TWM255462U - Input device with adjustable frequency function - Google Patents

Description

M255462 4. Creation Description (1) [Technical Field to which the New Type belongs] This creation relates to an input device, especially an input device with a frequency adjustment function. [Previous technology] _ Computers are generally used and controlled with a mouse and keyboard. However, because the mouse and keyboard are used as input data or drawings, there are inherent inconveniences and restrictions. Therefore, an input device and a tablet have been developed so that when using a computer, users can write or draw as easily as using a pen and paper. In particular, a Personal Digital Assistant (PDA), or even a recently developed tablet computer, can use input devices and tablet methods to eliminate the need for devices such as a mouse and keyboard, and can be used directly on the display panel. Input device to input data or drawing directly. Since-no need to carry a mouse and keyboard, it is more convenient to carry a PDA or tablet. A conventional input device ', for example, a digital pen, contains a battery, and a signal generation circuit. Taking the digital pen as an example, the external structure of the digital pen is shown in the first figure. There are mainly a pen case 10 and a pen core 12. When the signal generating circuit sends an oscillation frequency to bring the input device closer to the tablet, the tablet uses the intensity of the oscillation frequency felt at different positions on the tablet to determine the position of the input. Some tablets or input devices have pressure sensitive devices.

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And through the voltage-varying capacitor, when the frequency is oscillated, the

To feel the pressure between the pen and the tablet and change the oscillation frequency, the tablet receives different line thicknesses of the vibration. However, the frequency of a small fan park, therefore, the digital tablet with a limited digital range is replaced, and the thickness of the digital tablet is also thin. Just enter equipment as waste. A convenience that is commonly used by the window operation input device may not necessarily have the line function that some manufacturers can only perform and also match the performance of the Xiaowang in the system. The operation method should be based on the operation method; you and the different input boards, the Press-fit production can indicate the thickness of a painter ’s device. The call status is the same as that of the manufacturer ’s input device. Therefore, the color is different, so that the digital tablet that can only be issued under the color power port can often fail. The input device also needs to be inputted together. The colorless wheel input is used not only for slabs, but also to provide users with special features. The value can be adjusted, changed by one frequency or induced frequency, and replaced with a different number. And the method shows a line device, but — annoying, and similar to Microsoft to adjust the wheel for some hydroxyl changes, it is not in addition, the user changes the internal pen of the wheel-in device to change the pen core), or accidentally Dropping the input device ^ = For example: the number prime may cause the modification of the oscillation frequency of the input device, and the cause device cannot be used. Therefore, the current input device using 2 has the disadvantages of lack of rotation and function. Still inconvenient

M255462, Creation Instructions (3) [New content] In view of the above creative background, the input provided by Ling Nong Mes A n of the traditional party is provided by Jin / r Zuo Sheng 6 # Xi Wen 4 and the shortcomings, the original The purpose of the display device with frequency adjustment function is to provide a tablet or tablet computer. Another purpose of creating with only one hand is to provide an input with a frequency adjustment function so that the user can easily adjust the input device to different display characteristics. … Another purpose of this creation is to provide a wheel with frequency adjustment function that can express different line thicknesses, colors or fonts. Another purpose of this creation is to provide an input device with a frequency adjustment function. When the input device changes its frequency due to some internal or external factors, it can easily modify the input device frequency to the original oscillation frequency. According to the above purpose, this creation provides a digital pen with frequency adjustment. The above-mentioned digital pen includes a pen case, a pen core element, and one = piece. The above-mentioned pen core element is installed in the pen case, and the end of the pen core element passes through a first end of the pen case and exposes a part of the pen case, and the above-mentioned rotating element is arranged on the pen case. Signal generation page 7 M255462

The transmission frequency changes with the rotation of the rotating element. 4. Creation instructions (4) Circuit coupling makes the digital pen ~ change. This creation also provides a stepped input device including an input device & a signal generating circuit. The above # element is connected on the input device. The signal generating circuit has a telescopic unit at different telescopic positions. This creation also provides an input device with frequency including an input device and a signal generating circuit. The frequency of a signal above the _ and the signal generated by the signal generating circuit varies with the rotating element. And the input device described above may further include pieces of input devices that exhibit a variety of display rate adjustment functions. Previous telescopic element. The input device has at least one telescoping element and the frequency of a signal coupled with the signal generating circuit varies with the at least combination. Input device for rate adjustment function. Previous rotating element. The above-mentioned input device is a rotary element device combined with the input device. Among them, the signal generating circuit is produced in a different rotation position to change another rotation element or telescopic element.

[Embodiment]

Some embodiments of this creation will be described in detail in the implementation exception, this creation is also implemented 'and the scope of this creation is not described in detail below. However, in addition to the details, it can be widely defined in other embodiments.

M255462

4. Creation Note (5) The scope shall prevail. Furthermore, in order to provide a clearer description and easier to understand the various parts of the creation are not drawn according to their relative dimensions, some dimensions are as follows: the scale has been exaggerated; the irrelevant details are shown in 6 Seek simplicity. The spirit of Wang Weifan's creation is to add an element of the transmission frequency of the device to the input device, and adjust the transmission frequency to make people ^, to use with different digital tablets or tablet computers, or you can ^ present S different Display characteristics, such as line thickness, color, or font. Meaning In order to clearly describe this creation, the input device of the following embodiments uses a digital pen as an example to explain this creation. However, the following embodiments are only for illustration, and are not intended to limit the type, application range, or function of the input device of the present invention. A preferred embodiment of this creation. As shown in FIG. 2A, the digital pen includes an elongated pen device, a pendulum core element 112, and a rotary element 114. The pen core element 112 is installed in the pen case 丨 〇〇, and the pen core element 112 passes through one end of the pen case 〇〇 and exposes a part outside the pen case 丨 00, and the pen core element 112 can follow the pressure of the pen tip Telescopic. The pen core element 112 is coupled to a signal generating circuit in the digital pen. The rotating element 114 is mounted on the other end of the pen case 100 and is also coupled to the signal generating circuit. Therefore, when rotating the rotating element, the frequency of the signal generating circuit can be adjusted so that the transmitting frequency of the digital pen can be adjusted.

M255462 is easily adjusted to match different tablets or tablets, or it can show different display characteristics. The second diagram B shows a top view of the rotating element 14. The pen housing 100 and the rotating element 114 each have a first scale 116 and a second scale 115. The first scale 116 has a plurality of score lines. Different score lines represent different display characteristics. The display characteristics may include color, line thickness, or font. For example, in color, different engraved lines can represent different colors, such as: red, orange, yellow, green, etc. · On thick lines, different scribed lines can represent different line widths, for example: 粗 #; 在On the font, 'different engraved lines are not J :: type flute. Example: standard font, detailed style, new detailed style, bold 5 shots ^ Γ 办 ί 116 can also be used to display frequency or different manufacturers , So that users can easily cooperate with different receiving frequencies or digital tablet or tablet computer. An alignment mark on the second scale U5 allows users to easily know the current adjusted position after rotation. Rotating element The turning method can be continuous or discontinuous fixed-point positioning: turning; 2 The rotating mode is suitable for showing more colors 1

Align between the yellow engraved line and the green engraved line on the first scale. See the font. The alignment color on the second scale will not be misjudged. In order to show the correct font type, a rotating element of the digital pen is used. In addition to the above embodiment, a page M255462 is used.

4. Creation instructions (7) In addition to the rotating element method, the original pen case 100 can also be divided into the first pen case 102 and the second pen case 104. The first pen case 102 and the second pen case 104 are rotated relative to each other. In other words, the second pen case 104 can be regarded as the rotation element of the above-mentioned embodiment, and the first pen case 102 can be regarded as the pen case of the above-mentioned embodiment. Therefore, another embodiment of this creation is a structure as shown in the third A diagram. A second scale 115 and a first scale 116 are respectively provided on the first pen case 102 and the second pen case 104, as shown in FIG. 3B, to facilitate the user to understand the display characteristics or frequency of the current input device. Similarly, the rotation manner of the second pen case 104 can be a continuous or discontinuous fixed-point type to match different display characteristics. The shape of the rotating element can be cylindrical as described above, it can also have other shapes of columns (such as square columns, etc.), and it can even be circular. As shown in FIG. 4A, this is an input device having a ring-shaped rotary element 106 according to the present invention. As in the above embodiment, the pen housing 100 and the ring-shaped rotating element 106 have a first scale 116 and a second scale 115 respectively, as shown in the fourth figure B, for the convenience of the user. Learn about the display characteristics or frequency of current input devices. The rotation mode of the shape rotating element 106 may be a continuous performance type or a discontinuous fixed-point type to match different display characteristics. The ring shape in this embodiment is not limited to a circular ring shape in plan view, but may be a ring surrounding the shell to match the shape of a digital pen or input device, or any plan shape ring required for design. shape. The component used to adjust the transmission frequency in this creation can also be telescopic

Fourth, the creation instructions (8) = the transmission frequency of the input device. For example, the digital pen with a telescopic element, the telescopic: is based on the unit 108 of this creation, and is mounted on the digital pen—on, above and above the telescopic circuit coupling. In order to facilitate understanding of the extension; the digital pen's signal production is shown in the enlarged view of Figure 5b. This uses the first piece to have more than one telescopic unit 108 f5: the telescopic element in the figure, the channel m moves. When the telescopic unit 10 follows the telescopic: Do not control the signal-generating circuit to transmit τ of the second V; ::; L a picture message:-° ΛThe telescopic element has more than two telescopic units 1080 ° (: 第The top view of the telescopic elements of the telescopic unit 108), the combination of the control telescopic unit 108 at different telescopic positions, the performance = the rate or the display of the input device * n ... Γ There are the first contraction early element and the second telescopic unit. There are four types of adjustment positions: the first and second telescoping positions, and the third and fourth telescoping positions for the first telescoping unit. The input device can use this 7 The king or parts are combined to show different frequencies or display characteristics. The telescopic position of the upper telescopic unit can be continuous or discontinuous fixed-point 'to match different display characteristics. Sran 'may also have a first cut 116 with a plurality of engraved lines on the pen case 100, as shown in Figure 5B, for the convenience of the user to understand the display characteristics or frequency of the current input device. M255462 Horse, Creative Instructions (9) '— The above-mentioned signal frequency adjustment or telescoping element for input devices can also be installed on the same round of human devices at the same time, the first having the first rotating element 106 and the second rotating element 114 Turn-in device. The combination of multiple rotating elements or telescopic elements can make the adjustment frequency range of the device wider or display more different display characteristics. In addition, the internal or external factors of this creation can be easily modified. Another advantage is that when the frequency of the turn-in device is changed to the original input device, the frequency of the input device may be changed by the original device ’s vibration frequency.

For those who are familiar with the art in this field, although this work is explained above with a better example, it is not intended to limit the spirit of this work. Modifications and similar arrangements made without departing from the spirit and scope of this creation should be included in the scope of the following 1 patent application, and such scope should be consistent with the broadest interpretation covering all the similar structures. Therefore, clarifying the original creation as above; | First, a better example can be used to identify various changes without departing from the spirit and scope of this creation :.

M255462 Brief description of the diagram The first diagram is a schematic diagram of the input device in the conventional art; the second diagram A to the second B are the intentions of the input device according to a preferred embodiment of the present invention, and the third diagram The third B is a schematic diagram of an input device according to another preferred embodiment of the present invention; the fourth A to the fourth B are the schematic diagrams of an input device according to another preferred embodiment of the present invention; the fifth A to the first 5C is a schematic diagram of an input device according to yet another preferred embodiment of the present invention; and FIG. 6C is a schematic diagram of an input device according to a further preferred embodiment of the present invention. 0

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Page 15 Brief description of the drawing 106 Ring-shaped rotating element 108 Retractable unit 110 Retractable hole 112 Pen core 114 Revolving element 115 Second scale 116 First scale A First extension position B Second extension position

Claims (1)

M255462 5. Digital pen with patent application scope, including: 1 a pen case with frequency adjustment function; pen core element, one end of the dream element of the pen core element passes through one of the two pen cases; ~ inside the pen case, and The pen core is outside the pen case; and a section of the pen element rotation element is exposed, and the transmission frequency of the rotation element changes with the rotation of the rotation element to generate a signal generating circuit coupling so that the digital ^ 2 pen case Above, and the same as in the first application of the scope of patent application, the rotating element is a digital pen with a cylindrical function, which is provided on one of the four pens with a second end. 3: Medium: A digital pen with a frequency of the first scale in the first circle of the pen is in the pen case L /, 5 Behan withering function, and the turning element is a ring-shaped digital pen with 1 energy. Its 4 contains such as Λ 利 ΛPlease Λ around item 1 with frequency 5. If the scope of patent application item 4 contains a second scale with a frequency adjustment function of the rotation, more and the second scale to display 誃 f pieces Above, the digital pen uses the first-minute rate. "The frequency of the signal generated by the wishing circuit 6. Like the digital pen with frequency adjustment function in item 4 of the patent application scope, more M255462 5. The scope of the patent application includes a second scale on the rotating element, the input device A display characteristic of one of the input devices is displayed by the first scale and the second scale. 7. The digital pen with a frequency adjustment function as in item 6 of the patent application scope, wherein the display characteristic is a color. 8. If The digital pen with frequency adjustment function in the scope of patent application No. 6 in which the display characteristic is the thickness of the line. 9. The digital pen with frequency adjustment function in scope of patent application No. 6 in which the display characteristic is the font. -An input device with a frequency adjustment function, including: an input device, the input device has a signal generating circuit; and a telescopic element, the telescopic element has a first telescopic unit and is mounted on the input device, And coupled with the signal generating circuit; wherein the frequency of a signal generated by the signal generating circuit varies with the first telescopic unit at different telescopic positions Set and change. 11. The input device with a frequency adjustment function as in item 10 of the patent application scope, wherein the telescopic element device is at one end of the input device. 12. The input device with frequency adjustment function according to item 11 of the patent application scope, wherein the telescopic element further includes a second telescopic unit. Page 17 M255462 V. Patent application scope 13. An input device with a frequency adjustment function as in item 12 of the patent application scope, wherein the input device uses the combination of the telescopic position of the first telescopic unit and the second telescopic unit Different to control the signal generating circuit to transmit signals of different frequencies. 4 14. The input device with a frequency adjustment function as described in item 12 of the patent application scope, wherein the input device displays the difference of the input device by different combinations of the telescopic positions of the first telescopic unit and the second telescopic unit. Display characteristics. 15. The input device with frequency adjustment function as in item 14 of the scope of patent application, wherein the display characteristic is color. _ 16. For example, the input device with frequency adjustment function ^ in item 14 of the patent application scope, wherein the display characteristics are line thickness, font and combinations thereof. 17. —An input device with a frequency adjustment function, comprising: an input device, the input device has a signal generating circuit; and a first rotating element, the first rotating element is mounted on the input device, and The signal generating circuit is coupled; wherein the frequency of a signal generated by the signal generating circuit changes with different rotation positions of the first rotating element. Page 18 M255462 5. Application scope of patent 18. For example, the input device with frequency adjustment function No. 17 in the scope of patent application, wherein the first rotating element is cylindrical. 19. The input device with a frequency adjustment function according to item 17 of the patent application scope, wherein the first rotating element is ring-shaped. 2 0. The input device with a frequency adjustment function as described in patent application scope No. 17 further includes a first scale on the input device. 21. For example, the input device with a frequency adjustment function of the patent application scope No. 20 further includes a second scale on the first rotating element, and the input device displays the first scale and the second scale by displaying the second scale. The frequency of the signal generated by the signal generating circuit. 22. For example, the input device with a frequency adjustment function in the 20th patent application range further includes a second scale on the first rotating element, and the input device displays the input through the first scale and the second scale. One of the devices displays characteristics. 23. The input device with a frequency adjustment function as described in Patent Application Scope 22, wherein the display characteristic is color. 2 4. The input device with a frequency adjustment function as described in Patent Application Scope 22, wherein the display characteristic is line thickness. Page 19 M255462 V. Application for patent scope 2 5. For the input device with frequency adjustment function as in patent application scope No. 22, where the display characteristic is font. 2 6. The input device with a frequency adjustment function as described in patent application scope No. 17 further includes a second rotating element, which is above the input device and is coupled with the signal generating circuit. 2 7. The input device with a frequency adjustment function according to the patent application scope 17 further includes a telescopic element, the telescopic element has at least one telescopic unit, is mounted on the input device, and is coupled with the signal generating circuit. Page 20