This #patent (US010071643) by Emerging Automotive (cited 264 times) enables the user to track the status of their #EVs auxiliary #battery and notifies them with the list of nearby charge units so that they can plan their journey accordingly.
https://t.co/CtedO0A7zO
2/2
#Battery performance monitoring is critical for understanding its cell capacity, lifetime and reliability. This patent (cited 222 times) proposes a novel method to analyse the usage environment and operating conditions of a battery to enhance its performance.
#EV#energy
#EV components such as motors and air conditioning systems dissipate a lot of heat during vehicle's operation. Can this heat be recaptured to be used efficiently? For example to regulate battery temperature.
This #patent by Thunder Power cited over 41 times tries to explore.
@cloutplatforms Possibly, in near future this is not something #EV drivers have to worry about as we embrace #wireless#charging
https://t.co/3g32RHHrTl
@checkfit Range anxiety, lack of charging infrastructure, upfront cost.
Though the solutions seem within reach as #EV companies race to innovate and tackle these challenges.
You can stay upto date with #EV innovations here.
https://t.co/Preh4e9ij4
@ResearcherLife_ Patent literature stays relatively unexplored due to overwhelming volume of data. @fastscience_tv is changing that by publishing interactive patent summaries for researchers and students.
#content#discovery for #patents.
https://t.co/tc43pHAtsR
How can we minimise electricity costs while charging #EVs?
This popular #patent (cited 181 times) shares some interesting insights about scheduling delayed charging and using a combustion engine to charge #EV battery when levels are critically low.
https://t.co/fPby5GlCa3
Why can't all #EVs be rapidly charged?
Rapid charging heats up the battery and reduces battery life.
This #patent by Lightening Energy (cited 75 times) proposes a rapid charging method which limits #battery overheating using coolant #technology.
https://t.co/uS4hzWooPP
Would you buy an #EV which charges itself without you ever stepping out of it?
This popular #patent (cited 99 times) by @Proterra Inc. proposes a novel method to charge an electric bus using an adaptable overhead charging station.
https://t.co/wDgHgj0O39
Gloves act as a barrier and degrade touch sensor's ability to capture multiple inputs. This #patent by @Apple proposes a method to detect touch with barriers (like gloves) and can be especially useful for healthcare workers.
https://t.co/k3nLBplSof
#apple#engineering
In this #patent, Samsung discloses techniques for viewing events in the real world along with #VR content. Physical harm or external risks can be quickly identified and presented on the VR device without interrupting the VR experience.
https://t.co/QT5shHFVxo
@Apple has proposed a charging pad on which multiple devices can be placed at the same time. This #patent shows how transmitter coils are layered on top of each other to generate a wider magnetic flux to charge multiple devices.
https://t.co/2CvNe1b0Mm
#apple#engineering
@Apple may be interested in building a #touch#stylus featuring capacitive touch, magnetic coupling, wireless charging and wireless communication with the device.
In this #patent summary, we break down the proposed stylus.
https://t.co/AzkHxFuuwU
A connected #IoT oven can stream live video of the food being cooked right to your #mobile device. Read more in this #patent granted to @fluidquiptech.
https://t.co/pmvhOFx87a
Do you know that naturally occurring compounds like Menthol, Linalool and Icilin can prevent neuronal damage from brain trauma safely and without side-effects? Read this #patent granted to @NestecInc to learn more.
https://t.co/yZIDM8XrPl