초록 ▼

An electronic wall safe is intended to fit between the support beams of a typical building, bolting into the beams on either side of the safe. A panel is provided around the safe to prevent cutting into the wall to remove the safe. The safe includes numerous electronic features, which are powered by

An electronic wall safe is intended to fit between the support beams of a typical building, bolting into the beams on either side of the safe. A panel is provided around the safe to prevent cutting into the wall to remove the safe. The safe includes numerous electronic features, which are powered by running an electrical wire to the safe, as well as battery backup. The CPU includes a connection for a telephone line, as well as wireless communication. The safe utilizes a fast-opening mechanism such as a fingerprint scanner. A panic button is provided to alert authorities and/or others on the premises of the emergency. The safe includes a mercury switch so that, if the safe is moved, then the opening mechanism will be disabled, and police will be notified. The safe includes cut wire detection circuitry. One possible variation of the safe includes a door having a shatter-resistant window, as well as internal lighting, so that the contents of the safe can be displayed or verified without opening the safe.

대표청구항 ▼

1. An electronic safe, comprising: a body;a door hingedly secured to the body;a locking mechanism;a locking mechanism user interface structured to rapidly open the locking mechanism in response to input by an authorized user;a panic button; anda central processing unit structured to determine whethe

1. An electronic safe, comprising: a body;a door hingedly secured to the body;a locking mechanism;a locking mechanism user interface structured to rapidly open the locking mechanism in response to input by an authorized user;a panic button; anda central processing unit structured to determine whether an authorized user has provided input to the locking mechanism, to provide a first response to actuation of the panic button if an authorized user has provided input to the locking mechanism, and a second response to actuation of the panic button if an authorized user has not provided input to the locking mechanism. 2. The electronic safe according to claim 1, further comprising: a body; anda door hingedly secured to the body, the door having a transparent, shatter resistant portion. 3. The electronic safe according to claim 2, further comprising at least one light source disposed within an interior of the body. 4. The electronic safe according to claim 3, further comprising: a connection for connecting to an electrical system of a building;a battery backup system,a microcontroller that is structured to select the electrical system of a building for electrical power when the electrical system of the building is supplying electrical power to the safe, and to select the battery backup system when electrical power is not being supplied to the safe by the electrical system of the building; andwherein the microcontroller is structured to deactivate the at least one light source in the event that power is being supplied from the battery backup system. 5. The electronic safe according to claim 4, further comprising: a communication system;a cut wire detection system; andthe central processing unit is further structured to send a signal to a preselected destination through the communication system in response to a signal from the cut wire detection system. 6. The electronic safe according to claim 2, further comprising: a body that is structured to be secured between two building frame members, the body defining at least three exterior walls, each of the exterior walls defining a length; anda single anti-cut panel rigidly secured to and extending outwardly from the body, the anti-cut panel being structured to lie in close proximity to and substantially parallel to the generally planar structure when the body is installed in a building, the anti-cut panel extending along the entire length of three exterior walls. 7. The electronic safe according to claim 6, further comprising: a communication system;a cut wire detection system; andthe central processing unit is further structured to send a signal to a preselected destination through the communication system in response to a signal from the cut wire detection system. 8. The electronic safe according to claim 1, further comprising: a body that is structured to be secured between two building frame members, the body defining at least three exterior walls, each of the exterior walls defining a length; anda single anti-cut panel rigidly secured to and extending outwardly from the body, the anti-cut panel being structured to lie in close proximity to and substantially parallel to the generally planar structure when the body is installed in a building, the anti-cut panel extending along the entire length of three exterior walls. 9. The electronic safe according to claim 8, further comprising: a communication system;a cut wire detection system; andthe central processing unit is further structured to send a signal to a preselected destination through the communication system in response to a signal from the cut wire detection system. 10. An electronic safe for installation in a building, the building having at least a pair of frame members and a generally planar structure disposed adjacent to the at least two frame members, the electronic safe comprising: a body that is structured to be secured between two building frame members, the body defining at least three exterior walls, each of the exterior walls defining a length; anda single anti-cut panel rigidly secured to and extending outwardly from the body, the anti-cut panel being structured to lie in close proximity to and substantially parallel to the generally planar structure when the body is installed in a building, the anti-cut panel extending along the entire length of three exterior walls.