Battery hazard recalls

The recalled toys violate the mandatory safety standard for children's toys because the toy contains button cell batteries that can be easily accessed by children. If button cell or coin batteries are swallowed, the ingested batteries can cause serious injuries, including internal chemical burns, and death.

The lithium coin batteries are in pouches that are not child-resistant as required under Reese's Law. If a child swallows button cell or coin batteries, the ingested batteries can cause serious injuries, including internal chemical burns and death.

The recalled bicycle lights violate the mandatory standard for consumer products with button cell and coin batteries because they contain button cell batteries that can be accessed easily by children, posing an ingestion hazard. Additionally, the bicycle lights do not have the warnings required under Reese's Law. When button cell or coin batteries are swallowed, the ingested batteries can cause serious injuries, internal chemical burns, and death.

The recalled delivery boxes violate the mandatory standard for consumer products containing button cell and coin batteries because they contain a lithium coin battery that can be easily accessed by children, posing an ingestion hazard. The packaging also does not bear the required warning labels for products containing such batteries as required by Reese's Law. If button cell or coin batteries are swallowed, the ingested batteries can cause serious injuries, including internal chemical burns, and death.

The Montessori toy sets contain an airplane shaped teething toy that has tentacle ends that can pose a choking hazard to young children. The toys also violate the teething toy provision of the mandatory standard for children's toys.

The recalled toys violate the mandatory safety standard for children's toys because the toy contains button cell batteries that can be easily accessed by children. If button cell or coin batteries are swallowed, the ingested batteries can cause serious injuries, including internal chemical burns, and death.

The Pet Vet Playset violates the mandatory standard for toys because the button cell batteries in the nail grinder and otoscope can be easily accessed by children.

The recalled LED lights violate the mandatory standard for consumer products containing button cell or coin batteries because they contain lithium coin batteries that can be accessed easily by children, posing an ingestion hazard. Additionally, the LED lights do not have the warnings as required by Reese's Law. When button cell or coin batteries are swallowed, the ingested batteries can cause serious injuries, internal chemical burns and death.

The recalled carving kits violate the mandatory standard for consumer products with button cell and coin batteries because the button cell batteries in the tea lights can be accessed easily by children, posing an ingestion hazard. Additionally, the product and its packaging do not have the warnings required under Reese's Law. When button cell or coin batteries are swallowed, the ingested batteries can cause serious injuries, internal chemical burns, and death.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

The BIOS battery may deplete faster than initially anticipated during the design phase. When the battery is depleted, the start-up process of the system will be halted, and the system will not start. No user messages are shown before the battery is low on power or depleted.

Insulin pumps that have been dropped, bumped, or experienced physical impact may have damage to internal electrical components, which may cause reduced pump battery life. Since the defect reduces the battery life overall, it shortens the time between low battery alarms and increases the frequency with which the user must insert a new battery. Further, the defect may also deliver the low battery alarm when there is significantly less time before the battery completely runs out, from the expected up to 10-hour buffer the low alert is supposed to signal, leading to device powering down and stopping insulin delivery unexpectedly. Per the firm, a subset of pumps with the defect showed the low alert alarm was delivered ~2.5 hours before the device shut off, however, patient reports indicate the time could be even shorter. Replacing the battery will not resolve this issue and the short battery life and the truncated low battery alert lead time will continue to occur. Early battery depletion could result in power loss and insulin delivery could be interrupted, resulting in under delivery of insulin potentially leading to hyperglycemia and/or DKA.

Insulin pumps that have been dropped, bumped, or experienced physical impact may have damage to internal electrical components, which may cause reduced pump battery life. Since the defect reduces the battery life overall, it shortens the time between low battery alarms and increases the frequency with which the user must insert a new battery. Further, the defect may also deliver the low battery alarm when there is significantly less time before the battery completely runs out, from the expected up to 10-hour buffer the low alert is supposed to signal, leading to device powering down and stopping insulin delivery unexpectedly. Per the firm, a subset of pumps with the defect showed the low alert alarm was delivered ~2.5 hours before the device shut off, however, patient reports indicate the time could be even shorter. Replacing the battery will not resolve this issue and the short battery life and the truncated low battery alert lead time will continue to occur. Early battery depletion could result in power loss and insulin delivery could be interrupted, resulting in under delivery of insulin potentially leading to hyperglycemia and/or DKA.