TWI550991B - Wireless charging input device and wireless chargeable mouse thereof - Google Patents
Wireless charging input device and wireless chargeable mouse thereof Download PDFInfo
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本發明係有關於一種無線充電輸入裝置，特別是一種利用磁共振方式對無線充電滑鼠及無線充電鍵盤進行充電的無線充電輸入裝置。 The present invention relates to a wireless charging input device, and more particularly to a wireless charging input device for charging a wireless charging mouse and a wireless charging keyboard by means of magnetic resonance.
一般的滑鼠是透過電線連接至電腦，以進行資料及電力的傳送；而一般常見的無線充電滑鼠，則是於滑鼠本身內部設置電池，並透過無線通訊的方式進行資料的傳遞，進而達到無線操作的功效。然，此種透過滑鼠本身內部設置電池，以提供滑鼠電力的設計方式，為使用者在操作上帶來諸多不便。其中最大的困擾為，無線充電滑鼠本身不具有電力顯示的功能，因此使用者無從得知滑鼠的電力狀態，進而常常發生電池沒電，而無法操作滑鼠的窘境；再者，即使無線充電滑鼠可以透過電腦等相關設備顯示出其本身的電池電力，但使用者仍必須隨時觀察該電池電量，並且隨時準備好另一個備用電池，否則同樣將會發生滑鼠無法使用的問題。如上所述，類似的問題，同樣也發生在無線鍵盤上。緣此，本發明人乃潛心研究並配合學理的運用，而提出一種設計合理且有效改善上述問題的本發明。 The general mouse is connected to the computer through wires for data and power transmission. The common wireless charging mouse is to set up the battery inside the mouse itself and transmit the data through wireless communication. Achieve wireless operation. However, this type of design is provided by the inside of the mouse itself to provide the power of the mouse, which brings a lot of inconvenience to the user. The biggest problem is that the wireless charging mouse itself does not have the function of power display, so the user has no way of knowing the power state of the mouse, and often the battery is out of power, and the mouse cannot be operated. Moreover, even wireless The charging mouse can display its own battery power through a computer and other related devices, but the user must still observe the battery power at any time, and always have another spare battery ready, otherwise the mouse will not be used. As mentioned above, similar problems also occur on wireless keyboards. Accordingly, the inventors have diligently studied and cooperated with the application of the theory, and proposed a present invention which is rational in design and effective in improving the above problems.
本發明之主要目的在於提供一種無線充電輸入裝置，用以解決使用者在使用無線滑鼠或是無線鍵盤的過程中，容易發生電力 不足，而無法使用的問題。 The main purpose of the present invention is to provide a wireless charging input device for solving the problem that a user is prone to generate power during the process of using a wireless mouse or a wireless keyboard. Insufficient, unusable problem.
為了實現上述目的，本發明提供一種可於移動中充電的無線充電滑鼠裝置，其包括：一充電座、一滑鼠墊及一無線充電滑鼠。充電座包括有一供電模組、一第一發射共振模組及一第一發射共振線圈，供電模組用以連接外部電源，供電模組電性連接第一發射共振模組，第一發射共振模組電性連接第一發射共振線圈。滑鼠墊包括有一第一接收共振線圈、一第一接收共振模組及數個第二發射共振線圈，第一接收共振線圈及第二發射共振線圈分別電性連接第一接收共振模組，第一接收共振線圈能與第一發射共振線圈電磁耦合。無線充電滑鼠包括有一第二接收共振模組、一第二接收共振線圈、一充電模組及一電池模組，第二接收共振線圈電性連接第二接收共振模組，第二接收共振線圈能與各第二發射共振線圈電磁耦合，第二接收共振模組電性連接充電模組，充電模組電性連接電池模組。其中，當第一發射共振模組、第一接收共振模組及第二接收共振模組以相近的頻率振盪而諧振，且第一發射共振線圈與第一接收共振線圈電磁耦合，第二發射共振線圈與其中一個第二接收共振線圈電磁耦合時，第一發射共振線圈傳遞電磁能至第一接收共振線圈，並透過與第二接收共振線圈電磁耦合的第二發射共振線圈傳遞電磁能至第二接收共振線圈，據以充電模組能轉換第二接收共振線圈所接收的電磁能為電能，而對電池模組進行充電。 In order to achieve the above object, the present invention provides a wireless charging mouse device that can be charged in a mobile, comprising: a charging stand, a mouse pad and a wireless charging mouse. The charging base comprises a power supply module, a first transmitting resonant module and a first transmitting resonant coil, the power supply module is used for connecting an external power source, and the power supply module is electrically connected to the first transmitting resonant module, the first transmitting resonant mode The group is electrically connected to the first transmitting resonant coil. The mouse pad includes a first receiving resonant coil, a first receiving resonant module and a plurality of second transmitting resonant coils, wherein the first receiving resonant coil and the second transmitting resonant coil are electrically connected to the first receiving resonant module, respectively A receiving resonant coil can be electromagnetically coupled to the first transmitting resonant coil. The wireless charging mouse includes a second receiving resonant module, a second receiving resonant coil, a charging module and a battery module, the second receiving resonant coil is electrically connected to the second receiving resonant module, and the second receiving resonant coil The second receiving resonant module is electrically coupled to the second transmitting resonant coil, and the second receiving resonant module is electrically connected to the charging module, and the charging module is electrically connected to the battery module. Wherein, the first transmitting resonant module, the first receiving resonant module and the second receiving resonant module resonate at a similar frequency oscillation, and the first transmitting resonant coil is electromagnetically coupled with the first receiving resonant coil, and the second transmitting resonant When the coil is electromagnetically coupled with one of the second receiving resonant coils, the first transmitting resonant coil transmits electromagnetic energy to the first receiving resonant coil, and transmits electromagnetic energy to the second through the second transmitting resonant coil electromagnetically coupled to the second receiving resonant coil Receiving the resonant coil, the charging module can convert the electromagnetic energy received by the second receiving resonant coil into electrical energy to charge the battery module.
為了達到上述目的，本發明提供一種無線充電輸入裝置，一充電座，其包括有一供電模組、一第一發射共振模組及一第一發射共振線圈，供電模組用以連接外部電源，供電模組電性連接第一發射共振模組，第一發射共振模組電性連接第一發射共振線圈。 In order to achieve the above object, the present invention provides a wireless charging input device, a charging base including a power supply module, a first transmitting resonant module and a first transmitting resonant coil, and the power supply module is used for connecting an external power supply. The module is electrically connected to the first transmitting resonant module, and the first transmitting resonant module is electrically connected to the first transmitting resonant coil.
一滑鼠墊，其包括有一第一接收共振線圈、一第一接收共振模組及數個第二發射共振線圈，第一接收共振線圈及各第二發射共振線圈分別電性連接第一接收共振模組，第一接收共振線圈能 與第一發射共振線圈電磁耦合。一無線充電滑鼠，其包括有一第二接收共振模組、一第二接收共振線圈、一充電模組及一電池模組，第二接收共振模組電性連接第二接收共振線圈及充電模組，第二接收共振線圈能與各第二發射共振線圈電磁耦合，充電模組電性連接電池模組。一無線充電鍵盤，其包括有一第三接收共振模組、一第三接收共振線圈、一鍵盤充電模組及一鍵盤電池模組，第三接收共振模組電性連接第三接收共振線圈及鍵盤充電模組，第三接收共振線圈能與各第二發射共振線圈電磁耦合，鍵盤充電模組電性連接鍵盤電池模組。其中，當第一發射共振模組、第一接收共振模組及第二接收共振模組分別振盪而諧振，且第一發射共振線圈與第一接收共振線圈電磁耦合，第二接收共振線圈與其中一個第二發射共振線圈電磁耦合時，第一發射共振線圈傳遞電磁能至第一接收共振線圈，第一接收共振線圈再將電磁能傳遞至該些第二發射共振線圈，並透過與第二接收共振線圈電磁耦合的第二發射共振線圈傳遞電磁能至第二接收共振線圈，據以充電模組能轉換第二接收共振線圈所接收的電磁能為電能，而對電池模組進行充電。其中，當第一發射共振模組、第一接收共振模組及第二接收共振模組分別振盪而諧振，且第一發射共振線圈與第一接收共振線圈電磁耦合，第三接收共振線圈與其中一個第二發射共振線圈電磁耦合時，第一發射共振線圈傳遞電磁能至第一接收共振線圈，第一接收共振線圈再將電磁能傳遞至該些第二發射共振線圈，並透過與第三接收共振線圈電磁耦合的第二發射共振線圈，傳遞電磁能至第三接收共振線圈，據以鍵盤充電模組能轉換第三接收共振線圈所接收的電磁能為電能，而對鍵盤電池模組進行充電。 a mouse pad, comprising a first receiving resonant coil, a first receiving resonant module and a plurality of second transmitting resonant coils, wherein the first receiving resonant coil and each of the second transmitting resonant coils are electrically connected to the first receiving resonance Module, first receiving resonant coil can Electromagnetic coupling with the first transmit resonant coil. A wireless charging mouse includes a second receiving resonant module, a second receiving resonant coil, a charging module and a battery module, and the second receiving resonant module is electrically connected to the second receiving resonant coil and the charging module The second receiving resonant coil can be electromagnetically coupled to each of the second transmitting resonant coils, and the charging module is electrically connected to the battery module. A wireless charging keyboard includes a third receiving resonant module, a third receiving resonant coil, a keyboard charging module and a keyboard battery module, and the third receiving resonant module is electrically connected to the third receiving resonant coil and the keyboard The charging module, the third receiving resonant coil can be electromagnetically coupled with each of the second transmitting resonant coils, and the keyboard charging module is electrically connected to the keyboard battery module. Wherein, the first transmitting resonant module, the first receiving resonant module and the second receiving resonant module respectively oscillate and resonate, and the first transmitting resonant coil is electromagnetically coupled with the first receiving resonant coil, and the second receiving resonant coil is coupled thereto When a second transmitting resonant coil is electromagnetically coupled, the first transmitting resonant coil transmits electromagnetic energy to the first receiving resonant coil, and the first receiving resonant coil transmits electromagnetic energy to the second transmitting resonant coils, and transmits through the second receiving The second transmitting resonant coil electromagnetically coupled by the resonant coil transmits electromagnetic energy to the second receiving resonant coil, and the charging module can convert the electromagnetic energy received by the second receiving resonant coil into electrical energy to charge the battery module. Wherein, the first transmitting resonant module, the first receiving resonant module and the second receiving resonant module respectively oscillate and resonate, and the first transmitting resonant coil is electromagnetically coupled with the first receiving resonant coil, and the third receiving resonant coil is coupled thereto When a second transmitting resonant coil is electromagnetically coupled, the first transmitting resonant coil transmits electromagnetic energy to the first receiving resonant coil, and the first receiving resonant coil transmits electromagnetic energy to the second transmitting resonant coils, and transmits through the third receiving The second transmitting resonant coil electromagnetically coupled by the resonant coil transmits electromagnetic energy to the third receiving resonant coil, and the keyboard charging module can convert the electromagnetic energy received by the third receiving resonant coil into electrical energy, and charge the keyboard battery module .
本發明的有益效果可以在於：透過第一發射共振線圈、第一接收共振線圈、第二發射共振線圈及第二接收共振線圈的配置及其相關共振模組的配置，可達到使無線充電滑鼠被於滑鼠墊內操 作使用的過程中，同時被滑鼠墊進行無線充電作業，而使用者無需再另外更換無線充電滑鼠的電池，或是另外對無線充電滑鼠進行充電。另外，透過第一發射共振線圈、第一接收共振線圈、第二發射共振線圈、第二接收共振線圈、第三接受共振線圈的配置及其相關共振模組的配置，可達到使無線充電鍵盤及無線充電滑鼠於被使用過程中，同時被滑鼠墊進行無線充電。 The beneficial effects of the present invention may be that the wireless charging mouse can be achieved through the configuration of the first transmitting resonant coil, the first receiving resonant coil, the second transmitting resonant coil, and the second receiving resonant coil and the configuration of the associated resonant module. Being operated inside the mouse pad During the use process, the mouse pad is simultaneously charged for wireless charging, and the user does not need to replace the battery of the wireless charging mouse or charge the wireless charging mouse. In addition, through the arrangement of the first transmitting resonant coil, the first receiving resonant coil, the second transmitting resonant coil, the second receiving resonant coil, and the third receiving resonant coil, and the configuration of the related resonant module, the wireless charging keyboard and the wireless charging keyboard can be realized. The wireless charging mouse is wirelessly charged by the mouse pad while it is being used.
為使能更進一步瞭解本發明的特徵及技術內容，請參閱以下有關本發明的詳細說明與附圖，然而所附圖式僅提供參考與說明用，並非用來對本發明加以限制者。 For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings.
1‧‧‧可於移動中充電的無線充電滑鼠裝置 1‧‧‧Wireless charging mouse device that can be charged on the move
2‧‧‧無線充電輸入裝置 2‧‧‧Wireless charging input device
10‧‧‧充電座 10‧‧‧ charging stand
101‧‧‧限位部 101‧‧‧Limited Department
11‧‧‧供電模組 11‧‧‧Power supply module
12‧‧‧第一發射共振模組 12‧‧‧First Launch Resonance Module
13‧‧‧第一發射共振線圈 13‧‧‧First launch resonant coil
14‧‧‧第一處理模組 14‧‧‧First Processing Module
15‧‧‧第一通訊模組 15‧‧‧First communication module
20‧‧‧滑鼠墊 20‧‧‧ Mouse pad
21‧‧‧第一接收共振線圈 21‧‧‧First receiving resonant coil
22‧‧‧第一接收共振模組 22‧‧‧First Receive Resonance Module
23‧‧‧第二發射共振線圈 23‧‧‧Second launch resonant coil
30‧‧‧無線充電滑鼠 30‧‧‧Wireless charging mouse
31‧‧‧第二接收共振模組 31‧‧‧Second receiving resonance module
32‧‧‧第二接收共振線圈 32‧‧‧Second receiving resonant coil
33‧‧‧充電模組 33‧‧‧Charging module
34‧‧‧電池模組 34‧‧‧Battery module
35‧‧‧第二處理模組 35‧‧‧Second processing module
36‧‧‧第二通訊模組 36‧‧‧Second communication module
37‧‧‧位置感測模組 37‧‧‧ Position sensing module
40‧‧‧無線充電鍵盤 40‧‧‧Wireless charging keyboard
41‧‧‧第三接收共振模組 41‧‧‧ Third receiving resonance module
42‧‧‧第三接收共振線圈 42‧‧‧ Third receiving resonant coil
43‧‧‧鍵盤充電模組 43‧‧‧Keyboard charging module
44‧‧‧鍵盤電池模組 44‧‧‧Keyboard battery module
A1‧‧‧第一充電區域 A1‧‧‧First charging area
A2‧‧‧第二充電區域 A2‧‧‧Second charging area
S1‧‧‧充電訊號 S1‧‧‧Charging signal
S2‧‧‧停止訊號 S2‧‧‧ stop signal
圖1為本發明的可於移動中充電的無線充電滑鼠裝置的示意圖。 1 is a schematic diagram of a wireless charging mouse device that can be charged in motion according to the present invention.
圖2為本發明的可於移動中充電的無線充電滑鼠裝置的充電示意圖。 2 is a schematic diagram of charging of a wireless charging mouse device capable of charging in motion according to the present invention.
圖3為本發明的可於移動中充電的無線充電滑鼠裝置的另一充電示意圖。 3 is another schematic diagram of charging of a wireless charging mouse device that can be charged in motion according to the present invention.
圖4為本發明的可於移動中充電的無線充電滑鼠裝置的第一實施例的方塊示意圖。 4 is a block diagram showing a first embodiment of a wireless charging mouse device that can be charged in motion according to the present invention.
圖5為本發明的可於移動中充電的無線充電滑鼠裝置的第二實施例的方塊示意圖。 5 is a block diagram showing a second embodiment of a wireless charging mouse device that can be charged in motion according to the present invention.
圖6為本發明的可於移動中充電的無線充電滑鼠裝置的第二實施例的另一方塊示意圖。 6 is another block diagram of a second embodiment of a wireless charging mouse device that can be charged in motion according to the present invention.
圖7為本發明的無線充電輸入裝置的第三實施例的方塊示意圖。 Figure 7 is a block diagram showing a third embodiment of the wireless charging input device of the present invention.
圖8為本發明的無線充電輸入裝置的第三實施例的示意圖。 Figure 8 is a schematic illustration of a third embodiment of a wireless charging input device of the present invention.
以下係藉由特定的具體實例說明本發明之無線充電輸入裝置及其可於移動中充電的無線充電滑鼠裝置的實施方式，熟悉此技術之人士可由本說明書所揭示之內容輕易地瞭解本發明之其他優點與功效。本發明亦可藉由其他不同的具體實例加以施行或應 用，本說明書中的各項細節亦可基於不同觀點與應用，在不悖離本發明之精神下進行各種修飾與變更。又本發明之圖式僅為簡單說明，並非依實際尺寸描繪，亦即未反應出相關構成之實際尺寸，先予敘明。以下之實施方式係進一步詳細說明本發明之觀點，但並非以任何觀點限制本發明之範疇。 The following describes an embodiment of the wireless charging input device of the present invention and a wireless charging mouse device that can be charged while moving by a specific specific example, and those skilled in the art can easily understand the present invention by the contents disclosed in the present specification. Other advantages and effects. The invention may also be implemented or carried out by other different specific examples. The details of the present invention can be variously modified and changed without departing from the spirit and scope of the invention. Further, the drawings of the present invention are merely illustrative, and are not depicted in actual dimensions, that is, the actual dimensions of the related structures are not reflected, which will be described first. The following embodiments are intended to describe the present invention in further detail, but are not intended to limit the scope of the invention.
請一併參閱圖1至圖4，其為本發明的可於移動中充電的無線充電滑鼠裝置的第一實施例的示意圖。如圖所示，可於移動中充電的無線充電滑鼠裝置1包括有一充電座10、一滑鼠墊20及一無線充電滑鼠30。充電座10包括有一供電模組11、一第一發射共振模組12及一第一發射共振線圈13。供電模組11用以連接外部電源，並據以轉換為充電座10內部各構件所需的電壓及電流；於實際應用中，供電模組11可依據實際需求，具有變壓、整流、濾波等相關電路及構件。第一發射共振模組12電性連接供電模組11及第一發射共振線圈13。具體來說，第一發射共振模組12可以包括有震盪電路及驅動電路；第一發射共振線圈13可以包括有一線圈本體及一電容。 Please refer to FIG. 1 to FIG. 4 together, which are schematic diagrams of a first embodiment of a wireless charging mouse device that can be charged in motion. As shown, the wireless charging mouse device 1 that can be charged in motion includes a charging stand 10, a mouse pad 20 and a wireless charging mouse 30. The charging base 10 includes a power supply module 11 , a first transmitting resonant module 12 and a first transmitting resonant coil 13 . The power supply module 11 is configured to connect an external power source and convert the voltage and current required for each component of the charging base 10; in practical applications, the power supply module 11 can have variable voltage, rectification, filtering, etc. according to actual needs. Related circuits and components. The first radiating resonance module 12 is electrically connected to the power supply module 11 and the first transmitting resonant coil 13 . Specifically, the first transmitting resonant module 12 can include an oscillating circuit and a driving circuit. The first transmitting resonant coil 13 can include a coil body and a capacitor.
滑鼠墊20包括有一第一接收共振線圈21、一第一接收共振模組22及數個第二發射共振線圈23。第一接收共振線圈21能與第一發射共振線圈13電磁耦合，且第一接收共振線圈21與第一接收共振模組22電性連接。數個第二發射共振線圈23分別電性連接第一接收共振模組22。滑鼠墊20的表面可以定義出一第一充電區域A1及一第二充電區域A2，第一接收共振線圈21設置於第一充電區域A1內，該些第二發射共振線圈23設置於第二充電區域A2內。其中，第一充電區域A1及第二充電區域A2的範圍，及第二發射共振線圈23的個數及其排列方式，可以依據實際需求加以設計，亦不侷限於圖中所示。 The mouse pad 20 includes a first receiving resonant coil 21, a first receiving resonant module 22, and a plurality of second transmitting resonant coils 23. The first receiving resonant coil 21 can be electromagnetically coupled to the first transmitting resonant coil 13 , and the first receiving resonant coil 21 is electrically connected to the first receiving resonant module 22 . The plurality of second transmitting resonant coils 23 are electrically connected to the first receiving resonant module 22, respectively. The surface of the mouse pad 20 defines a first charging area A1 and a second charging area A2. The first receiving resonant coil 21 is disposed in the first charging area A1, and the second transmitting resonant coils 23 are disposed in the second. In the charging area A2. The range of the first charging area A1 and the second charging area A2, and the number of the second transmitting resonant coils 23 and the arrangement thereof can be designed according to actual needs, and are not limited to the figures.
值得一提的是，滑鼠墊20的第一充電區域A1可以是具有一 定位結構(圖未示)，用以固定設置於第一充電區域A1的充電座10；舉例來說，定位結構可以凸伸於滑鼠墊20的結構，而可限制充電座10於第一充電區域A1的活動範圍，又或者定位結構可以是磁性體，設置於滑鼠墊20表面或內部，而可吸附充電座10相對應的磁性體。 It is worth mentioning that the first charging area A1 of the mouse pad 20 may have one a positioning structure (not shown) for fixing the charging stand 10 disposed in the first charging area A1; for example, the positioning structure can protrude from the structure of the mouse pad 20, and can limit the charging stand 10 to the first charging The range of motion of the area A1, or the positioning structure, may be a magnetic body disposed on the surface or inside of the mouse pad 20 to adsorb the magnetic body corresponding to the charging stand 10.
無線充電滑鼠30包括有一第二接收共振模組31、一第二接收共振線圈32、一充電模組33及一電池模組34。第二接收共振模組31電性連接第二接收共振線圈32及充電模組33。第二接收共振線圈32能與任一該第二發射共振線圈23電磁耦合。充電模組33電性連接電池模組34。其中，充電模組33可以包括有變壓、整流、濾波等電路及構件，據以將電流或電壓轉換為電池模組34可用的形式。較佳地，無線充電滑鼠30可以包括有電量顯示單元(圖未示)，其用以顯示電池模組34的電量，而供使用者觀看。具體來說，第一發射共振模組12、第一接收共振模組22及第二接收共振模組31可以分別包括有LC振盪電路、振盪電容、電感器等。 The wireless charging mouse 30 includes a second receiving resonant module 31, a second receiving resonant coil 32, a charging module 33, and a battery module 34. The second receiving resonance module 31 is electrically connected to the second receiving resonant coil 32 and the charging module 33. The second receiving resonant coil 32 can be electromagnetically coupled to any of the second transmitting resonant coils 23. The charging module 33 is electrically connected to the battery module 34. The charging module 33 may include circuits and components such as voltage transformation, rectification, filtering, etc., thereby converting current or voltage into a form usable by the battery module 34. Preferably, the wireless charging mouse 30 can include a power display unit (not shown) for displaying the power of the battery module 34 for viewing by the user. Specifically, the first radiating resonance module 12, the first receiving resonant module 22, and the second receiving resonant module 31 may respectively include an LC oscillating circuit, an oscillating capacitor, an inductor, and the like.
請一併參閱圖2(圖中第一發射共振線圈13及第一接收共振線圈21、第二發射共振線圈23及第二接收共振線圈32的大小僅為示意，並不侷限於此)及圖4，當第一發射共振模組12、第一接收共振模組22及第二接收共振模組31以相近的頻率(例如6.78MHz)振盪而諧振，且第一發射共振線圈13與第一接收共振線圈21電磁耦合，第二發射共振線圈23與其中一個第二接收共振線圈32電磁耦合時，第一發射共振線圈13將傳遞電磁能至第一接收共振線圈21；第一接收共振線圈21接收由第一發射共振線圈13傳遞的電磁能後，將透過與第二接收共振線圈32電磁耦合的第二發射共振線圈23，將該電磁能傳遞至第二接收共振線圈32；而第二接收共振線圈32接收該電磁能後，透過充電模組33將其轉換為符合電池模組34儲存形式的電能，進而儲存於電池模組34中。 Please refer to FIG. 2 together (the sizes of the first transmitting resonant coil 13 and the first receiving resonant coil 21, the second transmitting resonant coil 23, and the second receiving resonant coil 32 are merely illustrative, and are not limited thereto) and 4. When the first transmitting resonant module 12, the first receiving resonant module 22, and the second receiving resonant module 31 oscillate at a similar frequency (for example, 6.78 MHz) to resonate, and the first transmitting resonant coil 13 and the first receiving When the resonant coil 21 is electromagnetically coupled, and the second transmitting resonant coil 23 is electromagnetically coupled to one of the second receiving resonant coils 32, the first transmitting resonant coil 13 will transmit electromagnetic energy to the first receiving resonant coil 21; the first receiving resonant coil 21 receives After the electromagnetic energy transmitted by the first transmitting resonant coil 13, the electromagnetic energy can be transmitted to the second receiving resonant coil 32 through the second transmitting resonant coil 23 electromagnetically coupled to the second receiving resonant coil 32; and the second receiving resonance After receiving the electromagnetic energy, the coil 32 converts the electrical energy into the battery module 34 according to the stored form of the battery module 34 through the charging module 33.
換言之，當使用者將充電座10設置於滑鼠墊20的第一充電 區域A1中，且使用者於滑鼠墊20的第二充電區域A2內使用無線充電滑鼠30時，充電座10將透過滑鼠墊20對無線充電滑鼠30的電池模組34進行充電，藉以可達到無線充電滑鼠30於滑鼠墊20上移動，而消耗電池模組34的電能時，滑鼠墊20同時對無線充電滑鼠30的電池模組34進行充電的功效；如此，使用者只要將充電座10設置於滑鼠墊20的第一充電區域A1，且於該滑鼠墊20的第二充電區域A2使用無線充電滑鼠30，則無線充電滑鼠30將隨時維持在電量充足的狀態下，而不會發生如同習知技術中，無線充電滑鼠內部電池沒電而滑鼠無法使用的問題。 In other words, when the user sets the charging stand 10 to the first charge of the mouse pad 20 In the area A1, when the user uses the wireless charging mouse 30 in the second charging area A2 of the mouse pad 20, the charging stand 10 charges the battery module 34 of the wireless charging mouse 30 through the mouse pad 20. Therefore, the wireless charging mouse 30 can be moved on the mouse pad 20, and when the power of the battery module 34 is consumed, the mouse pad 20 simultaneously charges the battery module 34 of the wireless charging mouse 30; As long as the charging stand 10 is placed in the first charging area A1 of the mouse pad 20, and the wireless charging mouse 30 is used in the second charging area A2 of the mouse pad 20, the wireless charging mouse 30 will be maintained at any time. In a sufficient state, there is no problem that the wireless charging mouse has no internal battery and the mouse cannot be used, as in the conventional technology.
特別說明的是，在較佳的實施態樣中，充電座10的第一發射共振線圈13能與無線充電滑鼠30的第二接收共振線圈32電磁耦合。據以，當無線充電滑鼠30設置於充電座10(如圖3所示)，且第一發射共振線圈13與第二接收共振線圈32電磁耦合時，第一發射共振線圈13能傳遞電磁能至第二接收共振線圈32，而充電模組33能據以轉換電磁能為電能，而對電池模組34進行充電。換言之，使用者可以依據實際需求，選擇利用充電座10對無線充電滑鼠30進行充電，或是透過滑鼠墊20對無線充電滑鼠30進行充電。 In particular, in a preferred embodiment, the first transmit resonant coil 13 of the charging stand 10 can be electromagnetically coupled to the second receive resonant coil 32 of the wireless charging mouse 30. Accordingly, when the wireless charging mouse 30 is disposed on the charging stand 10 (as shown in FIG. 3), and the first transmitting resonant coil 13 is electromagnetically coupled with the second receiving resonant coil 32, the first transmitting resonant coil 13 can transmit electromagnetic energy. The second receiving resonant coil 32 is connected to the charging module 33, and the charging module 33 can charge the battery module 34 according to the converted electromagnetic energy. In other words, the user can choose to charge the wireless charging mouse 30 by using the charging stand 10 or charge the wireless charging mouse 30 through the mouse pad 20 according to actual needs.
在更好的實施態樣中，充電座10可以是設置有一限位部101，其用以限制無線充電滑鼠30設置於充電座10上的位置，而使設置於充電座10上的無線充電滑鼠30的第二接收共振線圈32能與第一發射共振線圈13更精準地對位，進而使第一發射共振線圈13及第二接收共振線圈32的電磁能的傳遞效率更佳。 In a better implementation, the charging stand 10 can be provided with a limiting portion 101 for limiting the position of the wireless charging mouse 30 on the charging stand 10, and wireless charging provided on the charging stand 10. The second receiving resonance coil 32 of the mouse 30 can be aligned more accurately with the first transmitting resonant coil 13, thereby making the electromagnetic energy transmission efficiency of the first transmitting resonant coil 13 and the second receiving resonant coil 32 better.
另外，值得一提的是，由於無線充電滑鼠30具有電池模組34，因此，在實際應用中，無線充電滑鼠30並非必需設置於滑鼠墊20上才可使用。亦即，於實際應用中，即便使用者忘記攜帶充電座10及滑鼠墊20出門，無線充電滑鼠30仍可以使用其本身的電池模組34對內部構件進行供電，而使用者仍可使用該無線充電 滑鼠30。 In addition, it is worth mentioning that since the wireless charging mouse 30 has the battery module 34, in practical applications, the wireless charging mouse 30 is not necessarily provided on the mouse pad 20 to be used. That is, in practical applications, even if the user forgets to carry the charging stand 10 and the mouse pad 20 to go out, the wireless charging mouse 30 can still use its own battery module 34 to supply power to the internal components, and the user can still use the battery. The wireless charging Mouse 30.
請參閱圖5，其為本發明的可於移動中充電的無線充電滑鼠裝置的第二實施例的方塊示意圖。如圖所示，可於移動中充電的無線充電滑鼠裝置1包括有一充電座10、一滑鼠墊20及一無線充電滑鼠30。充電座10包括有一供電模組11、一第一發射共振模組12、一第一發射共振線圈13、一第一處理模組14及一第一通訊模組15。滑鼠墊20包括有一第一接收共振線圈21、一第一接收共振模組22及數個第二發射共振線圈23。無線充電滑鼠30包括有一第二接收共振模組31、一第二接收共振線圈32、一充電模組33、一電池模組34、一第二處理模組35及一第二通訊模組36。關於充電座10、滑鼠墊20與無線充電滑鼠30的部分構件，已於前述實施例詳細說明，以下不再贅述；本實施例主要說明的是，充電座10的第一處理模組14及第一通訊模組15，與無線充電滑鼠30的第二處理模組35及第二通訊模組36之間的作動關係。 Please refer to FIG. 5, which is a block diagram of a second embodiment of a wireless charging mouse device that can be charged in motion. As shown, the wireless charging mouse device 1 that can be charged in motion includes a charging stand 10, a mouse pad 20 and a wireless charging mouse 30. The charging base 10 includes a power supply module 11, a first transmitting resonant module 12, a first transmitting resonant coil 13, a first processing module 14, and a first communication module 15. The mouse pad 20 includes a first receiving resonant coil 21, a first receiving resonant module 22, and a plurality of second transmitting resonant coils 23. The wireless charging mouse 30 includes a second receiving resonant module 31, a second receiving resonant coil 32, a charging module 33, a battery module 34, a second processing module 35, and a second communication module 36. . The components of the charging stand 10, the mouse pad 20, and the wireless charging mouse 30 have been described in detail in the foregoing embodiments, and are not described below. The first embodiment of the present invention mainly illustrates the first processing module 14 of the charging stand 10. And an actuation relationship between the first communication module 15 and the second processing module 35 and the second communication module 36 of the wireless charging mouse 30.
充電座10的第一處理模組14電性連接供電模組11、第一發射共振模組12及第一通訊模組15。第一處理模組14能控制供電模組11、第一發射共振模組12及第一通訊模組15的作動，且第一處理模組14能依據第一通訊模組15是否接收一充電訊號S1，而對應控制供電模組11及第一發射共振模組12於一正常供電模式及一省電模式間進行切換。 The first processing module 14 of the charging stand 10 is electrically connected to the power supply module 11 , the first transmitting resonant module 12 and the first communication module 15 . The first processing module 14 can control the operation of the power supply module 11 , the first transmitting resonant module 12 and the first communication module 15 , and the first processing module 14 can receive a charging signal according to the first communication module 15 . S1, and the corresponding control power supply module 11 and the first transmitting resonance module 12 are switched between a normal power supply mode and a power saving mode.
無線充電滑鼠30的第二處理模組35電性連接第二接收共振模組31、充電模組33、電池模組34及第二通訊模組36，而第二處理模組35能依據充電模組33是否接收由第二接收共振線圈32所傳遞轉換的電磁能，或是電池模組34的電量狀態，而控制第二通訊模組36發出該充電訊號S1至第一通訊模組15。具體來說，充電模組33可以包括有濾波整流電路及降壓IC；電池模組34可以包括有充電IC。 The second processing module 35 of the wireless charging mouse 30 is electrically connected to the second receiving resonant module 31, the charging module 33, the battery module 34 and the second communication module 36, and the second processing module 35 can be charged according to the charging. The module 33 receives the electromagnetic energy converted by the second receiving resonant coil 32 or the state of charge of the battery module 34, and controls the second communication module 36 to send the charging signal S1 to the first communication module 15. Specifically, the charging module 33 can include a filter rectifier circuit and a step-down IC; the battery module 34 can include a charging IC.
具體來說，當充電座10設置於滑鼠墊20的第一充電區域A1時，充電座10的第一發射共振模組12及供電模組11可以是處於省電模式，而第一發射共振線圈13間斷地傳遞電磁能至滑鼠墊20的第一接收共振線圈21。此時，若無線充電滑鼠30設置於滑鼠墊20的第二充電區域A2，則滑鼠墊20的其中一個與無線充電滑鼠30的第二接收共振線圈32電磁耦合的第二發射共振線圈23，將對應間斷地傳遞電磁能至無線充電滑鼠30的第二接收共振線圈32，而第二接收共振線圈32間斷地接收電磁能後，第二處理模組35將控制第二通訊模組36傳遞充電訊號S1至第一通訊模組15。充電座10的第一通訊模組15接收充電訊號S1後，第一處理模組14將控制第一發射共振模組12及供電模組11由省電模式切換為正常供電模式，而使第一發射共振線圈13由間接地變換為持續地對滑鼠墊20的第一接收共振線圈21傳遞電磁能，據以位於第二充電區域A2的無線充電滑鼠30的電池模組34能持續地被充電。其中，無線充電滑鼠30的第二通訊模組36可以是同時用以傳遞無線充電滑鼠30位置資訊至電腦的通訊模組。 Specifically, when the charging stand 10 is disposed in the first charging area A1 of the mouse pad 20, the first transmitting resonant module 12 and the power supply module 11 of the charging stand 10 may be in a power saving mode, and the first transmitting resonance The coil 13 intermittently transmits electromagnetic energy to the first receiving resonance coil 21 of the mouse pad 20. At this time, if the wireless charging mouse 30 is disposed in the second charging area A2 of the mouse pad 20, the second emission resonance of one of the mouse pads 20 and the second receiving resonance coil 32 of the wireless charging mouse 30 is electromagnetically coupled. The coil 23 will intermittently transmit electromagnetic energy to the second receiving resonant coil 32 of the wireless charging mouse 30, and after the second receiving resonant coil 32 intermittently receives electromagnetic energy, the second processing module 35 will control the second communication mode. The group 36 transmits the charging signal S1 to the first communication module 15. After the first communication module 15 of the charging stand 10 receives the charging signal S1, the first processing module 14 controls the first transmitting resonant module 12 and the power supply module 11 to switch from the power saving mode to the normal power supply mode, so that the first The transmitting resonant coil 13 is indirectly converted to continuously transmit electromagnetic energy to the first receiving resonant coil 21 of the mouse pad 20, whereby the battery module 34 of the wireless charging mouse 30 located in the second charging area A2 can be continuously Charging. The second communication module 36 of the wireless charging mouse 30 may be a communication module for transmitting the wireless charging mouse 30 position information to the computer at the same time.
如上所述，簡單來說，充電座10設置於滑鼠墊20上時，第一發射共振模組12及供電模組11可以是處於省電模式，而第一發射共振線圈13間斷地傳遞電磁能至滑鼠墊20的第一接收共振線圈21；而當第一通訊模組15接收由無線充電滑鼠30的第二通訊模組36傳送的充電訊號S1時，第一處理模組14將對應控制第一發射共振模組12及供電模組11由省電模式切換為正常供電模式。 As described above, in brief, when the charging stand 10 is disposed on the mouse pad 20, the first transmitting resonant module 12 and the power supply module 11 may be in a power saving mode, and the first transmitting resonant coil 13 intermittently transmits electromagnetic The first receiving resonant coil 21 can be connected to the mouse pad 20; and when the first communication module 15 receives the charging signal S1 transmitted by the second communication module 36 of the wireless charging mouse 30, the first processing module 14 Correspondingly, the first transmitting resonant module 12 and the power supply module 11 are switched from the power saving mode to the normal power supply mode.
值得一提的是，在其他的實施態樣中，充電座10的第一發射共振模組12與供電模組11的省電模式，除了上述充電座10透過第一發射共振線圈13間斷地傳遞電磁能至滑鼠墊20的第一接收共振線圈21外，該省電模式亦可以是第一發射共振線圈13持續地傳遞低功率的電磁能至第一接收共振線圈21；而當第一通訊模 組15接收充電訊號S1後，第一處理模組14將控制第一發射共振模組12及供電模組11由省電模式切換為正常供電模式(即第一發射共振線圈13傳遞高功率的電磁能至第一接收共振線圈21)。 It is to be noted that, in other implementations, the power-saving mode of the first transmitting resonant module 12 and the power supply module 11 of the charging stand 10 is intermittently transmitted through the first transmitting resonant coil 13 Electromagnetic energy to the first receiving resonance coil 21 of the mouse pad 20, the power saving mode may also be that the first transmitting resonant coil 13 continuously transmits low-power electromagnetic energy to the first receiving resonant coil 21; and when the first communication mold After the group 15 receives the charging signal S1, the first processing module 14 controls the first transmitting resonant module 12 and the power supply module 11 to switch from the power saving mode to the normal power supply mode (ie, the first transmitting resonant coil 13 transmits high power electromagnetic It is possible to reach the first receiving resonance coil 21).
在另外的實施態樣中，充電座10設置於滑鼠墊20的第一充電區域A1內時，第一發射共振模組12及供電模組11可以是處於正常供電模式，此時充電座10將持續地透過第一發射共振線圈13傳遞電磁能至滑鼠墊20的第一接收共振線圈21。而，當充電座10的第一通訊模組15於一預定時間內，未接收到由無線充電滑鼠30傳遞的充電訊號S1時，充電座10的第一處理模組14則將控制第一發射共振模組12及供電模組11由正常供電模式切換為省電模式。 In another embodiment, when the charging stand 10 is disposed in the first charging area A1 of the mouse pad 20, the first transmitting resonant module 12 and the power supply module 11 may be in a normal power supply mode, and the charging stand 10 Electromagnetic energy will be continuously transmitted through the first transmitting resonant coil 13 to the first receiving resonant coil 21 of the mouse pad 20. When the first communication module 15 of the charging stand 10 does not receive the charging signal S1 transmitted by the wireless charging mouse 30 within a predetermined time, the first processing module 14 of the charging stand 10 will control the first The transmitting resonance module 12 and the power supply module 11 are switched from the normal power supply mode to the power saving mode.
在更好的實施態樣中，無線充電滑鼠30更可以包括有一位置感測模組37，其電性連接第二處理模組35及第二通訊模組36；位置感測模組37用以感測無線充電滑鼠30的移動量，而產生一位置訊號，第二處理模組35接收位置訊號後，將透過第二通訊模組36傳遞至電腦裝置。其中，當第二處理模組35偵測位置感測模組37於一預定時間(例如5~10分鐘)，未產生位置訊號，第二處理模組35則依據電池模組34是否電量充足，控制第二通訊模組36傳遞一停止訊號S2至充電座10；而，當第一通訊模組15接收停止訊號S2時，第一處理模組14將控制第一發射共振模組12及供電模組11由正常供電模式切換為省電模式。具體來說，使用者若持續一段時間未使用設置於第二充電區域A2內的無線充電滑鼠30，第二處理模組35若判斷電池模組34具有充足電量，則第二處理模組35將控制第二通訊模組36傳遞停止訊號S2至充電座10，以使充電座10由正常供電模式切換為省電模式。 In a better implementation, the wireless charging mouse 30 can further include a position sensing module 37 electrically connected to the second processing module 35 and the second communication module 36. The position sensing module 37 is used. To sense the amount of movement of the wireless charging mouse 30, a position signal is generated. After receiving the position signal, the second processing module 35 transmits the position signal to the computer device through the second communication module 36. When the second processing module 35 detects the position sensing module 37 for a predetermined time (for example, 5 to 10 minutes), the position signal is not generated, and the second processing module 35 is based on whether the battery module 34 is fully charged. Controlling the second communication module 36 to transmit a stop signal S2 to the charging stand 10; and when the first communication module 15 receives the stop signal S2, the first processing module 14 controls the first transmitting resonant module 12 and the power supply mode Group 11 switches from the normal power mode to the power save mode. Specifically, if the user does not use the wireless charging mouse 30 disposed in the second charging area A2 for a period of time, the second processing module 35 determines that the battery module 34 has sufficient power, and then the second processing module 35 The second communication module 36 will be controlled to transmit the stop signal S2 to the charging stand 10 to switch the charging stand 10 from the normal power supply mode to the power saving mode.
另外，在其他的應用中，透過充電座10的第一處理模組14及第一通訊模組15，與無線充電滑鼠30的第二處理模組35及第二通訊模組36間充電訊號S1的傳遞及辨識，更可以達到使充電 座10辨識無線充電滑鼠30的功效，而使滑鼠墊20僅對特定的無線充電滑鼠30進行充電。亦即，即使其他的無線充電滑鼠能接收滑鼠墊20所傳遞的電磁能，該無線充電滑鼠還必須對應傳遞充電訊號S1至充電座10的第一通訊模組15，否則充電座10將間斷地傳遞電磁能或是傳遞低功率的電磁能至滑鼠墊20，而使得該無線充電滑鼠無法被有效地充電。 In addition, in other applications, the charging signal is transmitted between the first processing module 14 and the first communication module 15 of the charging stand 10 and the second processing module 35 and the second communication module 36 of the wireless charging mouse 30. S1 transmission and identification, can achieve the charge The seat 10 recognizes the efficacy of the wireless charging mouse 30, and causes the mouse pad 20 to charge only a particular wireless charging mouse 30. That is, even if the other wireless charging mouse can receive the electromagnetic energy transmitted by the mouse pad 20, the wireless charging mouse must also transmit the charging signal S1 to the first communication module 15 of the charging stand 10, otherwise the charging stand 10 Electromagnetic energy will be intermittently transmitted or low-power electromagnetic energy can be delivered to the mouse pad 20, so that the wireless charging mouse cannot be effectively charged.
特別說明的是，請一併參閱圖3及圖6，如前述實施例，充電座10的第一發射共振線圈13能與無線充電滑鼠30的第二接收共振線圈32電磁耦合，而可使無線充電滑鼠30設置於充電座10上，能被充電座10充電。較佳地，在無線充電滑鼠30未設置於充電座10上時，充電座10的第一發射共振模組12及供電模組11可以是處於省電模式(例如第一發射共振線圈13間斷地傳遞電磁能至無線充電滑鼠30的第二接收共振線圈32，或是第一發射共振線圈13傳遞低功率的電磁能至第二接收共振線圈32)；而，當無線充電滑鼠30設置於充電座10上，且第二接收共振線圈32接收由第一發射共振線圈13傳遞的電磁能後，如果電池模組34電量不充足，則第二處理模組35將控制第二通訊模組36傳遞充電訊號S1至充電座10的第一通訊模組15，而使第一處理模組14控制第一發射共振模組12及供電模組11由省電模式切換為正常供電模式。相對地，如果電池模組34的電量充足，第二處理模組35則不控制第二通訊模組36傳遞充電訊號S1，而使充電座10的第一發射共振模組12與供電模組11維持省電模式。又，當第二處理模組35於無線充電滑鼠30充電過程中，偵測電池模組34電量已充足時，第二處理模組35將控制第二通訊模組36傳遞停止訊號S2至第一通訊模組15，以使充電座10的第一處理模組14控制第一發射共振模組12及供電模組11由正常供電模式切換為省電模式。 Specifically, please refer to FIG. 3 and FIG. 6. As shown in the foregoing embodiment, the first transmitting resonant coil 13 of the charging stand 10 can be electromagnetically coupled with the second receiving resonant coil 32 of the wireless charging mouse 30. The wireless charging mouse 30 is disposed on the charging stand 10 and can be charged by the charging stand 10. Preferably, when the wireless charging mouse 30 is not disposed on the charging base 10, the first transmitting resonant module 12 and the power supply module 11 of the charging stand 10 may be in a power saving mode (for example, the first transmitting resonant coil 13 is intermittent). Electromagnetic energy is transmitted to the second receiving resonant coil 32 of the wireless charging mouse 30, or the first transmitting resonant coil 13 transmits low-power electromagnetic energy to the second receiving resonant coil 32); and, when the wireless charging mouse 30 is set After the second receiving resonant coil 32 receives the electromagnetic energy transmitted by the first transmitting resonant coil 13, if the battery module 34 is insufficient in power, the second processing module 35 controls the second communication module. The first processing module 14 controls the first transmitting resonant module 12 and the power supply module 11 to be switched from the power saving mode to the normal power supply mode by transmitting the charging signal S1 to the first communication module 15 of the charging base 10. In contrast, if the battery module 34 has sufficient power, the second processing module 35 does not control the second communication module 36 to transmit the charging signal S1, and the first transmitting resonant module 12 and the power supply module 11 of the charging stand 10 are Maintain power saving mode. Moreover, when the second processing module 35 detects that the battery module 34 is fully charged during the charging process of the wireless charging mouse 30, the second processing module 35 controls the second communication module 36 to transmit the stop signal S2 to the first A communication module 15 is configured to cause the first processing module 14 of the charging stand 10 to control the first transmitting resonant module 12 and the power supply module 11 to switch from the normal power supply mode to the power saving mode.
在另外的實施例中，在無線充電滑鼠30未設置於充電座10 上時，充電座10的第一發射共振模組12及供電模組11可以是處於正常供電模式，而當無線充電滑鼠30設置於充電座10上，且第二接收共振線圈32接收到由第一發射共振線圈13傳遞的電磁能後，第二處理模組35將依據電池模組34的電量，而控制第二通訊模組36傳遞停止訊號S2至第一通訊模組15。例如，當第二處理模組35判斷電池模組34的電量充足時，第二處理模組35將控制第二通訊模組36傳遞停止訊號S2至第一通訊模組15，而第一處理模組14將據以控制第一發射共振模組12及供電模組11由正常供電模式切換為省電模式。 In another embodiment, the wireless charging mouse 30 is not disposed in the charging stand 10 In the upper case, the first transmitting resonant module 12 and the power supply module 11 of the charging stand 10 may be in a normal power supply mode, and when the wireless charging mouse 30 is disposed on the charging stand 10, and the second receiving resonant coil 32 is received by After the first transmitting resonant coil 13 transmits the electromagnetic energy, the second processing module 35 controls the second communication module 36 to transmit the stop signal S2 to the first communication module 15 according to the power of the battery module 34. For example, when the second processing module 35 determines that the battery module 34 has sufficient power, the second processing module 35 controls the second communication module 36 to transmit the stop signal S2 to the first communication module 15, and the first processing module The group 14 will control the first transmitting resonance module 12 and the power supply module 11 to switch from the normal power supply mode to the power saving mode.
較佳地，充電座10可以具有一模式顯示單元(圖未示)，其用以顯示充電座10的第一發射共振模組12及供電模組11目前所處於的模式；例如：模式顯示單元可以是一警示燈，當第一發射共振模組12及供電模組11處於省電模式(第一發射共振線圈13間斷地傳遞電磁能或是傳遞低功率的電磁能至第一接收共振線圈21)時，警示燈可以是閃爍的綠燈狀態；當第一通訊模組15接收充電訊號S1，第一發射共振模組12及供電模組11處於正常供電模式時，警示燈可以是不閃爍的綠燈；而，當第一通訊模組15接收停止訊號S2時，警示燈則可以是呈現紅燈的狀態。當然，模式顯示單元可以是依據需求而變化，不侷限於警示燈的形式，例如亦可以是顯示螢幕的形式。 Preferably, the charging stand 10 can have a mode display unit (not shown) for displaying the mode in which the first transmitting resonant module 12 and the power supply module 11 of the charging stand 10 are currently located; for example, a mode display unit It may be a warning light. When the first transmitting resonant module 12 and the power supply module 11 are in the power saving mode (the first transmitting resonant coil 13 intermittently transmits electromagnetic energy or transmits low-power electromagnetic energy to the first receiving resonant coil 21) When the first communication module 15 receives the charging signal S1, the first transmitting resonant module 12 and the power supply module 11 are in the normal power supply mode, the warning light may be a flashing green light. When the first communication module 15 receives the stop signal S2, the warning light may be in a red light state. Of course, the mode display unit may be changed according to requirements, and is not limited to the form of a warning light, for example, may also be in the form of a display screen.
請一併參閱圖7及圖8，其為本發明的無線充電輸入裝置的示意圖。如圖7所示，無線充電輸入裝置2包括有一充電座10、一滑鼠墊20、一無線充電滑鼠30及一無線充電鍵盤40。充電座10包括有一供電模組11、一第一發射共振模組12及一第一發射共振線圈13；滑鼠墊20包括有一第一接收共振線圈21、一第一接收共振模組22及數個第二發射共振線圈23；無線充電滑鼠30包括有一第二接收共振模組31、一第二接收共振線圈32、一充電模組 33及一電池模組34。關於充電座10、滑鼠墊20及無線充電滑鼠30的相關構件及其相互連動關係，與前述實施例相同，於此不再贅述。無線充電鍵盤40包括有一第三接收共振模組41、一第三接收共振線圈42、一鍵盤充電模組43及一鍵盤電池模組44，第三接收共振模組41電性連接第三接收共振線圈42及鍵盤充電模組43，第三接收共振線圈42能與各第二發射共振線圈23電磁耦合，鍵盤充電模組電性連接鍵盤電池模組44。 Please refer to FIG. 7 and FIG. 8 together, which are schematic diagrams of the wireless charging input device of the present invention. As shown in FIG. 7, the wireless charging input device 2 includes a charging stand 10, a mouse pad 20, a wireless charging mouse 30, and a wireless charging keyboard 40. The charging base 10 includes a power supply module 11, a first transmitting resonant module 12 and a first transmitting resonant coil 13; the mouse pad 20 includes a first receiving resonant coil 21, a first receiving resonant module 22 and a number a second transmitting resonant coil 23; the wireless charging mouse 30 includes a second receiving resonant module 31, a second receiving resonant coil 32, and a charging module 33 and a battery module 34. The related components of the charging stand 10, the mouse pad 20, and the wireless charging mouse 30 and their mutual interlocking relationship are the same as those of the foregoing embodiment, and details are not described herein again. The wireless charging keyboard 40 includes a third receiving resonant module 41, a third receiving resonant coil 42, a keyboard charging module 43, and a keyboard battery module 44. The third receiving resonant module 41 is electrically connected to the third receiving resonance. The coil 42 and the keyboard charging module 43 , the third receiving resonant coil 42 can be electromagnetically coupled to each of the second transmitting resonant coils 23 , and the keyboard charging module is electrically connected to the keyboard battery module 44 .
當第一發射共振模組12、第一接收共振模組22及第二接收共振模組31分別振盪而諧振，且第一發射共振線圈13與第一接收共振線圈21電磁耦合，第三接收共振線圈42與其中一個第二發射共振線圈23電磁耦合時，第一發射共振線圈13傳遞電磁能至第一接收共振線圈21，第一接收共振線圈21再將電磁能傳遞至該些第二發射共振線圈23，並透過與第三接收共振線圈42電磁耦合的第二發射共振線圈23，傳遞電磁能至第三接收共振線圈42，據以鍵盤充電模組43能轉換第三接收共振線圈42所接收的電磁能為電能，而對鍵盤電池模組44進行充電。 When the first transmitting resonant module 12, the first receiving resonant module 22, and the second receiving resonant module 31 respectively oscillate and resonate, and the first transmitting resonant coil 13 is electromagnetically coupled with the first receiving resonant coil 21, the third receiving resonance When the coil 42 is electromagnetically coupled with one of the second transmitting resonant coils 23, the first transmitting resonant coil 13 transmits electromagnetic energy to the first receiving resonant coil 21, and the first receiving resonant coil 21 transmits electromagnetic energy to the second transmitting resonant elements. The coil 23 transmits electromagnetic energy to the third receiving resonant coil 42 through the second transmitting resonant coil 23 electromagnetically coupled to the third receiving resonant coil 42. The keyboard charging module 43 can convert the third receiving resonant coil 42 to receive The electromagnetic energy is electrical energy, and the keyboard battery module 44 is charged.
具體來說，請一併參閱圖1及圖8，滑鼠墊20的表面可以定義出一第一充電區域A1及一第二充電區域A2，第一接收共振線圈21設置於第一充電區域A1內，該些第二發射共振線圈23設置於第二充電區域A2內。當充電座10設置於滑鼠墊20的第一充電區域A1上，且無線充電鍵盤40設置於滑鼠墊20的第二充電區域A2上時，充電座10即可透過滑鼠墊20對鍵盤電池模組44進行無線充電。當然，於實際應用中，滑鼠墊20的大小及其外型可以是依據需求加以設計，不侷限於本實施例圖中所示。 Specifically, please refer to FIG. 1 and FIG. 8 . The surface of the mouse pad 20 defines a first charging area A1 and a second charging area A2. The first receiving resonant coil 21 is disposed in the first charging area A1. The second transmitting resonant coils 23 are disposed in the second charging area A2. When the charging stand 10 is disposed on the first charging area A1 of the mouse pad 20, and the wireless charging keyboard 40 is disposed on the second charging area A2 of the mouse pad 20, the charging stand 10 can pass the mouse pad 20 to the keyboard. The battery module 44 is wirelessly charged. Of course, in practical applications, the size of the mouse pad 20 and its appearance may be designed according to requirements, and are not limited to those shown in the figures of the embodiment.
於實際應用中，無線充電鍵盤40更可以包括有一鍵盤控制單元(圖未示)及至少一警示單元(圖未示)；鍵盤控制單元能用以偵測鍵盤電池模組44的電量，並據以在鍵盤電池模組44的電量低於一預定值時，控制警示單元發出相關警示訊號；具體來說，警示 單元可以是設置於無線充電鍵盤40上的警示燈或是設置於無線充電鍵盤40內的蜂鳴器，據以當鍵盤控制單元判斷鍵盤電池模組44的電量低於該預定值時，將控制警示燈閃爍或亮起且控制蜂鳴器發出聲響，以提醒使用者該無線充電鍵盤40需要進行充電。當然，在更好的實施態樣中，無線充電鍵盤40可以是設置有一電量顯示單元，用以顯示鍵盤電池模組44的電量。 In a practical application, the wireless charging keyboard 40 can further include a keyboard control unit (not shown) and at least one warning unit (not shown); the keyboard control unit can be used to detect the power of the keyboard battery module 44, and according to When the power of the keyboard battery module 44 is lower than a predetermined value, the control alert unit sends a relevant warning signal; specifically, the warning The unit may be a warning light disposed on the wireless charging keyboard 40 or a buzzer disposed in the wireless charging keyboard 40, so that when the keyboard control unit determines that the battery capacity of the keyboard battery module 44 is lower than the predetermined value, it will be controlled. The warning light flashes or illuminates and the buzzer sounds to alert the user that the wireless charging keyboard 40 needs to be charged. Of course, in a better implementation, the wireless charging keyboard 40 may be provided with a power display unit for displaying the power of the keyboard battery module 44.
以上所述僅為本發明的較佳可行實施例，非因此侷限本發明的專利範圍，故舉凡運用本發明說明書及圖式內容所做的等效技術變化，均包含於本發明的保護範圍內。 The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent technical changes made by using the present specification and the contents of the drawings are included in the protection scope of the present invention. .
1‧‧‧可於移動中充電的無線充電滑鼠裝置 1‧‧‧Wireless charging mouse device that can be charged on the move
10‧‧‧充電座 10‧‧‧ charging stand
101‧‧‧限位部 101‧‧‧Limited Department
13‧‧‧第一發射共振線圈 13‧‧‧First launch resonant coil
20‧‧‧滑鼠墊 20‧‧‧ Mouse pad
21‧‧‧第一接收共振線圈 21‧‧‧First receiving resonant coil
23‧‧‧第二發射共振線圈 23‧‧‧Second launch resonant coil
30‧‧‧無線充電滑鼠 30‧‧‧Wireless charging mouse
32‧‧‧第二接收共振線圈 32‧‧‧Second receiving resonant coil
A1‧‧‧第一充電區域 A1‧‧‧First charging area
A2‧‧‧第二充電區域 A2‧‧‧Second charging area
Claims (14)
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| TW104119230A TWI550991B (en) | 2015-06-15 | 2015-06-15 | Wireless charging input device and wireless chargeable mouse thereof |
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| TW104119230A TWI550991B (en) | 2015-06-15 | 2015-06-15 | Wireless charging input device and wireless chargeable mouse thereof |
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| TWI550991B true TWI550991B (en) | 2016-09-21 |
| TW201644149A TW201644149A (en) | 2016-12-16 |
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| TWI682309B (en) * | 2019-01-11 | 2020-01-11 | 哈帝斯科技股份有限公司 | Mouse pad structure with wireless charging coils and process thereof |
| CN114167998A (en) * | 2020-09-11 | 2022-03-11 | 宝德科技股份有限公司 | Keyboard device and peripheral device combination |
| TWI757968B (en) * | 2020-11-11 | 2022-03-11 | 寶德科技股份有限公司 | Mouse pad device |
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| TWI641198B (en) * | 2017-04-14 | 2018-11-11 | 東莞寶德電子有限公司 | Wireless charging mouse, wireless charging apparatus and charging method |
| US10644527B2 (en) | 2017-12-14 | 2020-05-05 | Dexin Electronic Ltd. | Rechargeable wireless mouse, wireless charging device and method thereof |
| TWI674726B (en) * | 2018-02-09 | 2019-10-11 | 大陸商東莞寶德電子有限公司 | Wireless charging mouse |
| TWI728652B (en) * | 2020-01-15 | 2021-05-21 | 大陸商東莞寶德電子有限公司 | Wireless charging mouse and charging method thereof |
| TWI774058B (en) * | 2020-09-11 | 2022-08-11 | 寶德科技股份有限公司 | Keyboard device and peripheral devices |
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Also Published As
| Publication number | Publication date |
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| TW201644149A (en) | 2016-12-16 |
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