JPH0564400B2 - - Google Patents

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention is suitable for use in a patrol recording device used for security patrols of various facilities such as factories, warehouses, buildings, and schools. Regarding route setting method.

[Conventional technology]

The present applicant proposed the above patent application No. 59-204639 as an alternative to the conventional security patrol recording device that uses a number key and a mechanical recorder into which the key is inserted to print the time. 59-228593
No. 59-277687, etc., the entire device is computerized (microcomputerized), and each patrol record data stored in the memory of the patrol recorder can be printed out on roll paper and checked. Developed a patrol recording device.

These electronic patrol recording devices use a coder installed at each check position, a patrol recorder that is entirely electronic, and a central recorder to record the patrol data recorded at each check position. The data is stored in the memory of the central recorder, and the central recorder prints out the stored data on roll paper.In particular, in the cyclic recording device of the above-mentioned patent application No. 59-228593, the central recorder stores cyclic data in the memory section of the central recorder. The route (specifically, the permutation of the coders installed at each check position) and the required time between each check position, including the allowable time, are set as management data for verification, and the route from the patrol recorder to the central recorder is set. When printing out the tour data read in, this tour data is compared with the above management data for verification, and the time spent between each check position (time difference) is checked if the route is different or if the time spent between each check position is checked. If the required time, including the allowable time, is exceeded, an irregular mark will be printed along with the patrol data to notify you of the abnormality, so that you can accurately identify the occurrence of the abnormality. It is configured.

[Problem that the invention seeks to solve]

However, in the above-mentioned cyclic recording device, all of the management data for verification is registered by key input, which makes the input operation very troublesome. Regarding the required time, it is necessary to calculate the allowable time and required time, which are different for each check position with different distances, which is very time-consuming and difficult to calculate in reality. There was a problem in that the times were set far apart, and irregular marks were sometimes printed even if the patrol was carried out on time.

Therefore, a technical problem of the present invention is to extremely easily and accurately set the verification management data that is the basis of a tour route.

[Means for solving problems]

In order to solve the above technical problem, the measures taken in the present invention are as follows.

Verification management data consisting of the route to be patrolled and the time required between each check position including the allowable time is stored in advance in the storage unit of the central recorder, and the patrol data read into the central recorder from the patrol recorder is stored in advance. When printing out, compare this travel data with the management data above and check if there are any mistakes in the route.
If the time spent between each check position exceeds the above-mentioned required time, a cyclic recording device is configured to print out a mark indicating such an abnormality. ) Standard data consisting of plural types of required time data and allowable time data determined for each of these required time data is set in advance in the storage section of the central recorder.

(2) Similarly, the storage section of the central recorder stores the actual required time between each check position obtained by actually visiting for route setting, and the actual required time based on the above-mentioned standards. The allowable time obtained by comparing with the data required time data is stored as the above-mentioned management data.

[Effect]

The above means works as follows.

For example, the element (1) above is 10 minutes, 20 minutes, 40 minutes,
Assuming multiple required times such as 60 minutes or 0 minutes, the allowable time corresponding to each required time is ±5 minutes, ±8 minutes, ±15 minutes, and ±60 minutes, respectively.
It is possible to automatically determine the allowable time for the time required between each check position based on this reference data. In addition, if the required time is 0 minutes, the allowable time is ±
The reason why it is 60 minutes is because 0 minutes is only the time required at the start, and an allowable time of ±60 minutes is allowed for the start of the tour.

The element (2) above is that the central recorder reads the patrol data recorded on the patrol recorder by actually patrolling for route setting.
Based on this read data, start code, user code, etc. as the first data,
The permutations of check positions visited (specifically, the permutations of the coder), the actual time spent between each check position, and the allowable time corresponding to the time required, e.g. in the case of 20 minutes. , the permissible time determined based on the reference data, that is, ±8 minutes (specifically, the number assigned to each permissible time), is registered in the central recorder as verification management data for the tour record. Therefore, it is possible to set a tour route extremely easily and accurately.

As described above, the above-mentioned technical problem can be solved by the above-mentioned means, and the problems of the conventional technology can be solved.

〔Example〕

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred example of a tour recorder implementing the route setting method for route recording according to the present invention described above will be described in detail below with reference to the accompanying drawings.

In FIG. 1, reference numeral 1 denotes a coder disposed at each check position on the route, and has an insertion hole 2 recessed in the front surface. 3... are magnetic bodies attached to the inner back wall of the insertion hole 2. Among these magnetic bodies 3..., the leftmost magnetic body is for detection, and the remaining 5 magnetic bodies are arranged for detection. The coder 1 is configured to generate the necessary codes. That is, the coder 1 disposed at each check position has a different position code number 1T (No.
7) is displayed, and in the illustrated embodiment, the positive position corresponding to No. 7 is displayed depending on the presence or absence of the magnetic bodies 3 for detection (in Fig. 1, all the magnetic bodies 3 are present). A new code is being created.

Similarly, in FIG. 1, numeral 10 is a patrol recorder having a compact overall structure, and numeral 11 is an insertion portion formed at the tip of this patrol recorder 10. The insertion part 11 can be inserted into the insertion hole 2 of the coder 1 described above, and the front end surface 11a of this insertion part is equipped with a photocoupler for input/output to a central recorder to be described later, as shown in FIG. An input side phototransistor 12 and an output side light emitting diode 13 are formed, and between these phototransistor 12 and the light emitting diode 13, a total of six
Hall elements 14... are formed. Among the total of six Hall elements 14..., the left Hall element is a Hall element for detection and check code for the detection magnetic body 3, and its insertion part is connected to the patrol recorder 10, that is, the insertion part of the coder 1. Insertion hole 2
If the Hall element 14 is correctly inserted into the
When the code is checked by touching or being close to a magnetic material, a detection and check signal is sent to the CPU of the patrol recorder 10 through an amplifier (not shown).
(described later). on the other hand,
The remaining five Hall elements 14 read each position code of the coder 1, which is formed by the presence or absence of the code magnetic material 3, and input this read code signal to the CPU of the patrol recorder through the same amplifier. can do.

Further, in the figure, numeral 15 is a display section such as a liquid crystal display large formed on the surface of the patrol recorder 10, where the current month, day, hour, and minute are always displayed, and the patrol recorder 10 is coded. When inserted into device 1, the above display is cleared and the next check position, security procedure, etc. are displayed instead.
Various types of security information such as contents or precautions are displayed 15A (see FIG. 1). 16 lights up when a check signal indicating that the patrol recorder 10 has been correctly inserted is sent and received, and also the coder 1 is stored in the memory of the patrol recorder 10.
A lamp is configured to turn off when the position code and information such as the current month, day, hour, and minute have been written, and a buzzer may be used instead.

In FIG. 3, the central recorder is indicated as a whole by 30, and 31 is this unit 3.
2 shows an insertion hole for the patrol recorder 10 formed on the front surface of the camera. Reference numerals 32 and 33 denote an output side light emitting diode and an input side phototransistor which are respectively provided at both ends of the inner surface of the insertion hole 31 so as to be close to the phototransistor 12 and light emitting diode 13 of the inserted patrol recorder 10. , from the central recorder 30 side to the patrol recorder 10
Various output signals sent to the side are transmitted through a light emitting diode 32 and a phototransistor 12 adjacent to the light emitting diode 32.
Various output signals are supplied to the CPU of the patrol recorder 10 through the light emitting diode 13 and the phototransistor 33 adjacent to the light emitting diode 13, and various output signals sent from the patrol recorder 10 to the central recorder 30 are supplied to the central recorder 30 through the light emitting diode 13 and the phototransistor 33 adjacent thereto. .

38 is a display section such as a liquid crystal display provided on the front side of the central recorder 30;
8 displays the current month, day, hour, and minute. Also, 39 is a numeric keypad for input/output provided in the central recorder 30.
Various maintenance information to be stored in the memory of the patrol recorder 10 via the numeric keypad 3
It is written using 9.

The numeric keypad 39 also stores multiple types of required time data arbitrarily set in advance, as shown in FIG. 4, and the allowable time corresponding to each of these required time data. The reference data consisting of data can be set together with the permissible time number for calling, and furthermore, the permissible time for the patrol start time and various other control programs can also be set.

Reference numeral 40 designates a key switch for mode switching, which is also provided in the central recorder 30, and is used when changing each program stored in the memory, ie, security information, etc., or when setting a new program or patrol route.

The tour route is set according to the flowchart shown in FIG.

In other words, when setting a patrol route, there are several steps.
As in S1, a patrol recorder 10 is used to actually patrol a determined route. In the next step S2, it is determined whether all the patrols have been completed.
If the process is completed, proceed to the next step S3 and insert the patrol recorder 10 into the central recorder 30. In the next step S4, the patrol data for route setting stored in the patrol recorder 10, that is, each check position (specific The permutation of the coder 1) and the times recorded at each check position are read into the memory of the central recorder 30.

When it is determined in the next step S5 that reading of the patrol data is completed, the process proceeds to the next step S6, where the number (No. 3 in this embodiment) of the patrol recorder 10 is read and set. Further, in the next step S7, the start code and start time are set starting from the first data of the read circular data (which does not need to be the first if there is a user code).

In step S8, a position code is set based on the contents of the next cycle data, and the next step is started.
In S9, from the current patrol time and the previous patrol time,
The time required for the tour (time difference) is determined.

Furthermore, in the next step S10, the allowable time for the required time is determined from the required time determined above, with reference to the reference data shown in FIG. The time is set in memory to complete routing between one check position.

When the processes in steps S8 to S11 above are all performed for each position on the patrol route and completion is determined in step S12, the code of the patroller is keyed into the memory in the next step S13. At step S14, the allowable time for the start time is also keyed into the memory, and finally step S14 is entered.
Route setting is completed by pulling out the patrol recorder 10 from the central recorder 30 in S15.

Note that the route setting described above can also be performed while operating the keys 23 of the patrol recorder 10 inserted into the central recorder 30.

Further, in FIG. 2, 41 indicates a clear key for erasing each program written in each memory of the patrol recorder 10 and the central recorder 30 via the key input device 39, and other operation keys. Further, 42 is a printer that prints out the patrol data stored in the memory of the patrol recorder 10 on roll paper.

Items to be printed by the printer 42 include verification management data registered in the memory of the central recorder 30 shown in FIG.
There is a circulation record illustrated in FIG. 6 and FIG. 6B. As shown in Figures 6A and 6B, the patrol record includes the unit number of the patrol recorder 10, date of printout, code number of the patroller (guard), user code, start code, patrol route number, etc. Then, the recording time at the first check position and the position code of the coder 1 installed at this check position are printed in one horizontal row, and the second and subsequent check positions are printed. The recording time and position code are sequentially printed in multiple stages, shifted one stage downward.

Furthermore, if there is any patrol data read from the patrol recorder 10 in which the time required between each check position exceeds the permissible time of the reference data, the printer 42 stores the position code that exceeds the time limit. Next, the printer 42 prints the under or over time (minutes) along with the mark, and if an error is found in the predetermined order of position codes (circular data), it will indicate whether the order was incorrect or if the order was incorrect. Alternatively, the printer 42 prints the wrong route mark and the correct position code in the changed position code field, and if it is not possible to check the allowable time or if you have forgotten to patrol, change the corresponding field. A confirmation mark is printed on the card so that administrators can easily spot errors or fraud in patrolling.

〔effect〕

The route setting method for route recording according to the present invention is as described above, and the setting data such as the permutation of each check position and the time required between each check position are obtained from the data obtained by actually performing the route. Since the settings are based on , the allowable time that matches the required time is retrieved from pre-registered standard data, and this is automatically registered along with the required time as management data for route comparison, so each position is calculated based on the time difference between each position. Compared to the traditional setting method of calculating the allowable time and entering it using a key, setting the allowable time is much simpler.
In addition, compared to the conventional setting method that sets a fixed allowable time regardless of the length of time required, this method has the advantage of being able to set the allowable time rationally. It is suitable for use in creating management data for verification.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing an example of a coder and a patrol recorder of a patrol recorder using the route setting method for patrol recording according to the present invention, FIG. 2 is a front view of the patrol recorder, and FIG. 3 is a front view of the patrol recorder. and a perspective view showing an example of a central recorder, FIG. 4 is a table showing an example of reference data created by the present invention, FIG. 6A and 6B are diagrams showing examples of tour record printing, and FIG. 7 is a flowchart showing a procedure for creating verification management data used for setting a tour route. 1 is a coder, 3b... is a magnetic material forming a position code, 10 is a patrol recorder, 14
... is a Hall element for code reading, 15 is a display, 23 is a numeric keypad, 30 is a central recorder, 39 is a numeric keypad, and 42 is a printer.

Claims (1)

[Scope of Claims] 1. Verification management data consisting of the route to be patrolled and the time required between each check position including the allowable time is stored in advance in the storage section of the central recorder, When printing out the itinerary data read into the , it is possible to compare and match this itinerary data with the management data above to determine if there is a mistake in the route, or if the time spent between each check position is the required time. In a patrol recording device that is configured to print out a mark indicating such an abnormality when the time exceeds the specified time, multiple types of required time data and this etc. are stored in the storage section of the central recorder. While standard data consisting of allowable time data determined for each required time data is set in advance, the storage section of the central recorder also stores each check data obtained by actually traveling for route setting. The actual required time between positions and the allowable time obtained by comparing these actual required times with the required time data of the standard data are stored as the above management data. A route setting method for patrol recording.