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PBL : How to live long and healthy in Health Promotion House

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HWANGTAEYONG

* Kookmin University in Korea, Taipei University in Taiwan, and Osaka University of Technology, worked together on a project to solve problems proposed by OSAKA GAS. * ??? ?????, ??? ???? ?????, ??? ????? 3?? ??? ???? OSAKA GAS ???? ??? ??? ???? ????? ??????. - Design Thinking - Osaka Gas company

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How to live long and healthy in Health Promotion House? Healthy, Longevity, Wellness House Osaka Gas Team Youjin Iris Yuto Makiko Paul Jenny Dana Harry Danny KMU NTUT OIT OIT NTUT NTUT KMU KMU KMU Spatial Design Industrial Design System Design System Design Mechatronics Electronic Engineering Mechanical Engineering Data Science Sports Education P B L 19. 07. 04 - 08. 22
HELLO House Healthy Longevity Life with Energy generating Youjin Iris Yuto Makiko Paul Jenny Dana Harry Danny KMU NTUT OIT OIT NTUT NTUT KMU KMU KMU Spatial Design Industrial Design System Design System Design Mechatronics Electronic Engineering Mechanical Engineering Data Science Sports Education
Contents 1. Backgroud 4. Function 2. Concept 3. Design 5. Expectation - Who are we design for? - SDGs - Stairs considering for safety and activity - Handle for physical sensor - Application - Hello house - Floor Plan - Flexibility of House
Background - Who are we designing for? - Why are we designing? - How are we going to design?
Who are we designing for? By rapid demographic changes, also the tendency of older people are changing. We defined them as ｀Active Ager¨. They are denying their aging and weakness. They constantly find the wats to live healthier, more beautiful lives. Accordingly, we researched their symptoms that appear gradually in people over their 50s and the activities necessary to prevent them. In 2030, people in 50s and older are no longer senior citizens. They are ｀Active Agers¨ Population Ratio August 1, 2019 (Provisional estimates) Total Population : 126,230,000 59% 12% 5% 10% 14% ~ 14 : 12% 15 ~ 64 : 59% 75 ~ 84 : 10% 85 ~ : 5% 65 ~ 72 : 14%
Why are we going to design? Sustainable Development Goals No Poverty Zero Hunger Quality Education Gender Equality Clean Water Sanitation Good Health Well-Being Climate Action Life Below Water Peace Justice Strong Institutions Partnership for the goals Life on Land Affortable & Clean Energy Decent Work & Economic Growth Reduced Inequalities Sustainable Cities & Communicatio Responsible Consumption & Production Industry Innovation & Infrastruction 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
How are we going to design? Sustainable Development Goals No Poverty Zero Hunger Quality Education Gender Equality Clean Water Sanitation Good Health Well-Being Climate Action Life Below Water Peace Justice Strong Institutions Partnership for the goals Life on Land Affortable & Clean Energy Decent Work & Economic Growth Reduced Inequalities Sustainable Cities & Communicatio Responsible Consumption & Production Industry Innovation & Infrastruction 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
Kの弊旗の廖まいの吭 0 10 20 30 40 50 60 70 80 90 100 ( % ) 11 2.3 72 9 1.7 3.4 肖したい 恷除肖した 書、廖んでいる社に廖みAけたい 書、廖んでいる社に廖みAけるために(肖を育わない)リフォ`ムをした その麿 o指基 Y創:坪w軒仝Kの弊旗の吭Rにvする{法(峠撹24定) 　　 鵑蓮孅才22定から孅才24定に伏まれた槻溺
Concept Healthy Energy generating Longevity Life with Osaka Gas Company
HELLO House Healthy Longevity Life with Energy generating CONCEPT.
HELLO House People can be Healthy People can generate Energy By vertical movement up the stairs, We can diagnose and control their body conditions, by using Application. By doing gardening activity, 1 step 7W LED / 30sec. 7W LED / 30sec. Longevity Longevity Life with Osaka Gas Company CONCEPT.
CONCEPT. House Structure Sensor App. Physical Diagnosis Stair Wall Door Handle Application Body Weight Blood Pressure Body Temperature Heart Rate
CONCEPT. House Structure Sensor App. Generate Energy Stair Wall Door Light Energy
Design 1st 2nd Garden Hallway 3.11m? 3.3 1 2 9.9 2.24 1.45 2 2.1 1.4 1.4 3.3 4.2 4.35 0.9 3.45 Room1 13.86 m? Balcony 8.91 m? Room2 14.35 m? Enterance 2 m? Kitchen 6.93 m? Dinig Room 6.6 m? Toilet 1.45 m? Bath Room 4.48 m? Laundry Room 2.24 m? Living Room 35.21 m? We focused on how active ager could exercise in everyday life. We designed the house to use flex- ible to be suitable for exercise by utilizing the rooms of common houses such as gardens, stairs and tatami room.
DESIGN. 1st 2nd Garden Living Room 35.21 m? Laundry Room 2.24 m? Bath Room 4.48 m? Dinig Room 6.6 m? Kitchen 6.93 m? Enterance 2 m? Hallway 3.11m? Toilet 1.45 m? Balcony 8.91 m? Room1 13.86 m? Room2 14.35 m? 3.3 1 2 9.9 2.24 1.45 2 2.1 1.4 1.4 3.3 4.2 4.35 0.9 3.45
DESIGN. Floor Plan 1st Floor Floor Area 2nd Floor Garden / Enternce: 2m? / Living room: 35.2m? / Kitchen: 6.93m? / Dining room: 6.6m? / Bathroom: 4.48m? / Hallway: 3.11m? / Laundry: 2.24m? / Toilet: 1.45m? : 65.34m? : 106.92m? : 106.92m? / Room1: 13.86m? / Room2: 14.35m? / Balcony: 8.91m? / Hallway: 3.3m?
DESIGN.
Flexible Rooms depending by users The rooms in the house we designed are not settled by designer. The user could renovate a space for themselves. Compared to the first floor, which has necessary rooms, the second floor is a private space. Considering every user have different lifestyle, users can renovate the rooms for various ways to utilize the space.
Flexible Rooms depending by users
Flexible Rooms depending by users By having wheel on the ceiling, we can make sliding doors that can also worked as a wall. Each side has diffent materials so that we can utilize by the uses for the rooms.
The idea that we came up with is making an aging house. It means that a home for middle-aged people also can be a home for older people. The home will be adapted to the user. by making a condition that allows them to move easily in their daily lives, We can motivate residents to exercise. Function
FUNCTION. House Structure Sensor App. Physical Diagnosis Generate Energy Stair Wall Door Handle Application Blood Pressure Heart Rate Body Temperature Kinetic Energy -Light Energy
Stairs considering activity and safety As over 50s get older, their walking distance varies depending on your physical changes. Therefore, stairs were designed to enhance safety with the function of health. We installed stairs for efficienty of space using and more movement in user¨s daily lives.
Stairs considering activity and safety 40.7＜ 3000 3500 5000 30＜ Depending on the user's physical changes, the user can use the stairs in two ways. Original Stair Upper Stair 14 Stairs Size: 100*25*21.5 (cm) Degree: 40.7＜ 17 Stairs Size: 100*25*17.5 (cm) Degree: 30＜
Stairs considering activity and safety 1 step 7W LED / 30sec. Therefore, 1foorstep makes about 7watt of light so that 14steps can make 90watt of light energy. We have LED sensor on stair that is working by converted light energy. We installed the system that kinetic energy converted into light energy.
Stairs considering activity and safety
Stairs considering activity and safety When the users use this stair, kinetic energy generates. We installed the system that kinetic energy converted into light energy. By generated energy, Led Seonsor worked at night so that user can move more safe.
1. Reducing pressure to the knee 2. Stabilizing the body when the elderly are climbing 3. Diagnosing the body condition Handle diagnosing physical conditions We installed handle sensor to diagnose physical conditions. While the users are going up, users can used this sensor and can check by smartphone application. Advantage of Handle Heart Rate Body Temperature Blood Pressure
Application for diagnose and prevent personal physical conditions OSAKA GAS Many elderly people don¨t like to go to the hospital. But even the small data on the body can be a great help to the elderly people. How can we check the elderly¨s health data more conveniently? Osaka Gas Health Care Application All the information recognized by sensor interlocked with this application.
To stay healthy, a steady diagnosis and management is needed. Application for diagnose and prevent personal physical conditions Body Temperature Blood Pressure Body Weight Heart Rate OSAKA GAS OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE BODY WEIGHT HEIGHT CM KGWEIGHT 180 75 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE HEART RATE bpm110 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE SYS mmHg110 mmHgDIA 70 bpmPUL 85 BLOOD PRESSURE BODY TEMPERATURE OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE 36.5 BODY TEMPERATURE
Application for diagnose and prevent personal physical conditions Body Temperature Blood Pressure Body Weight Heart Rate OSAKA GAS OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE BODY WEIGHT HEIGHT CM KGWEIGHT 180 75 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE HEART RATE bpm110 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE SYS mmHg110 mmHgDIA 70 bpmPUL 85 BLOOD PRESSURE BODY TEMPERATURE OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE 36.5 BODY TEMPERATURE In the case of high blood pressure, which most elderly people suffer from, the weight and blood pressure should be continuously measured.
Electricity Sensor Emergency Service OSAKA GAS W1800 ELECTRICITY OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE EMERGENCY OSAKA GAS OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE 119 The amount of energy accumulated through energy generators can also be seen. It is easy to make emergency calls using the application.
Expectation The effect that we're expecting is that we don't have to move beyond 50. This eliminates the inconvenience of adapting to a new home and is responsible for the rest of your life. In addition, multi-layered houses are availa- ble in a three-dimensional way.
Thank you.

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PBL : How to live long and healthy in Health Promotion House

  • 1. How to live long and healthy in Health Promotion House? Healthy, Longevity, Wellness House Osaka Gas Team Youjin Iris Yuto Makiko Paul Jenny Dana Harry Danny KMU NTUT OIT OIT NTUT NTUT KMU KMU KMU Spatial Design Industrial Design System Design System Design Mechatronics Electronic Engineering Mechanical Engineering Data Science Sports Education P B L 19. 07. 04 - 08. 22
  • 2. HELLO House Healthy Longevity Life with Energy generating Youjin Iris Yuto Makiko Paul Jenny Dana Harry Danny KMU NTUT OIT OIT NTUT NTUT KMU KMU KMU Spatial Design Industrial Design System Design System Design Mechatronics Electronic Engineering Mechanical Engineering Data Science Sports Education
  • 3. Contents 1. Backgroud 4. Function 2. Concept 3. Design 5. Expectation - Who are we design for? - SDGs - Stairs considering for safety and activity - Handle for physical sensor - Application - Hello house - Floor Plan - Flexibility of House
  • 4. Background - Who are we designing for? - Why are we designing? - How are we going to design?
  • 5. Who are we designing for? By rapid demographic changes, also the tendency of older people are changing. We defined them as ｀Active Ager¨. They are denying their aging and weakness. They constantly find the wats to live healthier, more beautiful lives. Accordingly, we researched their symptoms that appear gradually in people over their 50s and the activities necessary to prevent them. In 2030, people in 50s and older are no longer senior citizens. They are ｀Active Agers¨ Population Ratio August 1, 2019 (Provisional estimates) Total Population : 126,230,000 59% 12% 5% 10% 14% ~ 14 : 12% 15 ~ 64 : 59% 75 ~ 84 : 10% 85 ~ : 5% 65 ~ 72 : 14%
  • 6. Why are we going to design? Sustainable Development Goals No Poverty Zero Hunger Quality Education Gender Equality Clean Water Sanitation Good Health Well-Being Climate Action Life Below Water Peace Justice Strong Institutions Partnership for the goals Life on Land Affortable & Clean Energy Decent Work & Economic Growth Reduced Inequalities Sustainable Cities & Communicatio Responsible Consumption & Production Industry Innovation & Infrastruction 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
  • 7. How are we going to design? Sustainable Development Goals No Poverty Zero Hunger Quality Education Gender Equality Clean Water Sanitation Good Health Well-Being Climate Action Life Below Water Peace Justice Strong Institutions Partnership for the goals Life on Land Affortable & Clean Energy Decent Work & Economic Growth Reduced Inequalities Sustainable Cities & Communicatio Responsible Consumption & Production Industry Innovation & Infrastruction 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
  • 8. Kの弊旗の廖まいの吭 0 10 20 30 40 50 60 70 80 90 100 ( % ) 11 2.3 72 9 1.7 3.4 肖したい 恷除肖した 書、廖んでいる社に廖みAけたい 書、廖んでいる社に廖みAけるために(肖を育わない)リフォ`ムをした その麿 o指基 Y創:坪w軒仝Kの弊旗の吭Rにvする{法(峠撹24定) 　　 鵑蓮孅才22定から孅才24定に伏まれた槻溺
  • 11. HELLO House People can be Healthy People can generate Energy By vertical movement up the stairs, We can diagnose and control their body conditions, by using Application. By doing gardening activity, 1 step 7W LED / 30sec. 7W LED / 30sec. Longevity Longevity Life with Osaka Gas Company CONCEPT.
  • 12. CONCEPT. House Structure Sensor App. Physical Diagnosis Stair Wall Door Handle Application Body Weight Blood Pressure Body Temperature Heart Rate
  • 14. Design 1st 2nd Garden Hallway 3.11m? 3.3 1 2 9.9 2.24 1.45 2 2.1 1.4 1.4 3.3 4.2 4.35 0.9 3.45 Room1 13.86 m? Balcony 8.91 m? Room2 14.35 m? Enterance 2 m? Kitchen 6.93 m? Dinig Room 6.6 m? Toilet 1.45 m? Bath Room 4.48 m? Laundry Room 2.24 m? Living Room 35.21 m? We focused on how active ager could exercise in everyday life. We designed the house to use flex- ible to be suitable for exercise by utilizing the rooms of common houses such as gardens, stairs and tatami room.
  • 15. DESIGN. 1st 2nd Garden Living Room 35.21 m? Laundry Room 2.24 m? Bath Room 4.48 m? Dinig Room 6.6 m? Kitchen 6.93 m? Enterance 2 m? Hallway 3.11m? Toilet 1.45 m? Balcony 8.91 m? Room1 13.86 m? Room2 14.35 m? 3.3 1 2 9.9 2.24 1.45 2 2.1 1.4 1.4 3.3 4.2 4.35 0.9 3.45
  • 16. DESIGN. Floor Plan 1st Floor Floor Area 2nd Floor Garden / Enternce: 2m? / Living room: 35.2m? / Kitchen: 6.93m? / Dining room: 6.6m? / Bathroom: 4.48m? / Hallway: 3.11m? / Laundry: 2.24m? / Toilet: 1.45m? : 65.34m? : 106.92m? : 106.92m? / Room1: 13.86m? / Room2: 14.35m? / Balcony: 8.91m? / Hallway: 3.3m?
  • 18. Flexible Rooms depending by users The rooms in the house we designed are not settled by designer. The user could renovate a space for themselves. Compared to the first floor, which has necessary rooms, the second floor is a private space. Considering every user have different lifestyle, users can renovate the rooms for various ways to utilize the space.
  • 20. Flexible Rooms depending by users By having wheel on the ceiling, we can make sliding doors that can also worked as a wall. Each side has diffent materials so that we can utilize by the uses for the rooms.
  • 21. The idea that we came up with is making an aging house. It means that a home for middle-aged people also can be a home for older people. The home will be adapted to the user. by making a condition that allows them to move easily in their daily lives, We can motivate residents to exercise. Function
  • 22. FUNCTION. House Structure Sensor App. Physical Diagnosis Generate Energy Stair Wall Door Handle Application Blood Pressure Heart Rate Body Temperature Kinetic Energy -Light Energy
  • 23. Stairs considering activity and safety As over 50s get older, their walking distance varies depending on your physical changes. Therefore, stairs were designed to enhance safety with the function of health. We installed stairs for efficienty of space using and more movement in user¨s daily lives.
  • 24. Stairs considering activity and safety 40.7＜ 3000 3500 5000 30＜ Depending on the user's physical changes, the user can use the stairs in two ways. Original Stair Upper Stair 14 Stairs Size: 100*25*21.5 (cm) Degree: 40.7＜ 17 Stairs Size: 100*25*17.5 (cm) Degree: 30＜
  • 25. Stairs considering activity and safety 1 step 7W LED / 30sec. Therefore, 1foorstep makes about 7watt of light so that 14steps can make 90watt of light energy. We have LED sensor on stair that is working by converted light energy. We installed the system that kinetic energy converted into light energy.
  • 27. Stairs considering activity and safety When the users use this stair, kinetic energy generates. We installed the system that kinetic energy converted into light energy. By generated energy, Led Seonsor worked at night so that user can move more safe.
  • 28. 1. Reducing pressure to the knee 2. Stabilizing the body when the elderly are climbing 3. Diagnosing the body condition Handle diagnosing physical conditions We installed handle sensor to diagnose physical conditions. While the users are going up, users can used this sensor and can check by smartphone application. Advantage of Handle Heart Rate Body Temperature Blood Pressure
  • 29. Application for diagnose and prevent personal physical conditions OSAKA GAS Many elderly people don¨t like to go to the hospital. But even the small data on the body can be a great help to the elderly people. How can we check the elderly¨s health data more conveniently? Osaka Gas Health Care Application All the information recognized by sensor interlocked with this application.
  • 30. To stay healthy, a steady diagnosis and management is needed. Application for diagnose and prevent personal physical conditions Body Temperature Blood Pressure Body Weight Heart Rate OSAKA GAS OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE BODY WEIGHT HEIGHT CM KGWEIGHT 180 75 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE HEART RATE bpm110 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE SYS mmHg110 mmHgDIA 70 bpmPUL 85 BLOOD PRESSURE BODY TEMPERATURE OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE 36.5 BODY TEMPERATURE
  • 31. Application for diagnose and prevent personal physical conditions Body Temperature Blood Pressure Body Weight Heart Rate OSAKA GAS OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE BODY WEIGHT HEIGHT CM KGWEIGHT 180 75 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE HEART RATE bpm110 OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE SYS mmHg110 mmHgDIA 70 bpmPUL 85 BLOOD PRESSURE BODY TEMPERATURE OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE 36.5 BODY TEMPERATURE In the case of high blood pressure, which most elderly people suffer from, the weight and blood pressure should be continuously measured.
  • 32. Electricity Sensor Emergency Service OSAKA GAS W1800 ELECTRICITY OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE EMERGENCY OSAKA GAS OSAKA GAS BODY WEIGHT MAIN INTERFACE HEART RATE BLOOD PRESSURE BODY TEMPERATURE 119 The amount of energy accumulated through energy generators can also be seen. It is easy to make emergency calls using the application.
  • 33. Expectation The effect that we're expecting is that we don't have to move beyond 50. This eliminates the inconvenience of adapting to a new home and is responsible for the rest of your life. In addition, multi-layered houses are availa- ble in a three-dimensional way.