JP2006107223A - Crime prevention apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To illuminate by an illuminating means and to notify that a person comes simultaneously by reducing a harmful effect in use and to improve an effect of crime prevention. <P>SOLUTION: By fitting an illumination lamp 6 to a lamp fitting part 7, surroundings of the crime prevention apparatus 1 such as an entrance hall can be lighted up as the necessity arises. Also, when a person sensor 11 senses a person, a call is performed by a buzzer 15 to be extremely convenient in practical use. As the crime prevention apparatus 1 itself can be fitted into a socket 36 which originally fits the illumination lamp 6, an intruder is hard to see, and since a call notification is unexpectedly performed, the effect of the crime prevention can be improved. The crime prevention apparatus 1 can easily be fitted into the existing socket 36 and the existing illumination lamp 6 can be used, so that there are few harmful effects in use. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a crime prevention device that senses a visitor or the like and notifies them by lighting or sound.

2. Description of the Related Art Conventionally, a crime prevention device provided with a notification means such as this kind of illumination or buzzer is disclosed in, for example, Patent Document 1 and the like, and a human body detection means for outputting a detection signal when a person is in a detection area, and this human body detection means 1 is provided with a first informing means comprising an illumination lamp and an alarm buzzer, and another second informing means provided apart from the human body detecting means. When a detection signal indicating the presence of a human body is output from the human body detection means, the lighting lamp or alarm buzzer, which is the first notification means, operates to intimidate the intruder and You can call attention. On the other hand, the second notification means operates only when a detection signal is continuously obtained from the human body detection means for a certain period of time, and enters a warning system.
JP 61-217896 A

  Since the crime prevention apparatus having the above configuration is often installed outdoors such as a front door, a battery type in which a dry battery, a storage battery, or the like is incorporated is not used without using a commercial AC power source. However, the battery needs to be replaced and is troublesome, and it is installed as an independent device.

  On the other hand, there is known an adapter-type illumination auxiliary device that is attached to a socket of an illumination lamp as illumination means and switches the illumination lamp from turning off to turning on when the human body detection means detects a person. However, these auxiliary devices are useful for visitors and returnees at night just by turning the lighting lamp on or off according to the presence or absence of people. I can't show it. In addition, it is conceivable that the crime prevention device is also provided and a call is made with a buzzer or chime when a person is detected. In that case, the crime prevention device and the lighting auxiliary equipment must be installed separately, which is practical. It was extremely inconvenient.

  The present invention solves the above-described problems, and an object of the present invention is to provide a crime prevention device capable of simultaneously performing illumination by illumination means and notification when a person comes, and having a high crime prevention effect.

  A second object of the present invention is to provide a crime prevention device that can eliminate the troublesomeness caused by battery replacement.

  In the crime prevention device according to claim 1, by attaching the illumination means to the mounting portion, for example, the periphery of the device such as the entrance can be illuminated brightly as necessary, and when the first sensing means senses a person, For example, it is possible to make a call by a notification means constituted by a buzzer, a chime or the like, which is extremely convenient practically. Moreover, since the crime prevention device itself is originally attached to the attachment portion for attaching the illumination means, it is difficult for an intruder to stand out and the call prevention notification is performed unexpectedly, thereby enhancing the crime prevention effect. In addition, since the security device can be easily attached to the existing mounting portion and the existing lighting means can be used, there are few adverse effects on use.

  In the security device according to the second aspect, it is possible to set so that the notification means can be notified by operating the switching means only when the call notification from the notification means is required. Therefore, useless notification can be avoided as much as possible.

  In the crime prevention apparatus according to the third aspect, the ambient brightness can be sensed by the second sensing means, and the illumination means can be controlled by the control means based on the sensing result. Therefore, a meaningless lighting operation is performed when it is not necessary to turn on the illumination means at daytime, and problems such as unnecessary power consumption can be avoided.

  In the crime prevention apparatus according to the fourth aspect, when the person is detected by the first sensing means, the illumination means can be turned on by the control means. Accordingly, when a person is sensed, the illumination means can be turned on in addition to the notification of buzzer or chime, thereby enhancing the crime prevention effect.

  In the crime prevention apparatus according to the fifth aspect, since the illumination means turned on by the control means can be turned off after a predetermined time, wasteful power consumption can be avoided.

  In the crime prevention device according to the sixth aspect, since the lighting time of the lighting means by the control means is variable by the adjusting means, the lighting time can be appropriately changed according to the purpose of the user and unnecessary power consumption can be avoided.

  In the crime prevention device according to claim 7, if it is desired to threaten an illegal intruder, if the setting means is set in mode, the alarm means can intimidate the alarm means when the first sensing means senses a person. Improves.

  In the crime prevention apparatus according to the eighth aspect, since the power supply means for supplying power by receiving the power supply from the adapter or the like is provided, the operation power of each part of the crime prevention apparatus and the lighting means can be supplied from the commercial power supply. Therefore, it is possible to integrate the power supply of the crime prevention device including the illumination means, and the practicality is improved, and the battery replacement is not required as in the conventional case, and the convenience is improved.

  In the crime prevention apparatus according to the ninth aspect, since the power storage means for storing and supplying electric power is provided, it is possible to normally store power in the power storage means and supply power from the power storage means as required.

  In the crime prevention device according to claim 10, by providing the movable means for changing the direction of the sensing means, the direction of the sensing means can be changed so that a more effective sensing range can be obtained according to the height or position of the installation place. Can be adjusted. Therefore, the crime prevention effect is enhanced, and an appropriate sensing range can always be obtained regardless of the installation location.

  According to the crime prevention device of the first aspect, it is possible to reduce the harmful effects on use, to simultaneously perform illumination by the illumination means and notification when a person comes, and to enhance the crime prevention effect.

  According to the crime prevention apparatus of the second aspect, it is possible to perform setting so as to avoid unnecessary notification as much as possible.

  According to the crime prevention device of the third aspect, the illumination means can be controlled according to the ambient brightness, and meaningless lighting operation and useless power consumption can be avoided.

  According to the crime prevention device of the fourth aspect, since the illumination means is also turned on when a person is sensed, the crime prevention property is improved.

  According to the crime prevention device of the fifth aspect, the lit illumination lamp can be turned off after a predetermined time, and wasteful power consumption can be avoided.

  According to the crime prevention device of the sixth aspect, the lighting time can be adjusted so as to avoid unnecessary power consumption as much as possible.

  According to the crime prevention device of the seventh aspect, the intruder can be intimidated by an alarm sound, and the crime prevention performance is improved.

  According to the crime prevention device of the eighth aspect, the power supply of the crime prevention device including the illumination means can be integrated, and the practicality is improved, and the convenience is improved because the battery replacement is not required as in the prior art.

  According to the crime prevention device of the ninth aspect, electric power can be supplied from the power storage means as necessary.

  According to the crime prevention device of the tenth aspect, an appropriate sensing range can be always obtained regardless of the place where the sensing means is installed, and the crime prevention performance is improved.

  Hereinafter, with reference to FIGS. 1-6 which are accompanying drawings, the illumination adapter type crime prevention apparatus in the Example of this invention is demonstrated.

In each of these drawings, the security device 1 according to the present embodiment includes an illumination adapter body 3 having a base-like body attachment portion 2 on the upper surface, and a rotatable ring body 4 provided on the lower surface of the illumination adapter body 3. Thus, the outer part is generally constituted. The illumination adapter main body 3 which is a substantial main body base of the security device 1 includes a component storage portion 8 having a concave lamp mounting portion 7 having a female screw shape that fits the base 6A of the illumination lamp 6 at the center of the lower surface, The lamp cover 9 protrudes downward from the periphery of the lower surface of the component storage 8 and surrounds the outer tube 6B of the illumination lamp 6. The ring body 4 is attached to the lower end of the lamp cover 9. And the crime prevention device 1 including the illumination adapter main body 3 and the ring body 4 by screwing the main body attachment portion 2 into a socket 36 (see FIG. 5) for the illumination lamp 6 suspended on the ceiling of the entrance, for example. A human sensor 11 as a first sensing means for detecting the presence or absence of a person is disposed on one side of the lower surface of the ring body 4. The human sensor 11 is composed of, for example, an infrared sensor that detects infrared rays, and outputs a detection signal having a predetermined voltage level when infrared rays emitted from a human body are sensed. Of course, as long as the human body can be sensed, for example, a device using a signal wave such as an ultrasonic wave or a microwave, or a combination of an image sensor and an image processing means for identifying the human body may be employed. Reference numeral 13 denotes a control board provided in the component housing portion 8 of the lighting adapter body 3, and a detection signal indicating that the human sensor is detected by the human sensor 11 connects the human sensor 11 and the control board 13. When sent from the lead wire 14 to the control board 13, the buzzer 15 as notification means provided on the upper surface of the control board 13 makes a ringing notice. Here, the ringing sound by the buzzer 15 is made a certain number of times (a certain period of time) in response to the detection signal from the human sensor 11, and thereafter it automatically stops ringing.

  As shown in FIGS. 1 and 4, the human sensor 11 is housed and held in a sensor case 17 that is movably provided on the lower surface of the ring body 4. In addition, the detection part of the human sensor 11 is covered with a hood 18 and a communication hole 19 that allows an electric wire such as the lead wire 14 to be inserted between the interior of the illumination adapter main body 3 and the ring body 4 includes the illumination adapter. It is provided in the opposing part of the main body 3 and the ring body 4, respectively. Here, the sensing direction of the human sensor 11 is determined by the ring body 4 provided so as to be rotatable in the horizontal direction with respect to the illumination adapter body 3 and the sensor case 17 provided so as to be able to swing relative to the ring body 4. A moving means for changing is configured. 3 indicates the movable range of the ring body 4, and reference symbol β illustrated in FIG. 4 indicates the movable range of the sensor case 17. The ring body 4 and the sensor case 17 can be manually moved, but in some cases, the ring body 4 and the sensor case 17 may be movable by remote operation without being touched directly. In any case, the detection direction of the human sensor 11 can be arbitrarily set (for example, directed toward the door) regardless of the mounting position of the security device 1, and it is possible to quickly and reliably detect the presence or absence of a person. become.

  In addition to the human sensor 11, the ring body 4 includes a receiving unit 25 that receives a radio signal from a remote controller 21, which will be described later, and an LED 26 as a mode display means for indicating a set mode. Yes. Similar to the human sensor 11, the receiving unit 25 and the LED 26 are electrically connected to the control board 13 through a communication hole 19 through a lead wire (not shown). Reference numeral 21 denotes a remote controller for mode switching which is provided separately from the illumination adapter main body 3 and includes an operation button 22 as an operation unit and a transmission unit 23 as a mode setting instruction means by remote operation. In this embodiment, every time the operation button 22 is pushed, a radio signal instructing mode switching is transmitted from the transmission unit 23.

  In addition to the buzzer 15 serving as the notification means, the control board 13 provided in the illumination adapter main body 3 has a switching means for setting the notification from the buzzer 15 to a possible (on) or impossible (off) state. After the buzzer sound switch 28 and the human sensor 11 detect a person, the lighting lamp 6 mounted on the lamp mounting portion 7 is automatically turned on, and then the lighting time of the lighting lamp 6 is set to 30 seconds, for example. The lighting time adjustment switch 29 as an adjustment means that can be varied within a range of 210 seconds from the first time, and in order to sense the brightness around the security device 1, the second is arranged facing the window hole 30 formed in the lighting adapter body 3. A daylight sensor 31 as two sensing means is mounted.

  The power supply to the control power supply 13 and the illumination lamp 6 is performed by receiving AC power from the main body mounting portion 2, but preferably a secondary battery such as a storage battery or a capacitor is provided inside the illumination adapter main body 3. A power supply unit 32 is provided as a chargeable / dischargeable power storage means. The power supply unit 32 is charged by receiving AC power from the main body attachment unit 2, but is discharged when the AC power supply is interrupted, and each unit (eg, a human sensor) with relatively low power consumption except the illumination lamp 6 is discharged. 11, control board 13, buzzer 15, receiver 25, LED 26, daylight sensor 31). As the power supply unit 32, a primary battery such as a dry battery may be used. In this case, the power supply unit 32 is only discharged, but at least when AC power is supplied from the main body attachment unit 2, it does not discharge, so the life of the power supply unit 32 can be extended and the number of replacements is reduced. It becomes possible.

  Next, the configuration of the power supply unit 40 on the crime prevention device 1 in this embodiment, particularly on the side of the lighting adapter main body 3, will be described with reference to FIG. In this figure, 35 is a commercial AC power source, and 36 is a socket connected to both ends of the AC power source 35. As is well known, this socket 36 is suspended, for example, on the ceiling of a house, and the base 6A of the illumination lamp 6 As a result, it has a shape suitable for the main body mounting portion 2. On the other hand, the illumination adapter main body 3 includes an AC / DC conversion unit 37 that converts AC power supplied from the main body mounting unit 2 into desired DC power, and the AC / DC conversion unit 37 or the power supply unit 32. A voltage adjusting unit 38 such as a three-terminal regulator is provided which stabilizes the output DC voltage and supplies the DC operating voltage Vcc to each unit excluding the illumination lamp 6. The power supply unit 32 is connected between the DC power lines on the output side of the AC / DC conversion unit 37, and is charged while the DC power is supplied from the AC / DC conversion unit 37, while the AC / DC conversion is performed. When the DC power from the unit 37 is interrupted, it is discharged and the DC power is supplied to the voltage adjusting unit 38.

  On one side of the AC power line extending from the main body mounting portion 2 to the AC / DC conversion portion 37, a first switch for charge / discharge switching is used to switch the power source portion 32 to either a charged state or a discharged state. Means 41 is inserted and connected. Further, in the latter stage of the first switch means 41, between the both ends of the AC power line, the illumination lamp 6 is used for switching on / off the illumination in order to switch the illumination lamp 6 to either the on state or the off state. The series circuit of the 2nd switch means 42 and the lamp attachment part 7 which attaches the illumination lamp 6 is connected. These switch means 41 and 42 are comprised by the semiconductor switching element with control terminals, such as a triac (bidirectional 3 terminal thyristor), for example.

  Next, the electrical configuration of the security device 1 excluding the power supply unit 40 will be described with reference to FIG. In the figure, reference numeral 51 denotes an illumination power switch as a selection means for mode selection of the illumination lamp 6 provided in the illumination adapter main body 3, for example. Reference numeral 52 denotes a control device composed of a microcomputer (not shown) mounted on the control board 13, which mainly includes a first switch means 41, as shown in FIG. Charge / discharge control means 55 for controlling charge / discharge of 32, illumination control means 56 for controlling the illumination lamp 6 mainly via the second switch means 41, notification control means 57 for mainly controlling the buzzer 15, In accordance with the operation of the illumination power switch 51, the illumination mode setting means 58 for switching the control mode of the illumination lamp 6 by the illumination control means 56 to any one of an off mode, an on mode and a forced on mode, and a remote controller 21 And a notification mode setting means 59 for switching the control mode of the buzzer 15 by the notification control means 57 to either the normal mode or the threatening mode every time the receiving unit 25 receives a radio signal from Set with Depending on the control mode of the buzzer 15, constituted by a LED control unit 60 for controlling the operation of the LED 26.

  When the illumination mode setting unit 58 sets the control mode of the illumination lamp 6 to the off mode, the charge / discharge control unit 55 turns off the first switch unit 41 and cuts off the AC power supply to the AC / DC conversion unit 38. When the power supply unit 32 is discharged and the other on-mode and forced on-mode are set, the first switch means 42 is turned on, and the AC power supply to the AC / DC conversion unit 38 is permitted. Has a function to charge.

  Based on the control mode of the illumination lamp 6 by the illumination mode setting means 58 and the respective detection signals from the human sensor 11 and the daylight sensor 31, the illumination control means 56 determines the second switch means 42 and thus the illumination lamp 6's. It controls on / off. In the present embodiment, when the control mode of the illumination lamp 6 is set to the on mode, the detection signal from the daylight sensor 31 determines that the surrounding brightness is darker than daytime. When the presence sensor 11 detects the presence of a person, the lighting switch 6 is turned on by turning on the second switch means 42 for the lighting time determined by the lighting time adjustment switch 29. This function is executed regardless of whether the control mode of the buzzer 15 by the notification mode setting means 59 is set to the normal mode or the threatening mode. In addition, the lighting control means 56 determines that the surroundings are bright in the daytime by the detection signal from the daylight sensor 31, or a state in which it is determined that the surroundings are darker than the daytime in the nighttime. When the human sensor 11 does not detect the presence of a person, the second switch means 42 is turned off to turn off the illumination lamp 6 and when the control mode of the illumination lamp 6 is set to the off mode, Regardless of the detection signals from the human sensor 11 and the daylight sensor 31, the second switch means 42 is turned off to turn off the illumination lamp 6, and the control mode of the illumination lamp 6 is set to the forced on mode. Sometimes, regardless of the detection signal from the human sensor 11 or the daylight sensor 31 and the lighting time set by the lighting time adjustment switch 29, the second switch means 42 is continuously turned on to turn on the illumination lamp 6. function It has.

  When the buzzer sound switch 28 is set to be in a reportable (on) state, the notification control unit 57 is configured to generate a buzzer based on the control mode of the buzzer 15 by the notification mode setting unit 59 and the detection signal from the human sensor 11. 15 is to be controlled. More specifically, when the control mode of the buzzer 15 is set to the normal mode and the human sensor 11 detects the presence of a person, the notification control unit 57 performs a call notification by the buzzer 15 a certain number of times (a constant number). On the other hand, when the control mode of the buzzer 15 is switched to the threatening mode, a predetermined standby time elapses, and when the human sensor 11 detects the presence of a person after that, the buzzer 15 is used to warn the user. It has a function that sounds and intimidates.

  While the control mode of the buzzer 15 by the notification mode setting unit 59 is set to the normal mode, the LED control unit 60 turns off the LED 26 and switches the control mode to the threatening mode by operating the remote controller 21. When set, the LED 26 is turned on to display the threatening mode. Further, after the predetermined waiting time has elapsed in this threat mode, if the human sensor 11 detects the presence of a person, the LED 26 is made to blink.

  Note that the buzzer sound switch 28 and the lighting time adjustment switch 29 in the present embodiment may be omitted as necessary. When the buzzer sound switch 28 is omitted, the notification control means 57 controls the buzzer 15 on the assumption that the notification control means 57 is always set to be informed. If the lighting time adjustment switch 29 is omitted, the human sensor 11 detects the presence of a person and the lighting lamp 6 is turned on for a fixed time, or the human sensor 11 detects the presence of a person. The illumination control means 56 is configured to continue until no longer occurs.

  The illumination control means 56 of this embodiment controls the illumination lamp 6 according to the brightness level (sensed state) by the daylight sensor 31 when the control mode of the illumination lamp 6 is set to the on mode. When the human sensor 11 detects a person when the brightness level of the daylight sensor 31 is not more than a predetermined value, in particular in this on mode, the illumination lamp 6 is provided, but the lighting lamp 6 may be turned on / off in accordance with the daylight sensor 31 or the human sensor 11. For example, the daylight sensor 31 may be omitted, and the illumination lamp 6 may be switched from off to on when the human sensor 11 detects a person regardless of the surrounding brightness. The lighting time in that case is set as described above according to the presence or absence of the lighting time adjustment switch 29. The control mode of the illumination lamp 6 that can be set by the illumination mode setting means 58 is only the off mode and the forced on mode, and the illumination lamp is simply set regardless of the detection signals from the daylight sensor 31 and the human sensor 11. The illumination lamp 6 may be turned off if the control mode 6 is off mode, and the illumination lamp 6 may be turned on if the control mode of the illumination lamp 6 is forced on mode. If the control mode of the illumination lamp 6 is only the off mode and the forced on mode, an indoor switch provided in the AC power line from the AC power source to the main body mounting portion 2 may be used as the illumination power switch 51. .

  Further, the notification control means 57 may have only a function when the control mode of the buzzer 15 is set to the normal mode. In this case, the control mode of the buzzer 15 is only one of the normal modes, and functions related to the threatening mode are not required. Therefore, the remote controller 21, the receiver 25, the LED 26, the notification mode setting means 59, and the LED control means 60 Each configuration can be omitted.

  Next, the operation in the above configuration will be described with reference to FIG. FIG. 7 shows the operating state of the illumination lamp 6 and the buzzer 15 according to each setting condition. In the figure, ○ indicates that the illumination lamp 6 is turned on or the buzzer 15 is ringing. The mark indicates that the illumination lamp 6 is turned off or the buzzer 15 is not ringing.

  With the control mode of the buzzer 15 set to the normal mode, the illumination power switch 51 is operated to set the control mode of the illumination lamp 6 to the on mode. In this mode, in order to always turn on the first switch means 41 by the charge / discharge control means 55, AC power from the commercial AC power source 35 is applied to the AC / DC converter 37 through the first switch means 41, DC power is supplied from the output side of the AC / DC conversion unit 37 to the power supply unit 32 and the voltage adjustment unit 38. Thereby, the power supply unit 32 is charged, and the DC operating voltage Vcc obtained from the AC power from the AC power supply 35 is supplied to each part of the security device 1 including the control device 52.

  In this on mode, when the illumination control means 56 determines that the surroundings are day and day brightness based on the detection signal from the daylight sensor 31, the illumination control means 56 is not related to the detection result from the human sensor 11. Since the second switch means 42 is kept in the OFF state, the illumination lamp 6 is not turned on, and unnecessary power consumption by the illumination lamp 6 is avoided. In addition, if the buzzer sound switch 28 is set in a reportable (on) state, the notification control means 57 performs a call notification by the buzzer 15 a certain number of times (a certain period of time) when the presence sensor 11 is detected. Make it. Note that the operating voltage Vcc of the buzzer 15 at this time is obtained by AC power from the AC power source 35. Further, when the buzzer sound switch 28 is set to the notification disabled (off) state, the notification control means 57 does not sound the buzzer 15 regardless of the detection signal from the human sensor 11.

  On the other hand, when the lighting control means 56 determines that the ambient brightness is darker than the daytime by the detection signal from the daylight sensor 31, this time, when the presence sensor 11 is detected by the human sensor 11 The illumination control means 56 turns on the second switch means 42 and starts lighting the illumination lamp 6. At this time, the illumination control means 56 turns on the second switch means 42 for the lighting time set in advance by the lighting time adjustment switch 29, turns off the second switch means 42 after the lighting time has elapsed, The lighting lamp 6 is operated only during the lighting time.

  Next, when the control mode of the illumination lamp 6 is set to the off mode, the first switch means 41 is turned off by the charge / discharge control means 55, and the power supply from the AC power source 35 to the AC / DC converter 37 is performed. It is interrupted and the built-in power supply 32 is discharged. That is, in this mode, the DC operating voltage Vcc obtained by the DC power from the power supply unit 32 is supplied to each part of the security device 1 including the control device 52. Further, since the power supply from the AC power source 35 is cut off, the illumination lamp 6 is always turned off regardless of the detection signals from the human sensor 11 and the daylight sensor 31. The notification operation by the buzzer 15 is the same as in the on mode. When the human sensor 11 detects a person, the buzzer 15 performs a call notification, but the illumination lamp 6 is not turned on.

  Further, when the control mode of the illumination lamp 6 is set to the forced on mode, the first switch means 41 is turned on by the charge / discharge control means 55 and the second switch means 42 is also turned on by the illumination control means 56. Become. Therefore, the power supply unit 32 is charged by receiving DC power from the AC / DC conversion unit 37, and the DC operating voltage Vcc obtained from the AC power from the AC power supply 35 is included in each part of the security device 1 including the control device 52. To be supplied. In addition, the illumination lamp 6 is always forcibly lit regardless of the detection signal from the human sensor 11 or the daylight sensor 31 and the lighting time set by the lighting time adjustment switch 29. The notification operation by the buzzer 15 is the same as in the off mode and the on mode. When the human sensor 11 detects a person, the buzzer 15 issues a call notification.

  In order to set the forced on mode in which the illumination lamp 6 is always turned on, the illumination power switch 51 is switched from on to off to on within a certain time (for example, 10 seconds). In this way, three or more mode switching can be realized by a single illumination power switch 51.

  In addition, when the user goes out regardless of the control mode of the illumination lamp 6, by operating the operation button 22 of the remote controller 21 and transmitting a radio signal by infrared rays from the transmitter 23 to the receiver 25, The control mode of the buzzer 15 by the notification mode setting means 59 is set to the threatening mode. In this case, the LED control means 60 turns on the LED 26 and displays the set state of the threatening mode, but if the operation button 22 of the remote control 21 is operated again during the setting of the threatening mode, the control mode of the buzzer 15 is the normal mode. The LED 26 is turned off (released).

  When the presence sensor 11 detects an illegal intruder such as picking while the threat mode is set, the notification control means 57 uses the buzzer 15 to threaten with an alarm sound, but after the threat mode is set, the user Since a certain amount of time is required before going outdoors, for a certain time (for example, 30 seconds) after the threat mode is set, even if the presence sensor 11 detects the presence of a person, a warning sound is not generated. Control means 57 is configured. When the human sensor 11 detects the presence of a person after a certain period of time, the alarm sound from the buzzer 15 is threatened, the LED control means 60 starts blinking the LED 26, and the illumination control means 56 The illumination lamp 6 is turned on according to the operation state 7. If the operation button 22 of the remote controller 21 is pushed within the predetermined time (for example, 30 seconds), the threat mode is canceled and the normal mode is switched, the LED 26 is turned off, and the alarm sound from the buzzer 15 is emitted. The activation is also released. In addition, even when the alarm sound from the buzzer 15 is sounding after a certain period of time, if the operation button 22 of the remote control 21 is pushed, the threat mode is canceled and the normal mode is switched to stop the alarm sound. .

  As described above, the security device 1 according to the present embodiment includes the main body attachment portion 2 as an adapter that can be attached to the socket 36 corresponding to the attachment portion of the illumination lamp 6 as the illumination means, and the attachment portion to which the illumination lamp 6 is attached. And a human sensor 11 serving as a first sensing means capable of sensing a person, and a buzzer 15 serving as a notification means for notifying that the human sensor 11 senses a person.

  In this case, by attaching the illumination lamp 6 to the lamp mounting portion 7, for example, the periphery of the crime prevention device 1 such as the entrance can be brightly illuminated as necessary, and when the human sensor 11 detects a person, for example, The call can be made by the first notification means including a buzzer 15 and a chime, which is practically very convenient. Moreover, since the crime prevention device 1 itself is originally attached to the socket 36 for mounting the illumination lamp 6, it is difficult for an intruder to stand out and the call notification is performed unexpectedly, thereby enhancing the crime prevention effect. In addition, the crime prevention device 1 can be easily attached to the existing socket 36, and the existing illumination lamp 6 can be used, so that there are few problems in use.

  Further, preferably, by providing a buzzer sound switch 28 as a switching means for enabling or disabling notification from the buzzer 15, the buzzer sound switch 28 is operated only when a call notification from the buzzer 15 is required. Thus, the buzzer 15 can be set to notify. Therefore, useless notification can be avoided as much as possible.

  In this embodiment, a daylight sensor 31 as a second sensing means for sensing brightness, and an illumination control means as a first control means for controlling the illumination lamp 6 according to the sensing state of the daylight sensor 31. 56 and more. In this case, ambient light can be sensed by the daylight sensor 31, and the illumination lamp 6 can be controlled by the illumination control means 56 based on the sensing result. Therefore, a meaningless lighting operation is performed when it is not necessary to turn on the daytime illumination lamp 6, and problems such as wasteful power consumption can be avoided.

  The illumination control means 56 of this embodiment has a function as a second control means for turning on the illumination lamp 6 when the human sensor 11 detects a person. When the human sensor 11 detects a person, The illumination lamp 6 can be turned on by the illumination control means 56. Therefore, when a person is detected, the illumination lamp 6 is turned on in addition to the notification of a buzzer, a chime, etc., and the crime prevention effect can be enhanced.

  Further, the illumination control means 56 (second control means) of the present embodiment includes a function of turning off the illumination lamp 6 after a certain time has elapsed after turning on the illumination lamp. Since the lit illumination lamp 6 can be turned off after a certain time, useless power consumption can be avoided.

  In this embodiment, a lighting time adjustment switch 29 is provided as adjusting means for varying the lighting time of the illumination lamp 6 by the lighting control means 56. In this way, since the lighting time of the lighting lamp 6 by the lighting control means 56 can be varied by the lighting time adjustment switch 29, the lighting time can be appropriately changed according to the user's purpose and unnecessary power consumption can be avoided.

  In this embodiment, the alarm mode setting means 59 as the setting means, and the alarm means for performing an alarm when the human sensor 11 detects a person in the state where the threat mode is set by the alarm mode setting means 59, Notification control means 57 is further provided. In this way, if you want to threaten a trespasser, set the notification mode setting means 59 to the threatening mode, and if the human sensor 11 detects a person, you can threaten with a warning sound from the threatening alarm means, Will improve.

  Further, in this embodiment, the power supply unit 40 is provided as a power supply means that receives power from the main body mounting unit 2 and supplies power to each part of the security device 1. Electric power can be supplied from a commercial AC power source 35. Therefore, the power supply of the crime prevention apparatus 1 including the illumination lamp 6 can be integrated, and practicality is improved, and battery replacement is not required as in the conventional case, and convenience is improved.

  In the present embodiment, since the power supply unit 32 is provided as a power storage means for storing electric power and supplying it to each unit, the power supply unit 32 normally stores electric power, and the power supply unit 32 and the security device 1 as necessary. It is possible to supply power to each part.

  Further, in this embodiment, the movable ring body 4 and the sensor case 17 are provided as movable means for changing the sensing direction of the human sensor 11, so that it is more effective according to the height and position of the installation place. The sensing direction of the human sensor 11 can be adjusted to obtain a sensing range. Therefore, the crime prevention effect is enhanced, and an appropriate sensing range can always be obtained regardless of the installation location.

  Needless to say, the present invention is not limited to the above-described embodiments, and various modifications can be made within the scope of the gist of the present invention. For example, when the control mode of the notification means is set to the normal mode, while notification is made by the call notification means such as the buzzer 15 or chime in the embodiment, while the control mode of the notification means is set to the threatening mode, Another threatening means, such as a speaker or siren, may be used to alert the intruder. Moreover, it is good also as a structure which removes the power supply part 32 from the crime prevention apparatus 1, and charges the power supply part 32 with another charger instead of providing the power supply part 40 in the power supply part 40.

It is a longitudinal cross-sectional view of the principal part except the remote control of the crime prevention apparatus in one Example of this invention. It is a top view of the security device containing a remote control same as the above. It is a bottom view of the said principal part same as the above. It is a principal part sectional drawing of a human sensitive sensor and its periphery same as the above. It is a circuit diagram which shows the structure of the electric power supply part in the illumination adapter main body side same as the above. It is a block diagram showing the functional configuration of the security device. It is explanatory drawing showing the operation state of the illumination lamp and buzzer according to each setting condition same as the above.

Explanation of symbols

2 Body mounting part (adapter)
4 Ring body (movable means)
7 Lamp mounting part (mounting part)
11 Human sensor (first sensing means)
15 Buzzer (notification means)
17 Sensor case (movable means)
28 Buzzer sound switch (switching means)
29 Lighting time adjustment switch (Adjustment means)
31 Daylight sensor (second sensing means)
32 Power supply (electric storage means)
36 Socket (Mounting part)
40 Power supply (power supply means)
56 Lighting control means (control means)
57 Notification control means (alarm means)
59 Notification mode setting means (setting means)

Claims (10)

An anti-crime device comprising: an adapter that can be attached to the attachment portion; an attachment portion that attaches the illumination means; a first detection means that can sense a person; and a notification means that notifies the person. The crime prevention device according to claim 1, further comprising switching means for enabling or disabling notification. The crime prevention device according to claim 1 or 2, further comprising: a second sensing unit that senses brightness; and a control unit that controls the illumination unit according to a sensing state of the second sensing unit. The security device according to any one of claims 1 to 3, further comprising a control unit that turns on the illumination unit when the first sensing unit senses a person. 5. The crime prevention device according to claim 4, wherein the control means turns off the lighting means when a predetermined time elapses after the lighting means is turned on. 6. The crime prevention device according to claim 5, further comprising adjusting means for varying the lighting time. 7. The apparatus according to claim 1, further comprising: a setting unit; and an alarm unit that sets a mode by the setting unit, and causes an alarm when the first sensing unit senses a person. Security device of description. The crime prevention device according to any one of claims 1 to 7, further comprising power supply means for receiving power and supplying power. The crime prevention device according to any one of claims 1 to 8, further comprising power storage means for storing and supplying electric power. The crime prevention device according to any one of claims 1 to 9, further comprising movable means for changing a direction of the sensing means.

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