A portable safe that includes a lower shell defining an internal cavity and having a cable aperture and a cable end aperture defined on the body of the safe. The lower shell is lockably and translatably coupled to the cover and the safe includes a cable-reel assembly with a retractably extendable cable having a free end. The cable is operably configured to extend a cable length sufficient for the free end to at least partially surround the safe body and be received within the cable end aperture. The safe includes a cable locking position along a cover translation path with the cover and lower shell encapsulating the second cavity and with the free end of the cable longitudinally retained by the cover and/or the lower shell. The safe also includes an article loading position to expose the second cavity.

A vessel having at least one compartment having an open end for receiving objects, a method of constructing such a vessel. The vessel comprises at least two opposing panels defining the at least one compartment there between; at least one flap having a free edge provided on each panel, wherein the flaps on the respective panels are configured for tenting out of the free edge thereof towards the other panel and towards the open end when the vessel is in an opened state for receiving the objects.

A collectable object with a sealed cavity that contains a private key that grants the user access to cryptocurrency saved to an account when the cavity of the sealed object is visibly broken into in order to gain access to the cavity. The object may also have: a record of the date on which the cryptocurrency was deposited in the account; a record of the amount of cryptocurrency in the account; a record of the amount of cryptocurrency in the account in relation to one or more currencies on the date the cryptocurrency was deposited in the account; instructions for use of the private and/or public key and account; and a public key which allows the user to view the amount of cryptocurrency deposited in the account.

A collectable object with a sealed cavity that contains a private key that grants the user access to cryptocurrency saved to an account when the cavity of the sealed object is visibly broken into in order to gain access to the cavity. The object may also have: a record of the date on which the cryptocurrency was deposited in the account; a record of the amount of cryptocurrency in the account; a record of the amount of cryptocurrency in the account in relation to one or more currencies on the date the cryptocurrency was deposited in the account; instructions for use of the private and/or public key and account; and a public key which allows the user to view the amount of cryptocurrency deposited in the account.

A coin bank night light apparatus comprising a coin bank and a light unit removably engageable therewith.

A coin bank night light apparatus comprising a coin bank and a light unit removably engageable therewith.

In some examples, a method for changing an appearance of a bank is provided including the acts of removably separating a first upper housing of the bank from a lower housing of the bank, selecting a second upper housing, and removably attaching the second upper housing of the bank to the lower housing of the bank.

In some examples, a method for changing an appearance of a bank is provided including the acts of removably separating a first upper housing of the bank from a lower housing of the bank, selecting a second upper housing, and removably attaching the second upper housing of the bank to the lower housing of the bank.

An electromagnetic opening device comprises a housing, a fixed iron core, a movable iron core having a bottom end engaging with the fixed iron core, a shaft sleeve that sleeves a top end of the movable iron core and extends outside of the housing, and an electromagnetic coil, and a vibration sensing mechanism comprising a sensing block having a rotation shaft, a stopping end and a balancing end located on two sides of the movable iron core. A bottom of the stopping end is rotationally connected onto the housing through the rotation shaft. When the sensing block compresses a balance spring disposed between the balancing end and the housing through the rotation of the rotation shaft, the stopping end abuts against the shaft sleeve. The vibration sensing mechanism effectively prevents a mistaken shrinkage of the shaft sleeve of the movable iron core and abnormally opening of a safe deposit box.

The invention is directed to an electronic toy bank. The electronic toy bank may be utilized by a child to learn how to manage funds corresponding to an external account and may also be associated with a payment device operated by a child. The child may utilize a transfer device to communicate information to the electronic toy bank, where the information can indicate an amount to be transferred from a first external account to a second external account associated with the child. Upon authorization of the transfer, the electronic toy bank may send instructions to a remote server computer to update information associated with the first external account and the second external account according to the amount. The electronic toy bank can update information displayed on its display screen to reflect a balance associated with an external account, allowing the child to easily see their current savings.