WO2019075787A1 - 翻译盒子和翻译*** - Google Patents

翻译盒子和翻译*** Download PDF

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Publication number
WO2019075787A1
WO2019075787A1 PCT/CN2017/109191 CN2017109191W WO2019075787A1 WO 2019075787 A1 WO2019075787 A1 WO 2019075787A1 CN 2017109191 W CN2017109191 W CN 2017109191W WO 2019075787 A1 WO2019075787 A1 WO 2019075787A1
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WO
WIPO (PCT)
Prior art keywords
translation
contact
processing module
wireless
receiving groove
Prior art date
Application number
PCT/CN2017/109191
Other languages
English (en)
French (fr)
Inventor
孙骏
Original Assignee
深圳市沃特沃德股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by 深圳市沃特沃德股份有限公司 filed Critical 深圳市沃特沃德股份有限公司
Publication of WO2019075787A1 publication Critical patent/WO2019075787A1/zh

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F40/00—Handling natural language data
    • G06F40/40—Processing or translation of natural language

Definitions

  • the present invention relates to the field of translation, and in particular to a translation box and a translation system.
  • Some traditional language translation technologies such as infrared simultaneous interpretation and translation of headphones have some obvious drawbacks, such as:
  • the infrared simultaneous interpretation system is huge, and it is suitable for large-scale conference occasions, which is obviously not suitable for people.
  • the need to move travel and exchange; the translation of the headset needs to be exchanged on both sides with the same headset, which is very limited in the process of people's travel.
  • a primary object of the present invention is to provide a translation box and a translation system having a storage function.
  • the present invention provides a translation box including a box body, and a processing module, a pickup, and a microphone disposed on the box body;
  • the box body is provided with a receiving slot for accommodating a wireless earphone, and a first contact for interacting with the wireless earphone data is disposed in the receiving slot;
  • the processing module is respectively connected to the pickup, the loudspeaker and the first contact;
  • the pickup picks up the first voice information, and sends the first voice information to the processing module to obtain the first voice data, and sends the first voice data to the wireless headset through the first contact, and passes The wireless headset transmits to the peripheral terminal paired with the wireless headset for translation;
  • the wireless headset receives the second voice data translated by the peripheral terminal, and sends the second voice data to the processing module by using the first contact, and the processing module processes the second voice data into the second voice. Information, and played through the loudspeaker.
  • the translation box further includes a charging module, the charging module includes a charging circuit and a second contact, the input end of the charging circuit is electrically connected to the processing module, and the output end is electrically connected to the second contact;
  • the second contact is installed in the receiving slot, corresponding to the charging contact of the wireless earphone.
  • the receiving groove includes a left receiving groove and a right receiving groove, and the first receiving portion and the second receiving groove are disposed in the left receiving groove and the right receiving groove.
  • the translation box further includes a control switch electrically connected to the processing module
  • the processing module receives the control command of the control, controls the wireless headset in the left receiving slot and/or the right receiving slot, and generates a corresponding translation command to send through the activated wireless headset. To the peripheral terminal.
  • control switch includes a left switch and a right switch, respectively corresponding to the left receiving slot and the right receiving slot;
  • the left switch controls the wireless earphone operation in the left receiving slot, and generates a left translation command by the processing module;
  • the right switch controls the wireless earphone operation in the right receiving slot, and passes through the processing module Generate a right translation command.
  • the present invention also provides a translation system including a translation box and a wireless headset;
  • the translation box includes a box body, and a processing module, a pickup, and an expansion provided on the box body
  • the box body is provided with a receiving slot for accommodating the wireless earphone, and the wireless earphone is adaptively disposed in the receiving slot, and the receiving device is provided with a first touch that interacts with the wireless earphone data.
  • the processing module is respectively connected to the pickup, the loudspeaker and the first contact;
  • the pickup picks up the first voice information, and sends the first voice information to the processing module to obtain the first voice data, and sends the first voice data to the wireless headset through the first contact, and passes The wireless headset transmits to the peripheral terminal paired with the wireless headset for translation;
  • the wireless headset receives the second voice data translated by the peripheral terminal, and sends the second voice data to the processing module by using the first contact, and the processing module processes the second voice data into the second voice. Information, and played through the loudspeaker.
  • the translation box further includes a charging module, and the charging module includes a charging circuit and a second touch Point, the input end of the charging circuit is electrically connected to the processing module, and the output end is electrically connected to the second contact;
  • the second contact is installed in the receiving slot, corresponding to a charging contact of the wireless earphone.
  • the translation system further includes a charging module, the charging module includes a charging circuit and a second contact, the input end of the charging circuit is electrically connected to the processing module, and the output end is electrically connected to the second contact; [0027]
  • the second contact is installed in the receiving slot, corresponding to a charging contact of the wireless earphone.
  • the receiving groove includes a left receiving groove and a right receiving groove, and the first receiving groove and the right receiving groove are respectively provided with a first contact and a second contact;
  • the wireless earphone includes a left earphone and a right earphone, respectively received in the left receiving slot and the right receiving slot.
  • the translation system further includes a control switch electrically connected to the processing module;
  • the processing module receives the control command of the control, controls the operation of the wireless headset in the left receiving slot and/or the right receiving slot, and generates a corresponding translation command to send through the activated wireless headset. To the peripheral terminal.
  • control switch includes a left switch and a right switch, respectively corresponding to the left receiving slot and the right receiving slot;
  • the left switch controls the left earphone operation in the left receiving slot, and generates a left translation command by the processing module; the right switch controls the right earphone operation in the right receiving slot, and passes through the processing module Generate a right translation command.
  • the wireless headset is a Bluetooth wireless headset.
  • the translation box and the translation system of the present invention the cartridge body is provided with a receiving slot for accommodating the wireless earphone, and performs data interaction with the wireless earphone matched thereto through the first contact, and the translation box is installed through the wireless earphone and the translation software is installed.
  • the peripheral terminal performs data interaction, acquires the voice to be translated through the pickup, and sends the voice to the terminal through the wireless headset, and then receives the translated second voice data fed back by the terminal through the wireless headset, and is processed by the processing module and then played by the loudspeaker.
  • the translation box not only has the function of accommodating the wireless earphone, but also can effectively use the wireless transmission function of the wireless earphone to communicate with the peripheral terminal to realize the voice translation, and the people who do not need to communicate are equipped with the same device, and the use is more convenient.
  • FIG. 1 is a schematic block diagram showing the structure of a translation box according to an embodiment of the present invention.
  • FIG. 2 is a schematic structural diagram of a translation box according to an embodiment of the present invention.
  • FIG. 3 is a schematic structural diagram of a translation system according to an embodiment of the present invention.
  • an embodiment of the present invention provides a translation box, including a box body 10, and a processing module 20, a pickup 30, and a microphone 40 disposed on the box body 10;
  • a receiving slot 50 for accommodating wireless earphones, and a first contact 53 for interacting with the wireless earphone data is disposed in the receiving slot 50;
  • the processing module 20 is respectively connected to the pickup 30, the microphone 40 and the first contact 53;
  • the pickup 30 picks up a voice message is sent to the processing module 20 for processing to obtain the first voice data, and the first voice data is sent to the wireless headset through the first contact 53 and sent to the peripheral terminal paired with the wireless headset through the wireless headset for translation.
  • the wireless headset receives the second voice data translated by the peripheral terminal, and sends the second voice data to the processing module 20 through the first contact 53, and the processing module 20 processes the second voice data into the second voice information, and performs the sound signal through the microphone 40. Play.
  • the translation box also includes a power source 80 to power each electronic device.
  • the box body 10 is a physical device that carries the processing module 20, the pickup 30, and the microphone 40, and can be made of a material such as plastic or rubber.
  • the above processing module 20 is an electronic device having a data processing function, and generally includes an MCU, a memory, and the like.
  • the above-mentioned pickup 30 is an electronic device that collects voice information, such as a common microphone.
  • the pickup 30 can be disposed in plurality and evenly distributed on the circumferential side of the cartridge body 10 to improve the sound pickup effect.
  • the above-mentioned loudspeaker 40 is an electronic device for playing voice, such as a common speaker.
  • the loudspeaker 40 can be set according to the usage scenario, and can be set in multiple environments.
  • a loudspeaker 40 having a sound effect can be provided on the peripheral side of the cartridge body 10, if used in a private environment. Wait.
  • the first contact 53 is generally a metal contact connected to the processing module 20 through a data line. When the data interface of the wireless headset contacts the first contact 53, data interaction with the processing module 20 is achieved.
  • the wireless headset is a headset with a wireless transmission device, which can perform data interaction with a peripheral terminal such as a mobile phone in a wireless manner. For example, after the wireless headset is paired with the mobile phone, the mobile phone can play audio through the wireless headset.
  • the terminal is an electronic device such as a mobile phone or a tablet computer that is paired with a wireless headset, such as a mobile phone.
  • the terminal in this embodiment is installed with translation software. After the translation software is smashed, the received speech can be translated into a specified language, such as Chinese into English, or English translated into Chinese.
  • the first voice information is a sound signal collected by the pickup 30 in the environment; the second voice information is sound information that the processing module 20 converts the second voice data into; the first voice data, that is, the processing module 20 will be the first
  • the data converted into voice information is generally a digital signal; the second voice data is a digital signal generated by the terminal, and finally converted into an analog signal for sound playback.
  • the accommodating groove 50 is a device for accommodating a wireless earphone, which facilitates storage of the wireless earphone.
  • the translation box further includes a charging module 70, the charging module 70 includes a charging circuit and a second contact 54, the input end of the charging circuit is electrically connected to the processing module 20, and the output end is electrically connected to the second contact. 54;
  • the second contact 54 is mounted in the receiving slot 50, corresponding to the charging contact setting of the wireless earphone.
  • the charging circuit included in the charging module 70 described above may be a common charging circuit that can be controlled by the processing module 20.
  • the second contact 54 is also generally a metal contact, which is connected to the output end of the charging circuit through a wire. When the data interface of the wireless earphone is in contact with the second contact 54, the wireless earphone can be charged.
  • the first contact 53 and the second contact 54 may be two-in-one contacts, which can transmit data or be used for charging, and can be based on a charging interface of a wireless earphone and a wired data interaction interface. Depending on the settings.
  • the processing module 20 when the wireless earphone is placed in the receiving slot 50, the processing module 20 first obtains the battery power of the wireless earphone, determines whether the wireless earphone needs to be charged, and charges the wireless earphone if necessary.
  • the setting of the charging module 70 can effectively improve the battery life of the wireless headset, and solve the problem that the wireless headset frequently uses the wireless transmission function during the translation process, and the power consumption is severe and cannot be translated for a long time.
  • the receiving groove 50 includes a left receiving groove 51 and a right receiving groove 52, and the left receiving groove 51 and the right receiving groove
  • the nano-slot 52 is provided with a first contact 53 for transmitting data and a second contact 54 for charging use.
  • the wireless earphones generally appear in pairs, and the left receiving slot 51 and the right receiving slot 52 are disposed to fit the pair of wireless earphones, such as the left wireless earphone is placed in the left receiving slot 51, and the right wireless earphone is disposed. It is placed in the right receiving groove 52.
  • the translation box further includes a control switch electrically connected to the processing module 20; the processing module 20 receives a control command for controlling the control, and controls the left receiving slot 51 and/or the right receiving slot 52.
  • the wireless headset works, and generates a corresponding translation command to be sent to the peripheral terminal through the activated wireless headset.
  • the above control may input a specified command to the processing module 20, and the processing module 20 controls the corresponding wireless headset to work according to the received command, and may send a corresponding translation type command to the terminal through the wireless headset, and control the terminal.
  • the translation software controls the operation of the wireless headset in the left receiving slot 51 to generate a command in the English translation, and sends the command to the terminal through the wireless headset in the left receiving slot 51, so that the translation software in the terminal performs the English translation operation. .
  • the control switch includes a left side 55 and a right side 56, respectively corresponding to the left receiving slot 51 and the right receiving slot 52; the left side 55 controls the wireless in the left receiving slot 51
  • the headset operates, and a left translation command is generated by the processing module 20; the right shutter 56 controls the wireless headset operation within the right receiving slot 52, and generates a right translation command by the processing module 20.
  • the left side off 55 and the right side off 56 respectively input different control commands, such as the left side off 55 controlling the wireless earphones in the left receiving slot 51, and simultaneously generating commands in the English translation; and the right side off 56 controlling The wireless earphone in the right receiving slot 52, the same as the command to generate Chinese to English. It is convenient for users to quickly start the wireless headset and choose the way to translate.
  • the translation box of the present invention is provided with a receiving slot 50 for accommodating a wireless earphone, and performs data interaction with a wireless headset matched thereto through the first contact 53 through a wireless headset and peripherals mounted with translation software.
  • the terminal performs data interaction, acquires the voice to be translated through the pickup 30, and sends the voice to the terminal through the wireless headset, and then receives the translated second voice data fed back by the terminal through the wireless headset, and is processed by the processing module 20 and then played by the loudspeaker 40.
  • the translation box not only has the function of accommodating wireless headphones, but also can effectively use the wireless transmission function of the wireless headphones to communicate with the peripheral terminals to realize voice translation.
  • the charging box 70 is arranged on the box body 10 to charge the wireless earphones, improve the life of the wireless earphones, and improve the sustainable development of the translation.
  • the people who do not need to communicate are equipped with the same equipment, and the use is more convenient.
  • the present invention further provides a translation system including a translation box and a wireless headset 60;
  • the translation box includes a box body 10, and a processing module 20, a pickup 30, and a microphone 40 disposed on the box body 10.
  • the box body 10 is provided with a receiving slot 50 for accommodating the wireless earphone 60, and the wireless earphone 60 is adapted.
  • the first contact 53 is disposed in the receiving slot 50, and the data is exchanged with the wireless earphone 60;
  • the processing module 20 is connected to the pickup 30, the microphone 40 and the first contact 53 respectively; the pickup 30 picks up
  • a voice message is sent to the processing module 20 for processing to obtain the first voice data, and the first voice data is sent to the wireless headset 60 through the first contact 53 and sent to the peripheral device paired with the wireless headset 60 through the wireless headset 60.
  • the terminal performs translation; the wireless headset 60 receives the second voice data translated by the peripheral terminal, and sends the second voice data to the processing module 20 through the first contact 53, and the processing module 20 processes the second voice data into the second voice information, and expands The sounder 40 plays.
  • the box body 10 is a physical device that carries the processing module 20, the pickup 30, and the microphone 40, and can be made of a material such as plastic or rubber.
  • the above processing module 20 is an electronic device having a data processing function, and generally includes an MCU, a memory, and the like.
  • the above-mentioned pickup 30 is an electronic device that collects voice information, such as a common microphone.
  • the pickup 30 can be disposed in plurality and evenly distributed on the circumferential side of the cartridge body 10 to improve the sound pickup effect.
  • the above-mentioned loudspeakers 40 are electronic devices for playing voices, such as a common speaker, etc.
  • the loudspeakers 40 can be set according to the use scenario, and can be set in multiple environments.
  • a microphone 40 or the like having a sound collecting effect can be provided on the peripheral side of the cartridge body 10, if used in a private environment.
  • the first contact 53 is generally a metal contact, which is connected to the processing module 20 through a data line.
  • the data interface of the wireless earphone 60 is in contact with the first contact 53, the data interaction with the processing module 20 is realized. .
  • the wireless headset 60 is a headset having a wireless transmission device, which can perform data interaction with a peripheral terminal such as a mobile phone in a wireless manner. For example, after the wireless headset 60 is paired with the mobile phone, the mobile phone can play audio through the wireless headset.
  • the above terminal is an electronic device such as a mobile phone or a tablet computer that is paired with the wireless headset 60, such as a mobile phone.
  • the terminal in this embodiment is installed with translation software, and after the translation software is smashed, the received language can be received.
  • the sound is translated into a specified language, such as Chinese into English, or English translated into Chinese.
  • the first voice information is the sound signal collected by the pickup 30 in the environment; the second voice information is the sound information that the processing module 20 converts the second voice data into; the first voice data, that is, the processing module 20 will be the first
  • the data converted into voice information is generally a digital signal; the second voice data is a digital signal generated by the terminal, and finally converted into an analog signal for sound playback.
  • the accommodating groove 50 is a device for accommodating a wireless earphone, which facilitates storage of the wireless earphone.
  • the translation system further includes a charging module 70, the charging module 70 includes a charging circuit and a second contact 54, the input end of the charging circuit is electrically connected to the processing module 20, and the output end is electrically connected to the second contact. 54;
  • the second contact 54 is mounted in the receiving slot 50 corresponding to the charging contact of the wireless headset 60.
  • the charging circuit included in the charging module 70 described above may be a common charging circuit that can be controlled by the processing module 20.
  • the second contact 54 is also generally a metal contact which is connected to the output end of the charging circuit by a wire.
  • the wireless earphone 60 can be charged.
  • the first contact 53 and the second contact 54 may be two-in-one contacts, and the first contact 53 and the second contact 54 are the same, and may transmit data or be used for The charging use can be based on the charging interface of the wireless headset 60 and the setting of the wired data interaction interface.
  • the processing module 20 when the wireless earphone 60 is placed in the receiving slot 50, the processing module 20 first obtains the battery power of the wireless earphone 60, determines whether the wireless earphone 60 needs to be charged, and charges the wireless earphone 60 if necessary.
  • the setting of the charging module 70 can effectively improve the battery life of the wireless earphone 60, and solve the problem that during the translation process, the wireless earphone 60 frequently uses the wireless transmission function to consume power seriously and cannot translate for a long time.
  • the receiving groove 50 includes a left receiving groove 51 and a right receiving groove 52, and the first receiving portion 53 and the second receiving portion 52 are disposed in the left receiving groove 51 and the right receiving groove 52; 60 includes left and right headphones
  • the wireless earphones 60 are generally all in pairs, that is, include a left earphone and a right earphone, and the left receiving slot 51 and the right receiving slot 52 are disposed to fit the pair of wireless earphones 60, such as the left earphone. In the left receiving groove 51, the right earphone is placed in the right receiving groove 52.
  • the translation system further includes a control switch, electrically connected to the processing module 20; and a processing module
  • the above control may input a specified command to the processing module 20, and the processing module 20 controls the corresponding wireless headset 60 to operate according to the received command, and may send a corresponding translation type command to the terminal through the wireless headset 60, and control
  • the translation software of the terminal controls the operation of the English translation in the left earphone in the left receiving slot 51, and sends the command in the English translation to the terminal through the left earphone, so that the translation software in the terminal performs the English translation operation.
  • the control switch includes a left side 55 and a right side 56, respectively corresponding to the left receiving groove 51 and the right receiving groove 52; the left side closing 55 controls the left in the left receiving groove 51.
  • the headset operates, and a left translation command is generated by the processing module 20; the right shutter 56 controls the right earphone operation within the right receiving slot 52, and generates a right translation command by the processing module 20. That is to say, the left side off 55 and the right side off 56 respectively input different control commands, such as the left side off 55 controlling the left earphone in the left receiving slot 51, the same as the command in the English translation; and the right side off 56 controlling The right earphone in the right receiving slot 52, the same as the command to generate Chinese to English. Convenient The user quickly activates the wireless headset 60 and selects the translation method.
  • the wireless headset 60 is a Bluetooth wireless headset 60
  • the Bluetooth wireless headset 60 uses a low-power Bluetooth transmission module to further reduce the power consumption of the wireless headset 60.
  • the translation system of the present invention is provided with a receiving slot 50 for accommodating the wireless earphone 60, and performs data interaction with the wireless headset 60 matched thereto through the first contact 53, and the translation box is installed through the wireless headset 60 and the translation software is installed.
  • the peripheral terminal performs data interaction, acquires the voice to be translated through the pickup 30, and transmits the voice to the terminal through the wireless headset 60, and then receives the translated second voice data fed back by the terminal through the wireless headset 60, and is processed by the processing module 20
  • the loudspeaker 40 is played, and the translation system not only has the function of accommodating the wireless earphone 60, but also can effectively utilize the wireless transmission function of the wireless earphone 60 to communicate with the peripheral terminal to realize voice translation.
  • the charging unit 70 is provided on the main body 10 to charge the wireless earphone 60, thereby improving the life of the wireless earphone 60 and improving the sustainable development of the translation. The people who do not need to communicate are equipped with the same equipment, and the use is more convenient.

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  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Audiology, Speech & Language Pathology (AREA)
  • Health & Medical Sciences (AREA)
  • Computational Linguistics (AREA)
  • General Health & Medical Sciences (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • Artificial Intelligence (AREA)
  • Circuit For Audible Band Transducer (AREA)
  • Headphones And Earphones (AREA)
  • Machine Translation (AREA)

Abstract

一种翻译盒子和翻译***，其中翻译盒子包括盒本体（10）、处理模块（20）、拾音器（30）和扩音器（40）；盒本体（10）上设置有容纳无线耳机的容纳槽（50），容纳槽（50）内设置第一触点（53）；拾音器（30）拾取第一语音信息，并发送给处理模块（20）进行处理得到第一语音数据，通过第一触点（53）将第一语音数据发送给无线耳机，并通过无线耳机发送给与无线耳机配对的外设终端；无线耳机接收外设终端的第二语音数据，并通过第一触点（53）发送给处理模块（20），处理模块（20）将第二语音数据处理成第二语音信息，并通过扩音器（40）进行播放。翻译盒子不但具有收纳无线耳机的作用，还可以有效的利用无线耳机的无线传输功能与外设终端通讯，实现语音翻译。

Description

发明名称：翻译盒子和翻译***
技术领域
[0001] 本发明涉及到翻译领域， 特别是涉及到一种翻译盒子和翻译***。
背景技术
[0002] 随着全球经济一体化的深入发展， 人们在日常生活及商务活动与其他不同语言 的人之间的交流越来越频繁。 不同语言之间交流给人们带来的不便越来越明显
[0003] 传统一些语言翻译技术如红外同声传译、 翻译耳机等， 都存在一些明显的弊端 ， 比如： 红外同声传译***庞大， 并且靠专业人员口译， 仅适合大型会议场合 ， 显然无法满足人们移动出行交流的需求； 翻译耳机需要交流双方都配备同样 的耳机， 这对人们出行交流过程中是有很大局限性的。
技术问题
[0004] 本发明的主要目的为提供一种具有收纳功能的翻译盒子和翻译***。
问题的解决方案
技术解决方案
[0005] 为了实现上述发明目的， 本发明提出一种翻译盒子， 包括盒本体， 以及设置于 所述盒本体上的处理模块、 拾音器和扩音器；
[0006] 所述盒本体上设置有容纳无线耳机的容纳槽， 容纳槽内设置有与所述无线耳机 数据交互的第一触点；
[0007] 所述处理模块分别连接所述拾音器、 扩音器和所述第一触点；
[0008] 所述拾音器拾取第一语音信息， 并发送给所述处理模块进行处理得到第一语音 数据， 通过所述第一触点将所述第一语音数据发送给所述无线耳机， 并通过无 线耳机发送给与所述无线耳机配对的外设终端进行翻译；
[0009] 所述无线耳机接收所述外设终端翻译后的第二语音数据， 并通过所述第一触点 发送给所述处理模块， 处理模块将所述第二语音数据处理成第二语音信息， 并 通过所述扩音器进行播放。 [0010] 进一步地， 所述翻译盒子还包括充电模块， 该充电模块包括充电电路和第二触 点， 充电电路的输入端电连接所述处理模块， 输出端电连接所述第二触点；
[0011] 所述第二触点安装于所述容纳槽内， 对应所述无线耳机的充电触点设置。
[0012] 进一步地， 所述容纳槽包括左容纳槽和右容纳槽， 左容纳槽和右容纳槽内均设 置有第一触点和第二触点。
[0013] 进一步地， 所述翻译盒子还包括控制幵关， 电连接于所述处理模块；
[0014] 所述处理模块接收所述控制幵关的控制命令， 控制所述左容纳槽和 /或右容纳 槽内的无线耳机工作， 以及， 生成对应的翻译命令通过启动的所述无线耳机发 送给所述外设终端。
[0015] 进一步地， 所述控制幵关包括左幵关和右幵关， 分别对应所述左容纳槽和右容 纳槽设置；
[0016] 所述左幵关控制所述左容纳槽内的无线耳机工作， 以及通过处理模块生成左翻 译命令； 所述右幵关控制所述右容纳槽内的无线耳机工作， 以及通过处理模块 生成右翻译命令。
[0017]
[0018] 本发明还提供一种翻译***包括翻译盒子和无线耳机；
[0019] 所述翻译盒子包括盒本体， 以及设置于所述盒本体上的处理模块、 拾音器和扩 as
曰
[0020] 所述盒本体上设置有容纳所述无线耳机的容纳槽， 所述无线耳机适配地设置与 所述容纳槽内， 容纳槽内设置有与所述无线耳机数据交互的第一触点；
[0021] 所述处理模块分别连接所述拾音器、 扩音器和所述第一触点；
[0022] 所述拾音器拾取第一语音信息， 并发送给所述处理模块进行处理得到第一语音 数据， 通过所述第一触点将所述第一语音数据发送给所述无线耳机， 并通过无 线耳机发送给与所述无线耳机配对的外设终端进行翻译；
[0023] 所述无线耳机接收所述外设终端翻译后的第二语音数据， 并通过所述第一触点 发送给所述处理模块， 处理模块将所述第二语音数据处理成第二语音信息， 并 通过所述扩音器进行播放。
[0024] 进一步地， 所述翻译盒子还包括充电模块， 该充电模块包括充电电路和第二触 点， 充电电路的输入端电连接所述处理模块， 输出端电连接所述第二触点；
[0025] 所述第二触点安装于所述容纳槽内， 对应所述无线耳机的充电触点设置。
[0026] 进一步地， 所述翻译***还包括充电模块， 该充电模块包括充电电路和第二触 点， 充电电路的输入端电连接所述处理模块， 输出端电连接所述第二触点； [0027] 所述第二触点安装于所述容纳槽内， 对应所述无线耳机的充电触点设置。
[0028] 进一步地， 所述容纳槽包括左容纳槽和右容纳槽， 左容纳槽和右容纳槽内均设 置有第一触点和第二触点；
[0029] 所述无线耳机包括左耳机和右耳机， 分别收纳于所述左容纳槽和右容纳槽。
[0030] 进一步地， 所述翻译***还包括控制幵关， 电连接于所述处理模块；
[0031] 所述处理模块接收所述控制幵关的控制命令， 控制所述左容纳槽和 /或右容纳 槽内的无线耳机工作， 以及， 生成对应的翻译命令通过启动的所述无线耳机发 送给所述外设终端。
[0032] 进一步地， 所述控制幵关包括左幵关和右幵关， 分别对应所述左容纳槽和右容 纳槽设置；
[0033] 所述左幵关控制所述左容纳槽内的左耳机工作， 以及通过处理模块生成左翻译 命令； 所述右幵关控制所述右容纳槽内的右耳机工作， 以及通过处理模块生成 右翻译命令。
[0034] 进一步地， 所述无线耳机为蓝牙无线耳机。
发明的有益效果
有益效果
[0035] 本发明的翻译盒子和翻译***， 盒本体设置有容纳无线耳机的容纳槽， 并通过 第一触点与与其匹配的无线耳机进行数据交互， 翻译盒子通过无线耳机与安装 有翻译软件的外设终端进行数据交互， 通过拾音器获取待翻译的语音并通过无 线耳机发送给所述终端， 然后通过无线耳机接收终端反馈的翻译的第二语音数 据， 经过处理模块处理后由扩音器播放， 翻译盒子不但具有收纳无线耳机的作 用， 还可以有效的利用无线耳机的无线传输功能与外设终端通讯， 实现语音翻 译， 无需沟通的人们配备同样的设备， 使用更加方便。
对附图的简要说明 附图说明
[0036] 图 1为本发明一实施例的翻译盒子的结构示意框图；
[0037] 图 2为本发明一实施例的翻译盒子的结构示意图；
[0038] 图 3本发明一实施例的翻译***的结构示意图。
[0039]
[0040] 本发明目的的实现、 功能特点及优点将结合实施例， 参照附图做进一步说明。
实施该发明的最佳实施例
本发明的最佳实施方式
[0041] 应当理解， 此处所描述的具体实施例仅仅用以解释本发明， 并不用于限定本发 明。
[0042] 参照图 1和图 2， 本发明实施例提供一种翻译盒子， 包括盒本体 10， 以及设置于 盒本体 10上的处理模块 20、 拾音器 30和扩音器 40; 盒本体 10上设置有容纳无线 耳机的容纳槽 50， 容纳槽 50内设置有与无线耳机数据交互的第一触点 53; 处理 模块 20分别连接拾音器 30、 扩音器 40和第一触点 53; 拾音器 30拾取第一语音信 息， 并发送给处理模块 20进行处理得到第一语音数据， 通过第一触点 53将第一 语音数据发送给无线耳机， 并通过无线耳机发送给与无线耳机配对的外设终端 进行翻译； 无线耳机接收外设终端翻译后的第二语音数据， 并通过第一触点 53 发送给处理模块 20， 处理模块 20将第二语音数据处理成第二语音信息， 并通过 扩音器 40进行播放。 翻译盒子还包括电源 80给各电子器件供电。
[0043] 上述盒本体 10即为承载处理模块 20、 拾音器 30和扩音器 40的实体装置， 可以为 塑料、 橡胶等材质制成。
[0044] 上述处理模块 20是一种具有数据处理功能的电子设备， 一般包括 MCU、 存储 器等。
[0045] 上述拾音器 30即为收集语音信息的电子设备， 如常见的麦克风等， 本实施例中 ， 拾音器 30可以设置多个， 均匀地分散在盒本体 10的周侧， 以提高拾音效果。
[0046] 上述扩音器 40即为播放语音的电子设备， 如常见的喇叭等， 本实施例中扩音器 40可以根据使用场景进行设置， 如在幵阔的环境中使用， 可以设置多个在盒本 体 10周侧， 如果在私密的环境中使用， 可以设置一个具有聚音效果的扩音器 40 等。
[0047] 上述第一触点 53—般为金属触点， 其通过数据线连接于处理模块 20， 当无线耳 机的数据接口与第一触点 53接触后， 实现与处理模块 20的数据交互。
[0048] 上述无线耳机即具有无线传输装置的耳机， 其可以以无线的方式与手机等外设 终端进行数据交互， 如无线耳机与手机配对后， 手机可以通过无线耳机播放音 频等。
[0049] 上述终端即为手机等与无线耳机配对使用的电子设备， 如手机、 平板电脑等。
本实施例中的终端安装有翻译软件， 当打幵翻译软件后， 可以将接收到的语音 翻译成指定的语种， 如中文翻译成英文， 或英文翻译成中文等。
[0050] 上述第一语音信息是环境中拾音器 30采集的声音信号； 第二语音信息是处理模 块 20将第二语音数据转换成的声音信息； 第一语音数据， 即为处理模块 20将第 一语音信息转成的数据， 一般为数字信号； 第二语音数据是终端生成的数字信 号， 最后会被转换成模拟信号作为声音播放。
[0051] 上述容纳槽 50即为收纳无线耳机的装置， 方便无线耳机的收纳。
[0052] 本实施例中， 上述翻译盒子还包括充电模块 70， 该充电模块 70包括充电电路和 第二触点 54， 充电电路的输入端电连接处理模块 20， 输出端电连接第二触点 54 ； 第二触点 54安装于容纳槽 50内， 对应无线耳机的充电触点设置。
[0053] 上述充电模块 70包括的充电电路可以为常见的充电电路， 其可以受控于处理模 块 20。 上述第二触点 54—般也为金属触点， 其通过导线连接于充电电路的输出 端， 当无线耳机的数据接口与第二触点 54接触后， 可以给无线耳机充电。 本实 施例中， 上述第一触点 53和第二触点 54可以为二合一触点， 既可以传输数据， 也可以用于充电使用， 可以根据无线耳机的充电接口以及有线数据交互接口的 设置而定。
[0054] 本实施例中， 当无线耳机放入到容纳槽 50内， 处理模块 20先获取无线耳机的电 池电量， 判断无线耳机是否需要充电， 如果需要则给无线耳机充电。 充电模块 7 0的设置， 可以有效地提高无线耳机的续航能力， 解决在翻译过程中， 无线耳机 频繁使用无线传输功能耗电严重而无法长吋间进行翻译的问题。
[0055] 本实施例中， 上述容纳槽 50包括左容纳槽 51和右容纳槽 52， 左容纳槽 51和右容 纳槽 52内均设置有第一触点 53和第二触点 54， 第一触点 53用于传输数据， 第二 触点 54用于充电使用。
[0056] 无线耳机一般都是成对出现的， 设置左容纳槽 51和右容纳槽 52则可以适配地放 置成对的无线耳机， 如左无线耳机放置在左容纳槽 51内， 右无线耳机放置在右 容纳槽 52内。
[0057] 本市实施例中， 上述翻译盒子还包括控制幵关， 电连接于处理模块 20; 处理模 块 20接收控制幵关的控制命令， 控制左容纳槽 51和 /或右容纳槽 52内的无线耳机 工作， 以及， 生成对应的翻译命令通过启动的无线耳机发送给外设终端。
[0058] 上述控制幵关可以输入指定的命令给处理模块 20， 处理模块 20根据接收到的命 令， 控制对应的无线耳机工作， 并且可以通过无线耳机发送对应的翻译类型命 令至终端， 控制终端的翻译软件， 比如， 控制左容纳槽 51内的无线耳机工作的 同吋生成英译中的命令， 通过左容纳槽 51内的无线耳机发送给终端， 使终端内 的翻译软件执行英译中的操作。
[0059] 在一具体实施例中， 上述控制幵关包括左幵关 55和右幵关 56， 分别对应左容纳 槽 51和右容纳槽 52设置； 左幵关 55控制左容纳槽 51内的无线耳机工作， 以及通 过处理模块 20生成左翻译命令； 右幵关 56控制右容纳槽 52内的无线耳机工作， 以及通过处理模块 20生成右翻译命令。 也就是说， 左幵关 55和右幵关 56分别输 入不同的控制命令， 如左幵关 55控制左容纳槽 51内的无线耳机， 同吋生成英译 中的命令； 而右幵关 56控制右容纳槽 52内的无线耳机， 同吋生成中译英的命令 等。 方便用户快速启动无线耳机， 并且选择翻译的方式。
[0060] 本发明的翻译盒子， 其设置有容纳无线耳机的容纳槽 50， 并通过第一触点 53与 与其匹配的无线耳机进行数据交互， 翻译盒子通过无线耳机与安装有翻译软件 的外设终端进行数据交互， 通过拾音器 30获取待翻译的语音并通过无线耳机发 送给所述终端， 然后通过无线耳机接收终端反馈的翻译的第二语音数据， 经过 处理模块 20处理后由扩音器 40播放， 翻译盒子不但具有收纳无线耳机的作用， 还可以有效的利用无线耳机的无线传输功能与外设终端通讯， 实现语音翻译。 盒本体 10上设置有充电模块 70给无线耳机充电， 提高无线耳机的续航吋间， 提 高翻译的可持续吋间， 无需沟通的人们配备同样的设备， 使用更加方便。 [0061]
[0062] 参照图 1至图 3本发明还提供一种翻译***包括翻译盒子和无线耳机 60;
[0063] 翻译盒子包括盒本体 10， 以及设置于盒本体 10上的处理模块 20、 拾音器 30和扩 音器 40; 盒本体 10上设置有容纳无线耳机 60的容纳槽 50， 无线耳机 60适配地设 置与容纳槽 50内， 容纳槽 50内设置有与无线耳机 60数据交互的第一触点 53; 处 理模块 20分别连接拾音器 30、 扩音器 40和第一触点 53; 拾音器 30拾取第一语音 信息， 并发送给处理模块 20进行处理得到第一语音数据， 通过第一触点 53将第 一语音数据发送给无线耳机 60， 并通过无线耳机 60发送给与无线耳机 60配对的 外设终端进行翻译； 无线耳机 60接收外设终端翻译后的第二语音数据， 并通过 第一触点 53发送给处理模块 20， 处理模块 20将第二语音数据处理成第二语音信 息， 并通过扩音器 40进行播放。
[0064] 上述盒本体 10即为承载处理模块 20、 拾音器 30和扩音器 40的实体装置， 可以为 塑料、 橡胶等材质制成。
[0065] 上述处理模块 20是一种具有数据处理功能的电子设备， 一般包括 MCU、 存储 器等。
[0066] 上述拾音器 30即为收集语音信息的电子设备， 如常见的麦克风等， 本实施例中 ， 拾音器 30可以设置多个， 均匀地分散在盒本体 10的周侧， 以提高拾音效果。
[0067] 上述扩音器 40即为播放语音的电子设备， 如常见的喇叭等， 本实施例中扩音器 40可以根据使用场景进行设置， 如在幵阔的环境中使用， 可以设置多个在盒本 体 10周侧， 如果在私密的环境中使用， 可以设置一个具有聚音效果的扩音器 40 等。
[0068] 上述第一触点 53—般为金属触点， 其通过数据线连接于处理模块 20， 当无线耳 机 60的数据接口与第一触点 53接触后， 实现与处理模块 20的数据交互。
[0069] 上述无线耳机 60即具有无线传输装置的耳机， 其可以以无线的方式与手机等外 设终端进行数据交互， 如无线耳机 60与手机配对后， 手机可以通过无线耳机播 放音频等。
[0070] 上述终端即为手机等与无线耳机 60配对使用的电子设备， 如手机、 平板电脑等
。 本实施例中的终端安装有翻译软件， 当打幵翻译软件后， 可以将接收到的语 音翻译成指定的语种， 如中文翻译成英文， 或英文翻译成中文等。
[0071] 上述第一语音信息是环境中拾音器 30采集的声音信号； 第二语音信息是处理模 块 20将第二语音数据转换成的声音信息； 第一语音数据， 即为处理模块 20将第 一语音信息转成的数据， 一般为数字信号； 第二语音数据是终端生成的数字信 号， 最后会被转换成模拟信号作为声音播放。
[0072] 上述容纳槽 50即为收纳无线耳机的装置， 方便无线耳机的收纳。
[0073] 本实施例中， 上述翻译***还包括充电模块 70， 该充电模块 70包括充电电路和 第二触点 54， 充电电路的输入端电连接处理模块 20， 输出端电连接第二触点 54 ； 第二触点 54安装于容纳槽 50内， 对应无线耳机 60的充电触点设置。
[0074] 上述充电模块 70包括的充电电路可以为常见的充电电路， 其可以受控于处理模 块 20。 上述第二触点 54—般也为金属触点， 其通过导线连接于充电电路的输出 端， 当无线耳机 60的数据接口与第二触点 54接触后， 可以给无线耳机 60充电。 本实施例中， 上述第一触点 53和第二触点 54可以为二合一触点， 第第一触点 53 和第二触点 54是相同的， 既可以传输数据， 也可以用于充电使用， 可以根据无 线耳机 60的充电接口以及有线数据交互接口的设置而定。
[0075] 本实施例中， 当无线耳机 60放入到容纳槽 50内， 处理模块 20先获取无线耳机 60 的电池电量， 判断无线耳机 60是否需要充电， 如果需要则给无线耳机 60充电。 充电模块 70的设置， 可以有效地提高无线耳机 60的续航能力， 解决在翻译过程 中， 无线耳机 60频繁使用无线传输功能耗电严重而无法长吋间进行翻译的问题
[0076] 本实施例中， 上述容纳槽 50包括左容纳槽 51和右容纳槽 52， 左容纳槽 51和右容 纳槽 52内均设置有第一触点 53和第二触点 54; 无线耳机 60包括左耳机和右耳机
， 分别收纳于左容纳槽 51和右容纳槽 52。
[0077] 无线耳机 60—般都是成对出现的， 即包括左耳机和右耳机， 设置左容纳槽 51和 右容纳槽 52则可以适配地放置成对的无线耳机 60， 如左耳机放置在左容纳槽 51 内， 右耳机放置在右容纳槽 52内。
[0078] 本实施例中， 上述翻译***还包括控制幵关， 电连接于处理模块 20; 处理模块
20接收控制幵关的控制命令， 控制左容纳槽 51和 /或右容纳槽 52内的无线耳机 60 工作， 以及， 生成对应的翻译命令通过启动的无线耳机 60发送给外设终端。
[0079] 上述控制幵关可以输入指定的命令给处理模块 20， 处理模块 20根据接收到的命 令， 控制对应的无线耳机 60工作， 并且可以通过无线耳机 60发送对应的翻译类 型命令至终端， 控制终端的翻译软件， 比如， 控制左容纳槽 51内的左耳机工作 的同吋生成英译中的命令， 通过左耳机发送给终端， 使终端内的翻译软件执行 英译中的操作。
[0080] 在一具体实施例中， 上述控制幵关包括左幵关 55和右幵关 56， 分别对应左容纳 槽 51和右容纳槽 52设置； 左幵关 55控制左容纳槽 51内的左耳机工作， 以及通过 处理模块 20生成左翻译命令； 右幵关 56控制右容纳槽 52内的右耳机工作， 以及 通过处理模块 20生成右翻译命令。 也就是说， 左幵关 55和右幵关 56分别输入不 同的控制命令， 如左幵关 55控制左容纳槽 51内的左耳机， 同吋生成英译中的命 令； 而右幵关 56控制右容纳槽 52内的右耳机， 同吋生成中译英的命令等。 方便 用户快速启动无线耳机 60， 并且选择翻译的方式。
[0081] 本实施例中， 上述无线耳机 60为蓝牙无线耳机 60， 蓝牙无线耳机 60采用低功耗 蓝牙传输模块， 进一步地降低无线耳机 60的功耗。
[0082] 本发明的翻译***， 其设置有容纳无线耳机 60的容纳槽 50， 并通过第一触点 53 与与其匹配的无线耳机 60进行数据交互， 翻译盒子通过无线耳机 60与安装有翻 译软件的外设终端进行数据交互， 通过拾音器 30获取待翻译的语音并通过无线 耳机 60发送给所述终端， 然后通过无线耳机 60接收终端反馈的翻译的第二语音 数据， 经过处理模块 20处理后由扩音器 40播放， 翻译***不但具有收纳无线耳 机 60的作用， 还可以有效的利用无线耳机 60的无线传输功能与外设终端通讯， 实现语音翻译。 盒本体 10上设置有充电模块 70给无线耳机 60充电， 提高无线耳 机 60的续航吋间， 提高翻译的可持续吋间， 无需沟通的人们配备同样的设备， 使用更加方便。
[0083] 以上所述仅为本发明的优选实施例， 并非因此限制本发明的专利范围， 凡是利 用本发明说明书及附图内容所作的等效结构或等效流程变换， 或直接或间接运 用在其他相关的技术领域， 均同理包括在本发明的专利保护范围内。

Claims

权利要求书
[权利要求 1] 一种翻译盒子， 其特征在于， 包括盒本体， 以及设置于所述盒本体上 的处理模块、 拾音器和扩音器；
所述盒本体上设置有容纳无线耳机的容纳槽， 容纳槽内设置有与所述 无线耳机数据交互的第一触点；
所述处理模块分别连接所述拾音器、 扩音器和所述第一触点； 所述拾音器拾取第一语音信息， 并发送给所述处理模块进行处理得到 第一语音数据， 通过所述第一触点将所述第一语音数据发送给所述无 线耳机， 并通过无线耳机发送给与所述无线耳机配对的外设终端进行 翻译；
所述无线耳机接收所述外设终端翻译后反馈的第二语音数据， 并通过 所述第一触点发送给所述处理模块， 处理模块将所述第二语音数据处 理成第二语音信息， 并通过所述扩音器进行播放。
[权利要求 2] 根据权利要求 1所述的翻译盒子， 其特征在于， 还包括充电模块， 该 充电模块包括充电电路和第二触点， 充电电路的输入端电连接所述处 理模块， 输出端电连接所述第二触点；
所述第二触点安装于所述容纳槽内， 对应所述无线耳机的充电触点设
[权利要求 3] 根据权利要求 2所述的翻译盒子， 其特征在于， 所述容纳槽包括左容 纳槽和右容纳槽， 左容纳槽和右容纳槽内均设置有第一触点和第二触 点。
[权利要求 4] 根据权利要求 2所述的翻译盒子， 其特征在于， 所述容纳槽包括左容 纳槽和右容纳槽， 左容纳槽和右容纳槽内均设置有第一触点和第二触 点。
[权利要求 5] 根据权利要求 4所述的翻译盒子， 其特征在于， 所述控制幵关包括左 幵关和右幵关， 分别对应所述左容纳槽和右容纳槽设置；
所述左幵关控制所述左容纳槽内的无线耳机工作， 以及通过处理模块 生成左翻译命令； 所述右幵关控制所述右容纳槽内的无线耳机工作， 以及通过处理模块生成右翻译命令。
一种翻译***， 其特征在于， 包括如权利要求 1所述的翻译盒子和无 线耳机；
所述无线耳机设置于所述容纳槽内。
根据权利要求 6所述的翻译***， 其特征在于， 所述翻译盒子还包括 充电模块， 该充电模块包括充电电路和第二触点， 充电电路的输入端 电连接所述处理模块， 输出端电连接所述第二触点；
所述第二触点安装于所述容纳槽内， 对应所述无线耳机的充电触点设 置。
根据权利要求 7所述的翻译***， 其特征在于， 所述容纳槽包括左容 纳槽和右容纳槽， 左容纳槽和右容纳槽内均设置有第一触点和第二触 点； 所述无线耳机包括左耳机和右耳机， 分别收纳于所述左容纳槽和右容 纳槽。
根据权利要求 8所述的翻译***， 其特征在于， 还包括控制幵关， 电 连接于所述处理模块；
所述处理模块接收所述控制幵关的控制命令， 控制所述左容纳槽和 / 或右容纳槽内的无线耳机工作， 以及， 生成对应的翻译命令通过启动 的所述无线耳机发送给所述外设终端。
根据权利要求 9所述的翻译***， 其特征在于， 所述控制幵关包括左 幵关和右幵关， 分别对应所述左容纳槽和右容纳槽设置；
所述左幵关控制所述左容纳槽内的左耳机工作， 以及通过处理模块生 成左翻译命令； 所述右幵关控制所述右容纳槽内的右耳机工作， 以及 通过处理模块生成右翻译命令。
11.根据权利要求 6所述的翻译***， 其特征在于， 所述无线耳机为蓝 牙无线耳机。
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