Abstract: A universal charger includes a portable charger housing, an universal charging arrangement, and an energy input device. The universal charging arrangement includes a charging circuitry for managing electricity charging of the rechargeable battery, and a plurality of charging terminals movably provided in the battery compartment of the portable charging housing, wherein the charging terminals are adapted to move in the battery compartment to accurately and adjustably align with the battery terminals of the rechargeable battery. The energy input device is electrically connected with the charging circuitry, which is capable of charging a wide variety of electronic devices by acquiring power through a convention USB port.

Abstract: A universal charger includes a portable charger housing, an universal charging arrangement, and an energy input device. The universal charging arrangement includes a charging circuitry for managing electricity charging of the rechargeable battery, and a plurality of charging terminals movably provided in the battery compartment of the portable charging housing, wherein the charging terminals are adapted to move in the battery compartment to accurately and adjustably align with the battery terminals of the rechargeable battery. The energy input device is electrically connected with the charging circuitry, which is capable of charging a wide variety of electronic devices by acquiring power through a convention USB port.

Abstract: A traveler charger kit includes a storage housing having an access opening, and a receiving cavity, a charger cover, a charging circuitry, a power input plug provided on the storage housing to electrically connect to the charging circuitry, and a charging terminal received in the receiving cavity and is electrically connected to the charging circuitry. The traveler charger kit is arranged to operate between a carrying mode and a charging mode, wherein in the charging mode, the charging terminal is extended to selectively and electrically connect to at least one electronic device for charging thereof, wherein in the carrying mode, the charging terminal is selectively disposed in the receiving cavity which is detachably covered by the charger cover so as to reduce the traveler charger kit into a compact size for convenient carrying.

Abstract: A universal charger includes a portable charger housing, an universal charging arrangement, and an energy input device. The universal charging arrangement includes a charging circuitry for managing electricity charging of the rechargeable battery, and a plurality of charging terminals movably provided in the battery compartment of the portable charging housing, wherein the charging terminals are adapted to move in the battery compartment to accurately and adjustably align with the battery terminals of the rechargeable battery. The energy input device is electrically connected with the charging circuitry, which is capable of charging a wide variety of electronic devices by acquiring power through a convention USB port.

Abstract: A charger for a plurality of rechargeable batteries includes a charger housing, a charging circuitry and a multi-sided charging arrangement. The charger housing defines a connecting side, and a plurality of charging sides. The charging circuitry is supported by the charger housing. The multi-sided charging arrangement includes a charger connector movably mounted to the connecting side of the housing. The multi-sided charging arrangement also electrically connects the charging circuitry to an external AC power source. The multi-sided charging arrangement further contains a plurality of charging slots indently formed on the charging sides of the charger housing respectively, wherein each of the charging slots is arranged to accommodate one of the rechargeable batteries so that each of the charging sides is arranged to be used for charging the rechargeable batteries by connecting the charger connector to the external AC power source.

Abstract: An adjustable charger for compatibly charging at least one rechargeable alkaline battery and at least one first rechargeable battery includes a charger housing and an adjustable charging arrangement. The adjustable charging arrangement includes an upper charging platform, a lower charging platform, and a charging circuitry. The upper charging platform is formed on the top charging side of the charger housing for fittedly and adjustably receiving one of the alkaline battery and the first rechargeable battery in the first charging slot. The lower charging platform is also formed on the top charging side of the charger housing at a position underneath the upper charging platform for fittedly and adjustably receiving another of the alkaline battery and the first rechargeable battery in the second charging slot.

Abstract: A universal charger includes a portable charger housing, an universal charging arrangement, and an energy input device. The universal charging arrangement includes a charging circuitry for managing electricity charging of the rechargeable battery, and a plurality of charging terminals movably provided in the battery compartment of the portable charging housing, wherein the charging terminals are adapted to move in the battery compartment to accurately and adjustably align with the battery terminals of the rechargeable battery. The energy input device is electrically connected with the charging circuitry, which is capable of charging a wide variety of electronic devices by acquiring power through a convention USB port.

Abstract: A multi-battery charger for at least one rechargeable battery includes a charger case, and a multi-battery charging module. The charger case includes a plurality of electrically neutral charging terminals spacedly provided thereon, and an electric input terminal adapted for electrically connecting with an external DC power source. The multi-battery charging module is provided in the charger case to electrically communicate with the charging terminals, and includes a recharging circuitry and a polarity detection circuitry.

Abstract: A multi-functional storage apparatus for selectively supporting a capturing device includes a main casing having a receiving cavity and a supporting arrangement. The supporting arrangement is provided on the main casing to operate the main casing between a normal storing mode and an capturing mode, wherein in the normal storing mode, the supporting arrangement is arranged to rest on the main casing so as to allow the main casing to function as a portable carrying device through storing objects within the receiving cavity, wherein in the capturing mode, the supporting arrangement is selectively extended from the main casing to detachably attach to the image capturing device, in such a manner that the image capturing device is securely and suspendedly supported by the main casing as a supporting base for stably capturing image in a predetermined direction.

Abstract: An adjustable charger for compatibly charging at least one rechargeable alkaline battery and at least one first rechargeable battery includes a charger housing and an adjustable charging arrangement. The adjustable charging arrangement includes an upper charging platform, a lower charging platform, and a charging circuitry. The upper charging platform is formed on the top charging side of the charger housing for fittedly and adjustably receiving one of the alkaline battery and the first rechargeable battery in the first charging slot. The lower charging platform is also formed on the top charging side of the charger housing at a position underneath the upper charging platform for fittedly and adjustably receiving another of the alkaline battery and the first rechargeable battery in the second charging slot.

Abstract: An intelligent battery module for a multimedia device includes a device housing, a battery unit and an intelligent circuit arrangement. The intelligent circuit arrangement is provided within the device housing for electrically communicating a multimedia battery and the battery unit with a battery terminal of the multimedia device, in such a manner that when the multimedia battery is mounted onto a battery slot, the intelligent circuit arrangement is adapted to electrically connect the multimedia battery with the battery terminal so as to allow the multimedia battery to initially activate the multimedia device, and when the multimedia device is initially activated by the multimedia battery, the intelligent circuit arrangement is arranged to electrically connect the battery unit with the battery terminal so as to allow the multimedia device to be continuously operated by the battery unit without electrically further recourse to electricity supply of the multimedia battery.

Abstract: A multi-functional storage apparatus for selectively supporting a capturing device includes a main casing having a receiving cavity and a supporting arrangement. The supporting arrangement is provided on the main casing to operate the main casing between a normal storing mode and an capturing mode, wherein in the normal storing mode, the supporting arrangement is arranged to rest on the main casing so as to allow the main casing to function as a portable carrying device through storing objects within the receiving cavity, wherein in the capturing mode, the supporting arrangement is selectively extended from the main casing to detachably attach to the image capturing device, in such a manner that the image capturing device is securely and suspendedly supported by the main casing as a supporting base for stably capturing image in a predetermined direction.

Abstract: A multi-functional storage apparatus for selectively supporting a capturing device includes a main casing having a receiving cavity and a supporting arrangement. The supporting arrangement is provided on the main casing to operate the main casing between a normal storing mode and an capturing mode, wherein in the normal storing mode, the supporting arrangement is arranged to rest on the main casing so as to allow the main casing to function as a portable carrying device through storing objects within the receiving cavity, wherein in the capturing mode, the supporting arrangement is selectively extended from the main casing to detachably attach to the image capturing device, in such a manner that the image capturing device is securely and suspendedly supported by the main casing as a supporting base for stably capturing image in a predetermined direction.

Abstract: A multi-functional storage apparatus for selectively supporting a capturing device includes a main casing having a receiving cavity and a supporting arrangement. The supporting arrangement is provided on the main casing to operate the main casing between a normal storing mode and an capturing mode, wherein in the normal storing mode, the supporting arrangement is arranged to rest on the main casing so as to allow the main casing to function as a portable carrying device through storing objects within the receiving cavity, wherein in the capturing mode, the supporting arrangement is selectively extended from the main casing to detachably attach to the image capturing device, in such a manner that the image capturing device is securely and suspendedly supported by the main casing as a supporting base for stably capturing image in a predetermined direction.

Abstract: A portable supporting apparatus for a portable multimedia device includes a support housing and a mounting arrangement. The support housing includes a multimedia connector for detachably connecting with the portable multimedia device. The mounting arrangement is provided underneath the support housing, and includes a plurality of supporting legs, each having a predetermined shape, pivotally and downwardly extended from the support housing, wherein supporting legs are adapted to move between an idle position, and a mounting position where each of the supporting legs is pivotally moved to form a predetermined angle of inclination with respect to the support housing so as to bias against an external object for frictionally retaining a position of the support housing with respect to the external object, such that the portable multimedia device is capable of being securely supported by the external object through the portable supporting apparatus.

Abstract: An intelligent battery module for a multimedia device includes a device housing, a battery unit and an intelligent circuit arrangement. The intelligent circuit arrangement is provided within the device housing for electrically communicating a multimedia battery and the battery unit with a battery terminal of the multimedia device, in such a manner that when the multimedia battery is mounted onto a battery slot, the intelligent circuit arrangement is adapted to electrically connect the multimedia battery with the battery terminal so as to allow the multimedia battery to initially activate the multimedia device, and when the multimedia device is initially activated by the multimedia battery, the intelligent circuit arrangement is arranged to electrically connect the battery unit with the battery terminal so as to allow the multimedia device to be continuously operated by the battery unit without electrically further recourse to electricity supply of the multimedia battery.

Abstract: A portable supporting apparatus for a portable multimedia device includes a support housing and a mounting arrangement. The support housing includes a multimedia connector for detachably connecting with the portable multimedia device. The mounting arrangement is provided underneath the support housing, and includes a plurality of supporting legs, each having a predetermined shape, pivotally and downwardly extended from the support housing, wherein supporting legs are adapted to move between an idle position, and a mounting position where each of the supporting legs is pivotally moved to form a predetermined angle of inclination with respect to the support housing so as to bias against an external object for frictionally retaining a position of the support housing with respect to the external object, such that the portable multimedia device is capable of being securely supported by the external object through the portable supporting apparatus.

Abstract: A portable supporting apparatus for a portable multimedia device includes a support housing and a mounting arrangement. The support housing includes a multimedia connector for detachably connecting with the portable multimedia device. The mounting arrangement is provided underneath the support housing, and includes a plurality of supporting legs, each having a predetermined shape, pivotally and downwardly extended from the support housing, wherein supporting legs are adapted to move between an idle position, and a mounting position where each of the supporting legs is pivotally moved to form a predetermined angle of inclination with respect to the support housing so as to bias against an external object for frictionally retaining a position of the support housing with respect to the external object, such that the portable multimedia device is capable of being securely supported by the external object through the portable supporting apparatus.

Abstract: A portable supporting apparatus for a portable multimedia device includes a support housing and a mounting arrangement. The support housing includes a multimedia connector for detachably connecting with the portable multimedia device. The mounting arrangement is provided underneath the support housing, and includes a plurality of supporting legs, each having a predetermined shape, pivotally and downwardly extended from the support housing, wherein supporting legs are adapted to move between an idle position, and a mounting position where each of the supporting legs is pivotally moved to form a predetermined angle of inclination with respect to the support housing so as to bias against an external object for frictionally retaining a position of the support housing with respect to the external object, such that the portable multimedia device is capable of being securely supported by the external object through the portable supporting apparatus.

Abstract: A multi-functional storage apparatus for selectively supporting a capturing device includes a main casing having a receiving cavity and a supporting arrangement. The supporting arrangement is provided on the main casing to operate the main casing between a normal storing mode and an capturing mode, wherein in the normal storing mode, the supporting arrangement is arranged to rest on the main casing so as to allow the main casing to function as a portable carrying device through storing objects within the receiving cavity, wherein in the capturing mode, the supporting arrangement is selectively extended from the main casing to detachably attach to the image capturing device, in such a manner that the image capturing device is securely and suspendedly supported by the main casing as a supporting base for stably capturing image in a predetermined direction.