Drawing rod folder type conventional exercise book

Abstract

The invention discloses a draw-bar folder type conventional exercise book, which comprises an exercise book, a cover clamped on the outer side of the exercise book, a transparent cover clamped on the outer side of the cover, and a draw bar clamped on the outer side of the transparent cover. The upper left corner of one surface of the cover is connected with a pendant, and cover patterns can be displayed on the transparent cover. The beneficial effects are that beauty and cost performance are considered, and interest of students is stimulated; page flexible replacement is achieved through the pull rod, and resource waste is avoided; the water drop section of the pumping rod ensures stable and durable clamping; the replaceable pendant has an excitation effect; and the transparent cover improves the aesthetic property and protectiveness.

Description

Technical Field

[0001] This invention relates to the field of school supplies, specifically to a conventional workbook with a drawer-style folder. Background Technology

[0002] In the current student stationery market, the mainstream size of regular exercise books is B5. However, in actual use, many problems have gradually emerged that make it difficult to meet the needs of students and teaching scenarios. These problems are reflected in many aspects such as structural design, cover design, and product performance.

[0003] In terms of structural design, traditional workbooks mostly use saddle stitching or perfect binding to fix the inner pages. This binding structure has obvious defects: when a page of the workbook is damaged due to water stains, excessive corrections, or tearing, it is impossible to replace the damaged page alone. The entire workbook must be discarded, which not only causes a serious waste of resources but may also lead to the loss of important learning content on other pages. In addition, as students' learning progresses, if they need to insert supplementary notes or additional practice content in the middle of the assignments, the traditional binding method simply cannot flexibly add or remove pages, and cannot meet the diverse learning needs of students.

[0004] In terms of cover design, most conventional workbooks use a single color or simple text printing to reduce production costs, resulting in a monotonous and boring cover visual effect that is difficult to attract the attention of students, especially younger students, and is not conducive to stimulating students' interest in learning. On the other hand, the few workbook products that attempt to beautify the cover design often use complex printing processes or expensive materials, which significantly increases the product price and reduces the cost-effectiveness, making it difficult for them to be accepted by the mass market. They are caught in a dilemma of not being able to balance cover aesthetics and cost.

[0005] While currently available drawer folders can solve the problem of page changing to some extent, they have significant shortcomings in performance. Their drawers are generally made of triangles or large arcs, which are insufficient in performance. After a period of use, the rebound force and gripping force of the drawers decrease significantly, causing the papers to easily loosen and scatter during carrying or flipping. Some drawer folder products, in order to control production costs, minimize the amount of plastic used during processing, further exacerbating the problem of poor product durability. Conversely, excessive use of materials increases costs, resulting in poor cost-effectiveness and a lack of market demand. Furthermore, existing drawer folders have relatively limited functionality, only providing basic paper storage and lacking incentive designs specifically for students. For example, they cannot visually display students' learning achievements or reward badges, thus failing to positively promote student learning.

[0006] In conclusion, there is an urgent need in the market for a cost-effective and easily promoted learning product that combines aesthetics, page flexibility, durability, and additional incentive functions to address the many shortcomings of existing workbooks. Summary of the Invention

[0007] The purpose of this invention is to provide a conventional workbook with a pull-out folder design to solve problems such as the difficulty in balancing the aesthetics and cost of existing workbooks, the inability to flexibly change pages, poor durability, and lack of motivational functions, thereby meeting the diverse needs of students in the learning process.

[0008] To achieve the above objectives, the present invention employs the following technical means:

[0009] A conventional workbook in the form of a drawer folder consists of five parts: a transparent cover, a cover page, inner pages, a drawer, and a hanging ornament. The cover page is attached to the outside of the workbook, and the transparent cover page is attached to the outside of the cover page. The drawer page of the workbook is attached to the left side of the transparent cover page. The hanging ornament is attached to the upper left corner of the workbook. The first cover pattern and the second cover pattern of the cover page are visible on one side of the transparent cover page. The inner pages are located in the middle of the workbook.

[0010] Preferably, the pull rod is made of polypropylene plastic, with a length sufficient to hold A4 paper and a weight of 10-11 grams. The amount of antioxidants and light stabilizers in the formula can maintain product quality for more than 5 years. It adopts a teardrop-shaped cross-section, with the angle between the extended sides of the teardrop being between 20 and 25 degrees. The extended sides of the cross-section are line segments or slightly curved line segments with a length between 12 and 14 millimeters. The closure can simultaneously grip the transparent cover, cover, and inner pages, while simultaneously meeting the requirements of aesthetic appearance and maximizing the rebound force and gripping force of the transparent cover, cover, and inner pages. The minimum level of maximizing the gripping force is: when you hold any exercise paper in the inner pages of the exercise book by hand and swing the exercise book at a speed of 1 meter per second, that exercise paper will not fall off the exercise book.

[0011] Preferably, the first and second cover designs of the cover are characterized by simple line drawings.

[0012] Preferably, one end of the pull rod has a drilled hole that passes through not only the upper left corner of the transparent cover and the cover, but also the upper left corner of the inner page; the drilled hole further secures the various parts of the exercise book into a single unit through fasteners, and is connected to a hanging piece externally.

[0013] Preferably, the pendant is replaceable and has an area on its surface for displaying rank symbols or award marks.

[0014] Preferably, the workbook has inner pages in the middle, which are composed of 14-25 sheets of work paper weighing 80 grams or less; within this range, in daily life environments, the resilience of the drawer remains stable at 90-100% within one year; the drawer's performance meets user needs for at least 5 years; the drawer serves a single purpose and can effectively hold up to 40 sheets of 80-gram paper in daily life environments, with a service life of at least 5 years.

[0015] The present invention has the following beneficial effects:

[0016] 1. Balancing Aesthetics and Cost-Effectiveness: The transparent cover protects both the cover and inner pages while clearly showcasing the cover's design, thus balancing protection and aesthetics. The cover design is simple and clear, meeting students' aesthetic needs and effectively stimulating their interest in using the product. Furthermore, it requires no complex manufacturing processes, ensuring high cost-effectiveness and solving the problem of balancing aesthetics and cost in traditional exercise book covers.

[0017] 2. Flexible and easy page replacement: With the clip structure of the lever, when a page of the workbook is damaged or needs to be expanded, the page can be easily replaced or added, avoiding the waste of resources that traditional workbooks would have to be discarded due to damage to a single page, and extending the overall lifespan of the workbook.

[0018] 3. Stable and durable clamping: The pull rod adopts a teardrop-shaped cross section, which can be adapted to the edges of the cover, transparent cover and exercise book, maximizing the rebound force and biting force, ensuring the stability of clamping each part. Even after long-term use, it is not easy to loosen, solving the problems of poor recovery and easy paper loosening of traditional pull rod folders; and the pull rod is made of a certain amount of polypropylene plastic, which further improves the durability and cost performance of the product.

[0019] 4. Multifunctional and motivating: The replaceable pendant with pull rod connection can display grade symbols or reward marks on its surface, which can intuitively reflect students' learning achievements and progress, give students a strong sense of accomplishment, play a positive role in motivating their learning, and create a positive learning atmosphere. Attached Figure Description

[0020] Figure 1 This is a schematic diagram of the structure of the present invention;

[0021] Figure 2 This is an exploded view of the structure of the present invention;

[0022] Figure 3 This is a schematic diagram of the structure of the inner pages of this invention;

[0023] In the attached figures, the following labels are used:

[0024] 1. Pull rod; 2. Hanging piece; 3. Drill hole; 4. Transparent cover; 5. Cover; 6. First cover design; 7. Second cover design; 8. Inner pages; 9. Practice paper. Detailed Implementation

[0025] The technical solution of the present invention will now be clearly and completely described with reference to the accompanying drawings. Obviously, the embodiments described below are only some, not all, of the embodiments of the present invention. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative effort are within the scope of protection of the present invention.

[0026] like Figure 1-3 As shown, a conventional workbook with a pull-out folder has a cover 5 attached to the outside of the workbook, a transparent cover 4 attached to the outside of the cover 5, a pull rod 1 attached to the outside of the workbook, a hanging piece 2 attached to the upper left corner of the workbook, and the first cover pattern 6 and the second cover pattern 7 of the cover 5 can be seen on one side of the transparent cover 4.

[0027] The drawer lever 1 is made of polypropylene plastic and weighs 10-11 grams, capable of holding A4 paper. The amount of antioxidants and light stabilizers in the formula can maintain product quality for more than 5 years. It adopts a teardrop-shaped cross-section, with the angle between the extended edges on both sides of the teardrop being between 20 and 25 degrees. The extended edges of the cross-section are line segments or slightly curved line segments, with a length between 12 and 14 millimeters. The closure can simultaneously grip the transparent cover 4, cover 5, and inner pages 8, simultaneously meeting the requirements of aesthetic appearance and providing sufficient rebound and gripping force for the transparent cover 4, cover 5, and inner pages 8. The minimum level of maximum gripping force achieved is: when you hold any exercise paper in the inner pages of the exercise book and swing the exercise book at a speed of 1 meter per second, that exercise paper will not fall out of the exercise book.

[0028] The advantages of the above settings are detailed below.

[0029] The drawer 1 is made of polypropylene plastic. The weight of the drawer, which is suitable for A4 paper, is controlled at 10-11 grams. The amount of antioxidants and light stabilizers in the formula can maintain the product quality for more than 5 years. It also adopts a teardrop-shaped cross-section with an angle of 20 to 25 degrees between the two extended sides of the teardrop. The extended sides of the cross-section are line segments or slightly curved line segments with a length between 12 and 14 mm. The closure can simultaneously bite the transparent cover 4, cover 5, and inner page 8.

[0030] This setup has several significant advantages:

[0031] To effectively avoid the problem of elasticity decay after long-term use and ensure that the pull rod 1 always maintains stable clamping performance, through repeated research, a weight design of 10-11 grams was finally adopted, as well as an antioxidant and light stabilizer formula to maintain product quality for more than 5 years. This effectively controlled the increase in product cost and took into account both durability and cost-effectiveness.

[0032] From a structural design perspective, the teardrop-shaped cross-section and the 20-25 degree angle between the extended edges are the result of precise optimization. This angle range allows the pull rod 1 to perfectly fit the edges of the transparent cover 4, cover 5, and inner pages 8 when closed, maximizing the contact area and thus achieving a dual improvement in rebound force and gripping force. This firmly secures the three-layer structure, preventing it from loosening and scattering during daily carrying and flipping, solving the core pain point of "poor gripping force and easy paper falling off" in general pull-out folders. At the same time, the straight or slightly curved extended edge design ensures that the pull rod 1 has a simple and beautiful appearance, meeting the aesthetic needs of students, while also enhancing the gripping force and avoiding excessive unevenness when writing on the pages, achieving a dual balance between "aesthetics and practicality" and "performance and cost".

[0033] One end of the pull rod 1 has a drilled hole 3, and a hanging piece 2 is connected to the drilled hole 3.

[0034] The advantages of the above settings are:

[0035] The design of having a drilled hole 3 at one end of the pull rod 1, with the drilled hole 3 connecting to the hanging piece 2, provides important support for the expansion of product functions and ease of use. The specific advantages are as follows:

[0036] In terms of connection stability, the drill hole 3 serves as a dedicated connection port, providing a precise and secure installation position for the pendant 2. The fasteners simultaneously secure the pendant 2, transparent cover 4, cover 5, and inner pages 8 to the exercise book, preventing them from becoming loose during transport or use in extreme circumstances. This also ensures that the pendant 2 remains stably attached to the pull rod 1, guaranteeing the proper functioning of subsequent activation mechanisms.

[0037] From a functional expansion perspective, this connection method provides a simple and feasible path for adding the hanging piece 2, successfully extending the product's motivational function beyond its basic storage and practice functions. The design of the drill hole 3 can be achieved through a simple drilling process, enriching the product's functional dimensions without increasing production costs excessively. This distinguishes the product from traditional single-function workbooks or drawer folders, better meeting the diverse learning needs of students.

[0038] The pendant 2 is replaceable and has an area on its surface for displaying rank symbols or award marks.

[0039] The advantages of the above settings are:

[0040] The second pendant is designed to be replaceable and features an area on its surface for displaying grade symbols or reward marks. This innovative design addresses the learning motivation needs of students, and its advantages are mainly reflected in the following aspects:

[0041] From an incentive perspective, the display area with grade symbols or reward marks on the surface can present students' learning achievements in an intuitive and visual way. Compared to traditional workbooks that "lack obvious achievement indicators" or are difficult to replace, this design allows students to clearly see their progress and gains, enhances their sense of accomplishment, and thus stimulates their learning enthusiasm, creating a positive learning atmosphere. This effect is particularly significant in stimulating the learning interest of younger students.

[0042] In terms of flexibility, the "replaceable" design breaks the limitations of traditional fixed labels. When students make new progress in their learning process, they can remove the old label 2 at any time and replace it with a label 2 that has a corresponding higher-level symbol or a new reward mark. There is no need to replace the entire workbook. This not only allows for continuous updates of learning achievement labels but also reduces usage costs, ensuring that the incentive function lasts throughout the entire lifecycle of the workbook.

[0043] From a personalized adaptation perspective, different students have different learning paces and progress directions, and the replaceable pendant 2 can adapt to diverse incentive scenarios. For example, for students who excel in different subjects, pendants with subject-specific reward symbols can be designed; for students who have made significant progress, a "Star of Progress" pendant can be designed to meet the personalized incentive needs of different students, making the incentive function more targeted and effective.

[0044] Page 8 is composed of 14-25 sheets of practice paper 9.

[0045] The advantages of the above settings are:

[0046] The workbook is structured with 8 inner pages in the middle, and each inner page 8 is composed of 14-25 sheets of practice paper 9. This design fully considers the actual usage scenarios of students' daily learning, and its advantages are as follows:

[0047] From a practical standpoint, the range of 14-25 practice sheets 9 has been carefully considered. This quantity satisfies students' daily practice needs within a certain period, avoiding the inconvenience of frequently replacing inner pages due to insufficient practice sheets; it also prevents the inner pages 8 from becoming too thick and heavy due to excessive practice sheets, thereby increasing the overall size and weight of the workbook and affecting portability, especially the rebound stability of the lever. This achieves a balance between "usage period and portability" and "practicality and cost-effectiveness".

[0048] From a resource-saving perspective, the design of the inner pages 8, composed of multiple individual practice sheets 9, combined with the opening and closing function of the lever 1, means that when a single practice sheet 9 is damaged due to water stains, excessive corrections, or tearing, it is not necessary to discard the entire inner page 8 or the entire workbook; only the damaged sheet 9 needs to be replaced. This design effectively reduces paper waste, lowers the cost of use for students, aligns with the concept of green environmental protection, and solves the resource waste problem of traditional perfect-bound workbooks where "a single damaged page renders the entire book unusable."

[0049] From a learning adaptability perspective, the 14-25 practice sheets per page design can flexibly adapt to the practice needs of different subjects and different learning stages. For example, in subjects with less homework, 14 practice sheets can be selected; in subjects with more homework, 20 practice sheets can be selected, allowing the workbook to be flexibly adjusted according to actual learning scenarios and improving the product's adaptability to diverse learning needs.

[0050] Working principle

[0051] Overall working principle: layered clamping and functional linkage

[0052] The product achieves its intended functions through the core logic of "pull rod 1 main clamping + multi-layer structure collaborative cooperation". The working linkage process of each structure is as follows:

[0053] Basic fixation: Clamping and holding of pull rod 1

[0054] The drawer handle 1 features a teardrop-shaped cross-section design, which tightly engages the three-layer core structure (from outside to inside: transparent cover 4 → cover 5 → inner pages 8). Because the angle between the extended sides of the teardrop-shaped cross-section is controlled at 20-25°, and it is made of highly elastic polypropylene plastic, the drawer handle 1 generates maximum rebound and engagement force when closed, firmly securing the three-layer structure and preventing it from loosening during daily carrying and reading—this is the core principle behind the product's "sturdy and durable" function.

[0055] Aesthetics and Protection: The Dual Function of the Transparent Cover 4

[0056] The transparent cover 4 covers the outside of the cover 5. On the one hand, it can clearly display the first cover pattern 6 and the second cover pattern 7 on the cover 5 through its transparency, achieving the effect of "enhancing aesthetics without complicated processes and high-quality materials". On the other hand, it can isolate external dust and water stains, protect the cover 5 from wear and stains, and protect the inner pages 8 of the exercise book - meeting the dual needs of aesthetic display and inner protection.

[0057] Working principle details of core functional scenarios

[0058] (1) Flexible page replacement: lever 1 opening and closing control

[0059] When a worksheet 9 on page 8 is damaged, or when a supplementary note needs to be inserted, flexible adjustments can be made through a three-step process: "open lever 1 → single-page operation → reset lever 1".

[0060] Step 1: Open lever 1. Since lever 1 is elastic, pulling it away from the closed part of its teardrop-shaped cross-section will release the clamps on the transparent cover 4, cover 5, and inner pages 8;

[0061] Step 2: Handling the practice sheets. At this point, page 8 of the workbook 9 is detachable, allowing you to directly remove the damaged practice sheet or insert a new one / notebook.

[0062] Step 3: Secure the pull rod 1. After the above operations are completed, simultaneously insert the transparent cover 4, cover 5, and inner page 8 from the closed part of the pull rod 1. The elasticity of the pull rod will create an interlocking state, securing the three-layer structure again. The entire process requires no tools, making single-page replacement highly efficient and avoiding the waste of traditional perfect-bound exercise books where "damaged single pages require the entire book to be discarded."

[0063] (2) Implementation of incentive function: Replaceable linkage of pendant 2

[0064] The pendant 2 is connected via a fastener (such as a buckle) through a drilled hole 3 at one end of the pull rod 1. Its working principle revolves around "label display + flexible replacement":

[0065] Identification Display: The exclusive area on the surface of pendant 2 can be printed or engraved with grade symbols (such as five stars, four stars) and reward marks (such as "Excellent" and "Star of Progress") to visually present students' learning achievements and provide motivation through visual feedback;

[0066] Flexible replacement: When students make new progress (such as improved homework grades or passing periodic tests), they can directly remove the original pendant 2 and replace it with a pendant 2 with the corresponding new label - without replacing the entire workbook, they can continue to update the labels on pendant 2 to enhance their sense of accomplishment in learning.

[0067] (3) Long-term durability: Dual protection of material and structure of the draw rod 1

[0068] The core issues of traditional drawer folders being prone to loosening are "the precise control of material usage" and "product form design." This product addresses these issues through two optimizations:

[0069] Material control: The drawer rod 1 is made of polypropylene plastic. The drawer rod that can hold A4 paper weighs 10-11 grams, which controls costs while ensuring better elasticity, stronger fatigue resistance, and greater gripping force. Within 25 sheets of paper with a weight of 80 grams or less, it can maintain stable rebound force and gripping force for up to a year after several thousand opening and closing cycles.

[0070] Structural design: The extended edge angle (20-25°) of the teardrop-shaped cross-section has been optimized so that it perfectly matches the edges of the transparent cover 4, cover 5, and inner pages 8 when closed, maximizing the contact area and improving the gripping force. Even with long-term use (such as opening and closing more than 1,000 times in a semester), it can still maintain a stable grip and prevent the practice paper 9 from falling out.

[0071] The working logic closed loop of each structure

[0072] The working principle of the product can be summarized as "one core (pull lever 1) + multi-layer collaboration (4 / 5 / 8) + functional extension (2)":

[0073] The pull rod 1 achieves basic fixation and opening / closing control through interlocking clamps; the transparent cover 4 works in conjunction with the cover 5 to achieve both aesthetics and protection; the loose design of the inner pages 8 supports single-page operation; and the hanging accessory 2 extends the motivational function through replaceable labels. All the structures are linked together to "solve the pain points of traditional exercise books", ultimately achieving a comprehensive effect of "high aesthetics, flexible pages, sturdiness and durability, and effective motivation".

[0074] Example 1

[0075] A rich mine of educational funds

[0076] —Advantages of a pull-out folder-style workbook

[0077] Background: A key primary school in a certain city, with approximately 2,000 students.

[0078] Student Usage: In a class of 50 students, the teacher asks five students to distribute the following components of a workbook: transparent cover (4), cover (5), inner pages (8), fasteners, and drawstring (1). After each student receives all five components, the teacher demonstrates how to use them, and then the students follow along.

[0079] The specific process is as follows:

[0080] Step 1: Stack the transparent cover 4, cover 5, and inner pages 8 neatly, and determine the side with the drilled hole 3 as the side to be fixed;

[0081] Step 2: Insert one corner of the side to be fixed into the closed section of the teardrop-shaped cross-section of the pull rod, and then secure it through the pipe of the pull rod. Note the alignment of the three drilled holes in the upper left corner.

[0082] Step 3: Fasten the fasteners and admire your own beautiful and durable workbook.

[0083] Assembling the workbook took only a little over ten seconds.

[0084] Every year, Director Wang, the head of the school's logistics department, has to carefully budget for the purchase of stationery, especially exercise books, which are consumed in huge quantities.

[0085] Using traditional exercise books:

[0086] Procurement Dilemma: At the beginning of each semester, Director Wang needs to estimate the demand for exercise books for subjects such as Chinese, Mathematics, and English. To avoid shortages during the semester, he usually purchases 15% more as a backup.

[0087] Storage pressure: The school's warehouse is piled with boxes of exercise books of different subjects and sizes, taking up a lot of space and making management cumbersome.

[0088] Significant waste: At the end of the semester, it's often found that there are many workbooks left over for certain subjects (such as art books), while there may be insufficient workbooks for core subjects. Unused workbooks simply pile up for the next year, but the cover format may have changed, resulting in hidden waste. All things considered, the annual cost of purchasing workbooks is a considerable fixed expense, and the utilization rate is not ideal.

[0089] Currently, lever-access folder-style workbooks are being used:

[0090] Director Wang only needs to purchase two things: 1. A durable drawer folder (1-2 per student per academic year); 2. A large quantity of loose single-sheet paper (purchased according to the needs of each subject).

[0091] Logistics Director Wang was delighted to discover:

[0092] Costs plummeted: The finance department calculated that the cost of purchasing loose-leaf paper was far lower than that of purchasing ready-made exercise books. The cost of one traditional exercise book could almost buy three times the number of pages of loose-leaf paper. By the end of the first academic year, the school's total exercise book purchase budget had been reduced by a staggering one-third.

[0093] The warehouse has been "liberated": it is no longer filled with various notebooks, but instead has neatly stacked loose-leaf paper of several standard sizes, which makes high space utilization and reduces management difficulty.

[0094] Zero waste: There are no more "expired" exercise books. Loose-leaf paper is a universal consumable; if it is not used up this year, it can be distributed to students next year, achieving on-demand allocation and zero inventory loss.

[0095] Director Wang remarked, "This is not just about saving money; it's an upgrade in management. We are now making more precise purchases, have zero pressure on warehousing, and most importantly, we can invest the saved funds in purchasing more library books and sports equipment."

[0096] Example 2

[0097] "You can play jigsaw puzzles while doing homework."

[0098] —Advantages of a pull-out folder-style workbook

[0099] We will use the learning journey of a typical student, Zhang XX, to demonstrate the different experiences brought by the two types of workbooks.

[0100] "Unparalleled Improvement" - Freeing Oneself from Clutter

[0101] Scenario before using drawer-style folders in workbooks:

[0102] In math class, Zhang XX was working on a word problem with a completely wrong approach, writing down almost half a page of solutions. After the teacher explained it, he suddenly understood.

[0103] He could only cross out the wrong answers and squeeze in new ones in the gaps or on the next page. The pages were a mess, and when he reviewed them later, he couldn't even see the correct solutions. He felt frustrated and didn't want to look at that page again.

[0104] Scenario after applying lever arch folders to workbooks:

[0105] In the same situation, Zhang simply needs to easily open the lever, take out the page with the mistake, take out a new sheet of loose-leaf paper, neatly rewrite the correct solution process, and then put the new page back in its original place in the folder.

[0106] From then on, his workbooks were always kept tidy. Taking out the pages with the mistakes was like a ritual to say goodbye to errors, instantly easing his psychological burden.

[0107] During this time, Zhang XX easily initiated the following steps:

[0108] Step 1: Open lever 1. Since lever 1 is elastic, pulling it away from the closed part of its teardrop-shaped cross-section will release the clamps on the transparent cover 4, cover 5, and inner pages 8;

[0109] Step 2: Handling the practice sheets. At this point, page 8 of the workbook is detachable, so you can directly remove the damaged practice sheets and insert new practice sheets / note sheets;

[0110] Step 3: Secure the pull rod 1. After the above operations are completed, simultaneously insert the transparent cover 4, cover 5, and inner page 8 from the closed part of the pull rod 1. The pull rod's rebounding performance will create an interlocking state, securing the three-layer structure again. The entire process requires no tools, is highly efficient for single-page replacement, and takes only a dozen seconds.

[0111] Zhang XX had many more enjoyable experiences:

[0112] "My notes grow!"—The dynamic construction of a knowledge system.

[0113] Scene: In a Chinese language class, students are studying the text "Zhaozhou Bridge." Zhang XX's folder is filled with notes on this text.

[0114] Core page: The initial class notes, recording new words, paragraph summaries, and central ideas.

[0115] Supplementary Page 1: After class, he searched online for more high-definition pictures and architectural structure diagrams of the Zhaozhou Bridge, printed them out, and inserted them into the book for a more intuitive and visual experience.

[0116] Supplementary page 2: He visited the local stone arch bridge with his parents over the weekend, drew a sketch, wrote an observation diary, and joined in the process.

[0117] Supplementary page 3: In science class, when discussing "structure and mechanics," he discovered that the principles were interconnected. He then photocopied the relevant pages from his science notes and inserted them into his notes on the Zhaozhou Bridge, thus achieving interdisciplinary integration.

[0118] The general process of inserting material pages multiple times:

[0119] Step 1: Open lever 1. Since lever 1 is elastic, pulling it away from the closed part of its teardrop-shaped cross-section will release the clamps on the transparent cover 4, cover 5, and inner pages 8;

[0120] Step 2: Add new data;

[0121] Step 3: Secure the pull rod 1. After the above operations are completed, simultaneously insert the transparent cover 4, cover 5, and inner page 8 from the closed part of the pull rod 1. The pull rod's rebounding performance will create an interlocking state, securing the three-layer structure again. The entire process requires no tools, is highly efficient for single-page replacement, and takes only a few tens of seconds.

[0122] The exciting aspect is that students are no longer mechanically taking notes, but are actively, interdisciplinaryly, and multidimensionally constructing their own three-dimensional knowledge map. The workbook has become a "knowledge hub," and learning has become a living, ever-evolving process.

[0123] "The group leader is the editor-in-chief!"—The perfect vehicle for group collaboration and project-based learning.

[0124] Scene: A science class group is working together to complete a "Campus Plant Survey Report." The four members of the group share a large drawer folder.

[0125] Division of labor: Zhang XX is the group leader and is responsible for the design of the table of contents and framework pages; Group member A is responsible for recording the textual characteristics of each plant; Group member B is responsible for taking photos and printing them for insertion; Group member C is responsible for drawing the distribution map.

[0126] Collaboration: Everyone completes their respective parts, writing on their assigned sheets of paper. When summarizing, Zhang simply combines all the pages in order, and a comprehensive, professional, and detailed investigation report is instantly created. If errors occur or the order needs to be adjusted, simply swap pages or rearrange the order; there's no need to rewrite the entire report.

[0127] The process of compiling the material pages:

[0128] Step 1: Open lever 1. Since lever 1 is elastic, pulling it away from the closed part of its teardrop-shaped cross-section will release the clamps on the transparent cover 4, cover 5, and inner pages 8;

[0129] Step 2: Place the material pages in appropriate locations;

[0130] Step 3: Secure the pull rod 1. After the above operations are completed, simultaneously insert the transparent cover 4, cover 5, and inner page 8 from the closed part of the pull rod 1. The pull rod's rebounding performance will create an interlocking state, securing the three-layer structure again. The entire process requires no tools, is highly efficient for single-page replacement, and takes only a few minutes.

[0131] The positive aspect is that it greatly facilitates team collaboration, making project-based learning feasible and efficient. Each member's work is modular, and can be seamlessly integrated at the end, cultivating students' abilities in division of labor, collaboration, and project management.

[0132] The joy brought by the pull-out folder workbook goes far beyond the basic function of "easy page turning." It acts like a key, unlocking deeper educational values.

[0133] It empowers students with the "convenience" of "editing" their own knowledge: traditional exercise books are fixed and linear, while lever-style exercise books are dynamic and modular. This greatly promotes refined and personalized learning: students can freely add, delete, adjust, and change materials according to their own needs, creating unique learning materials best suited to their thinking style and review habits. This makes the learning process more manageable, thereby enhancing learning motivation and a sense of accomplishment. It perfectly aligns with "iterative learning" and a "growth mindset": learning is not achieved overnight, but through continuous trial and error, modification, and improvement. The physical characteristics of the lever-style folder perfectly support this psychological process, allowing students to face mistakes and enjoy self-improvement.

[0134] Example 3

[0135] Let every star shine

[0136] —Advantages of a pull-out folder-style conventional workbook

[0137] I. Preliminary Preparations

[0138] Distribute exclusive "Starry Sky Folders": At the beginning of the semester, each student will receive a special drawer folder as a comprehensive workbook.

[0139] Introducing the "Star Pendants": The teacher will show the students three kinds of sparkling star pendants (which can be made of acrylic or metal for a good texture) and solemnly explain the noble meanings they represent:

[0140] "Star of Improvement": Awarded to students who have shown significant improvement in grades, handwriting, and classroom participation compared to their previous performance. Don't compare yourself to others, only compare yourself to who you were yesterday.

[0141] "Star of Questioning": Awarded to students who ask valuable questions in class, dare to challenge standard answers, and have critical thinking and curiosity.

[0142] "Star of Perseverance": Awarded to students who do not give up when facing difficulties, always write their assignments carefully, persist in correcting mistakes, and demonstrate great patience in long-term projects.

[0143] ...

[0144] II. Operational Mechanism: Dynamic and Visualized Incentives

[0145] Real-time recognition and immediate awarding: Rewards are not given at the end of the semester, but throughout the entire course of life.

[0146] When a teacher is grading homework and notices that a student's handwriting has improved from messy to neat, they can immediately hang a "Star of Improvement" sign in the upper left corner of the student's folder and praise them in front of the whole class: "Let's applaud Xiaoming for his 'Star of Improvement'! He has overcome his past self!"

[0147] The teacher presented the "Star of Progress" award to the student with both hands, and the whole class applauded in congratulations. Amid the applause, the student attached the "Star of Progress" to the upper left corner of the drawer-style workbook using a fastener; the entire process took only a few seconds.

[0148] During class, a student asked, "Why does the sound of a bee flying sound different from that of a fly?" The teacher could happily award him the title of "Star of Inquiry" and encourage everyone, saying, "Xiaohua's question is fantastic! This is the beginning of scientific inquiry!"

[0149] The teacher presented the "Star of Questioning" award to the student with both hands, and the whole class applauded in congratulations. Amid the applause, the student hung the "Star of Progress" award on the upper left corner of the drawer-style workbook using a fastener; the entire process took only a few seconds.

[0150] If a student is seen struggling with a difficult problem during break and doesn't give up even after failing three times, the teacher can go over and award her the title of "Star of Perseverance": "Xiaofang's perseverance is something everyone should learn from!"

[0151] The teacher presented the "Star of Perseverance" award to the student with both hands, and the whole class applauded in congratulations. Amid the applause, the student hung the "Star of Progress" award on the upper left corner of the drawer-style workbook using a fastener; the entire process of hanging the "Star of Perseverance" took only a few seconds.

[0152] Accumulated and Displayable: Students can keep the star pendants they earn on their folders, creating a unique "honor medal wall." During breaks, students admire and compare each other's stars, noting which stars they don't have, thus subtly fostering a positive "involution"—not about who gets the highest score, but about who works harder, is more curious, and excels more.

[0153] Phased redemption and upgrade:

[0154] Collect any 5 stars to redeem a "class privilege" (such as being a reading leader for a day, having priority access to class books, having lunch with the principal, etc.).

[0155] Collect 3 stars of the same type (such as 3 "Perseverance Stars") to exchange for a higher-level "Constellation Medal" (for example, "Perseverance Star" is upgraded to "Taurus Medal"), which can be affixed to the cover of a folder to represent a higher achievement in that field.

[0156] This drawer folder with incentive pendants uses an instant, visual, and cumulative reward mechanism to concretize abstract qualities of excellence (progress, questioning, perseverance, etc.) into tangible "stars." It successfully creates a comprehensive, multi-layered, and positive learning atmosphere among elementary school students, allowing every child to be seen and affirmed, thus enthusiastically engaging in learning and truly realizing the educational philosophy of "making every star shine."

[0157] The examples provided in this invention are not intended to limit the implementation. Those skilled in the art will recognize that various variations or modifications can be made based on the above description. It is neither necessary nor possible to exhaustively list all possible implementations, and any obvious variations or modifications derived therefrom are still within the scope of this invention.

Claims

1. A conventional workbook in the form of a drawer folder, comprising five parts: a transparent cover (4), a cover (5), inner pages (8), a drawer (1), and a hanging clip (2), characterized in that, The workbook has a cover (5) attached to its outer side, and a transparent cover (4) attached to the outer side of the cover (5). The workbook has a drawer (1) attached to its left side, and a pendant (2) is attached to the upper left corner of the workbook. The first cover pattern (6) and the second cover pattern (7) of the cover (5) can be seen on one side of the transparent cover (4). The workbook has inner pages (8) in the middle.

2. The conventional workbook with a pull-out folder as described in claim 1, characterized in that, The pull rod (1) is made of polypropylene plastic. Its length is sufficient to hold A4 paper. The pull rod weighs 10-11 grams. The amount of antioxidant and light stabilizer in the formula can maintain the product quality for more than 5 years. It adopts a teardrop-shaped cross section. The angle between the extended sides of the teardrop is between 20 and 25 degrees. The extended sides of the cross section are line segments or slightly curved line segments. The length of the line segments is between 12 and 14 millimeters. The closing part can simultaneously bite the transparent cover (4), cover (5), and inner pages (8). It can simultaneously meet the requirements of aesthetic appearance and maximizing the rebound force and biting force of the transparent cover (4), cover (5), and inner pages (8). The minimum level of maximizing biting force is: when you squeeze any piece of exercise paper in the inner pages of the exercise book and swing the exercise book at a speed of 1 meter per second, the exercise paper will not fall off the exercise book.

3. A conventional workbook with a pull-out folder as described in claim 1, characterized in that, The first cover pattern (6) and the second cover pattern (7) of the cover (5) are characterized by simple line drawings.

4. A conventional workbook with a pull-out folder as described in claim 1, characterized in that, The pull rod (1) has a drilled hole (3) at one end. The drilled hole (3) passes through the upper left corner of the transparent cover (4) and the cover (5), and also passes through the upper left corner of the inner page (8). The drilled hole (3) further fixes the various parts of the exercise book into a whole through fasteners, and is connected to the hanging piece (2) on the outside.

5. A conventional workbook with a pull-out folder as described in claim 4, characterized in that, The pendant (2) is replaceable and has an area on its surface for displaying grade symbols or award marks.

6. A conventional workbook with a pull-out folder as described in claim 1, characterized in that, The exercise book has an inner page (8) in the middle, which is composed of 14-25 sheets of exercise paper (9) with a weight of 80 grams or less. Within this range, in daily life environment, the resilience of the pull rod (1) is stable within 90-100% within one year. The performance of the pull rod meets the user's needs for at least 5 years. The pull rod (1) meets a single purpose and can effectively hold up to 40 sheets of 80-gram paper in daily life environment, with a service life of at least 5 years.

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