Wireless Charging
Untangling Cordsin theAge ofConnected People
ByOmriLachman
Co-founder&CEO,HUMAVOX
Ikeeprunning intothis notification
My lifeis stacked with these…
 Mostportableelectronic devices arepowercorddependent
 Somestill dependonprimarycells which means replacing batteries
 ...
Frustrated User is a Red Flag
FromAnnoying toShow Stopper
Toomany different
USB interfaces
Toomany cordsper
userin alllife...
• How will we treat ourdevices when not in use (Bed time, traveling, bathing, Etc.)
• How will you charge them? Can you ke...
Retire the Wire
Wireless Charging
Definition(Wiki):
“Inductivecharging(alsoknownas"wirelesscharging")usesanelectromagneticfieldto
transfer...
 Requirescoupling conditions by device placement i.e dependency on user
 Optimum conditions are almost neverarchived
 L...
Usability limits adoptionadaptation
because the worldisn't flat!
It should be for
everyone
Size limitation disables
global standardization
The Executionaffectedby MajorHiccups
Designchargingexperience to fit intoour life
Enablealldevices
Not allis lost…
Wireless Charging impact on #IoT
Thegatekeeperfor
fluentIoT
experience
Remainingbattery
isnolongera
concern
Mobilitywithou...
Case Study: Hearing Instruments
Where IoT meets Healthcare
10MNew
Devices Annually
Replace battery
once every3-6
days
No r...
 SmartEnergyO/Scommunicate with devices undercharge
Wheredoes it allcome togetherto IOT
What dowe dowith it?
 Charging d...
TheFirst Cloud Based Power Database is Available
Brands
seehow frequentlydeviceischarged,
powerlevelintervals(how many
hou...
 Wireless Chargingis the “gatekeeper” of #IoT devices functionality
 It unifies chargingfor multiple devices
 It reduce...
Thankyou!
It AllowsUs toOptimizeLife!
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Wireless Charging for IoT devices

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Humavox wireless charging solution designed to solve many of the usability flaws experienced by users of IoT (Internet of Things) devices mainly short battery life and the numerous power cords. Wireless charging sustains the true vision of IoT: cordless mobility, flexible design and zero concern about remaining battery.

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Wireless Charging for IoT devices

  1. 1. Wireless Charging Untangling Cordsin theAge ofConnected People ByOmriLachman Co-founder&CEO,HUMAVOX
  2. 2. Ikeeprunning intothis notification
  3. 3. My lifeis stacked with these…
  4. 4.  Mostportableelectronic devices arepowercorddependent  Somestill dependonprimarycells which means replacing batteries  With #IoT visionbecoming areality,users topexisting electronics with wearabletech  Each device has differentpowerrequirement andoperatingtime  Mostdevices featureuniqueUSB based powerinterfaceports  Resulting in more cables in our life #IoT is facinga usabilitychallenge
  5. 5. Frustrated User is a Red Flag FromAnnoying toShow Stopper Toomany different USB interfaces Toomany cordsper userin alllife environments Insufficientpower portsin our environment User‘enslaved’and discouraged bybad &inconsistent functionality Devices are becoming toosmall forUSB port Inabilityto trackpower betweendevices
  6. 6. • How will we treat ourdevices when not in use (Bed time, traveling, bathing, Etc.) • How will you charge them? Can you keep track ofbattery life with multiple devices? • Where andhow will you store your,sensors? • Existing charging methods can’t fit in this space • How can we change that? In theAge of #IoT, Power is Not Justfor Charging. Power InterfacingDictates NewUsability Patterns
  7. 7. Retire the Wire
  8. 8. Wireless Charging Definition(Wiki): “Inductivecharging(alsoknownas"wirelesscharging")usesanelectromagneticfieldto transferenergybetweentwoobjects.Thisisusuallydonewithachargingstation.Energyissent throughaninductivecouplingtoanelectricaldevice,whichcanthenusethatenergytocharge batteriesorrunthedevice” Nikola Teslafirstdemonstratedwirelesselectricitytransfer in1891(TeslaEffect) Developmenteffortsgainedspeedaround2007by a varietyof entitiesthatformed standardsbasedonthe above
  9. 9.  Requirescoupling conditions by device placement i.e dependency on user  Optimum conditions are almost neverarchived  Lower efficiency, waste heat -Themain disadvantages of inductivecharging are its lower efficiencyand increased resistive heating in comparison to direct contact  Slower chargingdueto the lower efficiency  Inconvenience– with the device placed on a chargingsurface, theuser can’t interact with it Main Disadvantage:Usability thatLeads to a Chainof flaws
  10. 10. Usability limits adoptionadaptation
  11. 11. because the worldisn't flat!
  12. 12. It should be for everyone
  13. 13. Size limitation disables global standardization
  14. 14. The Executionaffectedby MajorHiccups
  15. 15. Designchargingexperience to fit intoour life
  16. 16. Enablealldevices
  17. 17. Not allis lost…
  18. 18. Wireless Charging impact on #IoT Thegatekeeperfor fluentIoT experience Remainingbattery isnolongera concern Mobilitywithout cords HWDevelopersaccessto aworldofthinner,more flexibledesign(No USB) Learningand improvingHW & SW byanalyzingusability Devicesalways charged
  19. 19. Case Study: Hearing Instruments Where IoT meets Healthcare 10MNew Devices Annually Replace battery once every3-6 days No rechargeable solution
  20. 20.  SmartEnergyO/Scommunicate with devices undercharge Wheredoes it allcome togetherto IOT What dowe dowith it?  Charging datais logged  ExtractingPI (PowerIntelligence) analytics& uploadingto PowerDBcloud  Analyticsmadeaccessible
  21. 21. TheFirst Cloud Based Power Database is Available Brands seehow frequentlydeviceischarged, powerlevelintervals(how many hoursofoperations)atwhatpower consumption,compliance with batteryspec,Etc. Semiconductor measurefunctionalityand efficiencyofICand componentsi.e.PMU User Getreallifestatistics &notifications Battery OEM seebatterycharge profilecompliance, duration,Etc.
  22. 22.  Wireless Chargingis the “gatekeeper” of #IoT devices functionality  It unifies chargingfor multiple devices  It reduces the numberof cords inour lifesubstantially  Itunleashes HWdesign existing constrains (USBPort)  It serves as a guiding cloud layerthat helps the industry &users to improve usability  Improvepower consumption andsupply efficiencywhich prevents waste of energy Summary Finally, it also sustains the truevision of #IoT…..
  23. 23. Thankyou! It AllowsUs toOptimizeLife!
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