A plastic skipping rope quality testing and analysis system

Abstract

The invention discloses a plastic skipping rope quality testing and analysis system, which specifically relates to the field of plastic skipping rope quality detection, and comprises a plastic skipping rope data acquisition module, a plastic skipping rope data analysis module, a plastic skipping rope handle data acquisition module, a plastic skipping rope handle data acquisition module, a comprehensive evaluation and judgment module, and a skipping rope quality comprehensive judgment module; by collecting the rope body integrity data, rope body volume data and rope body strength data of the plastic skipping rope and the comfort data, deformation data and appearance data of the plastic skipping rope handle, and then by analyzing the rope body integrity data, rope body volume data and rope body strength data of the plastic skipping rope and the comfort data, deformation data and appearance data of the plastic skipping rope handle, the quality of the plastic skipping rope is comprehensively judged by the comprehensive evaluation module and the skipping rope quality comprehensive judgment module.

Description

Technical Field

[0001] The present invention relates to the technical field of plastic skipping rope quality detection, and more specifically, to a plastic skipping rope quality detection and analysis system. Background Art

[0002] Rope skipping is a sport with a long history. Traditional skipping ropes are heavy because they lack lightweight materials. As time goes by, lightweight and elastic plastic skipping ropes come into being, which makes it very important to test their quality.

[0003] The existing plastic skipping rope quality inspection system mainly includes data acquisition module, data analysis module, data processing module and quality judgment module. Through the data acquisition of the plastic skipping rope, relevant parameters are obtained to provide data support for the data analysis of the skipping rope. Then, the collected data is analyzed by the data analysis module to preliminarily obtain relevant analysis results. Then, more accurate information is obtained by processing the data. Finally, the quality result is obtained through comprehensive judgment of the plastic skipping rope. These modules cooperate with each other to form a complete skipping rope quality inspection system. Through the data acquisition, analysis and processing of the skipping rope, a convenient method is provided for the inspection of the quality of the skipping rope, which improves the efficiency of the skipping rope inspection.

[0004] However, in the actual use process, there are still some shortcomings. For example, when collecting data on rope skipping, it is difficult to collect data extensively and accurately, and there are problems with data uniformity and incompleteness. This will lead to the results of rope skipping data analysis being subjective and inaccurate, affecting the subsequent comprehensive judgment of rope skipping quality.

[0005] Therefore, there is an urgent need for a plastic skipping rope quality testing and analysis system to solve the problems of incomplete data collection, imperfect analysis process, and inaccurate judgment results in the existing plastic skipping rope quality detection system. Summary of the invention

[0006] In order to overcome the above-mentioned defects of the prior art, an embodiment of the present invention provides a plastic skipping rope quality testing and analysis system, which solves the problems raised in the above-mentioned background technology through the following scheme.

[0007] To achieve the above object, the present invention provides the following technical solution: a plastic skipping rope quality testing and analysis system, comprising:

[0008] The plastic skipping rope data collection module is used to collect the rope integrity data, rope volume data and rope strength data of the plastic skipping rope, and transmit the collected data to the plastic skipping rope data analysis module;

[0009] The plastic skipping rope data analysis module includes a plastic skipping rope integrity calculation unit, a plastic skipping rope volume data calculation unit, and a plastic skipping rope strength calculation unit, which are used to analyze the data transmitted by the plastic skipping rope data acquisition module and transmit the data to the comprehensive evaluation and judgment module;

[0010] The plastic skipping rope handle data acquisition module is used to collect the comfort data, deformation data and appearance data of the plastic skipping rope handle, and transmit the collected data to the plastic skipping rope data analysis module;

[0011] The plastic skipping rope handle data analysis module includes a plastic skipping rope handle comfort calculation unit, a plastic skipping rope handle deformation calculation unit, and a plastic skipping rope handle appearance data calculation unit, which is used to analyze the data transmitted by the plastic skipping rope handle data acquisition module and transmit the data to the comprehensive evaluation and judgment module;

[0012] The comprehensive evaluation and judgment module is used to establish a plastic skipping rope body design rationality index calculation unit and a plastic skipping rope handle design rationality calculation unit, and is used to analyze the data transmitted by the plastic skipping rope body data analysis module and the plastic skipping rope handle data analysis module, and transmit the judgment result to the skipping rope quality comprehensive judgment module;

[0013] The skipping rope quality comprehensive judgment module is used to establish preset values ​​of the plastic skipping rope body design rationality index and the plastic skipping rope handle design rationality index, and comprehensively judge the quality of the plastic skipping rope based on the preset values ​​of the plastic skipping rope body design rationality index and the plastic skipping rope handle design rationality index, and feed back the judgment results to relevant technical personnel.

[0014] Preferably, the rope integrity data includes the rope scratch area κ, the crack depth value ω and the dirt area ι; the rope volume data includes the rope length value η and the rope bottom area parameter s; the rope strength data includes the rope elasticity value, the rope wear weight value and the rope maximum heating temperature value, which are respectively denoted as υ, as well as

[0015] Preferably, the plastic skipping rope integrity calculation unit is used to establish a plastic skipping rope integrity analysis model, import the rope integrity data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope integrity analysis model, and calculate the plastic skipping rope integrity characteristic value, which is specifically expressed as: Among them, P represents the integrity characteristic value of the plastic skipping rope, κ i represents the scratch area of ​​the i-th plastic skipping rope, ι i Represents the dirty area of ​​the i-th piece of plastic skipping rope.

[0016] Preferably, the plastic skipping rope volume data calculation unit is used to establish a plastic rope volume data analysis model, import the rope volume data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope volume analysis model, and calculate the volume characteristic value of the plastic skipping rope, which is specifically expressed as: V=sη, where V represents the volume characteristic value of the plastic skipping rope.

[0017] Preferably, the plastic skipping rope strength calculation unit is used to establish a plastic skipping rope strength data analysis model, import the rope strength data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope strength data analysis model, and calculate the plastic skipping rope strength characteristic value, which is specifically expressed as: Where S represents the strength characteristic value of the plastic skipping rope.

[0018] Preferably, the comfort data of the plastic skipping rope handle includes the number of burrs, the number of bubbles and the static friction coefficient, which are respectively denoted as as well as The deformation data of the plastic skipping rope handle include the dent volume α, crack length β and wear area σ; the appearance data of the plastic skipping rope handle include weight g, length μ and faded area ε.

[0019] Preferably, the plastic skipping rope handle comfort calculation unit is used to establish a plastic skipping rope handle comfort analysis model, import the plastic skipping rope handle comfort data transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle comfort analysis model, and calculate the plastic skipping rope handle comfort characteristic value, which is specifically expressed as: Where G represents the comfort characteristic value of the plastic skipping rope.

[0020] Preferably, the plastic skipping rope handle deformation calculation unit is used to establish a plastic skipping rope handle deformation analysis model, import the plastic skipping rope handle deformation data transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle deformation analysis model, and calculate the plastic skipping rope handle deformation characteristic value, which is specifically expressed as: M = k (α + β 3 +σ 2 )+λ, where M represents the characteristic value of the deformation variable of the plastic skipping rope handle, k represents the force applied to the plastic skipping rope handle, and λ represents other influencing factors of the characteristic value of the deformation variable of the plastic skipping rope handle.

[0021] Preferably, the plastic skipping rope handle appearance data calculation unit is used to establish an appearance data analysis model for the plastic skipping rope handle, import the appearance data of the plastic skipping rope handle transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle comfort analysis model, and calculate the appearance feature value of the plastic skipping rope handle, which is specifically expressed as: Where N represents the appearance characteristic value of the plastic skipping rope handle.

[0022] Preferably, the plastic skipping rope body design rationality index calculation unit is used to import the rope body integrity data, rope body volume data and rope body strength data into the plastic skipping rope body design rationality index model to obtain the plastic skipping rope body design rationality index value. The specific mathematical model is: Wherein E represents the design rationality index value of the plastic skipping rope body, λ represents other influencing factors of the design rationality index value of the plastic skipping rope body; the plastic skipping rope handle design rationality calculation unit is used to import the comfort data, deformation data and appearance data of the plastic skipping rope handle into the plastic skipping rope handle design rationality index model to obtain the plastic skipping rope handle design rationality index value, and the specific mathematical model is: Where H represents the design rationality index value of the plastic skipping rope handle, and λ represents other influencing factors of the design rationality index value of the plastic skipping rope handle.

[0023] Technical effects and advantages of the present invention:

[0024] 1. The present invention collects the data of the integrity, volume and strength of the plastic skipping rope and the comfort, deformation and appearance of the handle of the plastic skipping rope, which is crucial for the quality analysis of the plastic rope and the handle. It also avoids the singleness of the collected data and provides extensive data support for the data analysis of the plastic skipping rope and the handle.

[0025] 2. Through the analysis of the integrity data, volume data and strength data of the plastic skipping rope, the comfort data, deformation data and appearance data of the plastic skipping rope handle, the multi-angle analysis data provides a strong theoretical basis for the judgment of the plastic skipping rope body and handle;

[0026] 3. By integrating the rope body and handle data of the plastic skipping rope through the comprehensive evaluation module and the skipping rope quality comprehensive judgment module, the data is analyzed as a whole, making the analysis of the quality of the plastic skipping rope more accurate; these modules cooperate with each other to form a complete plastic skipping rope quality detection and analysis system, which improves the efficiency of plastic skipping rope quality analysis. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 It is a schematic diagram of the overall structure of the present invention. DETAILED DESCRIPTION

[0028] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0029] As attached Figure 1 A plastic skipping rope quality testing and analysis system is shown, comprising a plastic skipping rope data acquisition module, a plastic skipping rope data analysis module, a plastic skipping rope handle data acquisition module, a plastic skipping rope handle data acquisition module, a comprehensive evaluation and judgment module, and a skipping rope quality comprehensive judgment module.

[0030] The output end of the plastic skipping rope data acquisition module is telecommunication connected to the input end of the plastic skipping rope data analysis module, the output end of the plastic skipping rope data analysis module is telecommunication connected to the input end of the comprehensive evaluation and judgment module, the output end of the plastic skipping rope handle data acquisition module is telecommunication connected to the input end of the plastic skipping rope handle data analysis module, the input end of the plastic skipping rope handle data analysis module is telecommunication connected to the input end of the comprehensive evaluation and judgment module, and the output end of the comprehensive evaluation and judgment module is telecommunication connected to the input end of the skipping rope quality comprehensive judgment module.

[0031] The plastic skipping rope data collection module is used to collect the rope body integrity data, rope body volume data and rope body strength data of the plastic skipping rope, and transmit the collected data to the plastic skipping rope data analysis module.

[0032] In this embodiment, it should be specifically explained that the rope integrity data includes the rope scratch area κ, the crack depth value ω and the dirt area ι; the rope volume data includes the rope length value η and the rope bottom area parameter s; the rope strength data includes the rope elasticity value, the rope wear weight value and the rope maximum heating temperature value, which are respectively denoted as υ, as well as

[0033] The plastic skipping rope data analysis module includes a plastic skipping rope integrity calculation unit, a plastic skipping rope volume data calculation unit, and a plastic skipping rope strength calculation unit, which are used to analyze the data transmitted by the plastic skipping rope data acquisition module and transmit the data to the comprehensive evaluation and judgment module.

[0034] In this embodiment, it should be specifically explained that the plastic skipping rope integrity calculation unit is used to establish a plastic skipping rope integrity analysis model, import the rope integrity data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope integrity analysis model, and calculate the plastic skipping rope integrity characteristic value, which is specifically expressed as: Among them, P represents the integrity characteristic value of the plastic skipping rope, κ i represents the scratch area of ​​the i-th plastic skipping rope, ι i Represents the dirty area of ​​the i-th piece of plastic skipping rope.

[0035] In this embodiment, it should be specifically explained that the plastic skipping rope volume data calculation unit is used to establish a plastic rope volume data analysis model, import the rope volume data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope volume analysis model, and calculate the volume characteristic value of the plastic skipping rope, which is specifically expressed as: V＝sη , where V represents the volume eigenvalue of the plastic skipping rope.

[0036] In this embodiment, it should be specifically explained that the plastic skipping rope strength calculation unit is used to establish a plastic skipping rope strength data analysis model, import the rope body strength data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope strength data analysis model, and calculate the plastic skipping rope strength characteristic value, which is specifically expressed as: Where S represents the strength characteristic value of the plastic skipping rope.

[0037] The plastic skipping rope handle data acquisition module is used to collect comfort data, deformation data and appearance data of the plastic skipping rope handle, and transmit the collected data to the plastic skipping rope data analysis module.

[0038] In this embodiment, it should be specifically noted that the comfort data of the plastic skipping rope handle includes the number of burrs, the number of bubbles, and the static friction coefficient, which are respectively denoted as as well as The deformation data of the plastic skipping rope handle include the dent volume α, crack length β and wear area σ; the appearance data of the plastic skipping rope handle include weight g, length μ and faded area ε.

[0039] The plastic skipping rope handle data analysis module includes a plastic skipping rope handle comfort calculation unit, a plastic skipping rope handle deformation calculation unit, and a plastic skipping rope handle appearance data calculation unit, which is used to analyze the data transmitted by the plastic skipping rope handle data acquisition module and transmit the data to the comprehensive evaluation and judgment module.

[0040] In this embodiment, it should be specifically explained that the plastic skipping rope handle comfort calculation unit is used to establish a plastic skipping rope handle comfort analysis model, import the plastic skipping rope handle comfort data transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle comfort analysis model, and calculate the plastic skipping rope handle comfort characteristic value, which is specifically expressed as: Where G represents the comfort characteristic value of the plastic skipping rope.

[0041] In this embodiment, it should be specifically explained that the plastic skipping rope handle deformation calculation unit is used to establish a plastic skipping rope handle deformation analysis model, import the plastic skipping rope handle deformation data transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle deformation analysis model, and calculate the plastic skipping rope handle deformation characteristic value, which is specifically expressed as: M = k (α + β 3 +σ 2) + λ, where M represents the eigenvalue of the deformation of the plastic skipping rope handle, k represents the force applied to the plastic skipping rope handle, and λ represents other influencing factors of the eigenvalue of the deformation of the plastic skipping rope handle.

[0042] In this embodiment, specifically, it should be noted that the plastic skipping rope handle appearance data calculation unit is used to establish an appearance data analysis model of the plastic skipping rope handle, import the plastic skipping rope handle appearance data transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle comfort analysis model, and calculate the plastic skipping rope handle appearance eigenvalue, which is specifically expressed as: where N represents the plastic skipping rope handle appearance eigenvalue.

[0043] The comprehensive evaluation and judgment module is used to establish a plastic skipping rope body design rationality index calculation unit and a plastic skipping rope handle design rationality calculation unit, which are used to analyze the data transmitted by the plastic skipping rope body data analysis module and the plastic skipping rope handle data analysis module, and transmit the judgment result to the skipping rope quality comprehensive judgment module.

[0044] In this embodiment, specifically, it should be noted that the plastic skipping rope body design rationality index calculation unit is used to import the rope body integrity data, rope body volume data, and rope body strength data into the plastic skipping rope body design rationality index model to obtain the plastic skipping rope body design rationality index value. The specific mathematical model is: where E represents the plastic skipping rope body design rationality index value, and λ represents other influencing factors of the plastic skipping rope body design rationality index value; the plastic skipping rope handle design rationality calculation unit is used to import the comfort data, deformation data, and appearance data of the plastic skipping rope handle into the plastic skipping rope handle design rationality index model to obtain the plastic skipping rope handle design rationality index value. The specific mathematical model is: where H represents the plastic skipping rope handle design

[0045] rationality index value, and λ represents other influencing factors of the plastic skipping rope handle design rationality index value.

[0046] The skipping rope quality comprehensive judgment module is used to establish a preset value of the plastic skipping rope body design rationality index and a preset value of the plastic skipping rope handle design rationality index, comprehensively determine the quality of the plastic skipping rope according to the preset value of the plastic skipping rope body design rationality index and the preset value of the plastic skipping rope handle design rationality index, and feedback the judgment result to relevant technical personnel.

[0047] The preset value of the plastic skipping rope body design rationality index is marked as E def , when E def < E, it means that the plastic skipping rope body design rationality index is greater than the preset value of the plastic skipping rope body design rationality index, indicating that the quality of the plastic skipping rope body is good. When Edef When it is >E, the design rationality index of the plastic skipping rope body is less than the preset value of the design rationality index of the plastic skipping rope body, indicating that the quality of the plastic skipping rope body is poor; the preset value of the design rationality index of the plastic skipping rope handle is marked as H def When H def <H, it means that the design rationality index of the plastic skipping rope handle is greater than the preset value of the design rationality index of the plastic skipping rope handle, indicating that the quality of the plastic skipping rope handle is good. When H def >H, the design rationality index of the plastic skipping rope handle is less than the preset value of the design rationality index of the plastic skipping rope handle, indicating that the quality of the plastic skipping rope handle is poor;

[0048] In this embodiment, it should be specifically noted that as long as the quality of the plastic skipping rope body and the handle is poor, it means that the quality of the plastic skipping rope is unqualified; only when the quality of the plastic skipping rope body and the handle are both good, it means that the quality of the plastic skipping rope is qualified.

[0049] The present invention collects the integrity data, volume data, and strength data of the plastic skipping rope body, as well as the comfort data, deformation data, and appearance data of the plastic skipping rope handle. This is crucial for the quality analysis of the plastic rope body and the handle, and at the same time avoids the singularity of data collection, providing extensive data support for the data analysis of the plastic skipping rope body and the handle; by analyzing the integrity data, volume data, and strength data of the plastic skipping rope body, as well as the comfort data, deformation data, and appearance data of the plastic skipping rope handle, the data is analyzed from multiple angles, providing a strong theoretical basis for the judgment of the plastic skipping rope body and the handle; through the integration of the rope body and handle data of the plastic skipping rope by the comprehensive evaluation module and the skipping rope quality comprehensive determination module, the data is analyzed as a whole, making the analysis of the plastic skipping rope quality more accurate; these modules cooperate with each other to form a complete plastic skipping rope quality detection and analysis system, improving the efficiency of the plastic skipping rope quality analysis.

[0050] Secondly: In the attached drawings of the disclosed embodiments of the present invention, only the structures related to the disclosed embodiments of the present disclosure are involved. Other structures can refer to the usual designs. Without conflict, the same embodiment and different embodiments of the present invention can be combined with each other;

[0051] Finally: The above are only the preferred embodiments of the present invention and are not used to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims

1. A plastic skipping rope quality testing and analysis system, characterized in that: include: The plastic skipping rope data collection module is used to collect the rope integrity data, rope volume data and rope strength data of the plastic skipping rope, and transmit the collected data to the plastic skipping rope data analysis module; The plastic skipping rope data analysis module includes a plastic skipping rope integrity calculation unit, a plastic skipping rope volume data calculation unit, and a plastic skipping rope strength calculation unit, which are used to analyze the data transmitted by the plastic skipping rope data acquisition module and transmit the data to the comprehensive evaluation and judgment module; The plastic skipping rope handle data acquisition module is used to collect the comfort data, deformation data and appearance data of the plastic skipping rope handle, and transmit the collected data to the plastic skipping rope data analysis module; The plastic skipping rope handle data analysis module includes a plastic skipping rope handle comfort calculation unit, a plastic skipping rope handle deformation calculation unit, and a plastic skipping rope handle appearance data calculation unit, which is used to analyze the data transmitted by the plastic skipping rope handle data acquisition module and transmit the data to the comprehensive evaluation and judgment module; The comprehensive evaluation and judgment module is used to establish a plastic skipping rope body design rationality index calculation unit and a plastic skipping rope handle design rationality calculation unit, and is used to analyze the data transmitted by the plastic skipping rope body data analysis module and the plastic skipping rope handle data analysis module, and transmit the judgment result to the skipping rope quality comprehensive judgment module; The plastic skipping rope body design rationality index calculation unit is used to import the rope body integrity data, rope body volume data and rope body strength data into the plastic skipping rope body design rationality index model to obtain the plastic skipping rope body design rationality index value. The specific mathematical model is: Wherein, E represents the design rationality index value of the plastic skipping rope body, P represents the integrity characteristic value of the plastic skipping rope, V represents the volume characteristic value of the plastic skipping rope, S represents the strength characteristic value of the plastic skipping rope, and λ represents other influencing factors of the design rationality index value of the plastic skipping rope body; the plastic skipping rope handle design rationality calculation unit is used to import the comfort data, deformation data and appearance data of the plastic skipping rope handle into the plastic skipping rope handle design rationality index model to obtain the plastic skipping rope handle design rationality index value, and the specific mathematical model is: Among them, H represents the design rationality index value of the plastic skipping rope handle, G represents the comfort characteristic value of the plastic skipping rope, N represents the appearance characteristic value of the plastic skipping rope handle, M represents the deformation characteristic value of the plastic skipping rope handle, and λ represents other influencing factors of the design rationality index value of the plastic skipping rope handle; The skipping rope quality comprehensive judgment module is used to establish preset values ​​of the plastic skipping rope body design rationality index and the plastic skipping rope handle design rationality index, and comprehensively judge the quality of the plastic skipping rope based on the preset values ​​of the plastic skipping rope body design rationality index and the plastic skipping rope handle design rationality index, and feed back the judgment results to relevant technical personnel.

2. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The rope integrity data includes the rope scratch area κ, the crack depth value ω and the dirt area ι; the rope volume data includes the rope length value η and the rope bottom area parameter s; the rope strength data includes the rope elasticity value, the rope wear weight value and the rope maximum heating temperature value, which are respectively denoted as υ, θ and 3. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The plastic skipping rope integrity calculation unit is used to establish a plastic skipping rope integrity analysis model, import the rope integrity data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope integrity analysis model, and calculate the plastic skipping rope integrity characteristic value, which is specifically expressed as: Among them, P represents the integrity characteristic value of the plastic skipping rope, κ i represents the scratch area of ​​the i-th plastic skipping rope, ι i Represents the dirty area of ​​the i-th piece of plastic skipping rope.

4. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The plastic skipping rope volume data calculation unit is used to establish a plastic rope volume data analysis model, import the rope volume data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope volume analysis model, and calculate the plastic skipping rope volume characteristic value, which is specifically expressed as: V=sη, where V represents the plastic skipping rope volume characteristic value.

5. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The plastic skipping rope strength calculation unit is used to establish a plastic skipping rope strength data analysis model, import the rope body strength data transmitted by the plastic skipping rope data acquisition module into the plastic skipping rope strength data analysis model, and calculate the plastic skipping rope strength characteristic value, which is specifically expressed as: Where S represents the strength characteristic value of the plastic skipping rope.

6. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The comfort data of the plastic skipping rope handle include the number of burrs, the number of bubbles and the static friction coefficient, which are denoted as l, as well as The deformation data of the plastic skipping rope handle include the dent volume α, crack length β and wear area σ; the appearance data of the plastic skipping rope handle include weight g, length μ and faded area ε.

7. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The plastic skipping rope handle comfort calculation unit is used to establish a plastic skipping rope handle comfort analysis model, import the plastic skipping rope handle comfort data transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle comfort analysis model, and calculate the plastic skipping rope handle comfort characteristic value, which is specifically expressed as: Where G represents the comfort characteristic value of the plastic skipping rope.

8. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The plastic skipping rope handle deformation calculation unit is used to establish a plastic skipping rope handle deformation analysis model, import the plastic skipping rope handle deformation data transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle deformation analysis model, and calculate the plastic skipping rope handle deformation characteristic value, which is specifically expressed as: M = k (α + β 3 +σ 2 )+λ, where M represents the characteristic value of the deformation variable of the plastic skipping rope handle, k represents the force applied to the plastic skipping rope handle, and λ represents other influencing factors of the characteristic value of the deformation variable of the plastic skipping rope handle.

9. A plastic skipping rope quality testing and analysis system according to claim 1, characterized in that: The plastic skipping rope handle appearance data calculation unit is used to establish an appearance data analysis model for the plastic skipping rope handle, import the appearance data of the plastic skipping rope handle transmitted by the plastic skipping rope handle data acquisition module into the plastic skipping rope handle comfort analysis model, and calculate the appearance feature value of the plastic skipping rope handle, which is specifically expressed as: Where N represents the appearance characteristic value of the plastic skipping rope handle.

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