Abstract: The method is for securing a device. Security bolts are into the device. The bolts have openings defined therein. A wire is inserted through openings of each bolt. The wire has a male end and a female end. A male end is inserted into a cavity of the female end to align a cavity of the male end with an opening of the female end. A locking bar of a lock is inserted through the cavity and the opening to lock the male end to the female end. The wire may also be attached to an item so that the device cannot be removed from the item.

Abstract: The method is for securing a device. Security bolts are into the device. The bolts have openings defined therein. A wire is inserted through openings of each bolt. The wire has a male end and a female end. A male end is inserted into a cavity of the female end to align a cavity of the male end with an opening of the female end. A locking bar of a lock is inserted through the cavity and the opening to lock the male end to the female end. The wire may also be attached to an item so that the device cannot be removed from the item.

Abstract: The present invention relates to an arrangement and a method for detecting unauthorized removed of electronic equipment. The arrangement is arranged between a power source and the electronic equipment and includes a first current recognizing element. The detection of unauthorized removal is obtained by sensing a level of the current that flow to the electronic equipment. Furthermore, a signal is sent to the electronic equipment so that the signal is adapted to bounce back to the arrangement. The detection of unauthorized removal is obtained when the current sensed is lower than a predetermined value and the bounced back signal is absent.

Abstract: The present invention relates to an arrangement and a method for detecting unauthorized removed of electronic equipment. The arrangement is arranged between a power source and the electronic equipment and includes a first current recognizing element. The detection of unauthorized removal is obtained by sensing a level of the current that flow to the electronic equipment. Furthermore, a signal is sent to the electronic equipment so that the signal is adapted to bounce back to the arrangement. The detection of unauthorized removal is obtained when the current sensed is lower than a predetermined value and the bounced back signal is absent.

Abstract: The arrangement and a method for detecting unauthorized removal of electronic equipment. The arrangement has a power inlet and a power outlet. The power inlet is electrically connected to a power source. The power outlet is electrically connected to an electronic device via a first conducting element. The arrangement has a processor electrically connected to the electronic device via a second conducting element. The processor is adapted to transmit a control signal via the first conducting element to the electronic device that is returned via the second conducting element to the processor. The processor triggers an alarm signal when the control signal is not returned.