Abstract: A security system includes a sensor attached to a merchandise item, a slave unit attached to a merchandise rack and connected to one or a plurality of sensors via a wire, and a master unit that monitors theft of the merchandise item by wirelessly receiving a signal using a first frequency band from one or a plurality of slave units.

Abstract: A terminal device includes a deletion reason-registration unit configured to register deletion target information and deletion reason information with a storage unit storing information relating to a communication destination and a communication processing unit configured to acquire the deletion reason information registered by the deletion reason-registration unit from the storage unit upon receiving information about a communication connection request issued from a device of a communication destination corresponding to the deletion target information stored in the storage unit, and executes communication processing based on the acquired deletion reason information.

Abstract: A security system includes a sensor attached to a merchandise item, a slave unit attached to a merchandise rack and connected to one or a plurality of sensors via a wire, and a master unit that monitors theft of the merchandise item by wirelessly receiving a signal using a first frequency band from one or a plurality of slave units.

Abstract: A terminal device includes a deletion reason-registration unit configured to register deletion target information and deletion reason information with a storage unit storing information relating to a communication destination and a communication processing unit configured to acquire the deletion reason information registered by the deletion reason-registration unit from the storage unit upon receiving information about a communication connection request issued from a device of a communication destination corresponding to the deletion target information stored in the storage unit, and executes communication processing based on the acquired deletion reason information.

Abstract: A component-mounted substrate moved to a specified substrate position by a substrate holding-and-moving device is delivered from a top of the substrate holding-and-moving device to a substrate discharge holder, and then while the substrate discharge holder is not moved, the substrate holding-and-moving device is moved to another substrate position, where a new substrate is received. Consequently, a later-executed movement operation for moving the new substrate to a substrate mounting region by the substrate holding-and-moving device, and a transfer operation for transferring the component-mounted substrate to an unloader unit by the substrate discharge holder, may be performed in parallel with each other without being influenced by each other's operation.

Abstract: An access-permission-information issuing unit issues access permission information for accessing personal information on a user, in response to a request from a personal terminal of the user. A personal-information notifying unit notifies a destination terminal of the personal information corresponding to the access permission information, under conditions that the destination terminal that received the access permission information from the personal terminal presents the access permission information.

Abstract: A component-mounting apparatus is provided with a pallet-carrying unit that carries a pallet, holding boards, within the apparatus. The pallet-carrying unit carries the pallet to a loading unit for feeding boards to the pallet, an ACF applying unit for applying an ACF tape onto the boards, a pre-press bonding unit for positioning components relative to the boards and bonding the components with a first pressing force, a final bonding unit for bonding the components to the boards with a second pressing force larger than the first pressing force so as to fix the components onto the boards, and an unloading unit for removing the boards, with the components mounted thereon, from the pallet. Then, the pallet-carrying unit returns the pallet from the unloading unit to the loading unit.

Abstract: A component-mounted substrate moved to a specified substrate position by a substrate holding-and-moving device is delivered from the top of the substrate holding-and-moving device to a substrate discharge holder, and then while the substrate discharge holder is not moved, the substrate holding-and-moving device is moved to another substrate position, where a new substrate is received. Consequently, a later-executed movement operation for moving the new substrate to a substrate mounting region by the substrate holding-and-moving device and a transfer operation for transferring the component-mounted substrate to an unloader unit by the substrate discharge holder may be performed in parallel with each other without being influenced from each other's operation.

Abstract: The component-mounting apparatus is provided with a pallet-carrying unit that carries a pallet holding boards inside the apparatus. The pallet-carrying unit carries the pallet to a loading unit for feeding boards to the pallet, an ACF applying unit for applying an ACF tape on the boards, a pre-press bonding unit for positioning components relative to the boards and bonding the components with a first pressing force, a final bonding unit for bonding the components to the boards with a second pressing force larger than the first pressing force so as to fix the components on the board, and an unloading unit for removing the board with the components mounted thereon from the pallet. Then, the pallet-carrying unit returns the pallet from the unloading unit to the loading unit.

Abstract: A radio wave receiving signaling device includes an antenna (22) having a coil (22a). An electrically capacitive buzzer (21) is activated by alarm output device (AO) to generate sound when the receiving antenna (22) receives a sound generation instructing signal. The buzzer (21) and all or part of the coil (22a) of the receiving antenna (22) are connected to form a booster circuit to raise a voltage to be applied to the buzzer (21) by a resonance function.

Abstract: A theft preventative apparatus is used to detect an attempted theft of an object and produce an audible alarm when an antenna (22) in the apparatus receives a radio wave signal from a transmitter (0). The apparatus can be deactivated using a bar-like releasing tool (K) inserted into the housing. Attempted theft can also be detected using a length of electrically conductive wire (3) securable to the object to be protected. The ends (30) of the wire are mounted to the housing. Disruption of the electrical path, such as by cutting the wire or removing one of the ends (30) from the housing, causes the audible alarm to be produced.

Abstract: The present invention relates to a theft preventive apparatus to be attached to an object of theft prevention for detecting a preliminary stealing act by e.g. issuing alarm, and relates also to a radio wave receiving signaling device to be used with the apparatus.Conventionally, there has been a problem of the alarm output means being rendered inoperative when a sudden shock is applied to the theft preventive apparatus for example.According to the present invention, a circuit board (6) of alarm output means (AO) disposed inside a box (2) to be attached to the object of theft prevention is retained to one first side wall portion (2a) of a pair of opposed wall portions (2a), (2c) of the box, and the other side second wall portion (2c) retains a first-kind constituting element (FE) of the alarm output means (AO).