CN110689101A - Live working apparatus test label and test information management system - Google Patents

Abstract

The present invention provides a test label for a live work tool, comprising a label carrier and a laser two-dimensional code printed on the label carrier by a laser printer, wherein the laser two-dimensional code is in one-to-one correspondence with the live work tool, and the The laser two-dimensional code contains a set of pixel images of test information items used for one-to-one identification of the information content of each test information item corresponding to the live working tool. Also provided is a live work tool test information management system: including a two-dimensional code management platform, a two-dimensional code reader, and a first terminal connected to the two-dimensional code reader, and the two-dimensional code management platform is used to update all The information content corresponding to the pixel image of each test information item on the laser two-dimensional code. The present invention is used to prevent the test label from falling off due to prolonged friction and pressing.

Description

A test label and test information management system for live working tools

technical field

The invention relates to the field of electric power, in particular to a test label for live work tools and a test information management system.

Background technique

With the expansion of the power grid uninterrupted business, the number of live work has gradually increased, and live work tools live work tools are a class of important tools for live operators to work live, and it is one of the important conditions to ensure the safety of live operators.

In order to ensure the personal safety of live working personnel, it is necessary to regularly conduct performance tests on live working tools (such as the insulation of relevant parts of live working tools, etc.). However, the number of live work tools used in the operation is relatively large. In order to facilitate the management of live work tools, the traditional method is to paste test labels on live work tools. Test information. However, with the gradual increase in the number of live work, the frequency of use of live work tools is increasing. The test labels attached to live work tools often fall off due to long-term friction and extrusion. Maintenance and management of live work tools It has a direct impact and indirectly affects the personal safety of the staff during live work.

Therefore, the present invention provides a live work tool test label and a test information management system to solve the above problems.

SUMMARY OF THE INVENTION

In view of the above deficiencies of the prior art, the present invention provides a live work tool test label and a test information management system to solve the above technical problems.

In a first aspect, the present invention provides a live work tool test label, the live work tool test label includes a label carrier and a laser two-dimensional code printed on the label carrier by a laser printer;

The laser two-dimensional code is in one-to-one correspondence with the live working tools;

The laser two-dimensional code includes a set of test information item pixel images for one-to-one identification of the information content of each test information item corresponding to the live work tool.

In a second aspect, the present invention provides a live work tool test information management system, wherein the live work tool test label is integrated with the live work tool;

The described live work tool test information management system includes:

A two-dimensional code reader, capable of reading the laser two-dimensional code of the test label of the live work appliance;

The first terminal, connected with the two-dimensional code reader, is used to read the information content of each test information item stored in the laser two-dimensional code through the two-dimensional code reader, and is used to display the read information. Information content of each test information item;

A two-dimensional code management platform, connected to the first terminal, is used to update the information content corresponding to the pixel image of each test information item on the laser two-dimensional code.

Among them, the information content items include: test type, tool classification, tool name, tool number, test year, test month, test date, test person in charge, next test year, next test month, next test test date.

Wherein, the laser two-dimensional code is encoded in a rectangular space by different distributions of black and white pixels in the matrix; the laser two-dimensional code uses the appearance of black pixels to represent the binary number 1 at the corresponding pixel position of the matrix. , with the appearance of white pixels to represent the binary number 0;

The pixel images of the test information items are respectively formed by a preset number of black pixels and a preset number of white pixels arranged and combined according to a preset arrangement and combination mode.

Among them, the laser two-dimensional code adopts a 21×21 pixel matrix, wherein:

The test information item pixel image of the information content of the test information item "test type" is composed of pixels in the second row, the 8th column and the 12th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "tool classification" is composed of pixels in the 4th row, the 8th column and the 12th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "tool tool name" is composed of pixels in the 6th row, the 8th column and the 13th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "tool number" is composed of pixels from the 8th row, the 8th column to the 16th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test year" is composed of pixels from the 10th row, the 8th column to the 19th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test month" is composed of pixels from the 11th row, the 8th column to the 11th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test date" is composed of pixels from the 12th row, the 8th column to the 12th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test leader" is composed of pixels in the 18th row, the 8th column and the 16th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "year of the next test" is composed of pixels in the 14th row, the 8th column and the 19th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "next test month" is composed of pixels in the 15th row, the 8th column and the 11th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "next test date" is composed of pixels in the 16th row, the 8th column and the 12th column in the 21×21 pixel matrix.

Among them, the classification of tools and appliances includes four categories: insulating tools, labor protection tools, safety tools and others.

Wherein, the live working appliance test information management system also includes:

A laser printer for printing the laser two-dimensional code.

Wherein, the live working appliance test information management system also includes:

The second terminal is connected to the laser printer, and is used for generating the laser two-dimensional code corresponding to the live working tool, and for sending the generated laser two-dimensional code to the laser printer for laser printing.

Wherein, the two-dimensional code reader adopts an image reader.

Wherein, the laser two-dimensional code adopts QR (ie Quick Response) code as the code system of encoding.

The beneficial effects of the present invention are:

(1) The live work tool test label provided by the present invention includes a label carrier and a laser two-dimensional code printed on the label carrier by a laser printer, and the laser two-dimensional code is in one-to-one correspondence with the live work tool, The laser two-dimensional code contains a set of pixel images of test information items for one-to-one identification of the information content of each test information item corresponding to the live work tool. When the information content of the test information item of the live work tool is updated , there is no need to replace the corresponding live work tool test label, just update the information value corresponding to the pixel image of the relevant test information item in the laser QR code, which helps to prevent the test label from falling off due to long-term friction and extrusion. .

(2) In the live work tool test information management system provided by the present invention, the live work tool test label is integrated on the live work tool, and has all the advantages of the live work tool test label. In addition, the present invention The test information management system for live working tools includes a two-dimensional code management platform, a two-dimensional code reader, and a first terminal connected to the two-dimensional code reader, and the first terminal is read by the two-dimensional code reader. The information content of each test information item stored in the laser two-dimensional code, and the two-dimensional code management platform is used to update the information content corresponding to the pixel image of each test information item on the laser two-dimensional code. After the live work appliance, the information content corresponding to the pixel image of each test information item on the laser two-dimensional code can be updated through the two-dimensional code management platform, so that the electric power worker can directly obtain the information of the live work appliance by scanning the two-dimensional code reader. The latest information content of the test information item, combined with the wear-resistant characteristics of the laser two-dimensional code, increases the service life of the test label corresponding to the live work tool using the laser two-dimensional code.

In addition, the present invention has reliable design principle and simple structure, and has a very wide application prospect.

Description of drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the accompanying drawings that need to be used in the description of the embodiments or the prior art. In other words, other drawings can also be obtained based on these drawings without creative labor.

FIG. 1 is a schematic structural diagram of the live work tool test label according to the present invention.

FIG. 2 is a schematic structural block diagram of a system according to an embodiment of the present invention.

FIG. 3 is a schematic structural diagram of an embodiment of the laser two-dimensional code according to the present invention.

Detailed ways

In order to make those skilled in the art better understand the technical solutions of the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described The embodiments are only some of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Key terms appearing in the present invention are explained below.

Example 1:

Referring to FIG. 1 , the live work tool test label 100 described in this embodiment includes a label carrier 101 and a laser two-dimensional code 102 printed on the label carrier 101 by a laser printer;

The laser two-dimensional code 102 is in one-to-one correspondence with the live working tools;

The laser two-dimensional code 102 includes a set of test information item pixel images 1021 for one-to-one identification of the information content of each test information item corresponding to the live work tool.

When the information content of the test information item of the live work tool is updated, it is not necessary to replace the corresponding live work tool test label, but only the information value corresponding to the pixel image of the relevant test information item in the laser QR code needs to be updated, which is helpful to a certain extent. To prevent the test label from falling off due to prolonged friction and compression.

Example 2:

FIG. 2 is a schematic structural block diagram of a system 200 according to an embodiment of the present invention. In this embodiment, the live working tool test label 100 described in Embodiment 1 is integrated on the live working tool. In order to reduce the cost, the label carrier 101 of the live work tool test label 100 adopts the tool body of the live work tool, that is, the laser two-dimensional code 102 is directly printed on the live work tool in this embodiment.

As shown in FIG. 2 , the live work tool test information management system 200 described in this embodiment includes:

The two-dimensional code reader 201 can read the laser two-dimensional code 102 of the live work tool test label 100;

The first terminal 202, connected with the two-dimensional code reader 201, is used for reading the information content of each test information item stored in the laser two-dimensional code 102 through the two-dimensional code reader 201, and for displaying The information content of each test information item read;

The two-dimensional code management platform 203 is connected to the first terminal 202 and is used for updating the information content corresponding to the pixel image of each test information item on the laser two-dimensional code 102 .

During use, on the one hand, under the control of the first terminal 202, the information content of each test information item stored in the laser two-dimensional code 102 is read by the two-dimensional code reader 201, and the read test information The information content of the information item is displayed through the first terminal 202 .

In addition, each time after the test of the live working appliance is completed, the information content corresponding to the pixel image of each test information item on the laser two-dimensional code 102 can be updated through the two-dimensional code management platform 203, so that the electric power worker can pass the two-dimensional code reader through the two-dimensional code reader. 201 scanning can directly obtain the latest information content of each test information item of the live work tool. Combined with the wear resistance of the laser two-dimensional code 102, the life of the live work tool using the laser two-dimensional code 102 corresponding to the test label 100 increases. .

Example 3:

The difference between this embodiment and Embodiment 2 is that in the live work tool test information management system 200 described in this embodiment, the information content items include: test type, tool classification, tool name, tool name, etc. Appliance number, test year, test month, test date, person in charge of the test, next test year, next test month, next test date.

Optionally, the laser two-dimensional code 102 uses a QR code as a code system for encoding.

Optionally, the laser two-dimensional code 102 is encoded in a rectangular space through the different distributions of black and white pixels in the matrix; the laser two-dimensional code 102 uses the appearance of black pixels at the corresponding pixel positions of the matrix. Represents the binary number 1, and the appearance of the white pixel points represents the binary number 0; the pixel image of the test information item is respectively composed of a preset number of black pixels and a preset number of white pixels, according to the preset arrangement. Combination is formed by permutation and combination.

Optionally, the laser two-dimensional code 102 adopts a 21×21 pixel matrix, wherein:

The test information item pixel image of the information content of the test information item "test type" is composed of pixels in the second row, the 8th column and the 12th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "tool classification" is composed of pixels in the 4th row, the 8th column and the 12th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "tool tool name" is composed of pixels in the 6th row, the 8th column and the 13th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "tool number" is composed of pixels from the 8th row, the 8th column to the 16th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test year" is composed of pixels in the 10th row, the 8th column and the 19th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test month" is composed of pixels from the 11th row, the 8th column to the 11th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test date" is composed of pixels in the 12th row, the 8th column and the 12th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "test person in charge" is composed of pixels in the 18th row, the 8th column and the 16th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "next test year" is composed of pixels in the 14th row, the 8th column and the 19th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "next test month" is composed of pixels from the 15th row, the 8th column to the 11th column in the 21×21 pixel matrix;

The test information item pixel image of the information content of the test information item "next test date" is composed of pixels in the 16th row, the 8th column and the 12th column in the 21×21 pixel matrix.

The two-dimensional code shown in FIG. 3 is an embodiment of the laser two-dimensional code 102 in this embodiment, wherein, in order to clearly show each pixel in the laser two-dimensional code 102 , a 21×21 mesh is drawn in FIG. 3 . Grid lines, in fact, the 21×21 grid lines in FIG. 3 do not exist in the laser two-dimensional code 102 . In addition, in Fig. 3, the pixel image of each test information item in the laser two-dimensional code is circled with a black rectangle, but in order to make Fig. 3 clearer, the lead wires are not used for explanation. Those skilled in the art combine this It is easy to know the meanings corresponding to the pixel images of the test information items circled by other black rectangles in the text records in the embodiments, for example, the reference numeral 1021 is the test of the information content of the test information item "test type". For the pixel image of the information item, the binary code corresponding to the pixel image of the experimental information item indicated by the reference numeral 1021 is "0101". By decoding the information content corresponding to the binary code "0101", the test type corresponding to the live working tool corresponding to the laser two-dimensional code 102 can be known.

Optionally, the classification of tools includes four classifications: insulating tools, labor protection tools, safety tools and others. Among them, insulating tools, labor protection tools, safety tools and others, the binary codes corresponding to the four categories are 00001, 00011, 00111 and 01111 in turn.

111111共63种。The tool name of each tool category starts from the binary code 000001, and the code sequence (that is, the binary code corresponding to the pixel image of the relevant test information item) can have 000001

111111 has a total of 63 species.

11111111共511种。Each tool number corresponds to a unique tool name, the tool number starts from 000000001, and the coding sequence can be 000000001

11111111 has a total of 511 species.

111111111111共4095种。The date and year of the test is coded from 000000000001, and the coding sequence can be 000000000001

111111111111 has a total of 4095 species.

1100共12种。The test month is coded from 0001, and the coding sequence can have 0001

1100 total of 12 kinds.

11111共31种。The test date is coded from 00001, and the coding sequence can have 00001

11111 has a total of 31 species.

The person in charge of the experiment starts coding from 000000001, and the coding sequence can have 000000001 111111111 has a total of 511 species.

FIG. 3 is an embodiment of the laser two-dimensional code 102 in this embodiment.

Optionally, the live working tool test information management system further includes:

A laser printer, used for printing the laser two-dimensional code 102 .

Optionally, the live working tool test information management system further includes:

The second terminal, connected to the laser printer, is used to generate the laser two-dimensional code 102 corresponding to the live working tool, and to send the generated laser two-dimensional code 102 to the laser printer for two-dimensional code printing.

It should be noted that, the two-dimensional code reader 201 is an image reader.

It should be noted that, both the first terminal and the second terminal described in this specification can use a PC.

It should be noted that, the same or similar parts among the various embodiments in this specification may refer to each other.

Although the present invention has been described in detail in conjunction with the preferred embodiments with reference to the accompanying drawings, the present invention is not limited thereto. Without departing from the spirit and essence of the present invention, those of ordinary skill in the art can make various equivalent modifications or substitutions to the embodiments of the present invention, and these modifications or substitutions should all fall within the scope of the present invention/any Those skilled in the art can easily think of changes or substitutions within the technical scope disclosed by the present invention, which should all be included within the protection scope of the present invention. Therefore, the protection scope of the present invention should be based on the protection scope of the claims.

Claims (10)

1. A test label for live-wire work tools is characterized by comprising a label carrier and a laser two-dimensional code printed on the label carrier through a laser printer;

the laser two-dimensional codes correspond to the live working tools one by one;

the laser two-dimensional code comprises a group of test information item pixel images for identifying the information content of each test information item of the corresponding live working tool one to one.

2. A live-wire work tool test information management system, characterized in that the live-wire work tool is integrated with the live-wire work tool test tag of claim 1;

the live working tool test information management system includes:

the two-dimensional code reader can read the laser two-dimensional code of the live working tool test label;

the first terminal is connected with the two-dimensional code reader and used for reading the information content of each test information item stored in the laser two-dimensional code through the two-dimensional code reader and displaying the read information content of each test information item;

and the two-dimensional code management platform is connected with the first terminal and used for updating the information content corresponding to each test information item pixel image on the laser two-dimensional code.

3. The live-wire work tool test information management system according to claim 2, wherein the information content item includes: the test type, the tool classification, the tool name, the tool number, the test year, the test month, the test date, the test responsible person, the next test year, the next test month and the next test date.

4. The system for managing test information on live-working implements according to claim 3, wherein the laser two-dimensional code is encoded in a rectangular space by different distributions of black and white pixels in a matrix; the laser two-dimensional code represents a binary number 1 by the appearance of a black pixel point and represents a binary number 0 by the appearance of a white pixel point at the corresponding pixel position of the matrix;

the test information item pixel image is formed by arranging and combining a preset number of black pixels and a preset number of white pixels according to a preset arrangement and combination mode.

5. The live-working tool test information management system according to claim 4, wherein the laser two-dimensional code uses a 21 x 21 pixel matrix, in which:

the pixel image of the test information item of the information content of the test information item "test type" is composed of pixels of the 2 nd row, 8 th column to 12 th column in a 21 × 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "tool classification" is composed of pixels of the 4 th row, the 8 th column and the 12 th column in a 21 x 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "tool name" is composed of pixels of the 6 th row, the 8 th column and the 13 th column in a 21 x 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "tool number" is composed of pixels of 8 th row, 8 th column and 16 th column in a 21 x 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "test year" is composed of pixels of the 10 th row, 8 th column to 19 th column in a 21 × 21 pixel matrix;

the trial information item pixel image of the information content of the trial information item "trial month" is made up of pixels of the 11 th row, 8 th column to 11 th column in a 21 × 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "test date" is composed of pixels of the 12 th row, 8 th column to 12 th column in a 21 × 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "test person in charge" is composed of pixels of 18 th row, 8 th column and 16 th column in a 21 x 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "next test year" is composed of pixels of the 14 th row, 8 th column to 19 th column in a 21 × 21 pixel matrix;

the trial information item pixel image of the information content of the trial information item "the next trial month" is made up of pixels of the 15 th row, 8 th column to 11 th column in a 21 × 21 pixel matrix;

the pixel image of the test information item of the information content of the test information item "test date next time" is composed of pixels of the 16 th row, 8 th column to 12 th column in a 21 × 21 pixel matrix.

6. The system for managing test information on an electrified working tool according to claim 3, wherein the tool classification includes four classifications: insulation tools, labor protection tools, safety tools, and others.

7. The live-wire work implement test information management system according to any one of claims 2 to 6, further comprising:

and the laser printer is used for printing the laser two-dimensional code.

8. The live-wire work tool test information management system according to claim 7, further comprising:

and the second terminal is connected with the laser printer and used for generating the laser two-dimensional code corresponding to the live working tool and sending the generated laser two-dimensional code to the laser printer for laser printing.

9. The system for managing test information on live-working implements according to any one of claims 2 to 6, wherein the two-dimensional code reader is an image reader.

10. The live-working tool test information management system according to any one of claims 2 to 6, wherein the laser two-dimensional code uses a QR code as a coded code system.

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