A method for generating a wooden door production order, a processing device and a storage medium

Abstract

The present invention relates to the technical field of production order information management, and in particular to a method, a processing device and a storage medium for generating a wooden door production order, obtaining input wooden door measurement data to generate a wooden door measurement order; calculating and classifying the data of the wooden door measurement order to obtain wooden door production data and classifying the corresponding wooden door model, and converting it into a wooden door order; generating a corresponding product code according to the wooden door measurement data and the wooden door production data, and converting the wooden door production data, wooden door model and product code information into a wooden door production order. The specific parameters and size information of the required wooden doors can be obtained conveniently, quickly and accurately through the product code information, and the production workshop only needs to produce according to the type and quantity of the product code in the production order, avoiding the need to produce a large number of wooden doors of different sizes, reducing the difficulty of production, greatly improving production efficiency, facilitating the production workshop to efficiently produce wooden doors, and not prone to errors, and realizing orderly and efficient production.

Description

Technical Field

[0001] The present invention relates to the technical field of production order information management, and in particular to a method for generating a wooden door production order, a processing device and a storage medium. Background Art

[0002] With the advancement of science and technology and the development of information technology, processing and production have gradually entered the information management stage, especially for industries with many product types and high output, such as the wooden door industry. In each unit of the project community, there are various types of doors, including main doors, room doors, bathroom doors, kitchen doors, etc. It is necessary to first measure the size data of door openings, door frames, door leaves, etc. at each door location on site, and then process the measured data to finally determine the size of various doors, and then arrange the production workshop to produce the corresponding door size. However, the sizes of various doors in different units of the community are not the same, resulting in many types of door sizes, which leads to the need to process doors of various sizes, making production difficult and inefficient. At the same time, when planning the workshop for door production, it is difficult to classify doors of the same size, production is prone to errors, and production management efficiency is extremely low. Summary of the invention

[0003] In order to solve the above technical problems, the present invention provides a method for generating a wooden door production order, comprising the following steps:

[0004] A100, obtaining the input wooden door measurement data, and converting the wooden door measurement data into a wooden door measurement sheet according to a set template form;

[0005] A200, calculating and classifying the data of the wooden door measurement sheet to obtain wooden door production data; classifying the wooden door production data to obtain corresponding wooden door models, and summarizing the quantities of various wooden door models;

[0006] A300, push down the wooden door production data and wooden door model into a table with price information set, and convert it into a wooden door order;

[0007] A400. Generate a corresponding product code according to the wooden door measurement data and the wooden door production data, enter the wooden door production data, wooden door model and product code into a set template table and convert it into a wooden door production order.

[0008] Preferably, the wooden door measurement data include color, installation position, door frame outer diameter height, door frame outer diameter width, push-side door frame line wall size, pull-side door frame line wall size, door opening height, door opening width, door opening depth, door frame thickness; the wooden door production data include the door frame outer diameter height, door frame outer diameter width, door opening depth, push-side door frame line outer diameter width, push-side door frame line outer diameter height, pull-side door frame line outer diameter width, pull-side door frame line outer diameter height, door frame inner diameter width, door frame inner diameter height.

[0009] Preferably, in step A200, the height of the door frame outer diameter, the width of the door frame outer diameter and the depth of the door opening are processed to obtain the height of the door frame outer diameter, the width of the door frame outer diameter and the depth of the door opening. The processing includes the following steps:

[0010] A201, enter the corresponding custom scale position A corresponding to the numerical segments of the door cover outer diameter height, door cover outer diameter width and door opening depth;

[0011] A202, find the minimum value in the numerical segment, the minimum value + the return scale gear position A generates the return scale numerical range a1, all the values ​​in the numerical segment that fall within the return scale numerical range a1 are attributed to the minimum value of the return scale numerical range a1, and the minimum value of the return scale numerical range a1 is the corresponding return scale door cover outer diameter height / return scale door cover outer diameter width / return scale door opening depth;

[0012] A203, ignore the door cover outer diameter height data within the return ruler value range a1, find the minimum value in the remaining door cover outer diameter height data, the minimum value + return ruler gear A generates the return ruler value range a2, the door cover outer diameter height data within the return ruler value range a2 belongs to the minimum value of the return ruler value range a2, that is, the corresponding return ruler door cover outer diameter height;

[0013] A204. Continue to find the minimum value among the remaining values ​​and scale them until all the values ​​in the value range are scaled.

[0014] Preferably, in step A201, the sizing position A corresponding to the outer diameter width of the door frame is ≤ (the minimum value of the wall size of the push-door frame wire wrapping and the wall size of the pull-door frame wire wrapping) × 2-10.

[0015] Preferably, in step A201, the sizing position A corresponding to the height of the door frame outer diameter is ≤ (the minimum value of the wall size of the push-door frame wire wrapping and the wall size of the pull-door frame wire wrapping) -10.

[0016] Preferably, in step A400, a product code is generated based on the color, installation position, sliding door frame wire wall size, pulling door frame wire wall size, door frame thickness, wooden door model, door frame outer diameter height, door frame outer diameter width, door opening depth, door frame inner diameter width and door frame inner diameter height.

[0017] Preferably, in step A200, the height of the inner diameter of the door frame = the height of the outer diameter of the door frame - the thickness of the door frame; the width of the inner diameter of the door frame = the width of the outer diameter of the door frame - the thickness of the door frame × 2.

[0018] Preferably, in step A200, the outer diameter width of the push face door frame = the outer diameter width of the return-scale door frame + the wall size of the push face door frame × 2; the outer diameter height of the push face door frame = the outer diameter height of the return-scale door frame + the wall size of the push face door frame; the outer diameter width of the pulled noodle door frame = the outer diameter width of the return-scale door frame + the wall size of the pulled noodle door frame × 2; the outer diameter height of the pulled noodle door frame = the outer diameter height of the return-scale door frame + the wall size of the pulled noodle door frame.

[0019] Based on the above-mentioned method for generating a wooden door production order, the present application provides a processing device on the other hand, including a processor and a memory, the memory is used to store program data, and the processor is used to execute the program data to implement the above-mentioned method for generating a wooden door production order.

[0020] Based on the above-mentioned method for generating a wooden door production order, the present application also provides a computer-readable storage medium, in which program data is stored. When the program data is executed by a processor, it is used to implement the above-mentioned method for generating a wooden door production order.

[0021] As can be seen from the above, the following beneficial effects can be obtained by applying the present invention: the scheme of the present invention generates a wooden door measurement sheet by inputting the data obtained from on-site measurement, and obtains wooden door production data by calculating and classifying the data on the wooden door measurement sheet; obtains the corresponding wooden door model according to the classification of the wooden door production data; pushes down the wooden door production data and the wooden door model into a table with price information set, and generates a wooden door order by inputting prices and then statistics; generates a corresponding product code according to the wooden door measurement data and the wooden door production data, and enters the wooden door production data, the wooden door model and the product code into the set template table to convert them into wooden door production Production orders are created, and the number of the same product codes is counted in the wooden door production orders. Each product code corresponds to a type of wooden door, and then the wooden door production order is issued to the production workshop for production. The specific parameters and size information of the required wooden doors can be obtained conveniently, quickly and accurately through the product code information. By counting the number of various product codes, production only needs to be carried out according to the type and quantity of the product codes, avoiding the need to produce a large number of wooden doors of different sizes, reducing production difficulty, and greatly improving production efficiency; thereby facilitating the production workshop to efficiently produce wooden doors, and not prone to errors, and achieving orderly and efficient production. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for the description of the embodiments of the present invention or the prior art. Obviously, the drawings described below are only part of the embodiments of the present invention, and for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative labor.

[0023] Figure 1This is a flowchart of a method for generating a wooden door production order according to an embodiment of the present invention;

[0024] Figure 2 This is a flowchart of the sizing process of the method for generating a wooden door production order according to an embodiment of the present invention. DETAILED DESCRIPTION

[0025] The technical scheme in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is only a part of the embodiment of the present invention, not all of the embodiments. Based on the embodiment 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.

[0026] In order to solve the above technical problems, this embodiment provides a method for generating a wooden door production order, such as Figure 1 As shown, the following steps are included:

[0027] A100, obtaining the input wooden door measurement data, and converting the wooden door measurement data into a wooden door measurement sheet according to a set template form;

[0028] In this step, the wooden door measurement data is the measurement data obtained by manual on-site measurement in each unit of the community. Each unit may include a master bedroom door, a second bedroom door, a bathroom door 1, a kitchen door, etc. Therefore, the wooden door measurement data includes color, installation position, door frame outer diameter height, door frame outer diameter width, push-face door frame line wall size, pull-face door frame line wall size, door opening height, door opening width, door opening depth, door frame thickness, upper door seam, lower door seam, wide buckle installation seam, high buckle installation seam and other size data. The above measured wooden door measurement data are input into the system, the system obtains the entered wooden door measurement data, and fills the above wooden door measurement data into the corresponding position according to the specified template form to generate a wooden door measurement form, wherein the header information of the template form includes the above color, installation position, door frame outer diameter height, door frame outer diameter width and other information, and the table body information is the corresponding measured data.

[0029] A200, calculating and classifying the data of the wooden door measurement sheet to obtain wooden door production data; classifying the wooden door production data to obtain corresponding wooden door models, and summarizing the quantities of various wooden door models;

[0030] After the wooden door measurement sheet is generated, the data of the wooden door measurement sheet is further calculated and classified to further obtain the wooden door production data, wherein the wooden door production data includes the outer diameter height of the door frame, the outer diameter width of the door frame, the depth of the door opening, the outer diameter width of the push-face door frame line, the outer diameter height of the push-face door frame line, the outer diameter width of the pull-face door frame line, the outer diameter height of the pull-face door frame line, the inner diameter width of the door frame, and the inner diameter height of the door frame.

[0031] Specifically, in step A200, the door frame outer diameter height, door frame outer diameter width and door opening depth in the wooden door measurement sheet are processed to obtain the door frame outer diameter height, door frame outer diameter width and door opening depth in the wooden door production data, such as Figure 2 As shown, the scaling process includes the following steps:

[0032] A201, enter the corresponding custom scale position A corresponding to the numerical segments of the door cover outer diameter height, door cover outer diameter width and door opening depth;

[0033] In this step, the conversion of the door cover outer diameter height into the return scale door cover outer diameter height is used as an example for explanation. The wooden door data in the wooden door measurement list includes multiple unit room numbers, each unit room number includes multiple installation positions, and the installation positions are divided into master bedroom, second bedroom 1, second bedroom 1, master bathroom, kitchen, etc. Each installation position is measured with the door cover outer diameter height. Therefore, there are multiple door cover outer diameter height data in the wooden door measurement list, and corresponding to different room numbers and installation positions, all the door cover outer diameter height data constitute the door cover outer diameter height value segment. First enter the return scale gear A, and the return scale gear A value is input by personal customization according to the return scale requirement.

[0034] A202, find the minimum value in the numerical segment, the minimum value + the return scale gear position A generates the return scale numerical range a1, all the values ​​in the numerical segment that fall within the return scale numerical range a1 are attributed to the minimum value of the return scale numerical range a1, and the minimum value of the return scale numerical range a1 is the corresponding return scale door cover outer diameter height / return scale door cover outer diameter width / return scale door opening depth;

[0035] Find the minimum value in all the data in the numerical segment of the door frame outer diameter height, and use the minimum value + the return scale gear position A to generate a return scale numerical range a1. All values ​​in the numerical segment that fall into the return scale numerical range a1 are converted into the minimum value of the return scale numerical range a1, that is, the corresponding return scale door frame outer diameter height is generated.

[0036] For example, the values ​​in the numerical segment of the door frame outer diameter height include 956, 982, 970, 952, 974, and 998, and the return scale gear A is preset to 10. The minimum value 952 is found in the numerical segment, and the minimum value 952+10 (return scale gear A) generates the return scale numerical range a1, i.e. 952~962. All the values ​​in the numerical segment that fall into the return scale numerical range a1 (952~962) are converted into the minimum value (952) of the return scale numerical range a1, i.e. the values ​​956 and 952 are returned to 952. Furthermore, 952 is the return scale door frame outer diameter height data corresponding to the door frame outer diameter height data 956 and 952, and is generated in the corresponding position in the table.

[0037] A203, ignore the door cover outer diameter height data within the return ruler value range a1, find the minimum value in the remaining door cover outer diameter height data, the minimum value + return ruler gear A generates the return ruler value range a2, the door cover outer diameter height data within the return ruler value range a2 belongs to the minimum value of the return ruler value range a2, that is, the corresponding return ruler door cover outer diameter height;

[0038] Further, in step A202, after the corresponding door cover outer diameter height value is returned to the return scale value range a1 (952-962), the door cover outer diameter height data within the return scale value range a1 is ignored, and the minimum value is found in the remaining door cover outer diameter height data. The minimum value + the return scale gear A generates the return scale value range a2. For example, after ignoring the data within the return scale value range a1, the remaining door cover outer diameter height data include 982, 970, 974, and 998, and then the minimum value 970 is found. , the minimum value 970+10 (return scale gear position A) generates the return scale value range a2, that is, 970~980, and all the values ​​in the remaining door frame outer diameter height data that fall into the return scale value range a2 (970~980) are converted into the minimum value (970) of the return scale value range a2, that is, the return scale of the values ​​of 970 and 974 is 970, and then, 970 is the return scale door frame outer diameter height data corresponding to the door frame outer diameter height data 970 and 974, and is generated in the corresponding table position.

[0039] A204. Continue to find the minimum value among the remaining values ​​and scale them until all the values ​​in the value range are scaled.

[0040] Repeat the above steps to continue to find the minimum value in the remaining values ​​and continue to resize, and repeat this cycle until all the values ​​in the value segment are resized. Finally, all the door frame outer diameter height data in the wooden door measurement sheet are generated corresponding to the resized door frame outer diameter height, so that the door frame outer diameter height data of different sizes can be resized to several types of resized sizes. Production only needs to produce the resized wooden door sizes, which reduces production difficulty and greatly improves production efficiency. Among them, the resized wooden door sizes are all the minimum values. When actually installing the wooden door, the installation and assembly of the wooden door can be achieved by inserting a filler.

[0041] Similarly, all the door frame outer diameter width and door opening depth data in the wooden door measurement sheet are sized through the above-mentioned sizing steps to obtain the corresponding sized door frame outer diameter width and sized door opening depth data respectively.

[0042] Furthermore, in step A201, the setting of the ruler position A is defined by the following formula, wherein the ruler position A corresponding to the outer diameter width of the door frame is ≤ (the minimum value of the wall size of the push-face door frame and the wall size of the pull-face door frame) × 2-10; the wall size of the push-face door frame and the wall size of the pull-face door frame are data obtained by on-site measurement, and the ruler position A corresponding to the outer diameter height of the door frame is ≤ (the minimum value of the wall size of the push-face door frame and the wall size of the pull-face door frame) - 10. By setting a suitable ruler position A, different amounts of ruler data can be measured, and then the ruler data corresponds to different types of wooden doors, which determines the number of wooden door types.

[0043] Furthermore, the wooden door production data also includes the outer diameter width of the push-face door frame, the outer diameter height of the push-face door frame, the outer diameter width of the pull-face door frame, the outer diameter height of the pull-face door frame, the inner diameter width of the door frame, and the inner diameter height of the door frame. Therefore, it is necessary to calculate the above production data based on the data of the wooden door measurement sheet.

[0044] Among them, the calculation formulas for the inner diameter width and the inner diameter height of the door frame are: the inner diameter height of the door frame = the outer diameter height of the door frame - the thickness of the door frame; the inner diameter width of the door frame = the outer diameter width of the door frame - the thickness of the door frame × 2, and the thickness of the door frame is the data measured on site.

[0045] The calculation formulas for the outer diameter width of the sliding door frame, the outer diameter height of the sliding door frame, the outer diameter width of the pulled door frame, and the outer diameter height of the pulled door frame are: The outer diameter width of the sliding door frame = the outer diameter width of the door frame + the size of the sliding door frame wrapped around the wall × 2; The outer diameter height of the sliding door frame = the outer diameter height of the door frame + the size of the sliding door frame wrapped around the wall; The outer diameter width of the pulled door frame = the outer diameter width of the door frame + the size of the pulled door frame wrapped around the wall × 2; The outer diameter height of the pulled door frame = the outer diameter height of the door frame + the size of the pulled door frame wrapped around the wall.

[0046] Then, the data of the wooden door measurement sheet can be calculated and classified to obtain the wooden door production data. The wooden door production data of each installation position in each room number can be classified to obtain the corresponding wooden door model, and the number of various wooden door models can be statistically summarized. Among them, the wooden door production data is matched with the size of the corresponding wooden door model, and the system can automatically match it. After classification, the number of various wooden door models is counted. Production only needs to be carried out according to the wooden door model, avoiding the need to produce a large number of wooden doors of different sizes, reducing production difficulty, and greatly improving production efficiency.

[0047] A300, push down the wooden door production data and wooden door model information into the table with price information set, and convert it into a wooden door order;

[0048] The system pushes down the wooden door production data and wooden door models and inputs them into a table with price information. By entering the unit prices of various wooden door models, the total price of the required wooden doors can be calculated, and then an order form for wooden door production can be generated. The system can then purchase wooden doors by generating an order form for wooden doors.

[0049] A400. Generate a corresponding product code according to the wooden door measurement data and the wooden door production data, enter the wooden door production data, wooden door model and product code into a set template table and convert it into a wooden door production order.

[0050] The wooden doors in each installation position in each room number are classified according to information data such as color, installation position, wall size of push-face door frame, wall size of pull-face door frame, door frame thickness, wooden door model, door frame outer diameter height, door frame outer diameter width, door opening depth, door frame inner diameter width and door frame inner diameter height, and a corresponding product code is generated. The wooden door production data, wooden door model and product code are entered into the set template table and converted into a wooden door production order, and the number of the same product code is counted in the wooden door production order. Each product code corresponds to a type of wooden door, and the number of various wooden door models is statistically summarized, and then issued to the production workshop for production through the wooden door production order. The specific parameters and size information of the required wooden doors can be obtained conveniently, quickly and accurately through the product code information. By counting the number of various product codes, production only needs to be carried out according to the product code, avoiding the need to produce a large number of wooden doors of different sizes, reducing production difficulty, and greatly improving production efficiency; thus facilitating the production workshop to efficiently produce wooden doors, and not prone to errors, and achieving orderly and efficient production.

[0051] It should be noted that the content of the wooden door production data and wooden door measurement data in this embodiment is determined according to the actual working conditions. The content of the wooden door measurement data includes but is not limited to the outer diameter height of the door frame, the outer diameter width of the door frame, the depth of the door opening, the outer diameter width of the push-face door frame line, the outer diameter height of the push-face door frame line and other data. The spirit of the method of this embodiment is to generate a wooden door production order, perform calculations, classifications and categorizations according to the actual wooden door measurement data, so as to simplify and facilitate the efficient production of doors and windows.

[0052] Based on the above-mentioned method for generating a wooden door production order, another aspect of an embodiment of the present application provides a processing device, including a processor and a memory, the memory being used to store program data, and the processor being used to execute program data to implement the above-mentioned method for generating a wooden door production order.

[0053] Based on the above-mentioned method for generating a wooden door production order, an embodiment of the present application further provides a computer-readable storage medium, in which one or more program data are stored, and when the one or more program data are executed by one or more processors, they are used to implement the above-mentioned method for generating a wooden door production order. The computer-readable storage medium can be, but is not limited to, an electrical, magnetic, optical, electromagnetic, infrared, or semiconductor system, device or device, or any combination of the above. The program code contained on the computer-readable storage medium can be transmitted using any appropriate medium, including but not limited to wireless, wire, optical cable, RF, etc., or any suitable combination of the above.

[0054] In summary, the scheme of the present invention generates a wooden door measurement sheet by inputting the data obtained from on-site measurement, and obtains the wooden door production data by calculating and classifying the data on the wooden door measurement sheet; obtains the corresponding wooden door model according to the classification of the wooden door production data; pushes down the wooden door production data and the wooden door model into a table with price information set, and generates a wooden door order by inputting the price; generates a corresponding product code according to the wooden door measurement data and the wooden door production data, enters the wooden door production data, the wooden door model and the product code into a set template table to be converted into a wooden door production sheet, and counts the number of the same product code in the wooden door production sheet, each product code corresponds to a type of wooden door, and then the wooden door production sheet is issued to the production workshop for production, and the specific parameters and size information of the required wooden doors can be obtained conveniently, quickly and accurately through the product code information, and by counting the number of various product codes, production only needs to be carried out according to the type and quantity of the product code, avoiding the need to produce a large number of wooden doors of different sizes, reducing production difficulty, and greatly improving production efficiency; thereby facilitating the production workshop to efficiently produce wooden doors, and not prone to errors, and achieving orderly and efficient production.

[0055] The above-described implementation methods do not constitute a limitation on the protection scope of the technical solution. Any modification, equivalent replacement and improvement made within the spirit and principle of the above-described implementation methods shall be included in the protection scope of the technical solution.

Claims

1. A method for generating a wooden door production order, characterized in that: The following steps are involved: A100, obtaining the input wooden door measurement data, and converting the wooden door measurement data into a wooden door measurement sheet according to a set template form; A200, calculating and classifying the data of the wooden door measurement sheet to obtain wooden door production data; classifying the wooden door production data to obtain corresponding wooden door models, and summarizing the quantities of various wooden door models; A300, push down the wooden door production data and wooden door model into a table with price information set, and convert it into a wooden door order; A400, generating a corresponding product code according to the wooden door measurement data and the wooden door production data, entering the wooden door production data, wooden door model and product code into a set template form to convert into a wooden door production order; The wooden door measurement data includes color, installation position, door cover outer diameter height, door cover outer diameter width, push-side door cover line wall size, pull-side door cover line wall size, door opening height, door opening width, door opening depth, door cover thickness; the wooden door production data includes the door cover outer diameter height, door cover outer diameter width, door opening depth, push-side door cover line outer diameter width, push-side door cover line outer diameter height, pull-side door cover line outer diameter width, pull-side door cover line outer diameter height, door cover inner diameter width, door cover inner diameter height; In step A200, the height of the door frame outer diameter, the width of the door frame outer diameter and the depth of the door opening are processed to obtain the height of the door frame outer diameter, the width of the door frame outer diameter and the depth of the door opening. The processing includes the following steps: A201, enter the corresponding custom scale position A corresponding to the numerical segments of the door cover outer diameter height, door cover outer diameter width and door opening depth; A202, find the minimum value in the numerical segment, the minimum value + the return scale gear position A generates the return scale numerical range a1, and convert all the values ​​in the numerical segment that fall into the return scale numerical range a1 into the minimum value of the return scale numerical range a1, and the minimum value of the return scale numerical range a1 is the corresponding return scale door cover outer diameter height, return scale door cover outer diameter width, and return scale door opening depth; A203, ignore the door cover outer diameter height data within the return ruler value range a1, find the minimum value in the remaining door cover outer diameter height data, the minimum value + return ruler gear A generates the return ruler value range a2, the door cover outer diameter height data within the return ruler value range a2 is converted to the minimum value of the return ruler value range a2, that is, the corresponding return ruler door cover outer diameter height; A204. Continue to find the minimum value among the remaining values ​​and scale them until all the values ​​in the value range are scaled.

2. The method for generating a wooden door production order according to claim 1, characterized in that: In step A201, the sizing position A corresponding to the outer diameter width of the door frame is ≤ (the minimum value of the wall size of the push-side door frame and the wall size of the pull-side door frame) × 2-10.

3. The method for generating a wooden door production order according to claim 1, characterized in that: In step A201, the sizing position A corresponding to the height of the door frame outer diameter is ≤ (the minimum value of the wall size of the push-door frame wire wrapping and the wall size of the pull-door frame wire wrapping) -10.

4. The method for generating a wooden door production order according to claim 1, characterized in that: In step A400, a product code is generated according to the color, installation position, wall size of the sliding door frame, wall size of the pulling door frame, door frame thickness, wooden door model, door frame outer diameter height, door frame outer diameter width, door opening depth, door frame inner diameter width and door frame inner diameter height.

5. The method for generating a wooden door production order according to claim 1, characterized in that: In step A200, the height of the inner diameter of the door frame = the height of the outer diameter of the door frame - the thickness of the door frame; the width of the inner diameter of the door frame = the width of the outer diameter of the door frame - the thickness of the door frame × 2.

6. The method for generating a wooden door production order according to claim 1, characterized in that: In step A200, the outer diameter width of the push-face door frame = the outer diameter width of the return-scale door frame + the wall size of the push-face door frame × 2; the outer diameter height of the push-face door frame = the outer diameter height of the return-scale door frame + the wall size of the push-face door frame; the outer diameter width of the draw-noodle door frame = the outer diameter width of the return-scale door frame + the wall size of the draw-noodle door frame × 2; the outer diameter height of the draw-noodle door frame = the outer diameter height of the return-scale door frame + the wall size of the draw-noodle door frame.

7. A computer device, characterized in that: It comprises a processor and a memory, wherein the memory is used to store program data, and the processor is used to execute the program data to implement the method for generating a wooden door production order as described in any one of claims 1-6.

8. A computer-readable storage medium, characterized in that: The computer-readable storage medium stores program data, and when the program data is executed by the processor, it is used to implement the method for generating a wooden door production order as described in any one of claims 1-6.

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