JPS592640Y2 - motion alarm - Google Patents

Description

[Detailed description of the invention] The present invention relates to an operation alarm, and in particular, when a detector on the side of each slave unit located far away operates, it generates an identification signal unique to each slave unit, and the signal is sent to the central base unit, while the base unit sets an identification value corresponding to each slave unit.
Identification signals for the handset and base unit, suitable for an operation alarm device that identifies which handset the signal was sent from when receiving a signal from the handset, and issues an alarm on the operating status of the handset. Regarding the identification value setting part.

For example, in large buildings, temperature detectors, smoke detectors, door opening/closing detectors, passage detectors, etc. are installed in each room, hallway, stairway entrance, etc. in case of abnormal situations such as theft or fire at night. A slave unit equipped with a transmitter that transmits the operation signal of the detector and its detector to the central monitoring side is installed, while a master unit is installed on the central monitoring side, and the operation signal from the slave unit is transmitted wirelessly or wired. The system receives the signal, identifies which handset the signal was sent from, and notifies staff of the location where the abnormal situation has occurred.

In addition, a master unit is installed at the fire station, and a slave unit is installed in each home etc. to detect the occurrence of a fire and a transmitter that transmits the operating signal. The system identifies the location of the fire and alerts police personnel to the location of the fire.

Furthermore, in each home, slave units consisting of designated detectors, transmitters, etc. are placed at entrances, windows, bathrooms, etc.
The base unit is always installed in a place where people are present, the base unit receives signals from the slave unit, and it identifies and notifies which slave unit the signal is coming from. I want to be able to immediately see where something is happening.

When the detector installed on each handset operates in this way,
The operating signal is sent to the base unit, the base unit identifies which slave unit the signal was sent from, and in order to notify the operating status of the slave unit, for example, a frequency is generated on the slave unit side. A means is provided to set the frequency to generate a frequency specific to the slave unit, and when the slave unit's detector operates, the frequency signal is sent to the central base unit, while the base unit identifies the signal. A plurality of filter means are provided, each filter band is installed corresponding to each child device, and the alarm is operated by a signal obtained from each filter.

For example, as shown in FIG. 1, slave device S1. S2゜S3
A pulse generator P is provided in . The generator P is operated, and the base unit S is transmitted via the modulator M and the antenna A.

Send to. The main device % receives this signal, demodulates it into a pulse signal via a demodulator R, and applies it to a signal processing section F.

Main unit S. A handset identification value setter E is provided in which the pulse generation frequency of each handset is set.

The signal processing section F calculates the frequency based on the pulses obtained from the demodulator R, and compares the frequency with the frequency set in the setting device E to determine which device the signal sent to the base unit is. Identify whether it is from a machine.

Based on this identification result, a predetermined indicator light and sound generator of the notification section G are operated to notify the operation of the slave device.

In order to activate the alarm in this way, the identification signal generation means such as a frequency generator on the handset side must be set in advance to generate an identification signal unique to the handset, and at the same time, the signal must be It is necessary to set identification values such as the band and frequency in order to identify which handset the device corresponds to.

Conventionally, therefore, the identification signal such as frequency is set to a predetermined value by adjusting the variable capacitor variable resistance of the identification signal generating means of each slave unit, and at the same time, the frequency and other identification signals are set to a predetermined value. Then, I set the identification value for the parent device.

Therefore, setting the identification signal of the slave device and the identification value of the parent device is complicated, and it is difficult to set it without asking an expert.

The purpose of the present invention is to eliminate the drawbacks of the conventional alarm described above, and to provide an alarm having a setting device that allows even an amateur to easily set the identification information of the slave unit and the base unit. .

In order to achieve this purpose, the present invention generates a predetermined identification signal by inserting a setting pin into a predetermined location of the setting section on the slave device side, and at the same time, inserts a setting pin into a predetermined location on the setting section on the base device side. The device is configured to identify the signal from the handset and notify the operation by identifying the signal from the handset. A setting device is provided that is integrally formed so that the setting pin portion on the main device side can be separated, the setting device is set in the setting section on the child device side, and the setting pin portion on the child device side is separated.
The present invention is characterized in that the operation alarm is configured so that the setting pin on the main device side is set in the setting section on the main device side.

Hereinafter, embodiments of the present invention will be described with reference to FIGS. 2 to 7.

FIG. 2 shows an example of the slave side identification signal generating means, ie, the pulse generator P applied to the present invention, which includes two NAND circuits NA1. NA2, resistor R1~R3, capacitor C
1 and C2 constitute a pulse oscillator.

In order to set the frequency of this pulse oscillator to a predetermined frequency corresponding to the slave device by adjusting the values of the resistors and capacitors, setting pin insertion terminals T1 to T4 are used to short-circuit or insert each resistor and capacitor. will be established.

Further, the pulse generator P can also be configured as shown in FIG.

That is, while the pulse oscillator J and the frequency divider 1 to 3 are connected in series, each frequency divider, for example, 1 to 2, is provided with a circuit to bypass this, and the frequency divider 1 to 3 is connected in series. A setting pin insertion terminal T5.2 is used to select whether or not to bypass T5.2 and generate a pulse signal of a predetermined frequency. T6 is provided in each bypass 2 circuit.

These terminals are arranged together on the terminal board 1 as shown in FIG.

11 to 15 indicate setting pin insertion holes.

On the other hand, the base unit receives the signal sent from the slave unit, and in order to identify which slave unit the signal was sent from, an identification value such as a pulse frequency wave number is assigned to each slave unit. Then, pin insertion terminals to be set respectively are provided.

For example, when the detector of the slave unit S1 is activated, in order to notify the base unit of this, for example, the terminal T1. of the pulse generator shown in FIG. When a pin is inserted into T2 to generate the identification signal 50H2, the master unit sets the setting section E in Figure 1 to identify that this signal is sent from the slave unit S1. The identification pin 50 is set by inserting a pin into a predetermined terminal.

The identification value setting terminals on the base unit side corresponding to each slave unit are arranged in one place on a terminal board (not shown) similar to that shown in FIG. 4.

Figure 5 shows setting device 2 for setting this slave unit and base unit.
FIG. 5a shows a structure in which a conductive thin plate pin 4 is installed in a pin holder 3 made of an insulating material such as resin.

This pin 4 is composed of a child device side setting pin portion 4a and a parent device side setting pin portion 4b, which are connected at a constricted portion 4C and formed integrally.

This constricted part 4C is provided to make it easier to separate the child unit side setting pin 4a and the parent unit side setting pin part 4b.If this part is made thinner, it will be easier to separate it. Become.

In order to set the slave unit and the master unit using the setting device 2 having such a structure, set pins such as 43 and 44 corresponding to the slave unit to be set, for example S, as shown in Figure 5. Remove it.

In order to insert this into the terminal explained in FIG. 2 or 3, it is inserted into the terminal plate pin insertion hole 11, 12, 15 shown in FIG. 4, and then broken off from the constricted portion 2C.

From the one-dot chain line X1 in Figure 5 to the setting pin 41 on the slave unit side.
After setting pins 41b, 42a, and 45a on the slave unit setting plate 1, attach the base unit side setting pins 41b, 42b, and 45b remaining in the pin holder 3 shown in Figure 5C to the terminal board of the base unit (Fig. (not shown).

FIG. 6 is a partial cross-sectional view showing the setting pin set on the terminal board 1 of the slave device shown in FIG.
are embedded in the insulating material 1a and are held in contact with the conductive contact pieces 1b and 1C that protrude into the pin insertion hole.

The conductive contact piece 1b and the IC are connected to the terminals shown in FIG. 2 or 3 described above.

The setting device 2 shown in FIG. 5a is connected to another slave unit S2. S3...
For ..., remove the predetermined pin corresponding to the slave unit, insert the setting pin part of the slave unit side of the setting device into the pin insertion hole of the slave unit terminal board, and then disconnect it, and then remove the pin from the remaining base unit side. Set the setting pin part on the main unit terminal board.

By setting the setting pin on each handset and base unit in this way, the base unit receives the identification signal sent from the slave unit and compares it with the identification value of each slave unit set on the base unit. Since the handset that transmitted the signal can be identified by means such as performing a match determination, the operation of the handset whose detector has operated is notified based on this.

Note that the structure of the setting device does not necessarily require that the setting pin part on the slave side and the setting pin part on the master side be integrally constructed as shown in Fig. 5; for example, as shown in Fig. 7, The child device side setting pin 6a is planted on the pin holder 5a made of material, while the parent device side setting pin part 6b is planted on the pin holder 5b made of insulating material, and the pin holders 5a and 5b can be separated at the member 7 portion. It can also be configured as

To set this on the terminal board of the slave unit and the base unit, as shown in Figure 7, leave the specified pins corresponding to the slave unit to be set and remove the others. After inserting the setting pin 6a, the member 7 is broken, the pin holder 5b is separated from the dashed line X2, and the setting pin 6b is set on the terminal board of the parent device.

As described above, according to the present invention, a predetermined identification signal is generated by inserting a setting pin into a predetermined location of the setting section on the slave device side, and a setting pin is inserted into a predetermined location on the setting section on the parent device side. By inserting it, it is configured to identify the signal from the handset and notify the operation, and the handset side setting pin part formed at a predetermined location and the part corresponding to the handset side setting pin part. A setting device is provided that is integrally formed so as to be able to separate the main device side setting pin portion formed on the main device side, the setting device is set in the child device side setting section, and the child device side setting pin portion is separated. Since the setting pin on the main unit side is set in the setting section on the main unit side, setting is extremely simple and at the same time accurate setting can be performed.

[Brief explanation of the drawing]

Figure 1 is a block diagram of the operation alarm, Figures 2 and 3
The figure is a block diagram showing an example of the slave side identification signal generation means applied to the present invention, FIG. 4 is a schematic block diagram showing an example of the terminal branch root applied to the present invention, and FIG. A is a configuration diagram showing an example of an applicable setting device, in which a is an overall configuration diagram, b is a front view of the setting device with only the predetermined setting pins left corresponding to a predetermined slave device, and C is a diagram of a predetermined slave device. Fig. 6 is a partial cross-sectional view showing the setting pin set in the terminal board of Fig. 4 in a clear state;
The figure is a configuration diagram showing another example of the setting device applied to the present invention, in which a is the overall configuration diagram, and b is the setting device with only the predetermined setting pins left for setting corresponding to the predetermined slave device. It is a front view. 1...Terminal board, 2...Setting device, 3.5
a, 5b...Pin holder, 4...
Setting pins, 4a, 6a...Setting pins on the handset side, 4
b, 6b...Main unit side setting pin, 4C97...
... Separable member, T1 to T6 ... Pin insertion terminal.

Claims (3)

[Scope of utility model registration request] (1) A detector that detects a predetermined state change and a plurality of setting pin insertion terminals formed at predetermined positions are provided, and the detector operates according to the setting pin inserted into the predetermined position of the terminal. It is equipped with a plurality of handsets that generate a predetermined identification signal when the device is pressed, and a plurality of setting pin insertion terminals formed at predetermined positions.
a base device that identifies an identification signal generated from the handset according to a setting pin inserted into a predetermined position of the terminal and notifies the slave device of an operation corresponding to the handset; a setting pin insertion terminal on the handset side; A child device side setting pin portion formed at a predetermined location for setting the setting pin at a predetermined location of the parent device side setting pin insertion terminal, and a parent device side setting pin portion formed at a location corresponding to the child device side setting pin portion. An operation alarm comprising a setting device having a side setting pin portion, and a setting device in which the parent device side setting pin portion and the child device side setting pin portion are integrally configured so as to be separable. (2) Utility Model Registration Scope of Claim 1 In the setting device, the setting pin part on the handset side and the setting pin part on the master side are detachably connected at the constriction, and are planted on an insulating pin holder. A motion alarm characterized by: (3) Utility Model Registration Scope of Claim 1 In the setting device, the setting device includes a slave side setting pin portion planted on an insulating pin holder and a parent device side setting pin portion planted on another insulating pin holder. An operation alarm comprising a pin portion, and both of the holders are detachably connected.