TW201933338A - Speech device - Google Patents

Abstract

A speech device includes a device packaging, a processor, a storage unit, a microphone and a speaker. The device packaging is covered the speech device. The processor includes a plurality of speech recognition command set. The storage unit is connected to the processor and saved a plurality of voice file. The microphone is connected to the processor and configured to receive a voice command. Wherein, the processor would switch the speech recognition command set based on the voice command. The processor read corresponding voice file from the storage unit based on the speech recognition command set and the voice command. The processor play the voice file via the speaker.

Description

語音裝置Voice device

一種語音裝置，特別是一種能夠透過開關切換模式的語音裝置。A voice device, and more particularly a voice device capable of switching modes through a switch.

玩偶是從古自今非常普遍的玩具，其形狀有人型也有動物，不同形狀與不同造型受到不同年齡層的人們青睞。而隨著時代進步，玩偶的設計也逐漸改變，從外觀到功能上，都可能結合不同領域的技術產生不同形式的玩偶。 現代有一種玩偶，會在內部置入語音模組，透過簡單的語音撥放讓玩偶可以和使用者互動，增加玩偶的可玩性。這一類語音玩偶在行銷宣傳上或是幼兒學習玩具領域中十分常見。然而，目前常見的語音玩具主要差異，內部儲存單元的容量較小，只能儲存簡單而且較短的聲音，內容單調且互動性較差，增加的可玩性有限，使用者可能很快地就會失去興趣，也不易結合其他周邊物件使用。 因此如何設計更有趣、更豐富，且具備較佳互動性的玩偶，便是值得本領域具通常知識者去思量。Dolls are toys that are very common from ancient times to today. They are shaped like humans and animals. Different shapes and shapes are favored by people of different ages. With the advancement of the times, the design of dolls has gradually changed. From appearance to function, it is possible to combine different fields of technology to produce different forms of dolls. In modern times, there is a doll that puts a voice module inside, and allows the doll to interact with the user through simple voice dialing, increasing the playability of the doll. This type of voice doll is very common in marketing promotion or in the field of toddler learning toys. However, the main difference between the current common voice toys is that the internal storage unit has a small capacity and can only store simple and short sounds. The content is monotonous and interactive, and the increased playability is limited. The user may quickly Losing interest is not easy to use in combination with other surrounding objects. Therefore, how to design a more interesting, richer, and more interactive doll is worthy of consideration by those with ordinary knowledge in the field.

有鑑於此，本發明提供一種語音裝置，透過切換語音辨識命令集，可儲存更多聲音檔案，並透過語音指令播放對應的聲音檔案。 本發明提供一種語音裝置，包括一裝置外裝、一處理器、一儲存單元、一收音裝置及一揚聲器。裝置外裝包覆於該語音裝置外。處理器還包括多個語音辨識命令集。儲存單元連接至處理器，儲存有多筆聲音檔案。收音裝置連接至處理器，適於接收一語音指令。揚聲器連接至處理器，適於播放聲音檔案。其中，處理器會根據所接收到的語音指令，切換成不同的多個語音辨識命令集，處理器根據語音辨識命令集與語音指令從儲存單元中讀取對應的聲音檔案，並從揚聲器播放聲音檔案。 上述之語音裝置，其中，還包括多個觸碰開關，觸動後產生一開關訊號。 上述之語音裝置，其中，該裝置外裝包括多個肢部與一頭部。 上述之語音裝置，其中，該處碰開關裝設於該肢部。 上述之語音裝置，其中，該揚聲器設置於該頭部。 上述之語音裝置，其中，該儲存單元中，該聲音檔案是對應該語音辨識命令集分組儲存。 上述之語音裝置，其中，當該處理器接收該語音指令，會切換成對應該語音指令的該語音辨識命令集。 上述之語音裝置，其中，當該處理器接收該語音指令後，會按照對應該語音指令的順序切換該語音辨識命令集。In view of this, the present invention provides a voice device that can store more voice files by switching a voice recognition command set and play a corresponding voice file through voice commands. The invention provides a voice device, comprising a device exterior, a processor, a storage unit, a sound receiving device and a speaker. The device is externally wrapped around the voice device. The processor also includes a plurality of speech recognition command sets. The storage unit is connected to the processor and stores multiple sound files. The radio is coupled to the processor and adapted to receive a voice command. The speaker is connected to the processor and is suitable for playing sound files. The processor switches to a plurality of different voice recognition command sets according to the received voice command, and the processor reads the corresponding sound file from the storage unit according to the voice recognition command set and the voice command, and plays the sound from the speaker. file. The above voice device further includes a plurality of touch switches, and generates a switching signal after being touched. The above voice device, wherein the device exterior comprises a plurality of limbs and a head. In the above voice device, the touch switch is mounted on the limb. The above voice device, wherein the speaker is disposed at the head. In the above voice device, the sound file is stored in a group corresponding to the voice recognition command set. In the above voice device, when the processor receives the voice command, it switches to the voice recognition command set corresponding to the voice command. In the above voice device, after the processor receives the voice command, the voice recognition command set is switched in the order corresponding to the voice command.

本發明提供一種語音裝置，語音裝置是在內部設置收音裝置記憶體與揚聲器等元件，使用者可念出對應的語音指令，讓語音裝置播放不同的聲音，並且可切換成不同的語音辨識命令集。 請參閱圖1與圖2，圖1所繪示為語音裝置的外觀示意圖。圖2所繪示為語音裝置內部元件示意圖。語音裝置100包括一裝置外裝110、多個觸碰開關120、一處理器130、一儲存單元140、一收音裝置150與一揚聲器160。裝置外裝110是包覆於語音裝置110外，在本實施例中，裝置外裝110是以熊型絨毛娃娃為例，但不限於此。裝置外裝110的形狀與材質可根據需求有不同設計，例如人型、動物、植物或其他非生物的外形，材質也不限於絨毛，也可使用金屬、塑膠或木頭等常用材質。 處理器130設置於語音裝置100中，處理器130中包括多種語音辨識命令集，並且處理器130接收到語音指令後，便會切換語音辨識命令集。在一實施例中，處理器130接收到語音指令後會切換成對應的語音辨識命令集。在某些實施例中，處理器130接收到語音指令後會則會根據對應的順序來改變語音辨識命令集。處理器130還會根據語音辨識命令集來控制儲存單元140、收音裝置150與揚聲器160，以下逐一說明。 儲存單元140在本實施例中是一種快閃記憶體，並且具備一定的容量來儲存多筆聲音檔案，儲存單元140是與處理器130連接。其中，儲存單元140中的聲音檔案是對應語音辨識命令集分組儲存。因此，處理器130會根據語音辨識命令集從儲存單元140中讀取對應的聲音檔案。 收音裝置150是一種麥克風，設置於裝置外裝110內側，並與處理器130連接。收音裝置150可從外部接受一語音指令，並將語音指令傳送至處理器130。較佳實施例中，語音指令是由使用者說出，必須包括特定的關鍵字或詞。因此，處理器130還具備語音辨識功能，能夠判斷輸入的語音指令是否包含特定的關鍵字或詞。 揚聲器160是一種喇叭，設置於裝置外裝110內側，並與處理器130連接。揚聲器160適於播放該聲音檔案。也就是說，當處理器130透過收音裝置150接收到語音指令，從儲存單元140中讀取對應的聲音檔案，並由揚聲器160撥出。 請參閱圖3，圖3所繪示為語音指令與處理器反應之對應圖。處理器130會根據當前的語音辨識命令集與接收到的語音指令從儲存單元140中讀取對應的聲音檔案。處理器130的語音辨識命令集則是由對應的語音指令切換。語音辨識命令集便是指聲音檔案是經過分組儲存，處理器130使用不同的語音辨識命令集，接收語音指令時便會做出不同的反應。例如處理器130接收到相同的語音指令，會因為使用不同的語音辨識命令集而播放不同的聲音檔案。 在圖3的實施例中，使用者說出特定的語音指令，使處理器130切換為命令集1，而當使用者說出「turm off」的語音指令，處理器130便會播放對應的「Good bye」的聲音檔案。又例如，使用者說出另一個特定的語音指令，使處理器130切換為命令集2，而當使用者說出「how old are you」語音指令，處理器130便會播放對應的「I am 18 year old」的聲音檔案。也就說，語音指令與聲音檔案的內容呼應，讓使用者可和語音裝置100互動，而處理器130的語音辨識命令集則如同切換語音裝置100的代表的角色。 此外，在某些實施例中，處理器130接收到特定語音指令，則是按照對應語音指令的順序來切換語音辨識命令集。例如使用者說出「Next」，處理器130便會切換到下一個語音辨識命令集；使用者說出「Previous」，處理器130則會些換到上一個語音辨識命令集。 在另一實施例中，語音裝置100也能配合有聲書應用，當使用者念出書中某些文字，語音裝置100即可播放對應聲音，增加有聲書的故事效果。而觸碰開關120則可作為切換故事章節的開關。 在某些實施例中，語音裝置100還包括多個觸碰開關120，設置在裝置外裝110的內部，觸碰開關120例如為一種按鈕型開關；但不限於此，在某些實施例中觸碰開關120也能夠使用觸控式裝置。觸碰開關120會裝設在裝置外裝110的表層外側，讓使用者能夠從語音裝置100外部操作觸碰開關120。觸碰開關120被觸發之後，會產生一開關訊號，並傳送至處理器130。在此實施例中，處理器130也能夠透過接收開關訊號來切換語音辨識命令集。 請參閱圖4，圖4所繪示為裝置外裝與其他元件之示意圖。語音裝置100的觸碰開關120、處理器130、儲存單元140、收音裝置150與揚聲器160等元件是包覆於裝置外裝110中，並設置在裝置外裝110的表面內側，讓使用者能夠與其互動。在本實施例中，裝置外裝110包括了一頭部111與多個肢部112，頭部111為裝置外裝110動物形狀的頭部，肢部112則為裝置外裝110動物形狀的四肢。在此實施例中，觸碰開關120是設置於肢部112中，例如在裝置外裝110的左右手中。因此，當使用者觸碰語音裝置100的左右手，即可觸動觸碰開關120，進一步切換處理器130的語音辨識命令集。 在一實施例中，設置於左手的觸碰開關120與右手的觸碰開關120會產生不同的開關訊號，讓處理器130切換至對應的語音辨識命令集。而在另一實施例中，設置於左手的觸碰開關120與右手的觸碰開關120所產生的開關訊號則表示下一章節或上一章節，讓處理器130依據對應的順序切換語音辨識命令集。 揚聲器160是設置於頭部111，較佳是在頭部111的嘴巴附近，使揚聲器160在播放聲音檔案時，可產生是語音裝置100在說話的效果。收音裝置150可裝置於頭部111或肢部112，較佳是貼近裝置外裝110表面內側裝置，保持其收音效果。 此外，在某些實施例中，語音裝置100還包括了驅動元件與活動支架。驅動元件例如馬達，活動支架則例如為裝置外裝110內的骨架或關節。因此，活動支架是設置於語音裝置100中，並支撐語音裝置100的結構，活動支架是與驅動元件連接。驅動元件則是與處理器130連接，故驅動元件可從處理器130接收指令而驅動，從而驅動活動支架。使用者對語音裝置100說出了特定的語音指令，處理器130除了播放語音檔案之外，還會發送一驅動指令至驅動元件，使驅動元件作動，進一步驅動活動支架，讓裝置外裝110做出特定動作。例如，使用者說出了語音裝置100的名字，驅動元件便使活動支架做出舉手的作動，同時處理器130透過揚聲器160播放「有!」的語音檔案，產生語音裝置100舉手答有的效果，增加語音裝置100的互動性。 本發明提供之語音裝置100，具有模式切換的功能，能夠儲存更多的聲音檔案，透過收音裝置150與語音辨識的功能，增加語音裝置100的互動性，並且可根據不同的模式與語音指令播放不同的聲音檔案，讓語音裝置100的應用更加廣泛。並且語音裝置100除了玩偶，還能夠應用於車輛或其他聲控裝置中。 本發明說明如上，然其並非用以限定本創作所主張之專利權利範圍。其專利保護範圍當視後附之申請專利範圍及其等同領域而定。凡本領域具有通常知識者，在不脫離本專利精神或範圍內，所作之更動或潤飾，均屬於本創作所揭示精神下所完成之等效改變或設計，且應包含在下述之申請專利範圍內。The invention provides a voice device, wherein a voice device is internally provided with components such as a memory device and a speaker, and the user can read a corresponding voice command, and the voice device can play different sounds, and can switch to different voice recognition command sets. . Please refer to FIG. 1 and FIG. 2 . FIG. 1 is a schematic diagram of the appearance of a voice device. 2 is a schematic diagram of internal components of a voice device. The voice device 100 includes a device exterior 110, a plurality of touch switches 120, a processor 130, a storage unit 140, a sound collection device 150, and a speaker 160. The device exterior 110 is wrapped around the voice device 110. In the present embodiment, the device exterior 110 is exemplified by a bear-shaped fluffy doll, but is not limited thereto. The shape and material of the device exterior 110 can be designed according to requirements, such as human, animal, plant or other non-biological appearance, the material is not limited to fluff, and common materials such as metal, plastic or wood can also be used. The processor 130 is disposed in the voice device 100. The processor 130 includes a plurality of voice recognition command sets, and after receiving the voice command, the processor 130 switches the voice recognition command set. In an embodiment, after receiving the voice command, the processor 130 switches to a corresponding voice recognition command set. In some embodiments, after receiving the voice command, the processor 130 may change the voice recognition command set according to the corresponding order. The processor 130 also controls the storage unit 140, the sound pickup device 150 and the speaker 160 according to the voice recognition command set, which will be described one by one below. The storage unit 140 is a flash memory in this embodiment, and has a certain capacity to store a plurality of sound files, and the storage unit 140 is connected to the processor 130. The sound file in the storage unit 140 is stored in a corresponding voice recognition command set. Therefore, the processor 130 reads the corresponding sound file from the storage unit 140 according to the voice recognition command set. The sound receiving device 150 is a microphone disposed inside the device exterior 110 and connected to the processor 130. The radio device 150 can accept a voice command from the outside and transmit the voice command to the processor 130. In the preferred embodiment, the voice command is spoken by the user and must include a particular keyword or word. Therefore, the processor 130 also has a voice recognition function capable of determining whether the input voice command contains a specific keyword or word. The speaker 160 is a speaker disposed inside the device housing 110 and connected to the processor 130. The speaker 160 is adapted to play the sound file. That is to say, when the processor 130 receives the voice command through the sound receiving device 150, the corresponding sound file is read from the storage unit 140 and dialed out by the speaker 160. Please refer to FIG. 3. FIG. 3 is a corresponding diagram of a voice command and a processor reaction. The processor 130 reads the corresponding sound file from the storage unit 140 according to the current voice recognition command set and the received voice command. The speech recognition command set of the processor 130 is switched by the corresponding voice command. The voice recognition command set means that the voice file is stored in groups, and the processor 130 uses different voice recognition command sets to react differently when receiving the voice command. For example, processor 130 receives the same voice command and plays a different sound file because of the different voice recognition command sets. In the embodiment of FIG. 3, the user speaks a specific voice command, causing the processor 130 to switch to the command set 1. When the user speaks the "turm off" voice command, the processor 130 plays the corresponding " Good bye's voice file. For another example, the user speaks another specific voice command, causing the processor 130 to switch to the command set 2. When the user speaks the "how old are you" voice command, the processor 130 plays the corresponding "I am". 18 year old" sound file. That is to say, the voice command echoes the content of the voice file, so that the user can interact with the voice device 100, and the voice recognition command set of the processor 130 is like the role of the representative of the voice device 100. Moreover, in some embodiments, processor 130 receives the particular voice command, and then switches the voice recognition command set in the order of the corresponding voice command. For example, if the user says "Next", the processor 130 will switch to the next voice recognition command set; if the user says "Previous", the processor 130 will switch to the previous voice recognition command set. In another embodiment, the voice device 100 can also be used with an audio book application. When the user reads out certain words in the book, the voice device 100 can play the corresponding sound and increase the story effect of the audio book. The touch switch 120 can be used as a switch for switching the story chapter. In some embodiments, the voice device 100 further includes a plurality of touch switches 120 disposed inside the device housing 110. The touch switch 120 is, for example, a button type switch; but is not limited thereto, in some embodiments The touch switch 120 can also use a touch device. The touch switch 120 is mounted outside the surface of the device housing 110 to allow the user to operate the touch switch 120 from outside the voice device 100. After the touch switch 120 is triggered, a switching signal is generated and transmitted to the processor 130. In this embodiment, the processor 130 can also switch the voice recognition command set by receiving the switching signal. Please refer to FIG. 4, which is a schematic diagram of the exterior of the device and other components. The components such as the touch switch 120 of the voice device 100, the processor 130, the storage unit 140, the sound receiving device 150, and the speaker 160 are wrapped in the device exterior 110 and disposed inside the surface of the device exterior 110 to enable the user to Interact with it. In the present embodiment, the device exterior 110 includes a head portion 111 and a plurality of limbs 112. The head portion 111 is an animal-shaped head portion of the device exterior 110, and the limb portion 112 is a device-extending 110 animal-shaped limb. . In this embodiment, the touch switch 120 is disposed in the limb 112, such as in the left and right hands of the device housing 110. Therefore, when the user touches the left and right hands of the voice device 100, the touch switch 120 can be touched to further switch the voice recognition command set of the processor 130. In an embodiment, the touch switch 120 disposed on the left hand and the touch switch 120 on the right hand generate different switching signals for the processor 130 to switch to the corresponding voice recognition command set. In another embodiment, the switch signal generated by the touch switch 120 disposed on the left hand and the touch switch 120 of the right hand indicates the next chapter or the previous chapter, and the processor 130 switches the voice according to the corresponding sequence. Identify the command set. The speaker 160 is disposed on the head portion 111, preferably near the mouth of the head portion 111, so that the speaker 160 can produce the effect that the voice device 100 is speaking when playing a sound file. The sound receiving device 150 can be mounted on the head portion 111 or the limb portion 112, preferably adjacent to the surface of the device exterior 110, to maintain its sound collection effect. Moreover, in some embodiments, the speech device 100 also includes a drive element and a movable bracket. The drive element, such as a motor, is, for example, a skeleton or joint within the device housing 110. Therefore, the movable bracket is disposed in the voice device 100 and supports the structure of the voice device 100, and the movable bracket is coupled to the driving member. The drive component is coupled to the processor 130 such that the drive component can be driven by receiving instructions from the processor 130 to drive the mobile stand. The user speaks a specific voice command to the voice device 100. In addition to playing the voice file, the processor 130 sends a drive command to the driving component to activate the driving component to further drive the movable bracket to allow the device to be externally mounted 110. Specific actions. For example, the user speaks the name of the voice device 100, and the driving component causes the activity bracket to perform the gesture raising operation, and the processor 130 plays the voice file of "Yes!" through the speaker 160, and the voice device 100 raises the hand. The effect is to increase the interactivity of the speech device 100. The voice device 100 provided by the invention has the function of mode switching, can store more sound files, and enhances the interaction of the voice device 100 through the function of the sound receiving device 150 and the voice recognition function, and can be played according to different modes and voice commands. Different sound files make the application of the voice device 100 more extensive. And the voice device 100 can be applied to a vehicle or other voice control device in addition to a doll. The present invention has been described above, but it is not intended to limit the scope of patent rights claimed herein. The scope of patent protection is subject to the scope of the patent application and its equivalent fields. Any changes or modifications made by those skilled in the art without departing from the spirit or scope of this patent are subject to the equivalent changes or designs made in the spirit of the present disclosure and should be included in the scope of the patent application below. Inside.

100‧‧‧語音裝置100‧‧‧Voice device

110‧‧‧裝置外裝110‧‧‧ device exterior

111‧‧‧頭部111‧‧‧ head

112‧‧‧肢部112‧‧‧ limbs

120‧‧‧觸碰開關120‧‧‧Touch switch

130‧‧‧處理器130‧‧‧Processor

140‧‧‧儲存單元140‧‧‧ storage unit

150‧‧‧收音裝置150‧‧‧ Radios

160‧‧‧揚聲器160‧‧‧Speakers

圖1所繪示為語音裝置的外觀示意圖。 圖2所繪示為語音裝置內部元件示意圖。 圖3所繪示為語音指令與處理器反應之對應圖。 圖4所繪示為裝置外裝與其他元件之示意圖。FIG. 1 is a schematic diagram showing the appearance of a voice device. 2 is a schematic diagram of internal components of a voice device. FIG. 3 is a corresponding diagram of a voice command and a processor reaction. Figure 4 is a schematic view of the exterior of the device and other components.

Claims (8)

一種語音裝置，包括： 一裝置外裝，包覆於該語音裝置外； 一處理器，包括多個語音辨識命令集； 一儲存單元，連接至該處理器，儲存有多筆聲音檔案； 一收音裝置，連接至該處理器，適於接收一語音指令；及 一揚聲器，連接至該處理器，適於播放該聲音檔案； 其中，該處理器會根據所接收到的該語音指令，切換成不同的多個語音辨識命令集，該處理器根據該語音辨識命令集與該語音指令從該儲存單元中讀取對應的該聲音檔案，並從該揚聲器播放該聲音檔案。A voice device, comprising: a device externally wrapped around the voice device; a processor comprising a plurality of voice recognition command sets; a storage unit connected to the processor, storing a plurality of voice files; And a device connected to the processor, adapted to receive a voice command; and a speaker connected to the processor, adapted to play the sound file; wherein the processor switches to different according to the received voice command And the plurality of voice recognition command sets, the processor reads the corresponding sound file from the storage unit according to the voice recognition command set and the voice command, and plays the sound file from the speaker. 如專利申請範圍第1項所述之語音裝置，其中，還包括多個觸碰開關，觸動後產生一開關訊號。The voice device of claim 1, further comprising a plurality of touch switches, which generate a switching signal after being touched. 如專利申請範圍第2項所述之語音裝置，其中，該裝置外裝包括多個肢部與一頭部。The speech device of claim 2, wherein the device exterior comprises a plurality of limbs and a head. 如專利申請範圍第3項所述之語音裝置，其中，該觸碰開關裝設於該肢部。The voice device of claim 3, wherein the touch switch is mounted on the limb. 如專利申請範圍第3項所述之語音裝置，其中，該揚聲器設置於該頭部。The speech device of claim 3, wherein the speaker is disposed on the head. 如專利申請範圍第1項所述之語音裝置，其中，該儲存單元中，該聲音檔案是對應該語音辨識命令集分組儲存。The voice device of claim 1, wherein the sound file is stored in a group corresponding to the voice recognition command set. 如專利申請範圍第1項所述之語音裝置，其中，當該處理器接收該語音指令，會切換成對應該語音指令的該語音辨識命令集。The voice device of claim 1, wherein when the processor receives the voice command, it switches to the voice recognition command set corresponding to the voice command. 如專利申請範圍第1項所述之語音裝置，其中，當該處理器接收該語音指令後，會按照對應該語音指令的順序切換該語音辨識命令集。The voice device of claim 1, wherein when the processor receives the voice command, the voice recognition command set is switched in the order corresponding to the voice command.