Digital cigarette case for assisting in realizing cigarette three-point inspection method

Abstract

The utility model relates to a digital cigarette case for assisting in realizing a cigarette three-point inspection method, and belongs to the technical field of cigarette quality inspection. A panel is buckled on the surface of the box body, three parallel cigarette insertion holes are formed in the side end of the box body, a cigarette is inserted into each cigarette insertion hole, and the three cigarettes are respectively from two groups of samples; three parallel selection keys are arranged at the upper part of the panel, two analysis keys are arranged at the lower part of the panel, and indicating lamps are respectively arranged at corresponding positions of the selection keys and the analysis keys; a control system and a lithium battery are arranged in the box body; and the selection key, the analysis key and the indicator lamp are respectively connected with the control system. According to the digital cigarette case, on the premise that cigarette samples are not marked, only the sample cigarettes need to be placed into the corresponding hole sites according to a program, an evaluator carries out corresponding selection through keys of the digital cigarette case, and recording and statistics are carried out through a control system, so that the testing efficiency of a three-point inspection method is improved.

Description

Technical Field

[0001] The utility model relates to a digital cigarette case for assisting in realizing the "triangle test" method of cigarettes, belonging to the technical field of cigarette quality inspection. Background Art

[0002] The "triangle test" method is one of the most widely used methods in discrimination tests. Its test objects are mostly items such as smell and taste that are human-centered and difficult to test through sensor technology. It is mostly used in product quality inspection or sensory difference tests after process improvement. At the same time, in order to prevent the inspectors from making habitual judgments based on the appearance characteristics of the products, the consistency of the appearance needs to be considered when selecting or making samples. Therefore, it is necessary to encode and mark the samples, and determine the sample types they belong to through the codes of individual samples. The inspectors (evaluators) need to make selections and evaluations among three samples containing two types of samples. Their main task is to select the sample that is different from the other two samples and make a quality evaluation.

[0003] The existing method for realizing the "triangle test" of cigarettes: After encoding and marking the cigarette samples, the evaluator smokes and records the code of the sample that is different from the other two samples, and makes a quality judgment. Then the operator checks the code to determine whether the two different samples are correctly distinguished. When the operator makes the mark, it will cause different degrees of damage to the cigarettes. When the evaluator reads and records the code, it will also be affected by the recognizable degree of the mark. When the operator determines the conclusion, it is necessary to check the code library. Therefore, the preparation time in advance during operation is long, and the statistical workload at the end is large. Content of the Utility Model

[0004] The technical problem to be solved by the utility model is to provide a digital cigarette case for assisting in realizing the "triangle test" method of cigarettes. The digital cigarette case can, without marking the cigarette samples, simply place the sample cigarettes into the corresponding holes according to the procedure. The evaluator makes corresponding selections through the buttons of the digital cigarette case, and the control system records and statistics, thereby improving the test efficiency of the "triangle test" method.

[0005] To achieve the above objectives, the specific technical solution of the utility model is as follows: A digital cigarette case for assisting in realizing the "triangle test" method of cigarettes. A panel is buckled on the surface of the case body. Three juxtaposed cigarette insertion holes are provided at the side end of the case body. One cigarette is inserted into each cigarette insertion hole, and the three cigarettes come from two groups of samples respectively. Three juxtaposed selection buttons are provided at the upper part of the panel, and two tasting buttons are provided at the lower part. Indicator lights are respectively provided at the corresponding positions of the selection buttons and the tasting buttons. A control system and a lithium battery are provided inside the case body. The selection buttons, the tasting buttons, and the indicator lights are respectively connected to the control system.

[0006] The described control system includes an indicator light module, a button module, a communication module, a lithium battery charging module, a power conversion module, a charging interface module, and a power switch module; the selection button is located within the button module and is connected to the chip of the communication module. Triggering the selection button enables the selection of the cigarette within the corresponding cigarette jack; the evaluation button is located within the button module and is connected to the chip of the communication module. Pressing the evaluation button judges the quality of the cigarette as excellent or inferior according to the color or label.

[0007] The described indicator lights consist of a button indicator light, a power switch indicator light, and four power charging status indicator lights; the button indicator light is connected to the chip of the communication module. When the selection button and the evaluation button are pressed, the corresponding button indicator light lights up; the power switch indicator light is connected to the chip of the communication module. After the communication module is powered on, the power switch indicator light lights up; the four power charging status indicator lights are connected to the lithium battery charging module and light up step by step according to the amount of charge. When the lithium battery is fully charged, all four power charging status indicator lights light up.

[0008] A charging interface and a power switch are provided on the box body. The charging interface is connected to the charging interface module, and the power switch is connected to the power switch module.

[0009] A terminal device and a coordinator are provided outside the digital cigarette case. The communication modules of several digital cigarette cases are wirelessly connected to the coordinator. A control program is provided on the terminal device, and the control program exchanges data with the corresponding digital cigarette case through the coordinator.

[0010] The digital cigarette case for assisting in implementing the "triangle test" method for cigarettes of this application adopts the above structure, realizing that there is no need to mark the cigarette samples, avoiding sample contamination, and there is no need for the evaluator to record data. When selecting through the button, the data is transmitted back to the coordinator in real time, avoiding different degrees of errors and manual records caused by the recognizable degree of the marks. Description of the Drawings

[0011] Figure 1 It is an external view of the digital cigarette case.

[0012] Figure 2 It is a schematic diagram of the internal structure of the digital cigarette case.

[0013] Figure 3 It is a network status diagram of the digital cigarette case.

[0014] Figure 4 It is a circuit schematic diagram of the control system. Detailed Embodiments

[0015] Such as Figure 1 And Figure 2As shown in the figure, a digital cigarette case that assists in implementing the "triangle test" method for cigarettes has a panel 2 fastened to the surface of the cigarette case body 1. There are three juxtaposed cigarette insertion holes 3 provided at the side end of the cigarette case body 1, and two different qualities of cigarettes are arranged in the cigarette insertion holes 3. At the upper part of the panel 2, there are three juxtaposed selection buttons S1 to S3, and at the lower part, there are two evaluation buttons S4 and S5. Indicator lights are respectively provided at the corresponding positions of the selection buttons S1 to S3 and the evaluation buttons S4 and S5. A control system 4 and a lithium battery 8 are provided inside the cigarette case body 1. The selection buttons S1 to S3, the evaluation buttons S4 and S5, and the indicator lights are respectively connected to the control system 4, and the lithium battery 8 supplies power to each circuit. When an appraiser determines that one of the three cigarettes is different from the other two, the selection button corresponding to the cigarette with different quality needs to be pressed, and at the same time, the evaluation button for excellent or inferior quality is selected, so as to realize the quality evaluation of the cigarettes.

[0016] As Figure 4 shown, the control system 7 includes an indicator light module, a button module, a communication module, a lithium battery charging module, a power conversion module, a charging interface module, and a power switch module; the selection buttons S1 to S3 are located in the button module and are connected to the chip of the communication module. Pressing the selection buttons S1 to S3 triggers the selection of the cigarettes in the corresponding cigarette insertion holes 3; the evaluation buttons S4 and S5 are located in the button module and are connected to the chip of the communication module. The evaluation buttons S4 and S5 judge the excellent or inferior quality of the cigarettes according to the color or label. The pressed selection button and evaluation button can transmit the corresponding information to an external terminal device through the communication module.

[0017] The indicator lights consist of button indicator lights L1 to L5, a power switch indicator light L6, and four power charging status lights L7; the button indicator lights L1 to L5 are connected to the chip of the communication module. When the selection buttons S1 to S3 and the evaluation buttons S4 and S5 are pressed, the corresponding button indicator lights L1 to L5 light up; the power switch indicator light L6 is connected to the chip of the communication module. After the communication module is powered on, the power switch indicator light L6 lights up; the four power charging status lights L7 are connected to the lithium battery charging module and light up step by step according to the amount of charge. When the lithium battery 8 is fully charged, all four power charging status lights L7 light up. The button indicator lights L1 to L5 also have the function of lighting up to prompt during the cigarette setting in the early stage.

[0018] A charging interface 9 and a power switch 7 are provided on the cigarette case body 1. The charging interface 9 is connected to the charging interface module, and the power switch 7 is connected to the power switch module.

[0019] As Figure 3As shown in the figure, a terminal device 11 and a coordinator 12 are provided outside the digital cigarette case. The communication modules of several digital cigarette cases are wirelessly connected to the coordinator 12. A control program is provided on the terminal device 11, and the control program exchanges data with the corresponding digital cigarette case through the coordinator. Through the coordinator 12, several digital cigarette cases are combined in the same network to realize data interaction with the terminal device 11.

[0020] A control method using a digital cigarette case for "triangle test" includes the following steps:

[0021] 1) After the terminal device 11 is powered on, it communicates with the coordinator 12 to complete networking, and each digital cigarette case obtains a fixed address;

[0022] 2) Input the corresponding parameters required by the "triangle test" method in the control program, such as the number of assessors, and the brands of two cigarette samples A and B;

[0023] 3) After the parameter configuration is completed, the control program automatically generates grouping information; the grouping information includes the terminal device, address information, and sample combination information. For example: 01 ABA, the first and third cigarette jacks 3 of the terminal device 01 are type A samples, and the second cigarette jack 3 is a type B sample; 02 BBA, the first and second cigarette jacks 3 of the terminal device 02 are type B samples, and the third cigarette jack 3 is a type A sample; and the sample combination information assigned to each terminal device contains at least one A and at most two As;

[0024] 4) The grouping information is sent to the corresponding digital cigarette case through the coordinator, and the indicator light corresponding to the cigarette jack 3 assigned with a type A sample will light up;

[0025] 5) The operator first puts the type A sample into the cigarette jack 3 where the indicator light is on. After all the cigarette jacks 3 with the indicator lights on of all digital cigarette cases are filled with type A samples, then put the type B samples into the remaining cigarette jacks 3;

[0026] 6) After the samples are placed, operate the control program to send an indicator light reset command through the coordinator. After resetting, the indicator lights of each digital cigarette case go out;

[0027] 7) Randomly distribute the digital cigarette cases to the assessors. After the assessors complete the smoking evaluation, press any one of the S1 - S3 keys on the terminal device to indicate the one with the most significant difference in tobacco, and then press the "superior" or "inferior" key to indicate the superiority or inferiority of the tobacco difference. The indicator light corresponding to the operated key will light up, and the information is automatically transmitted to the coordinator and finally obtained by the control program;

[0028] 8) The control program obtains the key values of each digital cigarette case, performs data aggregation and analysis, forms a printable report, and saves it in the database.

[0029] Similarly, for those skilled in the art, corresponding changes can be made to the cigarette insertion hole structure of the digital cigarette case, which can be applied to other products with "three-point detection".

Claims

1. A digital cigarette case for assisting in implementing the "triangle test" method for cigarettes, characterized in that: A panel (2) is buckled on the surface of the box body (1). There are three juxtaposed cigarette insertion holes (3) provided at the side end of the box body (1). A cigarette is inserted into each of the cigarette insertion holes (3), and the three cigarettes are respectively from two groups of samples. There are three juxtaposed selection buttons (S1 - S3) provided at the upper part of the panel (2), and two analysis buttons (S4, S5) are provided at the lower part. Indicator lights are respectively provided at the corresponding positions of the selection buttons (S1 - S3) and the analysis buttons (S4 and S5). A control system (4) and a lithium battery (8) are provided inside the box body (1). The selection buttons (S1 - S3), the analysis buttons (S4, S5), and the indicator lights are respectively connected to the control system (4).

2. The digital cigarette case for assisting in implementing the "triangle test" method for cigarettes according to claim 1, characterized in that: The control system (4) includes an indicator light module, a button module, a communication module, a lithium battery charging module, a power conversion module, a charging interface module, and a power switch module. The selection buttons (S1 - S3) are located inside the button module and are connected to the chip of the communication module. Triggering any one of the selection buttons (S1 - S3) indicates that the cigarette in the corresponding cigarette insertion hole (3) is selected. The analysis buttons (S4 and S5) are located inside the button module and are connected to the chip of the communication module. The analysis buttons (S4 and S5) are marked with "good" or "bad" according to color or label. Pressing any one of the analysis buttons (S4 and S5) indicates that the selected cigarette quality is "good" or "bad" compared to the other two cigarettes.

3. The digital cigarette case for assisting in implementing the "triangle test" method for cigarettes according to claim 2, wherein: The indicator lights consist of button indicator lights (L1 - L5), a power switch indicator light (L6), and four power charging status indicator lights (L7). The button indicator lights (L1 - L5) are connected to the chip of the communication module. When the selection buttons (S1 - S3) and the analysis buttons (S4, S5) are pressed, the corresponding button indicator lights (L1 - L5) light up. The power switch indicator light (L6) is connected to the chip of the communication module. After the communication module is powered on, the power switch indicator light (L6) lights up. The four power charging status indicator lights (L7) are connected to the lithium battery charging module and light up step by step according to the amount of charge. When the lithium battery (8) is fully charged, all four power charging status indicator lights (L7) light up.

4. The digital cigarette case for assisting in implementing the "triangle test" method for cigarettes according to claim 2, wherein: A charging interface (9) and a power switch (7) are provided on the box body (1). The charging interface (9) is connected to the charging interface module, and the power switch (7) is connected to the power switch module.

5. The digital cigarette case for assisting in implementing the "triangle test" method for cigarettes according to claim 3, wherein: A terminal device (11) and a coordinator (12) are provided outside the digital cigarette case. The communication modules of several digital cigarette cases are wirelessly connected to the coordinator (12). A control program is installed on the terminal device (11), and the control program exchanges data with the corresponding digital cigarette case through the coordinator.

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