Improve Medical's Company Project: Intelligent Pediatric Blood Collection Workstation (Shenzhen, China)
Improve Medical's Company Project: Intelligent Pediatric Blood Collection Workstation (Shenzhen, China)
Improve Medical's Company Project: Intelligent Pediatric Blood Collection Workstation (Shenzhen, China)
Improve Medical: Shaping the Next-Generation Intelligent Healthcare Experience.
Improve Medical: Shaping the Next-Generation Intelligent Healthcare Experience.
Improve Medical: Shaping the Next-Generation Intelligent Healthcare Experience.
#System Service Design #User Experience Optimization #Product Design #AI #Rhino #Keyshop #ID
#System Service Design #User Experience Optimization #Product Design #AI #Rhino #Keyshop #ID
#System Service Design #User Experience Optimization #Product Design #AI #Rhino #Keyshop #ID
Design positioning
A new intelligent medical pediatric blood collection station that has transitioned from a "biomedical model" to a "biopsychosocial medical model".
Theoretical basis
Venous blood collection in children
Femoral vein puncture
External jugular vein puncture
Median cubital vein or basilic vein for puncture.
Real project field research
Basic research information
Research location: Shenzhen Municipal Children's Hospital
Research time: 9:30 am. - 5:00pm on the weekend
Research methods: non participatory observation, participatory observation, user interview, etc
Area division: visit area, work area and waiting area
Behavior analysis
Group analysis & User interview
User journey map
Problem summary
Core problem
Engineering specification
Project technical basis
#Process: non benchmark stressed structure adopts sheet metal process or common furniture wood splicing process. Avoid complex surface design and die opening.
#Environmental test: the system environmental test shall comply with the provisions of climate environmental test group I, mechanical environmental test group II and table 3 in GB / t14710-2009.
#Transportation vibration test: transportation test and power supply voltage adaptability test shall meet the requirements of chapters 4 and 5 of GB / t14710-2009 respectively.
#Noise level: < = 75db test outside the blood collection area
#Size: including decoration partition and other spaces < = 2m x 2m
#Blood collection window: length> 1.2m, width 45-60cm, height refers to chair height, about 0.75m. The detailed design of blood collection table and chair shall consider the needs of cleaning and disinfection to avoid complex design.
#Area division: polluted area (blood collection area, blood sample storage and temporary storage space for medical waste), semi polluted area (computer, inspection report Office), clean area (storage area for articles without bacteria)
Ergonomics analysis
Scheme deduction
Core design
Lifting design—Meet different age needs
Ergonomic—Product size compliant with Ergonomic
Space design
Core service design nodes
Core views' display
Core system design
Two-seat design—Comfortable leather seat
Two-seat design—Intelligent height adjustment + Comfortable leather seat
Ergonomics—Intelligent transmission system + Layered design
Model making + Live exhibition
This project is a PERSONAL project during the internship in the company. The product was patented in 2020 and produced and sold in 2021. Product patent Publication No. CN306338983S The copyright of the product belongs to the company.
Design positioning
A new intelligent medical pediatric blood collection station that has transitioned from a "biomedical model" to a "biopsychosocial medical model".
Theoretical basis
Venous blood collection in children
Femoral vein puncture
External jugular vein puncture
Median cubital vein or basilic vein for puncture.
Real project field research
Basic research information
Research location: Shenzhen Municipal Children's Hospital
Research time: 9:30 am. - 5:00pm on the weekend
Research methods: non participatory observation, participatory observation, user interview, etc
Area division: visit area, work area and waiting area
Behavior analysis
Group analysis & User interview
User journey map
Problem summary
Core problem
Engineering specification
Project technical basis
#Process: non benchmark stressed structure adopts sheet metal process or common furniture wood splicing process. Avoid complex surface design and die opening.
#Environmental test: the system environmental test shall comply with the provisions of climate environmental test group I, mechanical environmental test group II and table 3 in GB / t14710-2009.
#Transportation vibration test: transportation test and power supply voltage adaptability test shall meet the requirements of chapters 4 and 5 of GB / t14710-2009 respectively.
#Noise level: < = 75db test outside the blood collection area
#Size: including decoration partition and other spaces < = 2m x 2m
#Blood collection window: length> 1.2m, width 45-60cm, height refers to chair height, about 0.75m. The detailed design of blood collection table and chair shall consider the needs of cleaning and disinfection to avoid complex design.
#Area division: polluted area (blood collection area, blood sample storage and temporary storage space for medical waste), semi polluted area (computer, inspection report Office), clean area (storage area for articles without bacteria)
Ergonomics analysis
Scheme deduction
Core design
Lifting design—Meet different age needs
Ergonomic—Product size compliant with Ergonomic
Space design
Core service design nodes
Core views' display
Core system design
Two-seat design—Comfortable leather seat
Two-seat design—Intelligent height adjustment + Comfortable leather seat
Ergonomics—Intelligent transmission system + Layered design
Model making + Live exhibition
This project is a PERSONAL project during the internship in the company. The product was patented in 2020 and produced and sold in 2021. Product patent Publication No. CN306338983S The copyright of the product belongs to the company.
Design positioning
A new intelligent medical pediatric blood collection station that has transitioned from a "biomedical model" to a "biopsychosocial medical model".
Theoretical basis
Venous blood collection in children
Femoral vein puncture
External jugular vein puncture
Median cubital vein or basilic vein for puncture.
Real project field research
Basic research information
Research location: Shenzhen Municipal Children's Hospital
Research time: 9:30 am. - 5:00pm on the weekend
Research methods: non participatory observation, participatory observation, user interview, etc
Area division: visit area, work area and waiting area
Behavior analysis
Group analysis & User interview
User journey map
Problem summary
Core problem
Engineering specification
Project technical basis
#Process: non benchmark stressed structure adopts sheet metal process or common furniture wood splicing process. Avoid complex surface design and die opening.
#Environmental test: the system environmental test shall comply with the provisions of climate environmental test group I, mechanical environmental test group II and table 3 in GB / t14710-2009.
#Transportation vibration test: transportation test and power supply voltage adaptability test shall meet the requirements of chapters 4 and 5 of GB / t14710-2009 respectively.
#Noise level: < = 75db test outside the blood collection area
#Size: including decoration partition and other spaces < = 2m x 2m
#Blood collection window: length> 1.2m, width 45-60cm, height refers to chair height, about 0.75m. The detailed design of blood collection table and chair shall consider the needs of cleaning and disinfection to avoid complex design.
#Area division: polluted area (blood collection area, blood sample storage and temporary storage space for medical waste), semi polluted area (computer, inspection report Office), clean area (storage area for articles without bacteria)
Ergonomics analysis
Scheme deduction
Core design
Lifting design—Meet different age needs
Ergonomic—Product size compliant with Ergonomic
Space design
Core service design nodes
Core views' display
Core system design
Two-seat design—Comfortable leather seat
Two-seat design—Intelligent height adjustment + Comfortable leather seat
Ergonomics—Intelligent transmission system + Layered design
Model making + Live exhibition
This project is a PERSONAL project during the internship in the company. The product was patented in 2020 and produced and sold in 2021. Product patent Publication No. CN306338983S The copyright of the product belongs to the company.