Hoverboard Inbase مريض هوا معطل ڪرڻ by Gerhard Maier - Hoverboard GmbH.

Hoverboard Inbase مريض هوا معطل ڪرڻ by Gerhard Maier - Hoverboard GmbH. is a highly esteemed winner of the very prestigious 2020 A' Design Award لوهه انعام in طبي آلات ۽ طبي سامان ڊيزائن Competition Category.

لوههطبي پراڊڪٽ· 2020

Hoverboard Inbase مريض هوا معطل ڪرڻ

by Gerhard Maier - Hoverboard GmbH.

Client: Hoverboard GmbH.

A' Design Award لوهه انعام Winner in طبي پراڊڪٽ Category

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Visit Site View at A' Design Award Press Release Award Badge

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The Design

About Hoverboard Inbase مريض هوا معطل ڪرڻ

هورورڊ بورڊ انبيس هڪ گڏيل ايئر اسپينس لڳل اسٽينر سپورٽ آهي گڏيل مربوط نيوميٽڪ اونچائي ايڊجسٽمينٽ ۽ بعد واري حرڪت واري ڊوائيس سان. فنڪشن ، استحڪام ، نن heightي قد ، سادو هٿ ڪرڻ ، حفاظت ، قانوني معيار ۽ پائيداري جي ضرورتن کي پورو ڪرڻ لاءِ ، انتهائي مستحڪم مواد پيدا ڪرڻ ضروري آهي پر ظاهري طور تي هلڪو وزن جي اڏاوت. فارم کي ڪم جي پيروي ڪرڻ آهي ، پر آسان سمجهي.

The Recognition

About the A' Design Award لوهه انعام

Hoverboard Inbase مريض هوا معطل ڪرڻ A' Design Award لوهه انعام جو کٽيندڙ آهي، معزز اعتراف جيڪو انهن سٺين ڊيزائنن کي ڏنو وڃي ٿو جيڪي چڱيءَ طرح ڊزائين ڪيل تخليقن کان متوقع پيشه ورانه ۽ صنعتي گهرجون پوريون ڪن ٿيون. لوهه جا کٽيندڙ پنهنجي خالقن جي وڏي مهارت، اعليٰ ماهري، ماهرانه سمجھ ۽ تخليقي صلاحيت ڏيکارين ٿا. Hoverboard Inbase مريض هوا معطل ڪرڻ کان اميد ڪئي وڃي ٿي ته اهو هڪ تمام گهڻو قدر ڪيل، ساراهيل ۽ پياري تخليق هوندو جيڪو عملي ۽ جدت وارو آهي. هي ڊيزائن جنهن A' Design Award لوهه انعام کٽيو آهي، صنعت جا بهترين طريقا گڏ ڪري ٿو ۽ علم ۽ صلاحيت سان ڳنڍيل قابل ٽيڪنيڪل خاصيتون رکي ٿو. Hoverboard Inbase مريض هوا معطل ڪرڻ جي سنجيدگيءَ ڪري عزت ڪئي وڃي ٿي ۽ اهو زندگيءَ جي معيار ۾ بهتري آڻڻ لاءِ ٺاهيل آهي جيڪا دنيا کي بهتر جڳهه بڻائڻ ۾ مدد ڪري ٿي.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Hoverboard Inbase

is a unique airsuspended stretcher support with integrated pneumatic height adjustment and lateral movement device.

A new dimension in protecting patients and medical staff in ambulances.

Hoverboard - Premium ambulance technology
Dimensions & Packaging: L2183 x W606 x H155 mm.
Weight 126 kg
Tags: Hoverboard, air suspension, stretcher support, emergency medical service, ambulance
Production Technology: Stainless steel 1.4301.
Laser cutting, robot welding.
Premium materials.
Design Challenge: According to EN 1789 and ECE R17, the whole Hoverboard Inbase must resist to 20g.
Successfully tested by DEKRA Germany.
Research: Research in emergency medicine.

Objectives: Protecting patients in transport, ergonomics for physician and paramedics.

Methods: Lab experiments and field test runs with various ambulances.

Results:
Patients feel better and stay in better condition.
Less aggravation of their injuries.
Medical staff can work in upright posture.
This means a significant relief for their spine.
Inspiration: Patients worldwide are still being transported in ambulances straight above the rear axle of a delivery vehicle, suffering additional and unnecessary pain from road bumps.

Besides, this causes enormous medical expenses for the aggravation of their injuries during the ride in the ambulance.

Hoverboard Inbase insulates patients from impacts by an efficient air suspension, that absorbs up to 80 percent of the incoming acceleration by strokes from uneven roads.

All automatic and self adjusting to patients weight.
Project Duration: Project started in September 2017 in Mils/Austria.
Market release in May 2019 at RETTMobil in Fulda/Germany
Operation Flow: Operation:
Just slide in the stretcher.
The moment it locks, the Hoverboard adjusts automatically
to the patients weight and lifts gently to the level for optimal riding comfort.

Loading and unloading:
When unlocking the stretcher, the Hoverboard lowers automatically for easy loading and unloading.

Hence the patient only has to be slided, but never be raised manually.

Pneumatic lateral movement device:
Pressing one of the pushbuttons (front or backside) unlocks the cross motion device.
As long as you press, you can move the Hoverboard sideways in 8 positions, each 32 mm.

Releasing the button locks the Hoverboard in the nearest position.

Rigid position (e.g. for reanimation):
Pressing the blue main switch quickly lowers the Hoverboard to lowest, rigid position.

Pressing the red switch quickly lifts the Hoverboard to highest, rigid position.
Patents: HOVERBOARD is a registered european Trade Mark of Gerhard Maier.
Team Members: Gerhard Maier
Image Credits: All rights by Gerhard Maier, Hoverboard GmbH.