CN201662795U - Writing memory system of notebook computer - Google Patents

Abstract

The present invention relates to a writing memory system of a notebook, and more particularly, to a loose-leaf type notebook digital board capable of being integrated with a conventional notebook. The writing memory system of the electronic notebook computer utilizes an upper protective layer, an induction antenna board and a lower protective layer to form a writing part of the writing memory system of the electronic notebook computer, thereby reducing the weight and the thickness of the writing memory system of the electronic notebook computer, and leading the writing memory system of the electronic notebook computer to have the advantages and the characteristics of low cost, light weight, thin thickness and the like. In addition, the loose-leaf hole is arranged on the writing part, so that the electronic notebook writing memory system has low cost and can be integrated with a traditional notebook in series to digitize and store the data written on the paper of the notebook.

Description

notebook writing memory system

technical field

The utility model relates to a notebook writing memory system, in particular to a loose-leaf notebook digital board which can be integrated with a traditional notebook. the

Background technique

With the development of electronic products, electronic notebooks have gradually been used to replace traditional notebooks. Most of the existing electronic notebooks use electromagnetic induction input technology, by means of an induction antenna board composed of several antenna loops, and an electromagnetic pen that can emit electromagnetic signals and has a writable ink tip to write on paper while writing. Digitize written data for storage. When writing, the electromagnetic pen will emit electromagnetic signals while the electromagnetic pen is writing with ink on the paper, and the induction antenna board will receive the electromagnetic signal, and then judge the position of the electromagnetic pen and its moving track according to the received electromagnetic signal , and store it in the memory to achieve the effect of writing on paper and memorizing the data written on paper at the same time. the

Referring to FIG. 1A and FIG. 1B, which are respectively a schematic view of the appearance structure and a structural sectional view of a traditional electronic notebook 10, wherein FIG. 1B is a structural sectional view of the electronic notebook 10 shown in FIG. 1A along the line AA'. The traditional electronic notebook 10 includes an induction antenna board 12 , an electromagnetic pen 13 , a control board 18 , a connecting cable 20 , and a casing 16 . Wherein, the control board 18 , the connection cable 20 and the induction antenna board 12 are sequentially accommodated in the casing 16 and covered by the casing 16 . The control board 18 and the induction antenna board 12 are electrically connected by connecting the cable 20 . In addition, there is a groove 14 on the housing for accommodating a piece of paper above the sensing antenna board 12 for writing. Or, in some other traditional electronic notebooks, there is no such groove 14 but the paper is laid directly on the induction antenna plate for writing. The electromagnetic pen 13 is an electromagnetic pen that can emit electromagnetic signals and has a writable ink nib. When the ink nib of the electromagnetic pen outputs ink and writes on the paper, the electromagnetic pen outputs the electromagnetic signal to the induction antenna board 12, and supplies The inductive antenna pad 12 records its position to digitize and store what it writes. the

However, no matter any of the aforementioned traditional electronic notebooks, because of its structural design requires a housing that can accommodate the control board, connecting cables, and induction antenna boards, it is relatively bulky, and it cannot be integrated with the traditional notebook. , and need to carry paper (or notebook) and traditional electronic notebook separately, and when writing, spread paper (or the paper in notebook) on traditional electronic notebook again, make it very inconvenient to use, can't It is as easy to carry and use as a traditional notebook. the

This shows that the above-mentioned existing electronic notebook obviously still has inconvenience and defects in structure and use, and needs to be further improved urgently. In order to solve the above-mentioned problems, the relevant manufacturers have tried their best to find a solution, but no suitable design has been developed for a long time, and the general products do not have a suitable structure to solve the above-mentioned problems. This is obviously the relevant industry. urgent problem to be solved. Therefore, how to create a new notebook writing memory system is one of the current important research and development issues, and it has also become a goal that the industry needs to improve. the

Contents of the invention

The purpose of this utility model is to overcome the defects existing in the existing notebook writing memory system and provide a new notebook writing memory system. The technical problem to be solved is to make it light and thin and can be integrated with the existing notebook electronic notebook writing The memory system makes the electronic notebook writing memory system easy to carry and use, and can digitize and store the written data while writing in the traditional notebook, which is very suitable for practical use. the

The purpose of this utility model and the solution to its technical problems are achieved by adopting the following technical solutions. According to a notebook writing memory system proposed by the utility model, the notebook writing memory system includes: a digital system for controlling the notebook writing memory system; an indicator device for writing on paper and the notebook writing memory system and input; a writing part, used to sense the indicator device and place a piece of paper on it for writing and input; and several loose-leaf holes, arranged on the writing part, used to match the fixing ring to fix the paper on the writing part superior. the

The purpose of the utility model and the solution to its technical problems can also be further realized by adopting the following technical measures. the

The aforementioned notebook writing memory system, wherein the writing part includes an upper protective layer, an induction antenna plate and a lower protective layer, wherein the induction antenna plate is interposed between the upper protective layer and the lower protective layer, and is The upper protective layer and the lower protective layer are sandwiched therein, wherein the upper protective layer and the lower protective layer are made of plastic, rubber or silicone. the

In the aforementioned notebook writing memory system, the lower protective layer is made of metal, which is mainly used to enhance the induction of the antenna induction plate to electromagnetic signals or prevent interference. The metal material includes a silicon steel sheet, a copper foil, or both A silicon steel sheet and copper foil. the

In the aforementioned notebook writing memory system, the digital system includes a system component and an outer cover, wherein the outer cover covers the system component to protect the system component. the

The aforementioned notebook writing memory system, wherein the system components include: a signal processing unit for processing the electromagnetic signals sensed or received by the writing component; a memory unit for storing the data input by the pointer device ; a power supply unit, used to provide power for the notebook writing memory system to operate; and a signal external connection unit, used as the connection between the notebook writing memory system and the outside world, wherein the system component is a signal processing unit , the memory unit, the power supply unit, and the control board of the signal external unit. the

In the aforementioned notebook writing and memory system, the control board is arranged on the induction antenna board. the

The aforesaid notebook writing memory system further includes a connecting part for connecting and electrically connecting the control board and the induction antenna board. the

In the aforementioned notebook writing memory system, wherein the lower protective layer carries the system components and the induction antenna board. the

The aforementioned notebook writing memory system further includes a fixing device, which is arranged on at least one side of the notebook writing memory system, for further fixing paper on the writing part, so as to facilitate writing input by the pointer device. the

The aforementioned notebook writing memory system further includes a second notebook writing memory system, and the notebook writing memory system is connected to the second notebook writing memory system by a joint member made of soft material to form two pages of a notebook. the

Compared with the prior art, the utility model has obvious advantages and beneficial effects. It can be seen from the above that, in order to achieve the above purpose, the utility model provides an electronic notebook writing memory system, which can be easily integrated with a traditional notebook for easy use and portability. The notebook writing memory system includes a digital system for controlling the notebook writing memory system, an indicator device for writing and inputting on paper and the notebook writing memory system, an indicator device for sensing the indicator, and a paper placement A writing part for writing and inputting on it, and several loose-leaf holes arranged on the writing part. Wherein, the loose-leaf hole is a hole through the writing part, which can be passed by the fixing ring. Therefore, the paper can be fixed on the writing part with the fixing ring, and the paper can be fixed by the fixing ring and the loose-leaf hole on the paper like a traditional notebook. Assembled into a book, the electronic notebook writing memory system is integrated with the traditional notebook through the fixing ring and the loose-leaf hole on the writing part, so it is easy to carry and use, and can write in the traditional notebook at the same time. Data is digitized and stored therein. In addition, since the writing part is composed of an upper protective layer and a lower protective layer directly attached to the upper surface and the lower surface of the induction antenna plate, the housing required for the writing memory system of the electronic notebook is compared with the traditional one. The casing required by the electronic notebook is greatly reduced, so that the writing and memory system of the electronic notebook of the present utility model is lighter and thinner, and the required cost is also lower. the

By means of the above-mentioned technical scheme, the notebook writing memory system of the present utility model has at least the following advantages and beneficial effects: With the electronic notebook writing memory system of the present utility model, several loose-leaf holes are arranged on the writing parts, and are relatively light and thin, so that the electronic notebook The writing memory system can integrate the electronic notebook writing memory system and the traditional notebook in series through the fixing ring and the loose-leaf hole, making the electronic notebook writing memory system easy to use and carry. the

To sum up, the utility model relates to a notebook writing memory system, in particular to a loose-leaf notebook digital board which can be integrated with a traditional notebook. The electronic notebook writing memory system uses an upper protective layer, an induction antenna plate, and a lower protective layer to form the writing parts of the electronic notebook writing memory system, and reduces the weight and thickness of the electronic notebook writing memory system, making the electronic notebook writing The memory system has the advantages and characteristics of low cost, light weight and thin thickness. In addition, a loose-leaf hole is provided on the writing part, so that the writing memory system of the electronic notebook has low cost and can be integrated with the traditional notebook in series, and the data written on the paper of the notebook can be digitized and stored. The utility model has remarkable progress in technology, and has obvious positive effects, and is a novel, progressive and practical new design. the

The above description is only an overview of the technical solutions of the present utility model. In order to better understand the technical means of the present utility model, it can be implemented according to the contents of the description, and in order to make the above-mentioned and other purposes, features and advantages of the present utility model better It is obvious and easy to understand. The preferred embodiments are specifically cited below, together with the accompanying drawings, and detailed descriptions are as follows. the

Description of drawings

FIG. 1A and FIG. 1B respectively show a schematic appearance structure diagram and a schematic cross-sectional structure diagram of a traditional electronic notebook. the

Fig. 2A, Fig. 2B and Fig. 2C show the appearance structure diagram, cross-sectional structure diagram and internal structure diagram of an electronic notebook writing memory system according to a preferred embodiment of the present invention. the

Fig. 3 shows a schematic plan view of the electronic notebook writing memory system according to another preferred embodiment of the present invention. the

4A and 4B show a schematic cross-sectional structure diagram and a schematic appearance structure diagram of an electronic notebook writing memory system according to another preferred embodiment of the present invention. the

10: Traditional electronic notebook

12: induction antenna board

13: Electromagnetic pen

14: Groove

16: shell

18: Control panel

20: Connect the cable

100, 100’, 100A, 100B, 100C: electronic notebook writing memory system

102: Digital system

103: Indicator device

104: writing parts

105: circuit

106: loose-leaf hole

107: Coil

108: Upper protective layer

109: ink tip

110: induction antenna board

110a: Sensing area

112: lower protective layer

114: outer cover

116: System components

118: paper

120: Combining components

122: Fixtures

124: Connecting parts

126: Signal processing unit

128: Memory unit

130: Power supply unit

132: Signal external unit

AA', BB', CC': tangent

Detailed ways

For further elaborating the technical means and effects that the utility model adopts for reaching the intended purpose of the invention, below in conjunction with the accompanying drawings and preferred embodiments, its specific implementation, structure, features and details of the notebook writing memory system proposed according to the utility model will be described below. Its effect is described in detail below. the

Referring to FIG. 2A , FIG. 2B and FIG. 2C , they are respectively a schematic view of the appearance structure, a cross-sectional view and a schematic view of the internal structure of an electronic notebook writing memory system 100 according to an embodiment of the present invention. Wherein, Fig. 2B is a structural sectional view of the electronic notebook writing memory system 100 shown in Fig. 2A along the tangent line BB', and Fig. 2C is a schematic diagram of the internal structure of the electronic notebook writing memory system 100 shown in Fig. 2A. The electronic notebook writing memory system 100 is a loose-leaf notebook digital pad that can be integrated with a traditional notebook. The electronic notebook writing memory system 100 includes a digitization system 102 for controlling the notebook writing memory system 100, an indicator device 103 for writing and inputting on the paper 118 and the notebook writing memory system 100, and an indicator device 103 for sensing the notebook writing memory system 100. The indicator device 103 and the writing part 104 on which the paper 118 is placed for writing and input, and several loose-leaf holes 106 arranged on the writing part 104 . Wherein, the loose-leaf hole 106 runs through the writing part 104 for the fixed ring to pass through, and the paper is connected in series with the writing part 104 and fixed on the writing part 104, and even many papers can be connected in series to form a notebook, or directly connected to a notebook. The loose-leaf notebooks are connected in series, and the writing memory system of the electronic notebook is integrated with the traditional notebook, so that it is easy to carry and use. the

The writing part 104 includes an upper protective layer 108 , an inductive antenna plate 110 , and a lower protective layer 112 , and is composed of the above three. Wherein, the upper protection layer 108 is attached on the upper surface of the induction antenna plate 110, and the lower protection layer 112 is attached on the lower surface of the induction antenna plate 110, so that the induction antenna plate 110 is between the upper protection layer 108 and the lower protection layer. The layers 112 are sandwiched between the upper protection layer 108 and the lower protection layer 112 . The loose-leaf hole 106 on the writing part 104 runs through the upper protective layer 108 , the induction antenna plate 110 and the lower protective layer 112 . An induction area 110a is provided in the induction antenna plate 110, and at least one antenna loop is provided in the induction area 110a to sense the electromagnetic signal emitted by the indicator device 103 (as shown in FIG. 2C ), and the loose-leaf hole 106 runs through the induction antenna plate 110 There is no antenna loop area next to the sensing area 110a, so as to avoid damage to the antenna loop caused by the loose-leaf hole 106. The material of the sensing antenna board 110 can be a general hard circuit board material, a flexible circuit board material or a membrane material (membrane), and the material of the upper protective layer 108 and the lower protective layer 112 is a plastic, rubber or silicone material. Wherein, a silicon steel sheet can be set in the lower protective layer to reflect the electromagnetic signal sent by the indicator device 103, and strengthen the induction of the antenna induction plate 110 to the electromagnetic signal, or a copper foil can be arranged to prevent the antenna induction plate 110 from being affected. External noise interference, or a silicon steel sheet and a copper foil can be arranged in the lower protective layer at the same time to avoid external noise interference while enhancing the induction of the antenna sensor board 110 to electromagnetic signals. the

The digital system 102 is composed of an outer cover 114 and a system component 116 , wherein the outer cover 114 covers the system component 116 to protect it from damage to the system component 116 . Referring to FIG. 2C , the system component 116 includes a signal processing unit 126 , a memory unit 128 , a power supply unit 130 and a signal external connection unit 132 . Wherein, the signal processing unit 126 is used to process the electromagnetic signal induced by the writing part 104 or received by the pointer device 103, and find out or calculate the position of the pointer device 103 on the writing part 104 and its moving track The memory unit 128 is used to store the information input by the pointer device 103, that is, the position of the pointer device 103 on the writing part 104 obtained by processing and calculating by the signal processing unit 126 and the moving track are stored in the memory unit. 128 in. The power supply unit 130 is used to provide power for the electronic notebook writing memory system 100 to operate, and the signal external unit 132 is used to connect the electronic notebook writing memory system 100 with external devices or systems, so that the electronic notebook writing memory system 100 It can be connected to an external device or system by connecting the external signal unit 132 with a transmission cable (USB transmission cable) to transmit the information stored in the electronic notebook writing memory system 100, or by connecting the external signal unit 132 to a transmission cable The external power supply provides power for the operation of the electronic notebook writing memory system 100 . the

Referring to FIG. 2C , in this embodiment, the system component 116 is a control board on which a signal processing unit 126 , a memory unit 128 , a power supply unit 130 and an external signal connection unit 132 are disposed. The signal processing unit 126 is a CPU or a microprocessor, and the memory unit 128 can use any type of memory currently on the market according to requirements. The power supply unit 130 is a battery or a battery holder on which a battery can be installed, and the signal external unit 132 is a serial bus interface (USB interface), which can be inserted into a USB transmission line to connect with an external device or system. the

The outer cover 114 and the system component 116 can be arranged on the induction antenna board 110 as shown in FIG. 2B, or as shown in FIG. 110 link and electrical connection. However, no matter which way the induction antenna board 110 is connected to the system components 116, they are all carried by the lower protective layer 112, and the lower protective layer 112 is used as the carrier of all the components in the electronic notebook writing memory system 100, That is, as the bottom of the entire electronic notebook writing memory system 100 . the

The indicator device 103 is an electromagnetic pen, which includes a circuit 105 and a coil 107 for emitting electromagnetic signals, and an ink pen tip 109 for writing. When the electronic notebook writing memory system 100 fixes a paper on it through the loose-leaf hole 106 and the fixing ring, the pointer device 103 writes on the paper through the ink nib 109, and at the same time, the writing part 104 passes the pointer The electromagnetic signal sent by the device 103 records the position and moving track of the pointer device 103 on the electronic notebook writing memory system 100, and digitizes and stores the data written on the paper. Alternatively, the electronic notebook writing memory system 100 can be combined with a lot of papers in series to form a notebook through the loose-leaf hole 106 and the fixing ring, and can be used as an inner page of the notebook, or can be fixed through the loose-leaf hole 106. ring, and directly connect the electronic notebook writing memory system 100 with a traditional notebook as its inner pages. the

In addition, since the writing part 104 in the electronic notebook writing memory system 100 is formed by attaching an upper protective layer 108 and a lower protective layer 112 directly on the upper surface and the lower surface of the induction antenna plate 110, the electronic notebook writing memory system 100, only the system component 116 needs a housing as the outer cover 114 to protect the system component 116 from being damaged. Therefore, the housing required by the electronic notebook writing memory system 100 is significantly larger than that required by the traditional electronic notebook. Due to the substantial reduction of the heavy and thick shell, the electronic notebook writing memory system 100 is greatly reduced in thickness and weight compared with the traditional electronic notebook, and the cost of the electronic notebook writing memory system 100 is also reduced. can be effectively reduced. the

Although in the foregoing embodiments, only an electronic notebook writing memory system 100 is integrated with a traditional notebook as an inner page of the notebook to digitize and store the data written in the notebook, but in other embodiments, Two or more electronic notebook writing memory systems can be used simultaneously as the inner pages of the notebook. the

Referring to Fig. 3, it is a schematic plan view of an electronic notebook writing memory system 100' according to another embodiment of the present invention. The electronic notebook writing memory system 100' is composed of two electronic notebook writing memory systems 100A and electronic notebook writing memory system 100B. The electronic notebook writing memory systems 100A and 100B are made of a soft material such as soft plastic, rubber and silicone and other soft materials, the joint parts 120 made of it are connected to each other to form a fully opened inner page in the notebook, that is, two pages in the notebook, and the paper is connected in series between the electronic notebook writing memory system 100A and 100B time, so that the paper in the notebook can be written no matter which side of the notebook is turned over, and the written data can be digitized and stored. The electronic notebook writing memory systems 100A and 100B have loose-leaf holes 106A, 106B on adjacent sides to connect paper or traditional notebooks in series between the electronic notebook writing memory systems 100A and 100B with fixing rings, and can respectively Fix the paper on it for writing, or integrate with a traditional notebook as a full-open inner page in the traditional notebook to digitize and store the written data. the

The electronic notebook writing memory system 100A and 100B are also composed of a digital system 102A, 102B and writing parts 104A, 104B. Their composition and materials are the same as those of the aforementioned electronic notebook writing memory system 100, so details will not be repeated here. The electronic notebook writing and memory systems 100A and 100B also use a pointing device 103 including a circuit 105 and a coil 107 for emitting electromagnetic signals, and an ink tip 109 for writing. The structure and composition have been described above. description and will not be repeated here. the

In addition, in the electronic notebook writing memory system of the present utility model, a fixing device can be provided on at least one side of the electronic notebook writing memory system, so as to further fix the paper on the writing part so as not to slip when writing. , so that when writing with the pointer device, the paper will not slip and cause writing difficulties. the

Referring to FIG. 4A and FIG. 4B , it is a structural sectional view and a schematic view of an appearance structure of an electronic notebook writing memory system 100C according to another embodiment of the present invention. Wherein, Fig. 4A is a structural cross-sectional view of the electronic notebook writing memory system 100C shown in Fig. 4B along the line CC'. The electronic notebook writing memory system 100C and the electronic notebook writing memory system 100 shown in FIG. 2A and FIG. 2B also have a digitization system 102, an indicator device 103, a writing part 104, and several loose-leaf holes arranged on the writing part 104. 106. The structure of the electronic notebook writing memory system 100C and the electronic notebook writing memory system 100 has been described above, and will not be repeated here. The difference between the electronic notebook writing memory system 100C and the electronic notebook writing memory system 100 is that in the electronic One side of the notebook writing memory system 100C is provided with a fixing device 122 . In the electronic notebook writing memory system 100C, the fixing device 122 is a bead, which is formed by refolding one side of the electronic notebook writing memory system 100C, which can press the paper so that it will not slide easily when writing. the

However, in other embodiments, a clip or other elements capable of fixing paper may also be used as a fixing device on one side of the electronic notebook writing memory system. In addition, in other embodiments, two or more sides of the electronic notebook writing memory system can also be provided with beading bars, clips or other elements capable of fixing paper as fixing devices. the

With the electronic notebook writing memory system of the present utility model, an upper protective layer, an induction antenna plate, and a lower protective layer are used to form the writing parts of the electronic notebook writing memory system, thereby reducing the volume and demand of the thick and heavy shell, and making it easier to write A loose-leaf hole is set on the part, and thereby it can be connected and integrated with a traditional notebook. Therefore, the electronic notebook writing memory system of the present invention has the advantages and characteristics of low cost, lightness and thinness, and can be connected and integrated with a traditional notebook. The data written on the paper of the notebook is digitized and stored. the

The above are only preferred embodiments of the present utility model, and are not intended to limit the utility model in any form. Although the utility model has been disclosed as above with preferred embodiments, it is not intended to limit the utility model. Any Those skilled in the art can use the technical content disclosed above to make some changes or modify them into equivalent embodiments without departing from the technical solution of the present utility model. Content, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the utility model still belong to the scope of the technical solution of the utility model. the

Claims (10)

1. a notebook is write memory system, it is characterized in that this notebook writes memory system and comprise:

One digitization system is write memory system in order to control this notebook;

One index device is write on the memory system and is imported in order to write at paper and this notebook;

One writes parts, writes and imports in order to respond to this index device and to supply a paper to be placed on it; And

Several loose-leaf holes are arranged at this and write on the parts, and fixedly paper is write on the parts in this in order to the collocation set collar.

2. notebook according to claim 1 is write memory system; it is characterized in that the wherein said parts of writing comprise protective seam on, an induction antenna plate and a lower protective layer; wherein; this induction antenna plate is between protective seam on this and this lower protective layer; and quilt should go up protective seam and this lower protective layer is sandwiched in wherein, and the material that wherein should go up protective seam and this lower protective layer is a plastic cement, rubber or silica gel material.

3. notebook according to claim 2 is write memory system; it is characterized in that wherein said lower protective layer also is provided with one in order to strengthen the induction antenna plate to the induction of electromagnetic riveting machine signal or prevent the metal material that disturbs, this metal material comprises a siliconized plate, a Copper Foil or comprises a siliconized plate and Copper Foil simultaneously.

4. notebook according to claim 2 is write memory system, it is characterized in that wherein said digitization system comprises a system unit and an enclosing cover, and wherein, this enclosing cover coats this system unit and protects this system unit.

5. notebook according to claim 4 is write memory system, it is characterized in that wherein said system unit comprises:

One signal processing unit is write the electromagnetic signal that parts are responded to or received in order to handle this;

One memory cell is in order to store the data that this index device is imported;

One power supply unit operates in order to provide power supply to write memory system to this notebook; And

The external unit of one signal, in order to write memory system and extraneous being connected as this notebook, wherein this system unit is one to be provided with the control panel of this signal processing unit, this memory cell, this power supply unit and this external unit of signal.

6. notebook according to claim 5 is write memory system, it is characterized in that wherein said control panel is arranged on this induction antenna plate.

7. notebook according to claim 5 is write memory system, it is characterized in that it more comprises a junction spare, in order to connect and to electrically connect this control panel and this induction antenna plate.

8. notebook according to claim 4 is write memory system, it is characterized in that wherein said lower protective layer carries this system unit and this induction antenna plate.

9. notebook according to claim 1 is write memory system, it is characterized in that it more comprises a stationary installation, be arranged at this notebook and write at least one side of memory system, write on the parts in this, write input in order to this index device in order to further fixedly paper.

10. notebook according to claim 1 is write memory system, it is characterized in that it more comprises one second notebook and writes memory system, this notebook is write bonded block that memory system makes by a soft material and is connected this second notebook and write memory system, and forms two pages an of notebook.

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