Adjustable line marker that ensures neat line drawing on book and notebook pages.

Abstract

The invention relates to the technical field of stationery and educational materials and is an adjustable line-drawing device that enables the drawing of straight and parallel lines at desired intervals on writing surfaces such as books, notebooks, diaries, and similar materials. The device consists of a main body, a movable rail system, an adjustable pen holder, a drawing tip, a line spacing adjustment mechanism, a locking system, a non-slip base, and a page alignment support. Optionally, it can also include a multi-pen holder, a laser alignment module, an LED lighting unit, and an electronic measurement module. After setting the desired line spacing, the user can create straight and parallel lines in a single operation by moving the device along the page. The invention can be used with various types of pens and provides time savings, high drawing accuracy, and ease of use in educational institutions, technical drawing, calligraphy, graphic design, and office applications.

Description

1 TARIFF Adjustable line markers ensure neat line drawing on book and notebook pages. Boot Attachment A-TECHNICAL FIELD This invention applies to stationery products, writing aids, and technical drawing equipment. 5 It relates to the technical field; especially on writing surfaces such as books, notebooks, worksheets, and the like. Adjustable rows allow for the creation of straight, parallel rows with desired spacing. It is related to the boot attachment. The invention is a ruler with adjustable line spacing that can be used with paper and notebooks of different sizes. And thanks to a device that brings together the guide mechanism, users can quickly and smoothly... 10 and is designed to enable drawing lines of standard dimensions. More specifically, the invention features a movable guide rail and an adjustable spacing mechanism. Fastening elements, drawing guides, and directional structures that maintain the writing direction. including, pen, pencil, technical pen or similar writing instruments It includes a usable line drawing tool. 15 The invention is for students, teachers, draftsmen, architects, engineers, graphic designers, For people who practice calligraphy and beautiful writing, and for everyone who needs regular line drawing. It is suitable for use by users. Also suitable for schools, educational institutions, offices, in stationery shops, printing houses, design workshops and technical drawing work environments It can be used as a viable assistive equipment. 20 In this respect, the invention falls within the technical field of writing and technical drawing aids. adjustable line spacing, adaptable to different paper sizes, and neat lines. a new, original and industrially developed mechanical stationery device that facilitates drawing It offers a viable technical solution. B-STATE OF TECHNOLOGY 25 Today, neat lines are common on writing surfaces such as books, notebooks, worksheets, and the like. Rulers, set squares, templates, and drawing tools are commonly used for this purpose. It is used especially in unlined notebooks, sketch paper, artwork, and technical drawings. 2 And in special education materials, users are required to draw the lines manually. However, this process is both time-consuming and requires the parallelism and even spacing of the lines. This causes various problems in terms of linear continuity. In current applications, users typically have to use a single ruler to mark each row individually. He draws, and after each drawing, he repositions the ruler by measuring it again. This method, 5 unequal row spacing and lack of parallelism of lines due to measurement errors this leads to corruption and prevents the page layout from being created according to the desired standard. It is possible. Some ruler and template systems used in known technology provide fixed drawings with specific dimensions. This allows for its implementation. However, these products are mostly a 10 that can change the line spacing. It does not have a mechanism. Different age groups, fonts or specific uses. The inability to easily adjust the required line spacing is a significant drawback. Some technical drawing tools have mechanisms that allow the creation of parallel lines. However, these systems are generally large-sized, desktop-type, or for professional technical drawings. It is designed for practical applications. Therefore, students, teachers, and daily 15 It does not offer a portable, economical, and practical solution for users. Especially in the process of learning to write, for primary school students, calligraphy In studies and special education applications, the lines should be neat and evenly spaced. Creating new lines is of great importance. In current methods, the lines have to be redrawn each time. Drawing by measuring increases user errors and negatively affects the training process. It can have an impact. The main shortcomings of the current technology are summarized below:  The need to manually re-measure the row spacing each time,  Inability to easily adapt to different row heights,  The parallelism of the lines depends on the user's skill, 25  The fact that the ruler has to be realigned after each line causes a waste of time,  Lines may appear crooked or irregular due to page scrolling,  It does not provide ease of use with different paper sizes,  Lack of a portable, compact, and ergonomic mechanism, 3  An adjustable feature that facilitates drawing series of lines in standard sizes on the same page. The system is not available. For these reasons, it is necessary to have a printer that can adapt to different paper sizes and has easily adjustable line spacing. Prevents slippage during drawing, reduces user errors, and ensures fast and smooth line drawing. A portable and economical line-drawing device is needed that makes this possible. 5 Adjustable to ensure neat line drawing on recommended book and notebook pages. The Line Drawing Device was developed to address these shortcomings encountered in current technology. The invention has been developed. It consists of an adjustable spacing mechanism and a linear guide system. Thanks to its fastening elements and ergonomic design, it adapts to different user needs. This enables the drawing of straight, parallel, and standardized lines; training, 10 A new and innovative solution applicable to industry in the fields of stationery and technical drawings. It offers. C- TECHNICAL PROBLEMS THAT THE INVENTION AIMS TO SOLVE This invention allows for the drawing of lines on writing surfaces such as books, notebooks, worksheets, and the like. It was developed to overcome the technical shortcomings encountered. In particular, the equal number of lines 15 an adjustable system that allows for the drawing of parallel lines at intervals, neatly and quickly. It aims to offer a line drawing tool. With the current technology, users have to reposition the ruler for each line and take measurements. and repeating the drawing process leads to wasted time, measurement errors, and disruption of the line layout. This is the reason. The invention offers a mechanical solution that will eliminate these problems. 20 Technical Problems to be Solved 1. Failure to Create Equal Line Spacing In current methods, line spacing is measured manually, leading to user errors. and irregular gaps may occur between the lines. The invention, adjustable interval Its mechanism ensures that all lines are drawn at the same distance. 25 4 2. Disruption of Line Parallelism Angle differences between lines due to realignment of the ruler after each drawing. This is possible. The linear guide system described in the invention ensures that all rows are parallel to each other. It ensures that it happens. 3. Time Loss Due to Manual Measurement 5 Remeasuring each line and repositioning the ruler increases drawing time. It extends the invention by enabling the rapid drawing of consecutive lines with a single setting. It significantly reduces processing time. 4. Paper Slippage Problem Moving the ruler during drawing can cause the lines to become curved or broken. This is possible. The fastening elements and anti-slip surfaces included in the invention make the apparatus suitable. It ensures that it remains stable throughout the drawing. 5. Inability to adapt to different line heights. In elementary school writing exercises, music notation, technical drawings, or specialized writing applications. Different line heights are needed. Current rulers meet this need with 15 It cannot meet the requirements. The invention allows for easy adjustment of line spacing by the user. It provides. 6. Difficulty Using Different Paper Sizes Standard rulers for various page sizes including A4, A5, B5, notepads, sketchbooks, and similar materials. It does not provide sufficient ease of use. The invention adapts to different page sizes. 20 It has an adjustable structure that can provide this. 7. User-Induced Drawing Errors Students and child users, in particular, have difficulty positioning the ruler correctly, resulting in rows. It can be curved or irregular. The invention allows the user to use the steering mechanism. It significantly reduces their errors. 25 8. Lack of Ergonomic Use Current rulers tire the user during prolonged use and are difficult to use with one hand. It does not offer any additional features. The invention provides comfortable use thanks to its ergonomic body design. 9. Inability to Create Serial Drawings In current systems, each line is measured and drawn individually. This is especially true in education 5. It reduces efficiency for those preparing the materials. The invention is a serial and standard line. It allows for drawing. 10. Lack of Multipurpose Use Known rulers are only used for drawing straight lines. The invention, however, is a ruler for lines. Besides drawing, it also includes text alignment, table creation, notation, sketching, and educational purposes. It offers a multifunctional structure that can also be used in applications. The Technical Solution Provided by the Invention Book and Notebook developed to solve the technical problems mentioned above. Adjustable line drawing tool that ensures neat line drawing on pages;  Adjustable line spacing mechanism, 15  linear motion guide system,  fastening elements,  non-slip base surface,  Guide edges that maintain the drawing direction,  ergonomic grip section, 20  Drawing channel compatible with different pen types, • Adjustable body structure that can accommodate different paper sizes It includes. Thanks to these technical features, the user can adjust the line spacing only once for the page. It can draw evenly spaced, parallel and straight lines throughout; measurement errors are eliminated. 25 This eliminates the need for drawing, significantly reduces drawing time, and provides a standard page layout. is being done. 6 In conclusion, the invention has applications in education, stationery, technical drawing, architecture, engineering, and calligraphy. Suitable for use in research and similar fields; easy to manufacture, portable, ergonomic, It is a new line-drawing device suitable for industrial use, economical and suitable for mass production. D-EXPLANATION OF THE IMAGES The technical drawings prepared to help better understand the patented invention are shown below (5). It has been explained. Figure 1: Adjustable line drawing attachment in use with notebook. It shows the perspective view in that situation. Figure 2: Shows a general perspective view of the adjustable line drawing device. Figure 3: Shows a top view of the adjustable line drawing attachment. 10 Figure 4: Shows a side view of the adjustable line-drawing device. Figure 5: The top of the apparatus in the working position, ready for drawing lines on the notebook page. It shows its appearance. Figure 6: Shows an enlarged detail view of the left fixing block. Figure 7: Enlarged view of the movable adjustment block, adjustment knob, and line spacing adjustment mechanism. It shows the detailed view. Figure 8: Enlarged detail view of the pen holder and pen fixing mechanism. It shows. Figure 9: Enlarged view of the scale section located on the main carrier body. It shows the detailed view. 20 Figure 10: Enlarged detail of the anti-slip base structure with the right fixing block. It shows its appearance. REFERENCE NUMBERS Reference Number Part Name 1 Main carrier body (guide rail) 2 Left fixation blocks 3 Right fixing blocks 4 Movable adjustment blocks Adjustment knob 7 Reference Number Part Name 6 pen holders 7. Measuring ruler (scaling ruler) 8-point guide channel 9 Locking latch Non-slip sole 11 Linear motion rail 12 Page alignment guide 13 Pen fixing screws 14 Line spacing adjustment mechanism Line drawing movement direction EXPLANATION OF THE E-MEETING The invention allows for the creation of smooth, parallel, and even writing surfaces such as books, notebooks, worksheets, and the like. Adjustable line plotting allows for fast and accurate drawing of spaced lines. The invention relates to a device that can adapt to different paper sizes and allows user-controlled line spacing. adjustable by, directing the linear movement of the pen and the apparatus's 5 during drawing. It includes a mechanical stationery device that prevents the paper from sliding across the page. In the form of the example application shown in the figures, the invention consists of the main carrier body (1), left fixing block (2), right fixing block (3), movable adjustment block (4), adjustment knob (5), pen holder (6), measuring ruler (7), pencil guide channel (8), locking latch (9), anti-slip preventive base (10), linear motion rail (11), page alignment support (12), pen 10 fixing screw (13), row spacing adjustment mechanism (14) and direction of movement It consists of indicator (15). The main carrier body (1) is the basic supporting element of the apparatus and carries the linear motion rail (11) and It has a measuring ruler (7) on it. Body; aluminum alloy, stainless steel, engineering plastic, carbon reinforced composite or similar high strength 15 It can be produced from various materials. 8 The left fixing block (2) and the right fixing block located at both ends of the main carrier body. The block (3) ensures that the device fits neatly into the page of a book or notebook. Thanks to the anti-slip base (10) located on the lower surfaces of the fixing blocks, the apparatus It does not change position during drawing and maintains its linear position. The page alignment support (12) ensures that the apparatus is positioned parallel to the edge of the page. by ensuring that all lines are aligned from the first to the last. It is helpful. The movable adjustment block (4) that can move linearly on the main carrier body (1) This block is located. This block can be adjusted by the user using the adjustment knob (5) which can be rotated. It can be brought to the desired position. When the adjustment knob is tightened, the movable adjustment block 10 It is fixed and the specified line spacing is maintained. Thanks to the row spacing adjustment mechanism (14) located on the movable adjustment block The user can determine the distance between the lines to be drawn according to their needs. This The mechanism is one of the following adjustment systems: screw, gear, eccentric, rack or equivalent linear adjustment systems. It can be accomplished. 15 The measuring scale (7) on the apparatus has a millimeter or centimeter scale. This allows for precise adjustment of the row height. Thus, for primary school writing exercises, calligraphy practices, technical drawings, or writing exercises for specific purposes Different row heights can be easily selected. Pen holder (6), pencil, ballpoint pen, technical drawing pen, rapidograph or 20 It is designed to carry similar writing instruments. Located on the pen holder Thanks to the pen fixing screw (13), pens of different diameters can be securely attached. It can be fixed in place. The pencil guide channel (8) through which the pencil moves, the linear movement of the pencil during drawing It prevents the lines from bending by ensuring this. Thanks to the structure of the guide channel, 25 The user can create smooth and uninterrupted lines simply by moving the device. The locking latch (9) allows the movable adjustment block to be fixed in the desired position. This ensures that the settings do not change throughout the line drawing process, and all lines are at the same spacing. is being created. 9 As shown in Figures 1 and 5, the apparatus is placed on a book or notebook page. After placement, the page is positioned with the help of the page alignment anchor (12). User First, determine the desired line spacing using the adjustment knob (5) and the movable adjustment Secure the block (4) with the locking latch (9). Then the pen is placed in the pen holder (6) It is placed and secured with the help of the pen fixing screw (13). 5 During the drawing process, the apparatus moves in the direction indicated on the direction of movement indicator (15). The pen is driven. As the pen moves linearly along the pen guide channel (8), the page Straight, parallel, and evenly spaced rows are created on it. Once a row is completed... With the help of the line spacing adjustment mechanism (14), the next line position is reached and the same The process is repeated. 10 Thanks to the modular structure of the invention, main carrier bodies of different lengths can be used, Easily adaptable to various paper sizes such as A4, A5, B5, unlined notebooks, sketchbooks, and similar paper types. This is possible. The device can be produced in a foldable or telescopic structure, as well as a pen-like design. The holder is also modular in design, allowing for modifications to support different writing tools. It can be designed. 15 The invention is not limited to the example application shown in the technical drawings; it also includes the claims. Different materials and different mechanical settings, provided they remain within the specified protection range. systems, using different locking mechanisms and equivalent structural arrangements can be produced. Since these changes do not alter the fundamental working principle of the invention. It should be evaluated within the scope of protection. 20 Thanks to this invention, it is possible to create straight, parallel, and standardized lines on the pages of books and notebooks. It enables drawing quickly, easily, and without errors, reduces user errors, and is suitable for training and technical purposes. Suitable for use in drawing and stationery fields, ergonomic and industrial, suitable for mass production. It offers a practical and innovative line drawing device. F-HOW TO APPLY THE INVENTION TO INDUSTRY 25 The invention is a device that enables straight line drawing on book and notebook pages. The Adjustable Line Drawing Attachment, thanks to its mechanical structure suitable for mass production, is made of plastic. It can be produced on an industrial scale by processing metal and composite materials. The invention; stationery industry, educational technologies, school supplies and equipment manufacturing, technical drawing. It is applicable in the equipment, office supplies and writing instruments industry. 30 The main carrier body of the apparatus (1); aluminum alloy, stainless steel, ABS, polycarbonate (PC), polyamide (PA), glass fiber reinforced plastic or similar engineering materials by extrusion, injection molding, CNC machining or precision casting methods It can be produced. Linear movement rail (11) and measuring scale (7) located on the body. It can be created directly during the production phase, or by laser marking, UV printing, pad printing. It can also be applied using printing or engraving methods. Left fixing block (2) and right fixing block (3) were formed by injection molding method. It is manufactured and mounted to the main body of the apparatus with a screw, snap-on or rail connection system. The anti-slip base (10) located on the lower surfaces of the fixing blocks is used. silicone, thermoplastic kelastomer (TPE), rubber or similar material with a high coefficient of friction 10 Made from elastic materials and molded or bonded to the body. It is being fixed. The movable adjustment block (4) provides low-friction movement on the linear movement rail (11). It is manufactured in a way that will provide this. This part is produced using high-precision injection molding or Manufactured using CNC machining methods, it will move smoothly on the rail system. It is designed within certain tolerances. Adjustment knob (5) and row spacing adjustment mechanism (14); screw shaft, gear, rack, It can be created using one of the eccentric or similar mechanical systems. This Thanks to this mechanism, the user can precisely adjust the desired line spacing. Pencil holder (6), pencils of different diameters, ballpoint pens, technical drawing pens, 20 elastic or adjustable to grip rapidographs and similar writing instruments. It is manufactured in a structure that includes a pen holder to securely fasten the pen. screw (13) or equivalent clamping mechanism is used. The pencil guide channel (8) will allow the pencil to move only in a linear fashion. It is manufactured to precise tolerances and increases the drawing accuracy. Locking latch (9) 25 This ensures that the adjustment block is fixed in the specified position, thus facilitating adjustment during use. It prevents the change. The page alignment support (12) ensures that the apparatus is parallel to the edge of the book or notebook page. It ensures that the lines are aligned from the first to the last. 11 It helps in its creation. This part can accommodate different paper thicknesses. They can be manufactured with a flexible or adjustable structure. In the production process, all parts are manufactured separately and then assembled on the assembly line. They are combined. During the assembly process, a linear motion rail is attached to the main carrier body. movable adjustment block, adjustment mechanism, pen holder, fixing blocks and other auxiliary parts 5 The parts are assembled; then the mechanical movement of the device, the adjustment accuracy, the drawing. Its accuracy and durability are verified through quality control tests. During use, the user should align the device's page alignment support (12) to the edge of the paper. By placing it, the device is positioned. Then, using the adjustment knob (5), the desired line is selected. The spacing is determined and the setting is fixed using the line spacing adjustment mechanism (14). Pen 10 after being placed in the pen holder (6) and tightened with the pen fixing screw (13) The apparatus is moved along the direction of movement (15) to create straight and parallel lines. After each row is completed, the adjustment mechanism moves the row to the next position. The process is repeated by passing through. The invention is intended for educational use in primary, secondary, high schools and universities, as well as for calligraphy. 15 studies, technical drawing, graphic design, architecture, engineering, art education and office It can also be used in various applications. Furthermore, it is used by stationery manufacturers in different ways. Models in various sizes, suitable for different line spacings, and designed for different user groups. It can be produced in series. In conclusion, the invention results in a product that can be easily produced with existing manufacturing technologies, at low cost, and 20... Its ergonomic, durable, portable, and mass-production-suitable design makes it applicable in industry. It is of a nature that facilitates standard line creation in writing and drawing operations, for the user. an innovative product that reduces errors and has a wide range of uses in the education and stationery sectors. It is a line drawing tool.

Claims

12 REQUESTS 1. On writing surfaces such as books, notebooks, worksheets, etc., use straight, parallel, and evenly spaced lines. It is an adjustable line drawing device that enables the drawing of lines;  main carrier body (1),  at least one left fixing block (2) and one 5 located at each end of the main carrier body right fixing block (3),  at least one movable adjustment block (4) that can move on the main carrier body (1),  an adjustment knob (5) that positions the movable adjustment block,  pen holder (6) which carries at least one writing instrument,  measuring ruler (7) which determines the row height, 10  The pencil guide channel (8) that provides linear movement of the pencil,  locking latch (9) which secures the set position,  Anti-slip base (10) which prevents the apparatus from sliding on the page.  linear movement rail (11) on which the movable adjustment block moves linearly,  Page alignment support (12) which provides alignment to the page edge, 15  the pen fixing screw (13) which secures the pen and  line spacing adjustment mechanism (14) which adjusts the distance between lines It includes and allows the line spacing to be adjusted by the user, consecutively on the same page. It is adjustable, characterized by its ability to draw parallel and equally spaced lines. It is a line drawing tool. 20 2. It is an adjustable line drawing apparatus according to claim 1, and the main carrier body (1) is telescopic, It is characterized by its modular design and the ability to be produced in different lengths.

3. This is a line drawing device that can be adjusted according to option 1 or 2, and it allows for line spacing adjustment. (14) screw shaft, gear mechanism, rack system, eccentric mechanism of its mechanism or is characterized by consisting of functional equivalents of these. 25 4. It is a line-drawing device that can be adjusted according to any of the previous requirements, and also includes a pen. holder (6) different diameter pencils, ballpoint pens, technical drawing pens, felt-tip pens with an adjustable structure capable of holding pens or similar writing instruments It is characterized. 13 5. Adjustable line-drawing device according to any of the previous requirements, and pen. the fixing screw (13) will provide a clamping force suitable for different pen diameters It is characterized by its adjustability.

6. It is a line-drawing device that can be adjusted according to any of the previous requirements, preventing slippage. the protective base (10) silicone, rubber, thermoplastic-elastomer (TPE), polyurethane or high 5 It is characterized by being made from a similar elastic material with a coefficient of friction.

7. It is a movable line drawing apparatus that can be adjusted according to any of the previous requirements. with low friction slide system on linear movement rail (11) of the adjustment block (4) It is characterized by its ability to move and lock in the desired position.

8. Adjustable line drawing tool according to any of the previous requirements, size 10 the ruler containing at least one of the (7) millimeters, centimeters or different units of measurement It is characterized by having markings.

9. This is a line drawing tool that can be adjusted according to any of the previous requirements, and it is suitable for pages. The alignment support (12) is adjustable to accommodate different paper thicknesses or It is characterized by its flexible structure. 15 10. Adjustable line drawing device according to any of the previous requirements, and lockable. (9) of a spring-loaded, ratchet-type, eccentric, cam mechanism or equivalent locking mechanism It is characterized by being created using the system.

11. This is a line drawing tool that can be adjusted according to any of the previous requirements, and is the main one. carrier body (1) aluminum alloy, stainless steel, ABS, polycarbonate, polyamide, 20 It is characterized by being made from composite materials or combinations thereof.

12. This is a line-drawing device that can be adjusted according to any of the previous requirements, and the device... A4, A5, B5, unlined notebooks, sketchbooks, notepads, and similar paper sizes. It is characterized by having adjustable sizes that can be used on it.

13. This is a line drawing apparatus that can be adjusted according to any of the previous requirements, and the apparatus has 25 education, technical drawing, calligraphy, architecture, engineering, graphic design, and similar fields. It is characterized by its versatile structure that can be used in various applications. 14 14. This is a line-drawing device that can be adjusted according to any of the previous requirements, and the device... By designing a foldable or detachable modular structure, its portability is increased. It is characterized.

15. This is a line drawing tool that can be adjusted according to any of the previous requirements, and the adjusted By maintaining a fixed line spacing, consecutive, uniform lines are displayed throughout the page without user intervention. It is characterized by its ability to create parallel and equally spaced rows. 15

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