Smart writing kit with the ability to save writing on the surface

Abstract

In this achievement, a smart writing kit is introduced, including a magic, a receiver, and software. The magic has a cylindrical body, a transmitter assembly, and an ink cartridge. The transmitter assembly is located inside a housing that is mounted at an angle on the body. The ink cartridge, which is located inside the body, transfers ink to the writing surface through a permeable tip. Also, a removable cap is installed to cover the ink tip and an eraser is installed on the cap. The Magic consists of a power supply and a spring chassis that, when the tip of the pen is pressed against the surface, establishes an electrical current in the transmitter assembly. The receiver is located at a certain distance from the Magic and receives the waves sent by the transmitter. This receiver has a laser adjusted towards the writing location. All components of the receiver, including the wave receiver, laser, processor and electronic boards, are located inside the receiver body. The processors process the received waves and determine the exact location of the Magic. The receiver also has an on / off switch to control the device.

Description

Description of the invention Title of the invention Smart writing kit with the ability to save writing on the surface Technical background of the relevant invention The present invention is generally in the field of smart writing kits and specifically in the field of smart writing kits for storing writing on a whiteboard. Technical problem and stating the objectives of the invention Technical problem: Currently, the use of whiteboard markers in training classes and presentations faces challenges that can negatively impact the quality and efficiency of these sessions. Some of the technical problems in this area include the following: 1. Need for manual note-taking: Students often need to manually take notes on the board, which can cause them to lose focus and productivity. 2. Wasting time changing markers: During sessions, frequently changing markers due to running out of ink or wearing down the tip wastes time and slows down the learning process. 3. High consumable costs: Using regular whiteboard markers, especially in large and frequent classes, incurs significant costs. 4. Inability to electronically record materials: Many classes and training sessions require recording and storing the materials presented, but traditional markers do not provide this capability. 5. Environmental problems: The repeated production and disposal of plastic markers has negative environmental impacts. Statement of the objectives of the invention: The present invention is a writing kit designed to address the aforementioned problems and increase efficiency and productivity in training classes and presentation sessions. The main objectives of this invention include the following: 1. Increase learner focus and productivity: By using the writing kit, writings on the board are stored electronically and learners do not need to take notes manually, which increases their focus and productivity. 2. Reduces time waste: The writing kit, with its specially designed replaceable ink cartridges and felt tip, reduces the need for frequent marker replacement and speeds up learning. 3. Cost reduction: The replaceable ink cartridges of this marker significantly reduce consumable costs and provide economic savings for educational centers. 4. Electronic recording and storage of materials: This writing kit, with the ability to transfer data to smart devices, allows for electronic recording and storage of the presented materials. 5. Environmental protection: By reducing the consumption of plastic markers and allowing the recycling of ink cartridges, this invention makes a significant contribution to environmental protection. 6. Facilitates use in online and virtual classes: With the ability to connect to smart devices, this writing kit provides a suitable tool for holding online and virtual classes, and people who are absent or far away can easily participate in meetings. 7. Increasing the attractiveness of educational content: Using this writing kit and related technologies increases the attractiveness of educational content and provides a better experience for learners. With these goals in mind, the writing kit can play an important role in improving the quality and efficiency of training classes and presentation sessions, and bring numerous benefits to instructors and learners. A description of the state of the prior art and the history of developments related to the claimed invention. Traditional whiteboard markers: Whiteboard markers are a popular tool in classrooms and presentations. They are used to write and draw on whiteboards and are widely used due to their simplicity and ease of use. However, these markers have limitations, including the need to replace them frequently due to ink running out or the tip wearing out. Also, there is no way to digitally store what is written with these markers, which forces learners to take notes manually. Electronic whiteboards: Electronic whiteboards are an improvement over traditional whiteboards. They are computer-connected and digitally store written material. Written material can be saved electronically and used in subsequent meetings. However, their high cost and the need for specialized equipment have limited their widespread use. Smart pens: Smart pens are another tool to enhance learning and presentation. These pens use optical or infrared sensors to detect writing and transfer it to smart devices. Some pens require special surfaces or papers, which creates limitations for users. Some smart pens also have internal storage, but transferring data to other devices can be time-consuming. Video and slide recording software: There are software programs that allow you to video record meetings and presentations. These programs use a camera and microphone to record the presentation and save it for later review. These methods require additional equipment and are not a good substitute for whiteboard markers, especially in classes that require writing and drawing on the board at the same time. History of developments: Rechargeable whiteboard markers: In order to reduce costs and improve efficiency, rechargeable whiteboard markers have been introduced. These markers are reusable using refillable ink instead of disposable markers. Although these markers help reduce costs, there is still the problem of the tip wearing out and needing to be replaced frequently. Interactive whiteboards: Interactive whiteboards, using more advanced technologies such as touchscreens and interactive features, allow for greater interaction with educational content. These boards are capable of connecting to the Internet and smart devices, and can store and share content digitally. However, high costs and the need for training for effective use have created limitations for the widespread use of these boards. Digital pens with the ability to connect to smart devices: Newer digital pens that can connect to smart devices and transmit data wirelessly have offered significant improvements in functionality and ease of use. These pens typically work using Bluetooth or radio waves and can transmit writing to smart devices simultaneously. Some pens also have pressure and angle detection capabilities, which increases the accuracy and quality of writing. Overall, there have been many advances in the field of teaching and presentation tools. Although these tools have significant advantages, there are still limitations and problems that require new innovations and further improvements. The alleged writing kit, by utilizing advanced technologies and specific innovations, effectively solves these problems and offers new features and benefits to users. By reviewing documents and patents registered in the field of smart writing tools and location recognition systems, a number of the most important previous achievements registered in this field are introduced and reviewed. This review helps to better understand the background and path of development of technologies related to the present achievement. 1.US6104387 - TRANSCRIPTION SYSTEM Registration date 05 / 14 / 199: Place of registration: United States of America Summary of the invention: This invention includes a system for recording writing on a writing surface. The system includes a pen, a processing unit, and several detectors that are connected to the writing surface. Ultrasound sensors are used to detect the position of the pen. The pen used has a marker for writing and sends position signals. This system allows a simple board to be converted into an electronic writing recording device. Comparison with the present invention: The technology used in this system uses ultrasound detectors and sound waves to detect the position of the pen. While the present invention uses a different technology and provides more capabilities such as digital recording and storage and converting written content to electronic format, in which there are several fundamental differences such as not being dependent on the writing surface and quickly changing the ink color and ink cartridge. 2.US20020047833 - POSITION DETECTION SYSTEM Registration date: 10 / 23 / 2001 Place of registration: United States of America Summary of the invention: This system includes a pen equipped with a position information transmitter and a position detection section. The pen uses an electromagnetic and ultrasonic wave transmitter to transmit the position. The position detection section includes ultrasonic and electromagnetic wave receivers that are mounted on top of the board and connected to a computer. Comparison with the present invention: This invention also uses ultrasonic and electromagnetic technologies to detect the position of the pen. While the present achievement uses more advanced approaches and additional capabilities such as reducing costs and preventing environmental pollution. 3.US20030209369 - METHODS AND APPARATUS FOR CONFIGURING A WRITING SURFACE Registration date: 10 / 05 / 2002: Place of registration: United States of America Summary of the invention: This system allows for transcription of a simple writing surface or writing on a video projector or monitor image. An ultrasound transducer and peripheral sensors are used to detect the position of the pen. Comparison with the present invention: This invention also uses ultrasonic and electromagnetic waves to detect the position of the pen, but the approach and technology used in the present achievement is improved and more efficient. 4.US20070089915 - POSITION DETECTION APPARATUS USING AREA IMAGE SENSO Registration date: 23 / 04 / 2004: Place of registration: United States of America Summary of the invention: This device consists of a light source, optical sensors, and an imaging section that are installed at the two upper corners of the writing surface. Image processing and related sensors are used to identify the pointer. Comparison with the present invention: The technology of this invention is based on image processing and light blocking, while the present achievement uses more modern and efficient technologies that have higher capabilities and accuracy. 5.Digital Pen US 2007 / 0126716 A1 (Digital Pen) Registration date: 11 / 17 / 2006 Place of registration: United States of America Summary of the invention: The system includes a board equipped with radio frequency identification (RFID) technology to identify the location of a special pen. The pen has an ink reservoir that is used to write on the physical surface. Comparison with the present invention: This invention uses RFID technology, which is different from the present invention. The present invention uses different technologies that not only have more capabilities, but also reduce costs and preserve the environment. 6.US20100021022 - ELECTRONIC HANDWRITING Registration date: 25 / 02 / 2009 Place of registration: United States of America Summary of the invention: This system includes an electronic pen and its holder that detects the position of the pen from the side of the writing surface. The pen has an infrared transmitter and the holder has a receiver for these waves. Comparison with the present invention: This invention uses infrared waves to identify the position of the pen. The present invention uses more advanced technologies that allow for easier use and higher efficiency. By reviewing these inventions, it becomes clear that each of these technologies has its own advantages and limitations. In the present achievement, by utilizing more modern and efficient technologies, it has been able to overcome many of the previous limitations and provide more benefits. Providing a solution to an existing technical problem along with an accurate, sufficient, and integrated description of the invention Except for the concepts specifically defined in the text of the present invention, all technical and scientific terms used shall have the same meaning as understood by those knowledgeable or skilled in this field (the fields covered by the present invention). An attempt has been made here to mention the most preferred materials, tools and methods for describing the apparatus, system and processes, although many similar materials, tools and methods can be used to describe the present invention and / or perform the processes of this achievement. Various aspects and embodiments of the present invention are presented below with respect to the figures provided in the "Technical Drawing" file. It should be noted that these aspects and embodiments merely indicate a representative of the present invention, so the present achievement is not specifically limited to any of these cases. The present application includes a general aspect, a specific aspect and a set of various embodiments. The general aspect relates to an intelligent writing kit, and the specific aspect relates to an intelligent writing kit for storing writing, and the set of various embodiments relates to these two general and specific aspects. The present invention, regardless of the various embodiments it may have, relates to an intelligent writing kit for storing writing. In the present invention, in accordance with what was stated in the technical problem, a smart writing kit including a marker 100, a receiver 200, and software is disclosed. Referring to Figure 1, a three-dimensional schematic of the marker 100, Figure 2 shows a three-dimensional and transparent schematic of the transmitter assembly 120, and Figure 3 shows the internal components of the marker body 100. The marker 100 includes: a body 110, said body being cylindrical, a transmitter assembly 120 mounted within a transmitter housing 130 by a base board 125, wherein the transmitter housing 130 is disposed on the body 110 at an angle to the main axis of the body 110 on a transmitter base 131 and is connected to the outer surface of the body 110 near the first end of the body 111 by a connecting member 132, a reflective surface 135 disposed on the inner surface of the side wall of the transmitter housing 130; An ink cartridge 140, the inner chamber of the ink cartridge 140 containing ink and also including a permeable member 141 at the tip, said ink cartridge 140 being located within the body 110 and at a first end of the body 111, wherein said permeable member 141 protrudes from the first end of the body 111.The marker also includes a removable cap 170 that covers the transparent portion 141 of the ink cartridge 140 and an eraser 171 that is located on the tip of the removable cap 170. It should be noted that each ink cartridge 140 has a removable cap 170 so that the ink cartridges 140 do not dry out when not in use. The marker also includes a power supply 160 and a spring chassis 150 located between the power supply 161 and the ink cartridge 140. When the tip of the ink cartridge 140 is placed on the writing area, the force and pressure applied to the tip of the ink cartridge 140 is transferred to the spring chassis 150, and the spring chassis 150 establishes the current in the transmitter assembly 120. The kit includes a receiver 200, which is located at a predetermined distance from the marker 100. This predetermined distance is preferably such that the receiver 200 is installed on the ceiling and in front of the whiteboard or the desired writing area.According to Figure-4, a three-dimensional schematic of the receiver 200 and Figure-5 shows the internal components of the receiver 200, the said receiver 200 includes: a wave receiver 210 that receives the waves sent from the transmitter assembly 120, a laser 220 that is located next to and parallel to the wave receiver 210 and is adjusted towards the writing location. All the components are located inside a receiver body 230 and the laser 220 has an on and off switch 240 that is installed on the receiver body 230. The receiver also includes one and / or more processors 250 and an electronic board 260, which the processor 250 and the electronic board 260 process the waves received by the wave receiver 210 and determine the location of the marker 100. The receiver includes a communication unit 270 with one or more computer devices, the communication unit including a communication port 271 with a wire 273 and a wireless 272, and the computer device including devices with a wire and wireless communication port that receive processor information from the communication unit. The writing kit is such that when the penetrating component 141 of the ink cartridge 140 of the marker 100 is placed on the writing area, it writes on the writing area. Referring to Figure 6, which shows the configuration of the transmitter assembly 120, in a preferred embodiment of the writing kit, the transmitter assembly 120 includes four infrared transmitters, including transmitter number one 121, transmitter number two 122, transmitter number three 123, and transmitter number four 124. The transmitters 120 are arranged such that the four transmitters are perpendicular to the transmitter base 125, and the head of each of the four transmitters is symmetrically angled relative to the transmitter base 125. The power supply 160 of the smart writing kit includes: a charging port 162 at the second end of the body 112, a battery 161 inside the body 110 that is connected to the charging port 162, and a power switch 163 located on the body 110 in the center of the body and disconnecting and / or connecting the electric current, and in the case where the permeable component 141 is not in contact with the writing location, waves are sent to the receiver 200 by establishing an electric current. The writing kit also includes its own software that is installed on a computer device and receives the marker location data and stores it on the computer device.A computer device, such as a mobile phone, computer, tablet, laptop, etc., that has the ability to install software and process data. In the case where a part of the board is to be erased, eraser mode is selected in the software and the same signals from the transmitter 120 are sent to the receiver 200. Initially, before using the marker, it is calibrated by using a laser to point the receiver 200 degrees towards the whiteboard to ensure the best reception from the writing area. Explanation of shapes, maps and diagrams Figure-1 3D schematic of the Magic 100 Figure-2 Transparent 3D schematic of the 120 transmitter assembly Figure-3 Internal components of the Magic Marker 100 body Figure-4 3D schematic of the 200 receiver Figure-5 Internal components of the 200 receiver Figure-6 Configuration of the 120 transmitter set A clear and precise statement of the advantages of the claimed invention over prior inventions. The multi-purpose writing kit, utilizing advanced technologies and specific innovations, offers several advantages over previous inventions. These advantages can be examined from various economic, environmental, and educational efficiency perspectives. 1. Economic perspective Cost reduction: Using ink cartridges instead of disposable markers significantly reduces procurement and maintenance costs. Each ink cartridge provides reusability and easy replacement, which saves money. Changing ink colors takes less than three seconds, eliminating the need to purchase multiple colored markers and incur additional costs. Ink cartridges reduce consumable costs due to their lower price than regular whiteboard markers. 2. Environmental perspective Reducing plastic waste production: By using replaceable and rechargeable cartridges, the production of plastic waste from disposable markers is dramatically reduced. The ability to return empty bottles and refill them strengthens the reuse cycle and prevents environmental pollution. 3. Educational Productivity Perspective Increasing the efficiency of teaching classes: The Writing Kit allows for simultaneous recording of writing on the whiteboard and its digital storage. This feature eliminates the need for manual note-taking and allows learners to focus their full attention on the teaching content. Instructors can teach with more focus, without worrying about missing material or having to stop to take notes from learners. This increases the speed and quality of teaching. Ability to hold online classes and meetings: This writing kit allows for simultaneous in-person and virtual classes and meetings. Instructors can also deliver their teaching content to online learners using a computer or smartphone. This feature is especially useful in emergency situations or for remote audiences. Increasing the attractiveness and dynamism of education: Using this writing kit and its interactive capabilities, it is possible to use software and virtual laboratories in teaching and presentation sessions. This increases the attractiveness and dynamism of classes and increases the creativity of learners. 4. Welfare and utility perspective Maintain focus and reduce time wasting: Writing Kit helps you spend less time taking notes and more time focusing on learning and teaching, thanks to automatic writing storage. This feature is especially useful in crowded classes or long meetings, preventing learners from becoming tired and losing focus. Ease of use and maintenance: Easy-to-change ink cartridges and a quick-charging mechanism make using the writing kit very convenient and hassle-free. The low maintenance cost of this marker compared to previous technologies is one of its important advantages. The multi-purpose writing kit is an efficient and innovative tool for educational centers, offices, and conference organizers, offering economic, environmental, and educational productivity benefits. This invention significantly improves educational and presentation processes by reducing costs, increasing the attractiveness and dynamism of education, and enabling online classes and meetings. In addition to the above, previous inventions and developments have limitations in terms of their dependence on the writing surface, including their dependence on a specific writing surface, their inability to use them on surfaces that are movable, such as video projector screens, or their inability to use them if the pen is far away from the surfaces, which is necessary for displays. Also, given that different people hold the marker in different ways, this issue has not been considered in some inventions and has created limitations. These limitations have been overcome with innovations in this invention, such as the use of multiple transmitters in different directions alongside the reflector. Description of at least one implementation method for implementing the invention The multi-purpose writing kit is designed to be simple and effective to use in educational environments and presentation sessions. In this section, an implementation method for using this invention in a classroom is explained. This method helps users to easily benefit from the various capabilities of this writing kit and improve the teaching and learning process. Implementation steps 1. Equipment preparation Marker charging: Before the class begins, the marker is connected to the charger via the charging port located at the end of the 162 body. Ensure that the marker battery is fully charged so that it can work uninterrupted during the class. Inserting the ink cartridge: The appropriate ink cartridge is placed inside the marker body. The ink cartridges are easily replaceable and can be replaced without having to open the marker body, and the cartridge can also be quickly changed to change the ink color. 2.Installation and setup of the receiver Placing the receiver near the whiteboard: The writing kit receiver is placed near the whiteboard and in a location that has a direct view of the board. Make sure that the infrared and laser receivers are properly installed in place and receive the waves sent by the marker well. Connecting the receiver to a smart device: The receiver connects to a computer or smart device via the wired communication port 271 or the wireless port 272. Ensure that the relevant software is installed on the device and is ready to receive data. 3. Classroom use Writing on the whiteboard: The teacher can write on the board using the writing kit like a regular whiteboard marker. The writing kit automatically sends infrared waves to the receiver, which are transmitted to the processor and stored: Save and display text: The associated software on the smart device displays and stores the recorded writing in real time. This allows the instructor and learners to view and access the writing digitally. Using the erase feature: If a part of the writing needs to be erased, the teacher can erase the writing using the eraser board attached to the marker. This operation is applied simultaneously on both the board and the digital version. 4. Holding online classes Connecting to virtual platforms: Using a smart device connected to the receiver, the instructor can connect to online learning platforms such as Zoom or Google Meet. This allows the instructor to deliver the class to both in-person and online students simultaneously. Screen sharing: The instructor can share the smart device screen, on which digital writing is displayed, with online learners. This feature allows remote learners to view the teaching content live. 5. Summary and end of class Final storage: At the end of the class, the instructor can save all recorded notes as digital files and share them with the learners. These files can be saved in various formats such as PDF or images. Shutting down equipment: The marker and receiver are turned off and the marker is placed in a safe place. Ensure that the devices in use are properly turned off and disconnected. This implementation method explains the optimal and simple use of the writing kit in an educational environment. By following these steps, teachers can benefit from all the capabilities of this invention and improve the teaching process. This method not only increases the quality of education, but also reduces the time and costs associated with teaching and note-taking. Explicit mention of the industrial application of the invention The multi-purpose writing kit is an innovative tool that has multiple applications in various industries. This invention can be used not only in educational environments but also in many industrial, administrative and commercial areas. In this section, the industrial applications of this invention will be discussed. 1. Education industry With its special features, the writing kit is used as an efficient tool in classrooms and educational environments. This tool allows teachers to record and store educational materials digitally and provides students with access to electronic versions of notes. These features help improve the teaching and learning process and increase the efficiency of classes. 2. Administrative and commercial industry In business and office meetings, using a writing kit can optimize meeting scheduling and accurately and completely record the content of the meetings. This tool allows you to record and save the discussions and decisions of the meetings and helps share them with other members. Also, with the ability to hold in-person and virtual meetings simultaneously, the productivity of the meetings increases. 3. Conference and convention industry Writing kits play an important role in organizing conferences and conventions. Speakers can use this tool to digitally present their materials and easily share them with the audience. This invention is especially useful in international conferences that require multilingual presentations and online access. 4. Design and engineering industry In the fields of design and engineering, using a writing kit allows professionals to digitally capture their drawings and diagrams, and easily edit and share them. This tool helps improve the design process, reduce errors, and increase accuracy in work. 5. Manufacturing and construction industry In manufacturing environments and manufacturing workshops, the writing kit can be used as an efficient tool for recording and documenting production and repair processes. This tool helps operators and engineers to accurately and completely record information related to various production stages and use this information to improve processes and increase product quality. 6. Online and virtual education industry Writing Kit helps with online classes and courses with its communication capabilities. This tool allows instructors to share educational content live with online students and also use digital copies for review and revision. The multi-purpose writing kit, with its many capabilities, has wide applications in various industries. This tool helps to improve quality and increase productivity in these industries by facilitating educational, administrative, commercial, design, production and online training processes. The use of this invention not only reduces time and costs, but also brings greater comfort and utility to users by increasing accuracy and efficiency.

Claims

Claims What is claimed: Claim 1) A smart writing kit comprising: a marker comprising: a body, said body being cylindrical; an infrared transmitter assembly mounted within a transmitter housing by a base board, said transmitter housing being disposed on the body at an angle to a major axis of the body on a transmitter base and being connected to an outer surface of the body near a first end of the body by a connecting member; a reflective surface being disposed on an inner surface of a side wall of the transmitter housing; an ink cartridge having an inner chamber of the ink cartridge containing ink and further including a permeable member at the tip, said ink cartridge being disposed within the body and at a first end of the body, said permeable member projecting from the first end of the body; a removable cap covering the permeable member of the ink cartridge; an eraser disposed on the tip of the removable cap; a power supply; And a spring chassis located between the power source and the cartridge, and when the tip of the ink cartridge is placed on the writing area, the force and pressure applied to the tip of the cartridge is transferred to the spring chassis, and the spring chassis controls the flow.in the transmitter assembly; and a receiver located at a predetermined distance from the marker, said receiver comprising: a wave receiver that receives waves sent from the transmitter assembly; a laser located next to and parallel to the wave receiver and adjusted towards the writing location; one and / or more processors and electronic boards, said processor and electronic board processing the waves received by the infrared receiver and determining the location of the marker; a communication unit with one and / or more computer devices, said communication unit comprising a wired and wireless communication port, and said computer device comprising devices having wired and wireless communication ports that receive processor information from the communication unit; and said marker is such that when the permeable part of said ink cartridge is placed on the writing location, it writes on the writing location. Claim 2) The smart writing kit of claim 1, wherein the four transmitters are located perpendicular to the transmitter base board and the head of each of the four transmitters is located symmetrically at an angle to the transmitter base. Claim 3) The smart writing kit of claim 1, wherein the power supply includes: a charging port at the second end of the body; a battery inside the body that is connected to the charging port; and a power switch located on the body in the center of the body and disconnecting and / or connecting the electric current, and in the case where the permeable component is not in contact with the writing site, waves are sent to the receiver by establishing an electric current.

Images