JPS61235998A - Security equipment - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a security device equipped with mode setting means for setting each mode to "daytime", "nighttime", and "going out", and in particular, This invention relates to a security device in which a mode setting means for setting the mode to `` is provided at the entrance.

[Conventional technology]

2. Description of the Related Art Conventionally, security devices have been known that notify when an abnormality such as a fire or intrusion is detected.

Security devices of this type are shown in FIGS. 8-10.

FIG. 8(a) shows a smoke detection wireless transmitter 1 as a fire detection means. The smoke detection wireless transmitter 1 is installed in a ceiling ring, and when smoke is detected, it is sent to a receiving base unit (described later). It is designed to transmit a fire detection signal.

FIG. 8(b) shows an intrusion detection wireless transmitter that is attached to a window, door, etc. and serves as an intrusion detection means for detecting an intrusion. It consists of a reed switch 3 that can be attached to a door, window, etc., a magnet 4 that can be attached to a door, window, etc., and a transmitter 6 that is connected to the reed switch 3 via a lead wire 5.
When the magnet 4 is separated from the reed switch 3 by a predetermined distance, that is, when a door, window, etc. is opened,
The reed switch 3 outputs an intrusion detection signal to the transmitter 6 via a lead m5, and the transmitter 6 transmits the intrusion detection signal to a receiving base unit, which will be described later, via an antenna. .

Note that 7 indicates a display lamp indicating that transmission is in progress.

In addition, in Fig. 8 (c), 8 indicates a medical emergency radio transmitter that is carried by a sick or elderly person and used when an ambulance or the like is required.
In the figure, reference numeral 9 indicates a transmission switch, and 10 indicates a display lamp that indicates that a medical emergency signal is being transmitted when the transmission switch 9 is operated.

FIG. 9 also shows the above-mentioned wireless transmitter for smoke detection 1° and wireless transmitter for intrusion detection 2. A receiving master device that receives various signals output from the medical emergency radio transmitter 3 is shown.

In the figure, 11 is a receiving unit, 12 is a wireless signal receiving antenna, 13, 14, and 15 are mode setting switches as mode setting means for "daytime", "nighttime", and "going out", respectively. When the "daytime" mode setting switch 13 is operated, the "daytime" mode is set, and when the "night" mode setting switch 14 is operated, the "night" mode is set, and furthermore, the "going out" mode setting switch 15 is operated. When operated, “
Go into "going out" mode. Here, the "daytime" mode refers to a mode in which the fire detection signal and the medical emergency signal are valid, ie, receivable, but the intrusion detection signal is invalid, ie, unreceivable. Therefore, even if there is a visitor during the daytime, no intrusion detection signal is received.

The "night" mode is a mode in which the fire detection signal, intrusion detection signal, and medical emergency signal are enabled, that is, can be received. Furthermore, the above-mentioned "going out" mode refers to a mode in which the fire detection signal and the medical emergency signal are valid, but the intrusion detection signal is valid after a predetermined period of time. Therefore, when going out, if the householder opens the front door, goes outside, and closes the door again from the outside within the predetermined time (for example, one minute), no intrusion detection signal is output.

Also, 16, 17, and 18 are lamps for displaying each mode, and 19, 20, and 21 are "fire" respectively.

Lamp for displaying "intrusion" and "emergency" warnings, 2
Reference numeral 2 indicates a buzzer built into the receiving base unit 11, reference numeral 23 indicates a digital display clock, and reference numerals 24 and 25 indicate switches for setting the hour and minute of the clock 23, respectively. The above lamp 19
, 20, 21 and the buzzer 22 constitute a notification means.

FIG. 10 shows the wireless transmitter 1 for smoke detection. Wireless transmitter for intrusion detection 2. Radio transmitter for medical emergencies 8° and receiver base unit 1
1 shows the block configuration of 1.

26.27.28 is a unique code coded with a dedicated circuit, dip switch, etc. so that when the receiving base unit 11 receives a wireless signal, it can identify which transmitter in 1.2.8 sent it. A coding circuit that can output signals is shown.

29.30.31 are each of the above coding circuits 26°27.2
8 shows a transmitting circuit that converts the code sent from 8 into a radio signal, and its output is connected to transmitting antenna 32, 33, 34, respectively.
Sent from.

35, 36, and 37 are switch parts; switch part 35
is configured to close when the smoke detection wireless transmitter 1 detects smoke. Further, the switch section 36 is configured to close when the reed switch 3 of the wireless transmitter 2 for intrusion detection outputs an intrusion detection signal. Furthermore, the switch unit 37 is a transmission switch 10 of the medical emergency wireless transmitter 8.
It is designed to close when operated.

Each of the transmitters 1, 2.8 is connected to this switch section 35.36.
．． 37 starts the transmission notifying the abnormality. Further, 38 is a receiving circuit, and 39 is a central control circuit, including a CPU and a memory.

It is controlled by a microcomputer configured with Ilo. Reference numeral 40 indicates a driving circuit for a lamp and a buzzer.

Next, the operation will be explained. The receiving base unit 11 can be set to each mode using the mode setting switches 13, 14, and 15. When the mode setting switch 14 is pressed, the display lamp 17 lights up, indicating that the "night" mode has been selected. In this mode each transmitter 1, 2 .
The received signal from 8 is turned on at night and an alarm is output. If the reception is from the wireless transmitter 1 for smoke detection, the indicator lamp 19 is lit and the buzzer 22 is sounded, and if the reception is from the wireless transmitter 2 for intrusion detection, the indicator lamp 20 is lit and the buzzer is sounded. 22, and if it is received from the medical emergency radio transmitter 8, the display lamp 21 is lit, the buzzer 22 is sounded, and an alarm is output.

Next, when the mode setting switch 13 is pressed, the display lamp 16 lights up, indicating that the mode has been set to "daytime". (At this time, the display lamp 17 is turned off.) In the "daytime" mode, only the received signal from the wireless transmitter 2 for intrusion detection is disabled, and no alarm is output. In other words, doors and windows can be opened and closed freely without issuing an alarm. Next, when the mode setting switch 15 is pressed, the display lamp 18
lights up, indicating that it is set to "going out" mode. (At this time, the display lamp 16 turns off.) When set to the "going out" mode, 1
The minute buzzer 22 sounds intermittently to notify the user that the time for going out is ready. During this one minute period, the received signal from the wireless transmitter 2 for intrusion detection is disabled and no alarm is output. Therefore, you can go out within the one minute period.

Next, when going home, when the front door is opened, a signal is sent from the wireless transmitter 2 for intrusion detection, but upon receiving this signal, the receiving base unit 11 sets a 1-minute time for returning home, and during this time the buzzer 2
2 will be sounded intermittently. If the mode setting switch 13 or 14 is pressed during this one minute period to switch to another mode, no alarm will be output. Wireless transmitter for smoke detection during this "going out" mode 1. In response to reception from the medical emergency wireless transmitter 8, an immediate warning is output as in the "night" mode.

[Problem that the invention seeks to solve]

However, in the security device according to the prior art, as described above, the receiving base unit 11 receives information during "daytime".

Since it is switched to "night" and "going out" modes,
Each time, you have to go to the location of the receiving base unit 1.

That is, for example, the receiving base unit 11 is set to "daytime".

If you place it in your bedroom so that it is convenient to switch to "Night", you will not only have to go to the bedroom every time you go out, but you will also be able to set it to "Go Out" mode in your bedroom and the "Go Out" mode will be enabled. There is a problem in that the user must quickly reach the front door within a predetermined time and close the front door from the outside.

[Means for solving problems]

The present invention provides a mode setting means for setting the "going out" mode at a part where people normally go in and out of the entrance, and furthermore,
A "going out" mode rotor means is provided for setting cancellation and prohibition of release of the "going out" mode.

Further, another aspect of the present invention provides a mode setting means for setting the "going out" mode at the entrance guide where people normally go in and out, and a "going out" mode lock for setting the release and prohibition of release of the "going out" mode. Further, a mode setting means for setting the mode to "daytime" or "nighttime" mode is provided in a place where people are usually located, such as a living room or a bedroom.

[Effect]

In the present invention, the setting of the "going out" mode is performed at the entrance where people normally go in and out, and the release and prohibition of release of the "going out" mode is managed by the "going out" mode locking means.

In another aspect of the present invention, the "going out" mode is set at the entrance or the like, and the release or prohibition of release of the "going out" mode is managed by the "going out" mode locking means. Further, the "daytime" and "nighttime" modes are set in a place where people are usually located, such as a living room or a bedroom.

〔Example〕

Examples of the present invention are shown in FIGS. 1 to 7 below.

FIG. 1 shows a transmitter with "going out" mode setting means according to the present invention, and the transmitter 51 is a modified intrusion detection wireless transmitter 2 according to the prior art, and the transmitter 2 has the original function. In addition, a mode setting means for setting an "going out" mode is provided, and the mode setting means is installed at the entrance where people normally go in and out.

In the figure, reference numeral 52 indicates a switch for setting the "going out" mode as the mode setting means, and reference numeral 53 indicates a returning home switch for canceling the "going out" mode.

Reference numerals 54 and 55 indicate respective mode display lamps, 56 indicates a lock, and 57 indicates a key for the lock 56. These locks 56 and keys 57 constitute "going out" mode locking means G.

Further, FIG. 2 shows the circuit configuration of the transmitter 31. As shown in FIG.

In the figure, 58 is a coding circuit similar to the coding circuit 27 of the wireless transmitter 2 for intrusion detection according to the prior art, which is capable of outputting a unique code so that the receiving base unit, which will be described later, can identify each signal. A switch 52 for setting the "going out" mode. Return home switch 5 for canceling “going out” mode
A different code is output for each of the three cases. 59 is
The lamp driving circuit 60 represents a transmitting circuit that converts the code sent from the encoding circuit 58 into a radio signal.

61 indicates a transmitting antenna. Here, the code circuit 71 operates on each mode setting switch 65 only while the lock 69 is turned by the key 70 and the signal is input.
．． It inputs the signal from 66 and outputs that signal.

FIG. 5 shows a receiving main unit 75 according to the present invention, and unlike the conventional receiving main unit 75, the receiving main unit 75 is not provided with switches for setting each mode.

Next, the operation will be explained. First, "daytime" and "nighttime"
The transmitter 62 with mode setting means is installed in the bedroom or living room, and the transmitter 51 with "going out" mode setting means is installed at the entrance of the entrance.

The mode switching between "daytime" and "nighttime" of the receiving base unit 75 is performed using the transmitter 6 with "daytime" and "nighttime" mode setting means.
Do it in 2. That is, by turning the lock 69 with the key 70 and pressing the "daytime" mode setting switch 65, the display lamp 67 lights up and the signal coded by the coding circuit 71 is transmitted to the transmitting circuit 53 and the antenna 54. This signal is output as a wireless signal via the receiver base unit 75.
When read by the central control circuit 39 via the receiving antenna 12 and the receiving circuit 38, the "daytime" mode is set. In addition, when the "night" mode setting switch 66 is pressed, the display lamp 68 lights up.At this time, the display lamp 67
(the light is turned off), the receiving base unit 75 is set to the "night" mode in the same manner as described above. Next, when setting the "going out" mode, turn the lock using the key on the transmitter l with mode setting means and press the "going out" mode setting switch 2. The display lamp 4 will light up and the code will be displayed. The signal encoded by the encoding circuit 8 is output as a wireless signal via the transmitting circuit and antenna. When the central control circuit 39 of the receiver main unit 75 reads this signal, the "going out" mode is set, the buzzer 22 starts to sound intermittently, and a one minute outing time is created, for example.

Next, when you go home, when you open the door and enter the house, the signal is first transmitted from the transmitter 31 installed at the entrance, so when the receiving base unit 75 receives the signal, when you return home, There will be one minute to cancel the warning. During this time, by turning the lock 36 with the key 37 and pressing the return home switch 33 for canceling the "going out" mode, a return home signal is output, and when the receiving base unit 75 receives this signal, the alarm is no longer output. In this way, the "daytime"/"nighttime" mode setting means for setting the "daytime" and "nighttime" modes and the "going out" mode setting means for setting the "going out" mode are installed separately in easy-to-use locations. This makes it easier to use, and there is no need to worry about external intruders being able to change the mode.

Further, FIGS. 6 and 7 show embodiments of the present invention.

In the figure, 81 indicates a numeric keypad provided on the transmitter 51 with "going out" mode setting means, and 82 indicates a numeric keypad provided on the transmitter 62 with "daytime"/"nighttime" mode selection means. Each of the ten keys 81 and 82 constitutes a password input section, into which a password is input.

The PIN number is encoded by the encoding circuit 58 shown in FIG. 7(a).
° It is transmitted from the antenna 61 via the transmission circuit 60.

Further, 83 indicates a digital switch provided in the receiving base unit 75, and an arbitrary code is set in advance. Here, the receiving base unit 75 has a built-in mode canceling unit (not shown), and the mode canceling unit is connected to the numeric keypad 81.
．． The number entered by 82 is displayed on the digital switch 83.
It is now possible to change the mode only when it matches the code set in .

Next, the operation will be explained. First, "daytime" and "nighttime"
The transmitter 62 with mode setting means is attached to the bedroom or living room, and the transmitter 51 with mode setting means is attached to the doorway of the entrance. The mode switching between "daytime" and "nighttime" of the receiving base unit 75 is performed by the transmitter 62 with "daytime" and "nighttime" mode setting means.

To operate, first, use the numeric keypad 82 to press the number set on the digital switch 83 of the receiver base unit 75, for example, 3.4.
When the "daytime" cent switch 65 is pressed in the order of 5, a coded signal is sent from the coding circuit 71 to the transmission circuit 72 and output from the nantenna 74 as a wireless signal. The central control circuit 39 reads the signal through the receiving antenna 12 and the receiving circuit 38 and checks that any setting code other than the "daytime" set signal matches the number set in the digital switch 83. When confirmed, the mode is set to "daytime". In addition, if you press the number set in the digital switch 83 with the numeric keypad 82 and then press the switch 66, the display lamp 68 will light up, and at this time the display lamp 67 will go out.) In the same way as above, the receiving base unit 75 It is set to "Night" mode.

Next, when setting the "going out" mode, press the number set on the digital switch 83 on the numeric keypad 81 as described above, then press the switch 52, the display lamp 54 will light up,
A signal coded by the coding circuit 58 is outputted as a wireless signal via a transmitting circuit 60 and an antenna 61. This signal is read by the central control circuit 39 of the receiving base unit 75, and if the arbitrarily set code portion matches the digital switch 83, the buzzer 22 starts to sound intermittently and a one-minute outing time is set.

Next, when you go home, when you open the door and enter the house, the signal is first transmitted from the transmitter 51 with "going out" mode setting means attached to the door, and when the receiving base unit 75 receives the signal, , a one-minute period is provided for canceling the alarm when the user returns home, and the buzzer begins to sound intermittently. During this time, if the numeric keypad 81 and the switch 53 are pressed in the same manner as described above, a return home signal is output, and when the receiving base unit 75 receives this signal, the alarm is no longer output. In this way, "daytime".

Since you can set a password to set the mode to ``night'' and to set the mode to ``going out,'' you don't have to worry about someone outside changing the mode, making it easier to use.

In the above embodiment, the mode setting means for setting the "going out" mode and the mode setting means for setting the "daytime" or "night" mode are replaced by the smoke detection wireless transmitter 1 according to the prior art.
．． Although it is provided in the intrusion detection radio transmitter 2° or the medical emergency radio transmitter 8, it may be provided exclusively, or the above-mentioned [going out J mode locking means G] may be provided exclusively.

〔effect〕

As explained above, according to the present invention, since the mode setting means for setting the going out J mode is provided at the entrance, the trouble of going back and forth between the entrance, the bedroom, and ° every time you go out is omitted. “Going out” set by the mode setting means
Since the locking means for canceling or prohibiting the mode from being released is provided, the "going out" mode cannot be canceled by an intruder, and therefore, an appropriate warning can be issued to the intruder.

Further, according to another aspect of the present invention, in addition to the above configuration, "daytime",
or “Daytime” to set the night J mode.

The "night" mode setting means is installed in the living room or bedroom, so you can set it to "daytime" while sitting in the living room or bedroom.

Or you can set it to "night" mode.

[Brief explanation of drawings]

Figure 1 is an external view of a transmitter with means for setting the "going out" mode, Figure 2 is a circuit diagram of the transmitter equipped with means for setting the "going out" mode shown in Figure 1, and Figure 3 is a diagram of the transmitter equipped with means for setting the "daytime" and "nighttime" modes. "External view of the transmitter with mode setting means, Figure 4 shows the "daytime" mode shown in Figure 3.
A circuit configuration diagram of a transmitter with a "night" mode setting means, FIG. 5 is an external view of the receiver main unit, FIGS. 6 and 7 are configuration diagrams showing other embodiments, and FIGS. 8 to 10 are Figure 8 (a) shows an external view of a wireless transmitter for smoke detection, Figure 8 (b) shows an external view of a wireless transmitter for intrusion detection, and Figure 8 (c) shows a medical emergency wireless transmitter. FIG. 9 is an external view of the transmitter, FIG. 9 is an external view of the receiver base unit, and FIG. 10 is a circuit configuration diagram. 1... Fire detection means (wireless transmitter for smoke detection), 2...
・Intrusion detection means (wireless transmitter for intrusion detection), 19.20
．． 21...Display lamp, 22...Buzzer, 52...
・Mode setting means (“going out” mode setting switch),
65...Mode setting means (switch for "daytime" mode setting), 66...Mode setting means (switch for "night" mode setting). Agent Masuo Oiwa (and 2 others) Procedural amendment (self-initiated 1゜ Indication of the case, Japanese Patent Application No. 60-077752 2゜ Name of the invention 3, Person making the amendment 5, Details of the invention subject to the amendment) Explanation and drawings column. 6. Contents of amendment (1) On page 13, line 11 of the specification, "the circuit of the transmitter 31" is corrected to "the circuit of the transmitter 51". (2) Insert the following sentence after "r'-----------・shows the antenna" in the first line of page 14 of the same book. In the figure, 65 indicates a switch for setting the "daytime" mode, and 66 indicates a switch for setting the "night" mode. 67 and 68 indicate respective mode display lamps, 69 indicates a lock, and 70 indicates the above-mentioned switch. A key for the lock 69 is shown.The lock 69 and the key 70 constitute a mode locking means H.Furthermore, FIG. This is a coding circuit that can output a unique code to identify each signal, and the "daytime" mode setting switch 65
．． Different codes are output for each of the "night" mode setting switches 66. 72 is a lamp drive circuit, 7
3 indicates a transmitting circuit that converts the code sent from the encoding circuit 71 into a wireless signal. (3) The drawings, Figures 2, 4, 5, and 6 shall be amended as shown in the attached sheet. That’s all (a) 6th rl! J. 】ll
Zj

Claims (4)

[Claims] (1) a fire detection means that outputs a fire detection signal when a fire is detected; an intrusion detection means that is installed in a window, entrance, etc. and outputs an intrusion detection signal when it detects an intrusion; and the fire detection signal; a notification means for receiving an intrusion detection signal and outputting an alarm; a mode setting means for selecting each mode of "daytime", "nighttime", and "going out"; A control means for enabling or disabling the fire detection signal and intrusion detection signal,
The control means enables only the fire detection signal when the "daytime" mode is set, and enables the fire detection signal and the intrusion detection signal when the "nighttime" mode is set,
Furthermore, when the "going out" mode is set, in a security device that activates the intrusion detection signal after a predetermined period of time after the fire detection signal is activated, the mode setting means for setting the "going out" mode is used when a normal person enters or leaves the entrance etc. A security device characterized in that a "going out" mode lock means is provided at the body part and for canceling and prohibiting release of the "going out" mode set by the "going out" mode setting means. (2) The "going out" mode locking means is characterized by comprising a PIN input section and a "going out" mode release section that releases the "going out" mode only when the correct PIN is input. A security device according to claim 1. (3) The security device according to claim 1, wherein the "going out" mode locking means comprises a key and a lock portion corresponding to the key. (4) a fire detection means that outputs a fire detection signal when a fire is detected; an intrusion detection means that is installed in a window, entrance, etc. and outputs an intrusion detection signal when it detects an intrusion; and the fire detection signal; a notification means for receiving an intrusion detection signal and outputting an alarm; a mode setting means for selecting each mode of "daytime", "nighttime", and "going out"; A control means for enabling or disabling the fire detection signal and intrusion detection signal,
The control means enables only the fire detection signal when the "daytime" mode is set, and enables the fire detection signal and the intrusion detection signal when the "nighttime" mode is set,
Furthermore, when the "going out" mode is set, in a security device that activates the intrusion detection signal after a predetermined period of time after the fire detection signal is activated, the mode setting means for setting the "going out" mode is used when a normal person enters or exits from the entrance etc. A "going out" mode locking means is provided on the part of the body, and also includes a "going out" mode locking means for canceling and prohibiting release of the "going out" mode set by the "going out" mode setting means, and is further provided with "daytime" or "nighttime" mode locking means.
A security device characterized in that a "daytime" and "nighttime" mode setting means for selecting a mode is provided in a place where people are usually located, such as a living room or a bedroom.