of patients and elderly. The seat on multi-purpose trolley chair is seprated into 2 pieces and can be adjusted by a smart-locking system, the chair back can be flexibility rotated back and front, and the whole seating set is installed on a mechanic lifting mechanism to better fit and comfort patients with different sitting modes to satisfies required medical treatment positions or easier moving, Moreover, this device can be placed in the bedroom as a regular toilet seat, helping patients avoid having to travel far when they are alone. Combining with the use of computational software for structural analysis, such as NX and SAP2000, to optimize the design, the calculation and design process can be done quickly with the aim of reducing the weight of the vehicle while ensuring durability, rigidity, and safety during operation. Conducting this research is an initial basis to quickly bring the versatile patient care wheelchair product into practice.
Đỗ Q. T. (2011). Thiết kế tự động kết cấu thép nhà công nghiệp bằng phần mềm SAP2000 V10, Tạp chí Khoa học Công nghệ Hàng hải, Số 27, 66 - 70.
Mohammed, M. N., Khrit, N. G., Abdelgnei, M. A., Abubaker, E. S., Muftah, A. F., Omar, M. Z., and Salleh, M. S. (2012). A new design of multi-functional portable patient bed. Jurnal Teknologi (Sciences and Engineering), 59, 61 - 66.
Nguyễn Đ. Đ., Đào N. M. (2011). Sức bền vật liệu và kết cấu, Nhà xuất bản Khoa học kỹ thuật, 215 trang.
Trần H. N., Vũ T. A., Nguyễn Q. C. (2019). Tối ưu trọng lượng khung thép cột đặc dàn vì kèo sử dụng thuật toán tiến hóa vi phân. Tạp chí Khoa học Công nghệ Xây dựng (KHCNXD)-ĐHXDHN, 13(5V), 55-64.
Tuệ V. (2020). Phát triển công nghiệp trang thiết bị y tế sản xuất trong nước. https:// baochinhphu.vn/print/phat - trien - cong - nghiep - trang - thiet - bi - y - te - san - xuat - trong - nuoc - 102276530.htm.
Võ T. Q., Phan P. T., Trương T. T., Võ T. R., Phạm Q. D. (2018). Nghiên cứu thiết kế giường đa năng có chức năng phòng ngừa và điều trị cho bệnh nhân. Tạp chí khoa học công nghệ, Số 33, 45 - 48.