JPH0823880B2 - Board for managing goods - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a board for managing articles and a management system, and more particularly to a high-pressure gas cylinder which is installed outdoors in the form of an open field for a long period of time and is subject to strict regulations regarding its handling and management. The present invention relates to a management board and a management system for such articles.

[0002]

2. Description of the Related Art Conventional management boards and management systems for managing various kinds of physical goods include, for example, daily goods, school supplies, various appliances, and various other goods such as price, quantity, etc. Barcode the article information and print it directly, or stick a piece of paper with the barcode printed on it at the appropriate place, read the barcode with a photoelectric sensor, process it with a computer, and digitally read it at the appropriate location on the reading sensor. The so-called "bar code management system" that collects and manages the relevant item information by displaying and sending to the central processing unit, and the rated value, serial number, manufacturing date of various machines, equipment, devices, etc. The product information such as the manufacturer's name is displayed on a so-called "name plate" by engraving, etc., and the name plate is attached to various machines, equipment, devices, etc., while operating the machine, equipment, device, etc. as necessary. Etc. are read collected by viewing the product information displayed on the name plate, are known management scheme of the article or the like.

In Japanese Patent Publication No. 48-16594, a plurality of position grooves along the center line of the non-magnetic core member and a matrix corresponding to the position grooves are provided on both sides of the position groove, and the matrix is formed in the matrix. A ticket or commuter pass in which a magnetic material is inserted based on the required rules, and the fare collection system is described in which the fare collection ticket or the commuter pass is inserted into a fare collection device installed at a predetermined location and used. There is.

Further, in Japanese Utility Model Laid-Open No. 61-5959, a key card having magnets arranged in a matrix in a synthetic resin case is applied to a sensor installed at a predetermined place such as a building entrance, and the magnet array of the cards is arranged. The sensor device in the unlocking device using the magnet by matching the control circuit of the sensor with the control circuit of the sensor, and in Japanese Patent Laid-Open No. 64-73478, a Tagata code in which four shaded square meshes are combined in a square shape. Are arranged in a matrix, and a rectangular reference line having a predetermined size is provided around the matrix, and the TD code can be read from the relative positional relationship between the reference line and the matrix, and the TD code can be read. The method of reading the Tagata code, which displays information on the display of the reader and transmits it to the external device through the output terminal, is described respectively.

[0005]

However, in the above-mentioned bar code system, the bar code printed on a piece of paper or the like directly printed or attached to the article is handled at the time of sale of the article. Although it can be initially read by a photoelectric reading sensor to collect and manage the article information, if this bar code system is applied to article management such as high-pressure gas cylinders that are exposed outdoors for a long period of time, the bar code Due to stains and / or peeling of the pasted paper pieces, etc., the collection of the product information will be hindered within a short period of time. However, the size and size of the letters used to display the product specifications on the nameplate, as well as the shape and dimensions of the nameplate, vary from manufacturer to manufacturer. Etc. requiring direct visualization of the operator of the article, out of time-consuming and troublesome to the management, there is Kirai cause the reading flame by fouling by use or the like.

The ticket or fixed-price ticket disclosed in Japanese Examined Patent Publication No. 48-16594 can be read and collected as necessary by inserting it into a magnetic reader installed at a predetermined position regardless of the direction of the ticket. On the other hand, since there is no reading and / or driving reference pin or reference hole around the board such as the code plate or the ticket, it is completely understood that the technology for correcting the ticket information is disclosed here. Instead, it is clear from the nature that consideration is given to how to secure the ticket information, and this is not possible when exposed to wind and rain, such as high-pressure gas cylinders. As a product management plate attached to a managed product that is placed at a specific place for a long time, apply a magnetically conductive product management pin that indicates the product information. It is impossible.

In the above-mentioned Japanese Utility Model Laid-Open No. 61-5959, when a key card, in which magnets are arranged in a matrix in a non-magnetic synthetic resin case, is applied to a stationary sensor, the synthetic resin case is positioned by a positioning magnet. ,
The key magnet of the key card can be read, and by matching the magnet array of the card and the control circuit of the sensor,
Although the sensor device in the unlocking device using the magnet is disclosed, since the positioning magnets thus arranged at the four corners of the key card are read by the stationary sensor, the positioning accuracy is naturally limited. It is necessary that the magnets of the key card have a sufficiently large distance between them to prevent a read error from occurring.

In this key card, there is significance in how to prevent the modification of the key card information, and since there is no consideration regarding the modification of the stored information, the key card is not covered by a high pressure gas cylinder or the like. It is impossible to apply it to the management of controlled goods.

Further, in the method of reading the Tagata code described in the above-mentioned Japanese Patent Laid-Open No. 64-73478, the Tagata code in which four square meshes with different shades are combined in a square pattern is arranged in a matrix. At the same time, a rectangular reference line having a predetermined size is provided around the reference line, and the relative positional relationship between the reference line and the matrix makes it possible to read the Tata code. In addition to requiring a high degree of accuracy in the width and dimensions of the reference line, it is necessary to configure the entire Tagata code, including this reference line, on the same plane. Not only is it difficult to implement because it is necessary, but it is not possible to apply this method to the management of articles such as high-pressure gas cylinders.

The present invention has been made by paying attention to the problems in the above-mentioned conventional examples.
A plurality of magnetic conductive article management pins 9 are driven in a matrix shape on the planar top of the flexible non-magnetic magnetic substrate 1 such as a non-ferrous metal in accordance with a required rule, and the peripheral edges 4 are asymmetrically positioned. Provided are management plates A and B for articles and the like, which are provided with a plurality of reading reference holes 10 of the article management pin 9 or a plurality of reading reference pins 11.

[0011]

In order to solve the above problems, the present invention provides a plurality of magnetic conductive materials on the planar top of a flexible, non-magnetic substrate 1 such as rubber, plastic, or non-ferrous metal. The article management pins 9 are driven in a matrix 7 in accordance with a required rule, while the peripheral portion 4 of the non-magnetic substrate 1 is driven.
A plurality of read reference pins 11 or driving reference holes 5 of the article management pin 9 are provided at asymmetrical positions, and a transparent or semitransparent non-magnetic material is provided on the planar top of the flexible non-magnetic substrate 1. A film 13 is coated, and
On the back surface 3 of the planar top of the flexible non-magnetic substrate 1,
The double-sided adhesive tape 6 with the release paper 6a is attached.

[0012]

Since the present invention has the above-mentioned structure,
The flexible, non-magnetic substrate 1 has a flat top and a peripheral edge 4
With reference to the plurality of driving reference holes 5 provided at the asymmetrical positions, a plurality of magnetic conductive article management pins 9 are driven into a matrix 7 in accordance with a required rule, and a management board A for articles and the like is provided.
B, the management boards A, B for the articles concerned are attached to appropriate places of the article to be managed such as a high-pressure gas cylinder which is arranged outdoors in an open-air condition, and then the flat tops of the article management boards A, B A plurality of read reference pins 11 provided at asymmetrical positions on the peripheral portion 4 of the
After aligning a plurality of reading reference holes of a magnetic reading sensor such as a proximity sensor arranged at asymmetrical positions, the article information of the managed article is obtained from the magnetically conductive article management pin 9 group. Simple, quick, accurate, and repeated reading over a long period of time makes it possible to collect and manage the relevant item information.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a management board for articles and the like according to the present invention will be described below with reference to the drawings.

[0014]

[First Embodiment] FIGS. 1 to 7 are schematic explanatory views of a first embodiment of a management plate and management system for articles and the like according to the present invention. FIG. FIG. 3 shows FIG.
4 is a longitudinal sectional view along the line ii and the line ii of FIG. 4, and FIGS. 4 and 6 show the non-magnetic substrate 1 with the magnetic conductive article management pin 9 and the read reference pin of the article management pin 9. 11 is an explanatory plan view showing an arrangement state of 11, and FIG. 5 and FIG. 7 are reading sensors of an article management pin 9 driven into a management board A for articles such as high pressure gas cylinders and the like, which are pasted in place. FIG. 7 is an explanatory diagram of a display procedure of read data on the digital display unit 16 by the method.

1 to 7, A is a management board for articles and the like, 1 is a rubber, plastic, non-ferrous metal or the like, and is a flexible non-magnetic substrate, and 2 and 3 are non-magnetic substrates 1. The front and back surfaces of the planar top in the center of 4 are peripheral edges of the non-magnetic substrate 1 that are curved in a gentle convex shape, and the non-magnetic substrate 1 of the management plate A of this article is a so-called "pneumatic". It is structured like a "sucker".

Numerals 5 are provided at three asymmetrical positions on the upper and lower sides and right side (FIG. 1) of the peripheral portion 4 of the flexible non-magnetic substrate 1 of the article management plate A, which will be described later. A driving reference hole for the article management pin 9, 6 is a double-sided adhesive tape adhered to approximately the center of the back surface 3 of the magnetic conductive substrate 1, and 6a is its release paper.
Reference numeral 7 denotes a matrix that is set on the surface 2 of the non-magnetic substrate 1 at a required relational position with respect to the plurality of reference holes 5 and 5 provided in the peripheral portion 4 of the non-magnetic substrate 1. On the surface 2 of, for example, outside the printed display,
It is also possible to form small convex stripes on the same surface 2.

The plurality of planting reference holes 5 of the article management pins 9 provided at the asymmetrical positions of the peripheral portion 4 of the flexible non-magnetic substrate 1 of the article management plate A are the same. When a plurality of read reference pins are provided at asymmetrical positions of a magnetic read sensor (not shown) of the management pin 9, which will be described later, they are also used as read reference holes of the read reference pins.

Numeral 8 is a hole formed at the center of each matrix 7, and this hole 8 is a small diameter hole for positioning when the article management pin 9 is driven. 9 is hole 8
1 is a read reference hole of the magnetic conductive article management pin 9 driven in accordance with a required rule in FIG. 1, and the read reference hole 10 is shown around the matrix 7 in FIG. On the upper left and right of the
That is, they are provided at upper and lower and left and right asymmetrical positions.

Reference numeral 11 is a magnetically conductive read reference pin driven into the read reference hole 10. This read reference pin 11 is a read reference of the magnetically conductive article management pin 9 by a magnetic read sensor (not shown) described later. Becomes

The matrix 7 has, for example, 8 columns (1 to 8) in the horizontal direction and 10 columns (0 to 9) in the vertical direction, so that each column (0 to 9) of 8 columns (1 to 8).
About 100 million pieces of different article information are provided by combining the magnetically-conductive article management pins 9 having the same structure into any of the holes 8.

The management plate A for this article is a non-magnetic substrate 1.
The three projecting reference holes 5 are provided in the convex arcuate peripheral portion 4, and the projecting reference pins of the driving machine (not shown) of the pin 9 for controlling the magnetic substance are aligned with the reference holes 5 and then the holes 8 are formed. One of the magnetically conductive article management pins 9 according to the required rules.
Type in.

The management board A for articles and the like of the first embodiment is
The read reference hole 11 is formed by driving a magnetic read reference pin 11 into the read reference hole 10. The flexible board is provided on the article management plate A at a position corresponding to necessary article information of the managed article. By inserting the article management pin 9 into any of the holes 8 in the matrix 7 on the planar top of the nonmagnetic substrate 1, the management plate A for the article or the like functions normally.

However, a plurality of implanting standards provided at asymmetrical positions of the magnetic read sensor of the pin 9 for article management, which will be described later, at asymmetrical positions of the peripheral edge portion 4 of the non-magnetic substrate 1 of the management plate A for articles and the like. A magnetic read sensor having a structure in which a plurality of read reference pins is provided at a position corresponding to the hole 5 (in this case, the read reference hole is not provided at an asymmetric position of the magnetic read resensor). In the case of the object, a plurality of reading holes 10 are formed at the asymmetrical position of the peripheral portion 4 of the magnetic conducting substrate 1 of the article management plate A, and the reading reference pin 11 of the magnetic conducting to the reading hole 10 is provided. The driving can be omitted.

If the magnetically conductive article management pin 9 is driven into the wrong position (matrix 7),
The driving reference pin of the driving tool for the magnetically conductive article management pin 9 is used as the driving reference hole 5 in the peripheral portion 4 of the article management plate A.
After the insertion, the reset button is operated to correct the driving position and drive it to the correct position. Further, the magnetically conductive article management pin 9 made of iron or the like is subjected to rust prevention plating (green plating) to improve its weather resistance.

Although not shown in the figure, by adopting a pin structure with slits or a bolt tightening structure for the magnetically conductive article management pin 9, the article management pin 9 can be further removed from the magnetically conductive substrate 1. Certainly blocked. In any case, the magnetic nonmagnetic article management pin 9 and the flexible nonmagnetic substrate 1 are brought into close contact with each other to maintain the pneumatic sucker-like function of the flexible nonmagnetic substrate 1. , Ensure close contact with controlled items such as high-pressure gas cylinders.

[0026]

[Operation of First Embodiment] First, the flexible magnetically conductive substrate 1 is formed.
In the small-diameter hole 8 in the center of each matrix 7 displayed on the surface 2 of the horizontal top part of the product, the serial number and storage number of the target managed article such as a high-pressure gas cylinder, and the high-pressure gas contained in the high-pressure gas cylinder. Type, capacity, installation date,
Positions corresponding to various information related to the article and the article management plate A itself, such as the date of reading (detection) by the magnetic reading sensor 16 and the remaining amount of high-pressure gas (in FIG. 4 and FIG. 5, 0103648, FIG. 6 and FIG. 7, 428367
91) and holes 10 at appropriate places around the matrix 7 (upper left side and upper right side in FIG. 1), and then the magnetic conducting article management pins 9 and 9 are formed in the holes 8 and 10. Each read reference pin 11 is driven.

Thereafter, the release paper 6a of the double-sided adhesive tape 6 attached to the back surface 3 of the flexible substrate 1 is peeled off, and the flat top portion of the non-magnetic substrate 1 is stored in an appropriate place such as outdoors. In addition, for example, the vacuum suction force based on the deformation of the flexible substrate 1 and the adhesive force of the double-sided adhesive tape 6 are applied by pressing against a flat surface or a gently curved surface portion of a managed article such as a high-pressure gas cylinder (not shown). In cooperation with, it will be easy, fast, and reliable to attach to controlled items such as high-pressure gas cylinders. It should be noted that after the management plate A of the article or the like is attached to the article to be managed such as a high-pressure gas cylinder, the article to be managed can be stored in a proper place.

For some reason, the pneumatic sucker effect of the management plate A of the article or the like constituted by the non-magnetic substrate 1 having the flexible and convex peripheral edge portion 4 is impaired for some reason. Also in this case, the adhesiveness of the double-sided adhesive tape 6 attached to the back surface 3 of the planar top of the flexible non-magnetic substrate 1 attaches the management plate A of the article or the like to the high-pressure gas cylinder or the like. Is secured.

A magnetic image sensor of a portable image processing type (for example, a portable image-reading sensor (for example, on a management plate A for an article or the like attached to a managed article such as a high-pressure gas cylinder stored in an appropriate place such as outdoors exposed to wind and rain) While a read head (not shown) is applied, the read reference holes of the magnetic read sensor are attached to a plurality of read reference pins 11 provided at asymmetrical positions on the peripheral portion 4 of the non-magnetic substrate 1 of the management plate A of the article or the like. After they are aligned and positioned together, the article information (analog information) is read as an image by the article management pins 9 that are imprinted in a matrix 7 on the planar top of the non-magnetic substrate 1, and the magnetic reading sensor in the magnetic reading sensor The digital information calculated by the yen counting device (microcomputer) is displayed on the digital display unit 16 (FIGS. 6 and 7).

The digital information displayed on the digital display unit 16 is stored in the storage device of the magnetic reading sensor and is transmitted to the host computer of the central processing unit for further arithmetic processing to obtain the necessary information regarding the managed article. Various product information is collected and managed by the host computer.

In the above description, a plurality of read reference pins 11 provided at asymmetrical positions on the peripheral portion 4 of the flexible, non-magnetic substrate 1 of the management plate A for articles and the like are arranged around the matrix 7. Position and also a plurality of driving reference holes 5
Although the example in which the reading and reading reference pin 11 is provided outside is shown, the arrangement positional relationship between the inside and outside of the reading and reading reference pin 11 can be reversed to that in the illustrated example, and in this case, the article management pin 9 The position of the read reference hole of the magnetic reader and the position of the implantation reference pin of the implantation machine must be set in an opposite relationship to the above-described example.

By configuring the reading reference hole of the magnetic reading sensor and the driving reference pin of the driving tool for the article management pin 9 as magnetically conductive pins having the same structure, cost merit can be expected based on common parts.

The plurality of read reference pins 11 are planted at asymmetrical positions of the peripheral edge portion 4 around the matrix 7 provided on the planar top of the flexible non-magnetic substrate 1 of the management plate A for articles and the like. It is also possible to omit the installation, and to provide only the plurality of driving reference holes 5 of the article management pin 9 in the peripheral portion 4 in the vicinity of the matrix 7, and in this case,
The reading reference holes are not provided at asymmetrical positions of the magnetic reading sensor, and instead, a plurality of flexible and flexible asymmetrical parts of the peripheral portion 4 of the magnetically conductive substrate 1 are provided at the peripheral part 4 of the magnetically conductive substrate 1. A plurality of read reference pins may be provided at positions corresponding to the implantation reference holes 5.

Any one of the plurality of driving reference holes 5 and the plurality of reading reference pins 11 provided at the asymmetrical position of the peripheral portion 4 of the flexible magnetically conductive substrate 1 of the management plate A for the article or the like. A reading reference hole or reading reference pin of a reader of the article management pin 9 at a position corresponding to the plurality of driving reference holes 5 and the plurality of reading reference pins 11 which are omitted in this way while omitting one, and the same article. It is possible to omit the driving reference hole or the driving reference pin of the driving machine for the management pin 9,
Also in this case, similarly to the above, the peripheral portion 4 of the magnetically conductive substrate 1 of the management plate A for the article or the like can be constructed in a correspondingly small size, and the magnetic reading sensor of the article management pin 9 and the article management can be performed. The pin 9 driving tool can be downsized accordingly.

[0040]

Second Embodiment Next, a second embodiment of the present invention will be described with reference to the schematic longitudinal explanatory view of FIG. The same names and reference numerals are used for the parts common to the first embodiment shown in FIGS.

In FIG. 8, B is a management plate for articles or the like, 1 is a flexible non-magnetic substrate, 2 and 3 are front and back surfaces of the planar top of the non-magnetic substrate 1, and 6 is double-sided adhesive. A tape, 6a is a release paper, 8 is a surface 2 of the planar top of the non-magnetic substrate 1, and a matrix 7 is formed according to the required rule (see FIGS. 1, 4 and 5 showing the plan view of the first embodiment). A hole is provided, 9 is a management pin for a magnetically conductive article or the like that is driven into the hole 8, and 13 is a flexible, transparent or semi-transparent material that covers the surface 2 of the planar top of the non-magnetic substrate 1. Is a non-magnetic film.

(Operation of Second Embodiment) In the management board B for articles and the like of the second embodiment, the surface 2 of the flat top portion of the non-magnetic substrate 1 is made of a flexible, transparent or semitransparent non-magnetic material. By covering the article management pin 9 and the read reference pin 11 of the article management pin 9 with the magnetically conductive film 13, it can be expected to prevent rusting of these due to contact with dust or the like. The dust or the like attached to the surface 2 of the flat top portion of the non-magnetic substrate 1 can be easily wiped by wiping the flexible, transparent or translucent non-magnetic film 13 that covers the surface 2 of the flat top portion. Therefore, a good reading state by a magnetic sensor such as a photoelectric sensor (not shown) can be maintained for a longer period of time than the first embodiment.

If the transparency of the semi-transparent non-magnetic film 13 coated on the surface 2 of the flat top of the non-magnetic substrate 1 of the management plate B for this article etc. is sufficiently lowered, the non-magnetic property concerned. The arrangement state of the magnetic conducting article management pins 9 that have been driven into the substrate 1, that is, the article information stored in the article management board B is substantially hidden, and by extension, the article management board B. The safety of the managed article information management by the is improved. Other structures and operations are almost the same as those of the article management plate A of the first embodiment.

(Effects of the Invention) Since the present invention has the above-mentioned structure and operates,
The following effects can be obtained.

(1) Surface 2 of a planar top of a flexible, non-magnetic substrate 1 made of rubber, plastic, non-ferrous metal, etc.
In addition, a plurality of magnetically conductive article management pins 9 having the same structure are driven in a matrix 7 in accordance with a required rule, and
At the asymmetrical position of the peripheral portion 4 around the matrix 7,
With a simple structure in which a plurality of reading reference holes 10 or a plurality of reading reference pins 11 of the article management pin 9 are provided, it is possible to provide management plates A and B for articles and the like capable of storing innumerable article information.

(2) Since the flexible and non-magnetic substrate 1 has the flat top surface 2 with the magnetically conductive article management pins 9 formed therein, the management boards A and B for articles are constructed. Even if the management plates A and B for articles and the like are exposed to the weather, and even if they are slightly soiled, an accurate reading state by a magnetic reading sensor such as a proximity sensor can be maintained for a long period of time.

(3) A flexible transparent or semitransparent film 13 is attached to the surface of the management plate A or B by sticking the management plates A and B to a high pressure gas cylinder or the like as a managed product.
In addition to the fact that the article is covered with the management board B for this article and the like, the impact force generated when the article to be managed falls down is flexed by the non-magnetic substrate 1 and the transparent or semitransparent film on the surface thereof. Depending on the nature, it is absorbed and relaxed accordingly.

(4) Since the double-sided adhesive tape 6 is attached to the back surface 3 of the flat top of the flexible substrate 1 of the management boards A and B for articles and the like, the high pressure gas cylinder having a gently curved surface is to be managed. It can be easily attached to an article by simply pressing the flat tops of the control plates A and B of the article.

(5) The read reference holes 10 or the read reference pins 11 of the plurality of article management pins 9 provided at asymmetrical positions on the peripheral portions 4 of the article management plates A and B are provided with magnetic fields such as proximity sensors. By aligning a plurality of reading reference pins or reference holes provided at asymmetrical positions of the reading sensor, accurate positioning can be performed easily and quickly, and the article management pins implanted in the management boards A and B for the articles concerned. Accurate article information can be immediately read from 9 groups.

(6) After the management plates A and B for the article or the like are attached to the article to be managed such as a high-pressure gas cylinder, the peripheral edges of the non-magnetic substrate 1 of the article management plates A and B are as necessary. Accurate positioning is quickly performed by aligning the driving reference pins of the driving tool for the article management pins 9 with the plurality of driving reference holes 5 provided at the asymmetrical positions of the portion 4, and it corresponds to the latest information regarding the controlled articles. The article management pin 9 can be easily and quickly driven into the position.

(7) A plurality of driving reference holes 5 and reading reference pins 11 provided at asymmetrical positions of the peripheral portion 4 of the non-magnetic substrate 1 on the peripheral portions 4 of the management plates A and B for articles and the like are guided. The article management pin 9 is driven or read by aligning the driving reference pin of the driving tool of the magnetic article management pin 9 and the reading reference hole of the magnetic reading sensor, and the article management pin 9 is inserted into the non-magnetic substrate 1. Since it is possible to drive the matrix 7 of the planar top portion of the same to the accurate position, and it is possible to accurately read the magnetically conductive article management pin 9 that is driven to the accurate position along the matrix 7 of the same planar top portion. , The magnetically conductive article management pin 9 can be configured to have a sufficiently small diameter, and the article management pin 9 provided on the planar top of the non-magnetic substrate 1
The space between adjacent objects can be made sufficiently small, and the planar tops of the management plates A and B for articles that store the same amount of information can have a smaller area than the conventional example.

(8) Since the management boards A and B for storing the required amount of information can be constructed to have a smaller area than the conventional example,
In addition to the flexible configuration of the non-magnetic substrate 1 of the management plates A and B for articles and the like, this article can be used for articles to be managed whose surface is slightly curved, such as high-pressure gas cylinders. The management plates A and B, etc. can be comfortably attached, and the reading sensor of the product management pin 9 of the management plates A, B for the products, or the product management to the management plates A, B for the same products, etc. It is possible to construct a driving pin 9 for driving pins and the like which is smaller and lighter than the conventional example, and further improvement in operability thereof can be expected.

[Brief description of drawings]

FIG. 1 is an explanatory plan view of a main part of a management board for articles and the like according to a first embodiment of a management board and management system for articles and the like according to the present invention.

2 is a vertical cross-sectional explanatory view taken along the line EE of FIG.

FIG. 3 is a vertical cross-sectional explanatory view taken along the line of FIG.

FIG. 4 is an explanatory plan view of a state where magnetically conductive article management pins are arranged on a non-magnetic substrate of the article management plate of the first embodiment.

FIG. 5 is an explanatory view of a digital display portion of read data by a reading sensor of a management pin of a management plate for a managed article such as a high-pressure gas cylinder, which is attached to a managed article in a proper place. Figure 4 corresponding value).

FIG. 6 is a plan view showing another arrangement state of the magnetically conductive article management pins on the non-magnetic substrate of the article management plate of the first embodiment.

FIG. 7 is an explanatory diagram of a digital display unit of other read data of a reading sensor of a management pin of a management plate for a managed article such as a high-pressure gas cylinder, which is pasted in place on the managed article (for article management). Pins corresponding to the arrangement in Figure 6).

8 is a longitudinal sectional explanatory view of a main part of a second embodiment of a management board for articles and the like according to the present invention, showing a longitudinal section at a position similar to that of the roro line in FIG. 1 showing a plan view of the first embodiment. It is a side view.

[Explanation of symbols]

 A, B: Management board for articles 1 ... Non-magnetic substrate 2 ... Front surface 3 ... Back surface 4 ... Convex peripheral edge 5 ... Driving (reading) reference hole 7 ... Matrix 8 ...... Hole 9 ...... Management pin for articles, etc. 10 ...... Reading reference hole 11 ...... Reading reference pin 13 ...... Non-magnetic film 16 ...... (Reading sensor) display

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI Technical display location G07C 11/00 G09F 7/04 D 7426-5H

Claims (2)

[Claims] 1. A plurality of magnetically conductive article management pins 9 are provided on a planar top of a flexible, non-magnetic substrate 1 made of rubber, plastic, non-ferrous metal or the like in accordance with required rules.
In the meanwhile, the read reference pin 11 of the article management pin 9 is placed at an asymmetrical position of the peripheral edge portion 4 of the non-magnetic substrate 1 while being driven in the shape of
Alternatively, a management plate for articles or the like characterized in that a plurality of implantation reference holes 5 are provided and the planar top of the flexible non-magnetic substrate 1 is covered with a transparent or semitransparent non-magnetic film 13. . 2. The article or the like according to claim 1, wherein a double-sided adhesive tape 6 with a release paper 6a is attached to the back surface 3 of the planar top of the flexible non-magnetic substrate 1. Board.