Office lifting chair convenient to operate and production system thereof

Abstract

The invention relates to the technical field of intelligent office chair production control, provides an office lifting chair convenient to operate and a production system thereof, aims to solve the problem of insufficient precision of a traditional hydraulic lifting mode, and realizes accurate adjustment of the height of the office chair by adopting an electric lifting driving motor and an electric lifting rod in combination with an intelligent control device. The system comprises a task receiving module, a user habit generating module, a lifting adjusting and optimizing module, a raw material processing module and an office seat processing module, an adjusting command can be generated according to user requirements and real-time data, the adjusting precision is improved through simulation and optimization, and the raw material processing and processing module generates a detailed processing command according to optimized parameters. According to the office chair lifting system and method, the lifting accuracy and the intelligent level of the office chair are improved, and more comfortable and personalized office experience is provided.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent office chair production control, and in particular to an easy-to-operate office lifting chair and a production system thereof. Background Art

[0002] Office lift chairs have been widely used in modern office environments and have become the preferred chairs for many companies and employees. The seat height of office lift chairs can be adjusted up and down, and the seat can also rotate horizontally, which greatly meets the needs of people of different heights and work needs. Office lift chairs usually use pneumatic or hydraulic lifting devices, so that the seat can be raised and lowered smoothly while maintaining the stability of the seat. In addition, office lift chairs are often equipped with a rotation function, which is convenient for users to adjust their sitting posture and direction at any time during work and improve work efficiency. In terms of materials and design, office lift chairs also tend to be diversified and humanized, such as using high-strength metal frames, wear-resistant and easy-to-clean seat materials, and ergonomic designs, aiming to provide users with a more comfortable and healthy office experience.

[0003] Although office lift chairs have made significant progress in design and function, the following technical pain points still exist: existing office chairs are mostly lifted by hydraulic means; as office lift chairs enter the intelligent era, the accuracy of hydraulic lifting of office chairs cannot meet the requirements of intelligent height adjustment; hydraulic lifting of office chairs can only roughly adjust the height of the office chair, and cannot accurately adjust the height of the office chair, resulting in a large lifting error in each adjustment of the office lift chair. In order to improve the stability and accuracy of the lifting of the office chair, the present invention provides an easy-to-operate office lift chair and a production system thereof. Summary of the invention

[0004] In view of the deficiencies in the prior art, the present invention provides an easy-to-operate office lift chair and a production system thereof, which solves the problem that the office chair height can only be roughly adjusted by hydraulic means, but the lifting height of the office chair cannot be adjusted accurately, resulting in a large lifting error in each adjustment of the office lift chair.

[0005] In order to solve the above technical problems, the specific technical solutions of the present invention are as follows:

[0006] In a first aspect, the present invention provides an easy-to-operate office lift chair, comprising: an office chair support component, an office chair seat component and an office chair lift device, wherein the top of the office chair lift device is connected to the office chair seat component, and the bottom of the office chair lift device is connected to the office chair support component, and the office chair lift device is used to drive the office chair seat component to rise and fall on the office chair support component, and the office chair lift device comprises an electric lift drive motor, an electric lift rod and a lift control device, the electric lift drive motor is connected to the electric lift rod, and the lift control device establishes a communication connection with the electric lift drive motor and the electric lift rod, and the lift control device is used to control the electric lift drive motor to drive the electric lift rod to rise or fall, and the lift control device comprises:

[0007] The task receiving module receives the user's office chair lifting demand information and obtains the real-time operation data of the office chair after the user sits on the office chair. The real-time operation data of the office chair includes the load-bearing position and weight of the office chair.

[0008] The user habit generation module substitutes the user's office chair lifting demand information and the real-time operation data of the office chair into the preset office chair lifting adjustment model to obtain the real-time office chair parameter adjustment command, substitutes the user's office chair lifting demand information, the real-time operation data of the office chair and the real-time office chair parameter adjustment command into the preset office chair lifting simulation model, and outputs the office chair lifting adjustment simulation result, which includes the office chair lifting adjustment simulation parameters, the office chair lowering adjustment simulation parameters, the office chair load distribution data and the office chair lifting stability simulation value;

[0009] A lifting adjustment optimization module compares the office chair lifting adjustment simulation result with the preset adjustment parameter standard value to obtain the error value of the office chair lifting adjustment simulation result. If the error value of the office chair lifting adjustment simulation result exceeds the preset adjustment parameter error range, the preset office chair lifting adjustment model is optimized to obtain the optimized preset office chair lifting adjustment model. The optimized preset office chair lifting adjustment model is used to process the user's office chair lifting demand information, the real-time operation data of the office chair, and the real-time office chair parameter adjustment command to obtain the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data, and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0010] The raw material processing module determines the raw material information required for office chair production according to the office chair raising adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability value;

[0011] The office seat processing module substitutes the raw material information required for office seat generation, office seat lifting adjustment parameters, office seat lowering adjustment parameters, office seat load-bearing distribution data and office seat lifting stability value into the preset office seat processing model, generates an office seat processing command, and sends the office seat processing command to the processing equipment control device. The processing equipment control device transmits the processing data to the processing equipment, and the processing equipment executes the processing data for processing office chair support components, office chair seat components and office chair lifting devices.

[0012] Furthermore, in the easy-to-operate office lift chair provided by the present invention, the user habit generation module is also used for:

[0013] Receive the user's office chair lifting demand information from the task receiving module. The user's office chair lifting demand information includes the user's desired office chair height, office chair lifting speed, and stability during the office chair lifting process. The real-time operation data of the office chair is also obtained. The real-time operation data of the office chair includes the current office chair height, office chair load-bearing position, and office chair weight;

[0014] Substituting the received user's office chair lifting demand information and the office chair real-time operation data into a preset office chair lifting adjustment model, which is pre-established based on ergonomic principles, office chair design standards, and user habit factors;

[0015] By calculating the preset office chair lifting and adjusting model, a real-time office chair parameter adjustment command is obtained, and the real-time office chair parameter adjustment command includes the office chair lifting device adjusting the height and position of the seat;

[0016] The user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands are also substituted into the preset office chair lifting simulation model to simulate the lifting adjustment effect and obtain the office chair lifting adjustment simulation results.

[0017] Furthermore, the easy-to-operate office lift chair provided by the present invention, the lifting adjustment optimization module is also used for:

[0018] Receiving the office chair lifting adjustment simulation result from the user habit generation module, and comparing the office chair lifting adjustment simulation result with the preset adjustment parameter standard value;

[0019] By comparing the simulation results with the standard values, the error value of the office chair lifting adjustment simulation results is calculated. The error value of the office chair lifting adjustment simulation results is used to reflect the gap between the current adjustment model and the ideal adjustment effect;

[0020] Determine whether the calculated error value exceeds the preset adjustment parameter error range. If the error value exceeds the preset error range, the lifting adjustment optimization module will optimize the preset office chair lifting adjustment model, and use the optimized preset office chair lifting adjustment model to reprocess the user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands to obtain office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0021] Furthermore, the easy-to-operate office lift chair provided by the present invention, the raw material processing module is also used for:

[0022] Receive office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data and office chair lifting stability value from the lifting adjustment optimization module;

[0023] Analyze the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability values ​​to obtain the weight that the office chair needs to bear during the lifting process, the lifting height range, and the lifting stability requirements;

[0024] Determine the raw material information required for the production of office chairs. The raw material information required for the production of office chairs includes the type, specifications and quantity of the raw materials, and generate a raw material list. The raw material list includes the required raw materials and their specifications and quantity information.

[0025] In a second aspect, the present invention provides an easy-to-operate office lift chair production system, which is applied to the easy-to-operate office lift chair, the lifting control device includes processing equipment, a processing equipment control device, a raw material storage device and a lifting control device, the lifting control device is connected to the processing equipment control device, the processing equipment control device is connected to the processing equipment and the raw material storage device, and the lifting control device includes:

[0026] The task receiving module receives the user's office chair lifting demand information and obtains the real-time operation data of the office chair after the user sits on the office chair. The real-time operation data of the office chair includes the load-bearing position and weight of the office chair.

[0027] The user habit generation module substitutes the user's office chair lifting demand information and the real-time operation data of the office chair into the preset office chair lifting adjustment model to obtain the real-time office chair parameter adjustment command, substitutes the user's office chair lifting demand information, the real-time operation data of the office chair and the real-time office chair parameter adjustment command into the preset office chair lifting simulation model, and outputs the office chair lifting adjustment simulation result, which includes the office chair lifting adjustment simulation parameters, the office chair lowering adjustment simulation parameters, the office chair load distribution data and the office chair lifting stability simulation value;

[0028] A lifting adjustment optimization module compares the office chair lifting adjustment simulation result with the preset adjustment parameter standard value to obtain the error value of the office chair lifting adjustment simulation result. If the error value of the office chair lifting adjustment simulation result exceeds the preset adjustment parameter error range, the preset office chair lifting adjustment model is optimized to obtain the optimized preset office chair lifting adjustment model. The optimized preset office chair lifting adjustment model is used to process the user's office chair lifting demand information, the real-time operation data of the office chair, and the real-time office chair parameter adjustment command to obtain the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data, and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0029] The raw material processing module determines the raw material information required for office chair production according to the office chair raising adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability value;

[0030] The office seat processing module substitutes the raw material information required for office seat generation, office seat lifting adjustment parameters, office seat lowering adjustment parameters, office seat load-bearing distribution data and office seat lifting stability value into the preset office seat processing model, generates an office seat processing command, and sends the office seat processing command to the processing equipment control device. The processing equipment control device transmits the processing data to the processing equipment, and the processing equipment executes the processing data for processing office chair support components, office chair seat components and office chair lifting devices.

[0031] Furthermore, in the easy-to-operate office lift chair production system of the present invention, the user habit generation module is also used for:

[0032] Receive the user's office chair lifting demand information from the task receiving module. The user's office chair lifting demand information includes the user's desired office chair height, office chair lifting speed, and stability during the office chair lifting process. The real-time operation data of the office chair is also obtained. The real-time operation data of the office chair includes the current office chair height, office chair load-bearing position, and office chair weight;

[0033] Substituting the received user's office chair lifting demand information and the office chair real-time operation data into a preset office chair lifting adjustment model, which is pre-established based on ergonomic principles, office chair design standards, and user habit factors;

[0034] By calculating the preset office chair lifting and adjusting model, a real-time office chair parameter adjustment command is obtained, and the real-time office chair parameter adjustment command includes the office chair lifting device adjusting the height and position of the seat;

[0035] The user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands are also substituted into the preset office chair lifting simulation model to simulate the lifting adjustment effect and obtain the office chair lifting adjustment simulation results.

[0036] Furthermore, in the easy-to-operate office lift chair production system of the present invention, the lift adjustment optimization module is also used for:

[0037] Receiving the office chair lifting adjustment simulation result from the user habit generation module, and comparing the office chair lifting adjustment simulation result with the preset adjustment parameter standard value;

[0038] By comparing the simulation results with the standard values, the error value of the office chair lifting adjustment simulation results is calculated. The error value of the office chair lifting adjustment simulation results is used to reflect the gap between the current adjustment model and the ideal adjustment effect;

[0039] Determine whether the calculated error value exceeds the preset adjustment parameter error range. If the error value exceeds the preset error range, the lifting adjustment optimization module will optimize the preset office chair lifting adjustment model, and use the optimized preset office chair lifting adjustment model to reprocess the user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands to obtain office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0040] Furthermore, in the easy-to-operate office lift chair production system of the present invention, the raw material processing module is also used for:

[0041] Receive office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data and office chair lifting stability value from the lifting adjustment optimization module;

[0042] Analyze the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability values ​​to obtain the weight that the office chair needs to bear during the lifting process, the lifting height range, and the lifting stability requirements;

[0043] Determine the raw material information required for the production of office chairs. The raw material information required for the production of office chairs includes the type, specifications and quantity of the raw materials, and generate a raw material list. The raw material list includes the required raw materials and their specifications and quantity information.

[0044] The beneficial effects of the present invention are mainly reflected in the following aspects:

[0045] The electric lifting drive motor and electric lifting rod have higher lifting accuracy and controllability compared to the traditional hydraulic lifting method, reducing errors during the lifting process and improving user experience.

[0046] The introduction of a lifting control device, including a task receiving module, a user habit generating module, etc., can generate personalized office chair parameter adjustment commands according to the user's lifting needs and real-time operation data to meet the user's personalized needs.

[0047] The user habit generation module not only generates adjustment commands, but also simulates the lifting and lowering effects. The lifting and lowering adjustment optimization module optimizes the adjustment model based on the comparison between the simulation results and the preset standard values, thereby improving the accuracy and stability of the lifting and lowering adjustments.

[0048] The raw material processing module determines the required raw materials based on the optimized lifting parameters, and the office chair processing module generates processing commands based on these parameters, accurately controls the processing process, and improves production efficiency and product quality. The entire system forms a closed-loop feedback mechanism through continuous simulation, comparison and optimization, which can continuously improve the accuracy and stability of office chair lifting and enable continuous optimization and improvement of products.

[0049] By precisely controlling the lifting height and speed, and improving the smoothness of the lifting process, the present invention significantly improves the comfort and satisfaction of users when using office chairs. The optimized production process and accurate material calculation reduce waste and improve the efficiency of raw material use, thereby reducing production costs and improving overall production efficiency. The system and method of the present invention are not only suitable for the production of standard office chairs, but can also be customized according to the specific needs of different users, promoting the diversification and personalization of office chair products.

[0050] To sum up, the beneficial effect of the present invention is that through intelligent and precise control methods and optimized production processes, the lifting accuracy, stability and user experience of office chairs are significantly improved, while production efficiency is improved, production costs are reduced, and product diversification and personalized development are promoted. BRIEF DESCRIPTION OF THE DRAWINGS

[0051] In order to more clearly illustrate the technical solution of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0052] Figure 1 A schematic diagram of an easy-to-operate office lift chair production system provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0053] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described in conjunction with the specific embodiments of the present invention and the corresponding drawings. 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. The technical solutions provided by the embodiments of the present invention are described in detail below in conjunction with the drawings.

[0054] In order to better understand the purpose of the present invention, the present invention is described in further detail below.

[0055] In a first aspect, the present invention provides an easy-to-operate office lift chair, comprising: an office chair support component, an office chair seat component and an office chair lift device, wherein the top of the office chair lift device is connected to the office chair seat component, and the bottom of the office chair lift device is connected to the office chair support component, and the office chair lift device is used to drive the office chair seat component to rise and fall on the office chair support component, and the office chair lift device comprises an electric lift drive motor, an electric lift rod and a lift control device, the electric lift drive motor is connected to the electric lift rod, and the lift control device establishes a communication connection with the electric lift drive motor and the electric lift rod, and the lift control device is used to control the electric lift drive motor to drive the electric lift rod to rise or fall, and the lift control device comprises:

[0056] The task receiving module receives the user's office chair lifting demand information and obtains the real-time operation data of the office chair after the user sits on the office chair. The real-time operation data of the office chair includes the load-bearing position and weight of the office chair.

[0057] The task receiving module in the office lift chair production system is responsible for receiving the user's office chair lifting demand information and obtaining the real-time operation data after the user sits on the office chair, including the load-bearing position and weight of the office chair. The load-bearing position and weight of the office chair are crucial for the system to accurately control the lifting operation of the office chair, so that the office lift chair can accurately respond to the user's lifting needs and provide a comfortable and personalized office experience.

[0058] The user habit generation module substitutes the user's office chair lifting demand information and the real-time operation data of the office chair into the preset office chair lifting adjustment model to obtain the real-time office chair parameter adjustment command, substitutes the user's office chair lifting demand information, the real-time operation data of the office chair and the real-time office chair parameter adjustment command into the preset office chair lifting simulation model, and outputs the office chair lifting adjustment simulation result, which includes the office chair lifting adjustment simulation parameters, the office chair lowering adjustment simulation parameters, the office chair load distribution data and the office chair lifting stability simulation value;

[0059] The user habit generation module is one of the core components in the easy-to-operate office lift chair production system provided by the present invention. Its main function is to generate office chair parameter adjustment commands that meet user habits based on user office chair lifting demand information and real-time operation data of the office chair, and further simulate the lifting and lowering adjustment effect of the office chair.

[0060] The user habit generation module first receives the user's office chair lifting demand information and the real-time operation data of the office chair from the task receiving module. These data include the user's desired seat height, lifting speed, load-bearing position and weight of the office chair, etc.

[0061] Next, the user habit generation module substitutes these data into the preset office chair lifting and adjustment model. The preset office chair lifting and adjustment model is pre-established based on ergonomic principles, office chair design standards, user habits and other factors, and is used to calculate office chair parameter adjustment commands that meet user needs.

[0062] Through the calculation and processing of the preset office chair lifting adjustment model, the user habit generation module obtains the real-time office chair parameter adjustment command. The real-time office chair parameter adjustment command specifically instructs the office chair lifting device on how to adjust the seat height, position and lifting speed, etc., to meet the user's comfort and work needs.

[0063] In addition to generating parameter adjustment commands, the user habit generation module also substitutes the user's office chair lifting demand information, the real-time operation data of the office chair, and the real-time office chair parameter adjustment commands into another preset office chair lifting simulation model. The preset office chair lifting simulation model is used to predict and evaluate the actual effect of office chair lifting adjustment.

[0064] Through simulation, the user habit generation module outputs the simulation results of office chair lifting adjustment, including office chair lifting adjustment simulation parameters, office chair lowering adjustment simulation parameters, office chair load distribution data and office chair lifting stability simulation value. These data provide important reference for subsequent lifting adjustment optimization.

[0065] Based on the simulation results, the user habit generation module will further optimize and adjust the preset office chair lift adjustment model to improve the accuracy and stability of the lift adjustment. At the same time, the simulation results are also sent to the lift adjustment optimization module to refine and improve the overall lift adjustment plan.

[0066] Through the functional implementation of the user habit generation module, the easy-to-operate office lift chair production system provided by the present invention can better adapt to the personalized needs of users, improve the comfort and use efficiency of office chairs, and at the same time improve the accuracy and stability of lifting and lowering adjustment.

[0067] A lifting adjustment optimization module compares the office chair lifting adjustment simulation result with the preset adjustment parameter standard value to obtain the error value of the office chair lifting adjustment simulation result. If the error value of the office chair lifting adjustment simulation result exceeds the preset adjustment parameter error range, the preset office chair lifting adjustment model is optimized to obtain the optimized preset office chair lifting adjustment model. The optimized preset office chair lifting adjustment model is used to process the user's office chair lifting demand information, the real-time operation data of the office chair, and the real-time office chair parameter adjustment command to obtain the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data, and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0068] The lift adjustment optimization module is responsible for improving the lift adjustment of office chairs to a high degree of accuracy and stability. The following is the specific workflow and function description of the lift adjustment optimization module:

[0069] The lifting and adjustment optimization module first receives the office chair lifting and adjustment simulation results from the user habit generation module, which include office chair lifting adjustment simulation parameters, office chair lowering adjustment simulation parameters, office chair load-bearing distribution data and office chair lifting stability simulation values.

[0070] The lift optimization module compares these simulation results with preset standard values ​​of adjustment parameters. The standard values ​​are pre-set based on factors such as ergonomics, office chair design specifications and user experience, and represent the ideal lift adjustment effect.

[0071] By comparing the simulation results with the standard values, the lifting and adjustment optimization module calculates the error value of the office chair lifting and adjustment simulation results. This error value reflects the gap between the current adjustment model and the ideal adjustment effect. The lifting and adjustment optimization module then determines whether the calculated error value exceeds the preset adjustment parameter error range. This error range is set according to production requirements and user experience standards to measure the accuracy and stability of the adjustment results.

[0072] If the error value exceeds the preset error range, the lifting adjustment optimization module optimizes the preset office chair lifting adjustment model. The optimization process includes adjusting model parameters, improving algorithm logic, or introducing new data factors to improve the accuracy and adaptability of the model. Through optimization, the optimized preset office chair lifting adjustment model is obtained, which can better meet the user's lifting needs and comfort preferences.

[0073] Using the optimized preset office chair lift adjustment model, the lift adjustment optimization module reprocesses the user's office chair lift demand information, the office chair real-time operation data and the real-time office chair parameter adjustment commands.

[0074] Through processing, the office chair raising adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data and office chair lifting stability values ​​that meet the preset adjustment parameter error range are obtained. The parameter values ​​are used to guide the subsequent raw material processing and office seat processing process.

[0075] The lifting and adjusting optimization module sends the optimized parameter values ​​to the raw material processing module and the office seat processing module for determining the required raw materials and generating processing commands. At the same time, the lifting and adjusting optimization module stores the optimized model and parameter values ​​in the system for subsequent use or further optimization.

[0076] In addition, the module can also feed back the optimization results to the user habit generation module so as to learn and adapt to the user's habits more accurately. Through the functional implementation of the lifting adjustment optimization module, the easy-to-operate office lifting chair production system provided by the present invention can improve the lifting adjustment of the office chair more accurately and stably, and improve the comfort and satisfaction of the user. At the same time, the lifting adjustment optimization module also continuously improves the performance and adaptability of the system through continuous optimization and feedback mechanisms.

[0077] The raw material processing module determines the raw material information required for office chair production according to the office chair raising adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability value;

[0078] The main responsibility of the raw material processing module is to accurately determine the raw material information required for the production of office chairs based on the office chair related parameters provided by the lifting and adjustment optimization module. The following is a detailed description of the specific workflow and functions of the raw material processing module:

[0079] The raw material processing module first receives a series of key parameters from the lifting and adjustment optimization module. The parameters cover the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data, and office chair lifting stability value.

[0080] After receiving the parameters, the module will immediately conduct a detailed analysis of these parameters. For example, the lifting adjustment parameters can help the module understand the height range that the office chair needs to be adjusted; the load distribution data reveals the weight that the seat needs to bear in different positions; and the lifting stability improves the stability and comfort of the seat during the lifting process.

[0081] Based on the analysis of the above parameters, the raw material processing module can accurately calculate the raw materials required to produce office chairs. This includes the type of raw materials (such as metal, plastic, fabric, etc.), specifications (such as size, thickness, etc.), and quantity.

[0082] When determining the raw materials, the module will also fully consider the performance characteristics of the materials, such as strength, durability, comfort, etc., so that the selected materials can meet the design requirements and user needs of office chairs. At the same time, the module will also take into account cost-effectiveness and select raw materials with high cost performance.

[0083] Finally, the raw material processing module will generate a detailed raw material list based on the determined raw material requirements. This list will clearly list all the required raw materials and their specifications, quantities and other information, providing clear guidance for subsequent procurement and processing.

[0084] The raw material processing module will also maintain close communication and collaboration with the purchasing department and processing equipment to ensure that the required raw materials can be supplied in a timely and accurate manner and enter the processing process smoothly.

[0085] Through the efficient operation of the raw material processing module, the easy-to-operate office lift chair production system provided by the present invention can make the produced office chairs fully meet user needs and design requirements, thereby improving production efficiency while ensuring product quality and comfort.

[0086] The office seat processing module substitutes the raw material information required for office seat generation, office seat lifting adjustment parameters, office seat lowering adjustment parameters, office seat load-bearing distribution data and office seat lifting stability value into the preset office seat processing model, generates an office seat processing command, and sends the office seat processing command to the processing equipment control device. The processing equipment control device transmits the processing data to the processing equipment, and the processing equipment executes the processing data for processing office chair support components, office chair seat components and office chair lifting devices.

[0087] The office seat processing module is responsible for converting the parameters and data generated by the previous modules into specific processing commands to drive the processing equipment to produce office chairs that meet the requirements. The following is the specific workflow and function description of the office seat processing module:

[0088] The office seat processing module first receives the raw material information required for office seat generation from the raw material processing module, as well as the office seat lifting adjustment parameters, office seat lowering adjustment parameters, office seat load-bearing distribution data and office seat lifting stability value from the lifting adjustment optimization module.

[0089] After receiving these parameters and data, the module substitutes them into the preset office chair processing model. This processing model is pre-established according to the design specifications, production process and equipment characteristics of the office chair to generate specific processing commands.

[0090] Through the calculation and processing of the model, the office seat processing module generates office chair processing commands. These commands specifically instruct the processing equipment on how to process the support components, seat components and lifting devices of the office chair, including cutting, forming, assembly and other processes.

[0091] After generating the processing commands, the office seat processing module sends these commands to the processing equipment control device. The processing equipment control device is a bridge connecting the office seat processing module and the processing equipment, and is responsible for converting the processing commands into a data format that the processing equipment can recognize.

[0092] After receiving the processing command, the processing equipment control device transmits the processing data to the processing equipment. The processing equipment performs corresponding processing operations according to the received data, such as cutting raw materials, forming parts, assembling the whole chair, etc.

[0093] During the processing, the office seat processing module will also monitor the processing equipment to improve the accuracy and stability of the processing operation. At the same time, the module also receives feedback information from the processing equipment to adjust and optimize the processing process in real time.

[0094] After processing is completed, the office seat processing module will notify relevant personnel to conduct quality inspection and evaluation to ensure that the produced office chairs meet the preset standards and requirements.

[0095] Through the functional realization of the office seat processing module, the easy-to-operate office lift chair production system provided by the present invention can convert user requirements, design parameters and raw material information into specific processing commands, and drive the processing equipment to produce high-quality office seats. At the same time, the module also improves the accuracy and stability of the processing process through monitoring and feedback mechanisms, thereby improving production efficiency and product quality.

[0096] Specifically, the user habit generation module of the easy-to-operate office lift chair provided by the present invention is also used for:

[0097] Receive the user's office chair lifting demand information from the task receiving module. The user's office chair lifting demand information includes the user's desired office chair height, office chair lifting speed, and stability during the office chair lifting process. The real-time operation data of the office chair is also obtained. The real-time operation data of the office chair includes the current office chair height, office chair load-bearing position, and office chair weight;

[0098] Substituting the received user's office chair lifting demand information and the office chair real-time operation data into a preset office chair lifting adjustment model, which is pre-established based on ergonomic principles, office chair design standards, and user habit factors;

[0099] By calculating the preset office chair lifting and adjusting model, a real-time office chair parameter adjustment command is obtained, and the real-time office chair parameter adjustment command includes the office chair lifting device adjusting the height and position of the seat;

[0100] The user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands are also substituted into the preset office chair lifting simulation model to simulate the lifting adjustment effect and obtain the office chair lifting adjustment simulation results.

[0101] Specifically, the easy-to-operate office lift chair provided by the present invention, the lift adjustment optimization module is also used for:

[0102] Receiving the office chair lifting adjustment simulation result from the user habit generation module, and comparing the office chair lifting adjustment simulation result with the preset adjustment parameter standard value;

[0103] By comparing the simulation results with the standard values, the error value of the office chair lifting adjustment simulation results is calculated. The error value of the office chair lifting adjustment simulation results is used to reflect the gap between the current adjustment model and the ideal adjustment effect;

[0104] Determine whether the calculated error value exceeds the preset adjustment parameter error range. If the error value exceeds the preset error range, the lifting adjustment optimization module will optimize the preset office chair lifting adjustment model, and use the optimized preset office chair lifting adjustment model to reprocess the user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands to obtain office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0105] Specifically, the easy-to-operate office lift chair provided by the present invention, the raw material processing module is also used for:

[0106] Receive office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data and office chair lifting stability value from the lifting adjustment optimization module;

[0107] Analyze the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability values ​​to obtain the weight that the office chair needs to bear during the lifting process, the lifting height range, and the lifting stability requirements;

[0108] Determine the raw material information required for the production of office chairs. The raw material information required for the production of office chairs includes the type, specifications and quantity of the raw materials, and generate a raw material list. The raw material list includes the required raw materials and their specifications and quantity information.

[0109] In a second aspect, the present invention provides an easy-to-operate office lift chair production system, which is applied to the easy-to-operate office lift chair, the lifting control device includes processing equipment, a processing equipment control device, a raw material storage device and a lifting control device, the lifting control device is connected to the processing equipment control device, the processing equipment control device is connected to the processing equipment and the raw material storage device, and the lifting control device includes:

[0110] The task receiving module receives the user's office chair lifting demand information and obtains the real-time operation data of the office chair after the user sits on the office chair. The real-time operation data of the office chair includes the load-bearing position and weight of the office chair.

[0111] The user habit generation module substitutes the user's office chair lifting demand information and the real-time operation data of the office chair into the preset office chair lifting adjustment model to obtain the real-time office chair parameter adjustment command, substitutes the user's office chair lifting demand information, the real-time operation data of the office chair and the real-time office chair parameter adjustment command into the preset office chair lifting simulation model, and outputs the office chair lifting adjustment simulation result, which includes the office chair lifting adjustment simulation parameters, the office chair lowering adjustment simulation parameters, the office chair load distribution data and the office chair lifting stability simulation value;

[0112] A lifting adjustment optimization module compares the office chair lifting adjustment simulation result with the preset adjustment parameter standard value to obtain the error value of the office chair lifting adjustment simulation result. If the error value of the office chair lifting adjustment simulation result exceeds the preset adjustment parameter error range, the preset office chair lifting adjustment model is optimized to obtain the optimized preset office chair lifting adjustment model. The optimized preset office chair lifting adjustment model is used to process the user's office chair lifting demand information, the real-time operation data of the office chair, and the real-time office chair parameter adjustment command to obtain the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data, and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0113] The raw material processing module determines the raw material information required for office chair production according to the office chair raising adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability value;

[0114] The office seat processing module substitutes the raw material information required for office seat generation, office seat lifting adjustment parameters, office seat lowering adjustment parameters, office seat load-bearing distribution data and office seat lifting stability value into the preset office seat processing model, generates an office seat processing command, and sends the office seat processing command to the processing equipment control device. The processing equipment control device transmits the processing data to the processing equipment, and the processing equipment executes the processing data for processing office chair support components, office chair seat components and office chair lifting devices.

[0115] Specifically, the user habit generation module of the easy-to-operate office lift chair production system of the present invention is also used for:

[0116] Receive the user's office chair lifting demand information from the task receiving module. The user's office chair lifting demand information includes the user's desired office chair height, office chair lifting speed, and stability during the office chair lifting process. The real-time operation data of the office chair is also obtained. The real-time operation data of the office chair includes the current office chair height, office chair load-bearing position, and office chair weight;

[0117] Substituting the received user's office chair lifting demand information and the office chair real-time operation data into a preset office chair lifting adjustment model, which is pre-established based on ergonomic principles, office chair design standards, and user habit factors;

[0118] By calculating the preset office chair lifting and adjusting model, a real-time office chair parameter adjustment command is obtained, and the real-time office chair parameter adjustment command includes the office chair lifting device adjusting the height and position of the seat;

[0119] The user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands are also substituted into the preset office chair lifting simulation model to simulate the lifting adjustment effect and obtain the office chair lifting adjustment simulation results.

[0120] Specifically, the easy-to-operate office lift chair production system of the present invention, the lift adjustment optimization module is also used for:

[0121] Receiving the office chair lifting adjustment simulation result from the user habit generation module, and comparing the office chair lifting adjustment simulation result with the preset adjustment parameter standard value;

[0122] By comparing the simulation results with the standard values, the error value of the office chair lifting adjustment simulation results is calculated. The error value of the office chair lifting adjustment simulation results is used to reflect the gap between the current adjustment model and the ideal adjustment effect;

[0123] Determine whether the calculated error value exceeds the preset adjustment parameter error range. If the error value exceeds the preset error range, the lifting adjustment optimization module will optimize the preset office chair lifting adjustment model, and use the optimized preset office chair lifting adjustment model to reprocess the user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands to obtain office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

[0124] Specifically, the easy-to-operate office lift chair production system of the present invention, the raw material processing module is also used for:

[0125] Receive office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data and office chair lifting stability value from the lifting adjustment optimization module;

[0126] Analyze the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability values ​​to obtain the weight that the office chair needs to bear during the lifting process, the lifting height range, and the lifting stability requirements;

[0127] Determine the raw material information required for the production of office chairs. The raw material information required for the production of office chairs includes the type, specifications and quantity of the raw materials, and generate a raw material list. The raw material list includes the required raw materials and their specifications and quantity information.

[0128] In order to solve the problem that the height of an office chair can only be roughly adjusted by hydraulic means, resulting in a large lifting error, the present invention provides an easy-to-operate office lifting chair and a production system thereof. The specific solution includes the following aspects:

[0129] Using electric lifting drive motor and electric lifting rod: The office chair lifting device realizes the lifting function through electric lifting drive motor and electric lifting rod. This electric method has higher precision and controllability than the hydraulic method.

[0130] Introducing lifting control device: The lifting control device includes multiple modules, which are used to accurately control the lifting operation of the office chair and reduce adjustment errors.

[0131] Task receiving module: receives the user's office chair lifting demand information and obtains the real-time operation data after the user sits on the office chair, including the load-bearing position and weight.

[0132] User habit generation module: Substitute user needs and real-time operation data into the preset office chair lifting adjustment model, generate real-time office chair parameter adjustment commands, simulate the lifting effect, and output the simulation results.

[0133] Lift and drop adjustment optimization module: compare the simulation results with the preset standard values ​​of the adjustment parameters. If the error exceeds the range, optimize the model to improve the accuracy of the adjustment.

[0134] Raw material processing module and office seat processing module: process raw material information according to optimized parameters, generate processing commands, and control processing equipment to accurately manufacture office chair support components, seat components and lifting devices that meet the requirements.

[0135] Intelligent adjustment and feedback optimization mechanism: The entire system forms a closed-loop feedback mechanism through continuous simulation, comparison and optimization, continuously improving the accuracy and stability of office chair lifting.

[0136] Through the combination of these technologies and modules, the present invention effectively solves the problem of large lifting error in the hydraulic lifting method and realizes precise and intelligent control of the lifting of the office chair.

[0137] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations, and the above-described embodiments of the present invention do not constitute a limitation on the scope of protection of the present invention.

Claims

1. An easy-to-operate office lift chair, characterized in that: include: An office chair support component, an office chair seat component and an office chair lifting device, wherein the top of the office chair lifting device is connected to the office chair seat component, and the bottom of the office chair lifting device is connected to the office chair support component. The office chair lifting device is used to drive the office chair seat component to rise and fall on the office chair support component. The office chair lifting device includes an electric lifting drive motor, an electric lifting rod and a lifting control device. The electric lifting drive motor is connected to the electric lifting rod. The lifting control device establishes a communication connection with the electric lifting drive motor and the electric lifting rod. The lifting control device is used to control the electric lifting drive motor to drive the electric lifting rod to rise or fall. The lifting control device includes: The task receiving module receives the user's office chair lifting demand information and obtains the real-time operation data of the office chair after the user sits on the office chair. The real-time operation data of the office chair includes the load-bearing position and weight of the office chair. The user habit generation module substitutes the user's office chair lifting demand information and the real-time operation data of the office chair into the preset office chair lifting adjustment model to obtain the real-time office chair parameter adjustment command, substitutes the user's office chair lifting demand information, the real-time operation data of the office chair and the real-time office chair parameter adjustment command into the preset office chair lifting simulation model, and outputs the office chair lifting adjustment simulation result, which includes the office chair lifting adjustment simulation parameters, the office chair lowering adjustment simulation parameters, the office chair load distribution data and the office chair lifting stability simulation value; A lifting adjustment optimization module compares the office chair lifting adjustment simulation result with the preset adjustment parameter standard value to obtain the error value of the office chair lifting adjustment simulation result. If the error value of the office chair lifting adjustment simulation result exceeds the preset adjustment parameter error range, the preset office chair lifting adjustment model is optimized to obtain the optimized preset office chair lifting adjustment model. The optimized preset office chair lifting adjustment model is used to process the user's office chair lifting demand information, the real-time operation data of the office chair, and the real-time office chair parameter adjustment command to obtain the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data, and office chair lifting stability values ​​that meet the preset adjustment parameter error range. The raw material processing module determines the raw material information required for office chair production according to the office chair raising adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability value; The office seat processing module substitutes the raw material information required for office seat generation, office seat lifting adjustment parameters, office seat lowering adjustment parameters, office seat load-bearing distribution data and office seat lifting stability value into the preset office seat processing model, generates an office seat processing command, and sends the office seat processing command to the processing equipment control device. The processing equipment control device transmits the processing data to the processing equipment, and the processing equipment executes the processing data for processing office chair support components, office chair seat components and office chair lifting devices.

2. The easy-to-operate office lift chair according to claim 1, characterized in that: The user habit generation module is further used for: Receive the user's office chair lifting demand information from the task receiving module. The user's office chair lifting demand information includes the user's desired office chair height, office chair lifting speed, and stability during the office chair lifting process. The real-time operation data of the office chair is also obtained. The real-time operation data of the office chair includes the current office chair height, office chair load-bearing position, and office chair weight; Substituting the received user's office chair lifting demand information and the office chair real-time operation data into a preset office chair lifting adjustment model, which is pre-established based on ergonomic principles, office chair design standards, and user habit factors; By calculating the preset office chair lifting and adjusting model, a real-time office chair parameter adjustment command is obtained, and the real-time office chair parameter adjustment command includes the office chair lifting device adjusting the height and position of the seat; The user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands are also substituted into the preset office chair lifting simulation model to simulate the lifting adjustment effect and obtain the office chair lifting adjustment simulation results.

3. The easy-to-operate office lift chair according to claim 1, characterized in that: The lifting and lowering adjustment optimization module is also used for: Receiving the office chair lifting adjustment simulation result from the user habit generation module, and comparing the office chair lifting adjustment simulation result with the preset adjustment parameter standard value; By comparing the simulation results with the standard values, the error value of the office chair lifting adjustment simulation results is calculated. The error value of the office chair lifting adjustment simulation results is used to reflect the gap between the current adjustment model and the ideal adjustment effect; Determine whether the calculated error value exceeds the preset adjustment parameter error range. If the error value exceeds the preset error range, the lifting adjustment optimization module will optimize the preset office chair lifting adjustment model, and use the optimized preset office chair lifting adjustment model to reprocess the user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands to obtain office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

4. The easy-to-operate office lift chair according to claim 1, characterized in that: The raw material processing module is also used for: Receive office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data and office chair lifting stability value from the lifting adjustment optimization module; Analyze the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability values ​​to obtain the weight that the office chair needs to bear during the lifting process, the lifting height range, and the lifting stability requirements; Determine the raw material information required for the production of office chairs. The raw material information required for the production of office chairs includes the type, specifications and quantity of the raw materials, and generate a raw material list. The raw material list includes the required raw materials and their specifications and quantity information.

5. An easy-to-operate office lift chair production system, applied to the easy-to-operate office lift chair as claimed in any one of claims 1 to 4, characterized in that: It includes processing equipment, a processing equipment control device, a raw material storage device and a lifting control device, the lifting control device is connected to the processing equipment control device, the processing equipment control device is connected to the processing equipment and the raw material storage device, and the lifting control device includes; The task receiving module receives the user's office chair lifting demand information and obtains the real-time operation data of the office chair after the user sits on the office chair. The real-time operation data of the office chair includes the load-bearing position and weight of the office chair. The user habit generation module substitutes the user's office chair lifting demand information and the real-time operation data of the office chair into the preset office chair lifting adjustment model to obtain the real-time office chair parameter adjustment command, substitutes the user's office chair lifting demand information, the real-time operation data of the office chair and the real-time office chair parameter adjustment command into the preset office chair lifting simulation model, and outputs the office chair lifting adjustment simulation result, which includes the office chair lifting adjustment simulation parameters, the office chair lowering adjustment simulation parameters, the office chair load distribution data and the office chair lifting stability simulation value; A lifting adjustment optimization module compares the office chair lifting adjustment simulation result with the preset adjustment parameter standard value to obtain the error value of the office chair lifting adjustment simulation result. If the error value of the office chair lifting adjustment simulation result exceeds the preset adjustment parameter error range, the preset office chair lifting adjustment model is optimized to obtain the optimized preset office chair lifting adjustment model. The optimized preset office chair lifting adjustment model is used to process the user's office chair lifting demand information, the real-time operation data of the office chair, and the real-time office chair parameter adjustment command to obtain the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data, and office chair lifting stability values ​​that meet the preset adjustment parameter error range. The raw material processing module determines the raw material information required for office chair production according to the office chair raising adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability value; The office seat processing module substitutes the raw material information required for office seat generation, office seat lifting adjustment parameters, office seat lowering adjustment parameters, office seat load-bearing distribution data and office seat lifting stability value into the preset office seat processing model, generates an office seat processing command, and sends the office seat processing command to the processing equipment control device. The processing equipment control device transmits the processing data to the processing equipment, and the processing equipment executes the processing data for processing office chair support components, office chair seat components and office chair lifting devices.

6. The easy-to-operate office lift chair production system according to claim 5, characterized in that: The user habit generation module is further used for: Receive the user's office chair lifting demand information from the task receiving module. The user's office chair lifting demand information includes the user's desired office chair height, office chair lifting speed, and stability during the office chair lifting process. The real-time operation data of the office chair is also obtained. The real-time operation data of the office chair includes the current office chair height, office chair load-bearing position, and office chair weight; Substituting the received user's office chair lifting demand information and the office chair real-time operation data into a preset office chair lifting adjustment model, which is pre-established based on ergonomic principles, office chair design standards, and user habit factors; By calculating the preset office chair lifting and adjusting model, a real-time office chair parameter adjustment command is obtained, and the real-time office chair parameter adjustment command includes the office chair lifting device adjusting the height and position of the seat; The user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands are also substituted into the preset office chair lifting simulation model to simulate the lifting adjustment effect and obtain the office chair lifting adjustment simulation results.

7. The easy-to-operate office lift chair production system according to claim 5, characterized in that: The lifting and lowering adjustment optimization module is also used for: Receiving the office chair lifting adjustment simulation result from the user habit generation module, and comparing the office chair lifting adjustment simulation result with the preset adjustment parameter standard value; By comparing the simulation results with the standard values, the error value of the office chair lifting adjustment simulation results is calculated. The error value of the office chair lifting adjustment simulation results is used to reflect the gap between the current adjustment model and the ideal adjustment effect; Determine whether the calculated error value exceeds the preset adjustment parameter error range. If the error value exceeds the preset error range, the lifting adjustment optimization module will optimize the preset office chair lifting adjustment model, and use the optimized preset office chair lifting adjustment model to reprocess the user's office chair lifting demand information, office chair real-time operation data and real-time office chair parameter adjustment commands to obtain office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load-bearing distribution data and office chair lifting stability values ​​that meet the preset adjustment parameter error range.

8. The easy-to-operate office lift chair production system according to claim 5, characterized in that: The raw material processing module is also used for: Receive office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data and office chair lifting stability value from the lifting adjustment optimization module; Analyze the office chair lifting adjustment parameters, office chair lowering adjustment parameters, office chair load distribution data, and office chair lifting stability values ​​to obtain the weight that the office chair needs to bear during the lifting process, the lifting height range, and the lifting stability requirements; Determine the raw material information required for the production of office chairs. The raw material information required for the production of office chairs includes the type, specifications and quantity of the raw materials, and generate a raw material list. The raw material list includes the required raw materials and their specifications and quantity information.

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