TWM461928U - Mobile power line collector of dual device support main transmission guide - Google Patents
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本創作係關於一種行動電源集線裝置，特別是指一種可支援由一二重性設備主導之複數設備間資料訊號傳輸，並可同時對該些設備供電之支援二重性設備主導傳輸之行動電源集線裝置。 The present invention relates to a mobile power line device, and more particularly to a mobile power line device capable of supporting data signal transmission between a plurality of devices led by a dual device, and capable of simultaneously supplying power to the devices to support the transmission of the dual device.
隨著科技之進步，電子設備之功能越來越強大，而同時其外型卻逐漸往輕型化、薄型化之方向發展，使得現今許多小型可攜式電子設備皆可視為一台迷你個人電腦，不僅電子設備內建儲存空間由往昔數十KB拓展至現今數GB之規模，同時也發展出功能完整強大之電子設備作業系統與應用軟體，而可提供多媒體應用以及其他諸如文件、試算表、電子郵件之讀取或建立等與個人電腦類似之功能。 With the advancement of technology, the functions of electronic devices are becoming more and more powerful, and at the same time, their appearances are gradually becoming lighter and thinner, making many small portable electronic devices available today as a mini personal computer. Not only does the built-in storage space of electronic devices expand from the past tens of kilobytes to the current number of GB, but also develops a full-featured electronic device operating system and application software, while providing multimedia applications and other such as documents, spreadsheets, and electronic A function similar to a personal computer such as reading or creating an email.
電子設備之外型輕薄化使其更適於隨身攜帶，而可隨時隨地提供電子科技之輔助，使得人類於辦公、休閒、居家之生活領域都更為便利，然而，即使克服體積及重量之限制，使得電子設備可脫離定點使用，電子設備仍然需仰賴電源供應之驅動以達成其功能，因此，如何延長外出時可攜式電子設備之續航電力供應即成為下一個研發重點。 The slimness of the electronic device makes it more suitable for carrying around, and it can be assisted by electronic technology anytime and anywhere, making it easier for people to work in office, leisure and home life. However, even if it overcomes the limitation of size and weight. Therefore, the electronic device can be used away from the fixed point. The electronic device still needs to rely on the power supply driver to achieve its function. Therefore, how to extend the battery power supply of the portable electronic device when going out is the next research and development focus.
受限於可攜式電子設備之電池體積，裝設於可攜式電子設備內之電池容量目前已逐漸達到擴充極限，外接式行動電源應運而生，由於行動電源之電池不受可攜式電子設備之體積限制，可利用較大之電池體積提供較大之電池容量，於無插座可供取電之情況下對電子設備進行充電，而而可延長可攜式電子設備外出使用之時間。 Restricted by the battery capacity of portable electronic devices, the battery capacity installed in portable electronic devices has gradually reached the limit of expansion, and external mobile power supplies have emerged, since the battery of the mobile power source is not portable. The size limitation of the device can provide a larger battery capacity by using a larger battery volume, and can charge the electronic device without the socket being available for power supply, thereby prolonging the time for the portable electronic device to go out.
雖然目前電子設備間充電接孔之規格並未統一，而使得不同電子設備使用之充電器間相容性不佳，然相較於充電接孔，連接埠之規格則較為一致，通常電子設備至少會具有一USB連接埠或一IEEE 1394連接埠，而連接埠除了傳輸電子資料外，也可提供充放電之功能，因此行動電源即利用連接埠對電子設備進行充電，除可減少接頭之種類以外，亦可一併整合資料傳輸之功能，而同時可作為一集線器使用，以節省同時攜帶各種充電器及額外攜帶集線器所需佔用之空間。 Although the specifications of the charging sockets between the electronic devices are not uniform, the compatibility between the chargers used in different electronic devices is not good, but the specifications of the ports are relatively consistent compared with the charging holes, and usually the electronic devices are at least It will have a USB port or an IEEE 1394 port, and the connection can provide charging and discharging functions in addition to transmitting electronic data. Therefore, the mobile power source uses the port to charge the electronic device, in addition to reducing the type of connector. It can also integrate the function of data transmission, and at the same time can be used as a hub to save space for carrying various chargers and carrying a hub at the same time.
然，現有結合集線器功能之行動電源裝置僅能在連接電腦後才能在電腦與其他電子設備間傳輸資料，因此限制了其作為集線器之使用時機與場合，有鑑於此，本創作加入可支援OTG(on the go)通訊協定之連接埠，OTG通訊協定可使非電腦之電子設備作為主機，因此透過複數纜線使本創作電性連接於一二重性設備(dual role device，DRD)以及其他非電腦之電子設備後，該二重性設備可通過OTG通訊協定擔任主機之角色，此時即可於不連接電腦之情況下，直接於該二重性設備與其他設備間進行資料之傳輸，或以該二重性設備驅動其他作為周邊之設備，而大大 提升使用電子設備之便利性。另，當本創作同時連接二個以上之二重性設備時，可透過主機通訊協定(Host Negotiation Protocol，HNP)等OTG相關協定動態定義各二重性設備之角色，以決定作為主機之二重性設備。 However, the existing mobile power unit combined with the hub function can only transfer data between the computer and other electronic devices after connecting the computer, thus limiting the timing and occasion of using it as a hub. In view of this, the creation joins to support the OTG ( On the go) The link between the communication protocols, the OTG communication protocol can make non-computer electronic devices as the host, so the notebook is electrically connected to a dual role device (DRD) and other non-computers through multiple cables. After the electronic device, the duality device can assume the role of the host through the OTG communication protocol, and the data can be directly transmitted between the duality device and other devices without connecting to the computer, or the other device can be driven by the dual device. As a peripheral device, and greatly Improve the convenience of using electronic devices. In addition, when the author simultaneously connects two or more dual devices, the role of each dual device can be dynamically defined through an OTG-related protocol such as Host Negotiation Protocol (HNP) to determine the dual device as the host.
一般做為主機之二重性設備需向周邊之電子設備供應電能，然而可攜式電子設備之電池容量小、電能相當珍貴，且其micro-AB接孔可提供電能之電流大小通常僅在8至20毫安培之間，不足以驅動所有類型之周邊電子設備，因此本創作具有之電源供應功能恰恰能夠補足驅動周邊電子設備所需之電能，同時亦可對作為主機之二重性設備進行充電，以延長二重性設備之使用時間。 Generally, the dual-purpose device as the host needs to supply power to the surrounding electronic devices. However, the portable electronic device has a small battery capacity and a relatively high power, and the micro-AB connection hole can supply electric energy. The current is usually only 8 to 20 Between milliamps, it is not enough to drive all types of peripheral electronic devices. Therefore, the power supply function of this creation can supplement the power required to drive peripheral electronic devices, and can also charge the duality device as the host to extend the duality. The time of use of the device.
因此，本創作提供一種支援二重性設備主導傳輸之行動電源集線裝置，該裝置係包含複數連接埠，可連接一或複數電子設備，並設有一資料傳輸模組以及一電源供應模組，其可藉由OTG傳輸協定使一二重性設備作為主機，而於不使用電腦之情形下於該二重性設備與其他設備間傳輸訊號資料，並由該電源供應模組同時對作為主機之該二重性設備與作為周邊之其他裝置進行充電，以延長該二重性設備之使用時間並向該電子設備提供驅動所需之電力，而使本創作同時作為支援OTG傳輸協定之集線裝置以及對主機與周邊裝置供電之行動電源。 Therefore, the present invention provides a mobile power line concentrating device for supporting dual-device-based transmission, the device comprising a plurality of ports, connecting one or more electronic devices, and having a data transmission module and a power supply module, which can be borrowed The OTG transmission protocol enables a duality device to act as a host, and transmits signal data between the duality device and other devices without using a computer, and the power supply module simultaneously pairs the duality device as a host and the periphery. The other device is charged to extend the usage time of the duality device and provide the power required for driving to the electronic device, and the present invention serves as a line device for supporting the OTG transmission protocol and a mobile power source for supplying power to the host and peripheral devices.
本創作之目的，在於提供一種支援二重性設備主導傳輸之行動電源集線裝置，其支援OTG傳輸協定可使一二重性設備作為主 機驅動其他非電腦之設備，而可克服非電腦之設備間資料傳輸時需透過電腦方能進行之限制。 The purpose of this creation is to provide a mobile power line device that supports the dual-device-led transmission, which supports the OTG transmission protocol to make a dual-duty device the main The machine drives other non-computer devices, and it can overcome the limitation that the computer can only perform data transmission between non-computer devices.
本創作之目的，在於提供一種支援二重性設備主導傳輸之行動電源集線裝置，其可對作為主機之二重性設備及作為周邊之其他非電腦設備供電，可延長該二重性設備之使用時間並代替該二重性設備穩定地向周邊電子設備提供驅動所需之電力。 The purpose of the present invention is to provide a mobile power line-collecting device that supports the dual-device-led transmission, which can supply power to the dual-purpose device as a host and other non-computer devices as peripherals, and can extend the usage time of the dual-purpose device and replace the dual-purpose device. The power required for driving is stably supplied to peripheral electronic devices.
本創作之目的，在於提供一種支援二重性設備主導傳輸之行動電源集線裝置，其可於一行動高清晰度介面(mobile high-definition link，MHL)設備與一高解析多媒體介面(high-definition multimedia interface，HDMI)設備間進行高畫質影片格式轉換。 The purpose of this creation is to provide a mobile power line-collecting device that supports the dual-mode device-led transmission, which can be used in a mobile high-definition link (MHL) device and a high-definition multimedia interface (high-definition multimedia interface). , HDMI) High-definition video format conversion between devices.
本創作之目的，在於提供一種支援二重性設備主導傳輸之行動電源集線裝置，設有接觸式或非接觸式之讀卡介面，以提供讀取記憶卡、晶片卡或RFID感應卡之功能。 The purpose of this creation is to provide a mobile power line-collecting device that supports dual-mode device-led transmission, and has a contact or contactless card reading interface to provide functions for reading a memory card, a wafer card or an RFID proximity card.
本創作之目的，在於提供一種支援二重性設備主導傳輸之行動電源集線裝置，設有無線通訊模組，以透過無線傳輸之方式傳輸資料。 The purpose of this creation is to provide a mobile power line-collecting device that supports the dual-device-led transmission, and has a wireless communication module for transmitting data by wireless transmission.
為達上述之目的，本創作揭露一種支援二重性設備主導傳輸之行動電源集線裝置，其包含複數連接埠、一資料傳輸模組以及一電源供應模組，該些連接埠皆分別具有複數電力接腳與複數訊號接腳；該資料傳輸模組包含一傳輸管理單元，該傳輸管理單元分別經由該些訊號接腳耦接於該些連接埠；該電源供應模組包含 一供電管理單元、一充放電管理單元及一內部電源，該供電管理單元分別經由該些電力接腳耦接於該些連接埠，該充放電管理單元分別經由該些電力接腳耦接於該些連接埠，該內部電源分別耦接於該供電管理單元與該充放電管理單元。 In order to achieve the above purpose, the present invention discloses a mobile power line assembly device for supporting dual-device-driven transmission, which comprises a plurality of connection ports, a data transmission module and a power supply module, each of which has a plurality of power pins respectively. The data transmission module includes a transmission management unit, and the transmission management unit is coupled to the connection ports via the signal pins; the power supply module includes a power management unit, a charge and discharge management unit, and an internal power supply, wherein the power management unit is coupled to the ports via the power pins, and the charge and discharge management unit is coupled to the power pins via the power pins The internal power source is coupled to the power management unit and the charge and discharge management unit, respectively.
其中二連接埠可分別連接一第一設備與一第二設備以進行該第一設備與該第二設備間之資料或訊號傳輸，該第一設備為一二重性設備並可驅動該第二設備，使資料可由該第一設備傳輸至該第二設備或由該第二設備傳輸至該第一設備，此時該傳輸管理單元可透過該些訊號接腳進行該第一設備與該第二設備間之資料傳輸，若該第二設備亦為一二重性設備，當該第一設備與該第二設備分別連接至該二連接埠時，該第一設備與該第二設備需先經主機通訊協定(Host Negotiation Protocol，HNP)等OTG相關協定動態定義該第一設備與該第二設備之角色，以決定由該第一設備或該第二設備作為主機驅動該第二設備或該第一設備；另，其中一連接埠可連接一第一設備並使該第一設備與該內部電源電性連接以進行該第一設備與該內部電源間之電能轉移，該第一設備為一電腦設備或其他可提供較高之電壓或電流之設備時，電能由該第一設備轉至該內部電源，此時該充放電管理單元可依據充該內部電源之電電壓或充電電流需求透過該些電力接腳由該第一設備取電並使該第一設備之電能流向該內部電源，以對該內部電源充電，而若該第一設備為一二重性設備或其他無法供給高電壓或高電流之設備時，電能由該內部電源轉至該第一設備，此時該供電管理單元可依據該電子設備之充電或驅動所需之電能、電壓或 電流等需求，透過該些電力接腳將該內部電源之電能穩定地供應至該第一設備；又，該內部電源可經由該充放電管理單元更進一步連接一外部電源，使該內部電源與該外部電源間形成電性連接，電能即由該外部電源移轉至該內部電源，此時該充放電管理單元可依據該內部電源之充電電壓或充電電流需求由該外部電源取電並使該外部電源之電能流向該內部電源，以對該內部電源充電。 The second device can be connected to a first device and a second device to perform data or signal transmission between the first device and the second device. The first device is a dual device and can drive the second device. The data may be transmitted from the first device to the second device or from the second device to the first device. The transmission management unit may perform the signal between the first device and the second device. Data transmission, if the second device is also a dual device, when the first device and the second device are respectively connected to the two ports, the first device and the second device need to be first through a host communication protocol ( An OTG-related protocol such as the Host Negotiation Protocol (HNP) dynamically defines the role of the first device and the second device to determine whether the second device or the first device is driven by the first device or the second device as a host; One of the ports is connected to a first device and electrically connected to the internal device to perform power transfer between the first device and the internal power source, the first device being a computer device In other devices that can provide a higher voltage or current, the electrical energy is transferred from the first device to the internal power source. At this time, the charging and discharging management unit can transmit the power according to the electrical voltage or charging current demand of the internal power source. The foot is powered by the first device and the electrical energy of the first device is flowed to the internal power source to charge the internal power source, and if the first device is a dual device or other device that cannot supply high voltage or high current The electric energy is transferred from the internal power source to the first device, and the power management unit can be based on the electric energy, voltage or voltage required for charging or driving the electronic device. a current source and the like, the power of the internal power source is stably supplied to the first device through the power pins; and the internal power source is further connected to an external power source via the charge and discharge management unit, and the internal power source and the An electrical connection is formed between the external power sources, and the electric energy is transferred from the external power source to the internal power source. At this time, the charging and discharging management unit can take power from the external power source according to the charging voltage or charging current demand of the internal power source and make the external The power of the power source flows to the internal power source to charge the internal power source.
本創作之行動電源集線裝置可進一步包含一顯示單元，該顯示單元可耦接於該傳輸管理單元並顯示上述由該傳輸管理單元監控之該第一設備與該第二設備間之資料傳輸狀態；該顯示單元可耦接於該供電管理單元並顯示由該供電管理單元監控之該內部電源對該第一設備或該第二設備之供電狀態；該顯示單元更可耦接於該充放電管理單元而顯示該充放電管理單元監控之該內部電源之蓄電狀態或由該第一設備或該外部電源對該內部電源之充電狀態；該顯示單元可以一螢幕顯示資料之傳輸狀態、對各設備之供電狀態、該內部電源之蓄電狀態或對該內部電源之充電狀態，或以複數燈號明、滅、閃爍之方式表達。 The action power line device of the present invention may further include a display unit, the display unit may be coupled to the transmission management unit and display the data transmission status between the first device and the second device monitored by the transmission management unit; The display unit is coupled to the power management unit and displays the power supply status of the first device or the second device monitored by the power management unit; the display unit is further coupled to the charge and discharge management unit And displaying the state of charge of the internal power source monitored by the charge and discharge management unit or the state of charge of the internal power source by the first device or the external power source; the display unit can display the transmission state of the data and power supply to each device on a screen The state, the state of charge of the internal power source or the state of charge of the internal power source, or the manner in which the plurality of lights are illuminated, extinguished, or flashed.
此外，該電源供應模組可更進一步包含一升降壓管理單元，該升降壓管理單元係設置於該內部電源與該供電管理單元間，使該內部電源係耦接至該升降壓管理單元，再透過該升降壓管理單元耦接至該供電管理單元，該升降壓管理單元可幫助該內部電源調整輸出電壓之高低以合乎該些電子設備之需求且供應平穩之電能。 In addition, the power supply module may further include a buck-boost management unit, the buck-boost management unit is disposed between the internal power supply and the power management unit, and the internal power supply is coupled to the buck-boost management unit, and then The buck-boost management unit is coupled to the power management unit, and the buck-boost management unit can help the internal power supply adjust the output voltage to meet the requirements of the electronic devices and supply stable power.
另，本創作可更進一步包含一高畫質格式轉換晶片，且該些連接埠中，有至少一連接埠為一高解析多媒體介面(HDMI)連接埠，該高畫質格式轉換晶片可電性連接於該HDMI連接埠以及一行動高清晰度介面(MHL)連接頭或另一連接埠，或者，該高畫質格式轉換晶片可包含於該資料傳輸模組並電性連接於該傳輸管理單元，該HDMI連接埠、該MHL連接頭或該另一連接埠可分別電性連接於該傳輸管理單元，上述之該HDMI連接埠可透過一HDMI連接線與一HDMI設備相連接，該HDMI設備可為一高畫質電視，該MHL連接頭可連接一MHL設備之一MHL連接埠，該另一連接埠可透過具有一MHL連接頭之一MHL連接線連接至該MHL設備之該MHL連接頭，該高畫質格式轉換晶片即可將MHL所支援之影片資料格式轉換為HDMI所支援之影片資料格式，以使該MHL設備內之影片資料可由該HDMI設備顯示，影片資料之播放過程中，該供電管理單元可同時對該MHL設備充電，以免影片播放之過程中該MHL設備之電力用罄，而使影片之播放中斷。 In addition, the creation may further include a high-definition format conversion chip, and at least one of the connection ports is a high-resolution multimedia interface (HDMI) port, and the high-quality format conversion chip is electrically Connecting to the HDMI port and a mobile high-definition interface (MHL) connector or another port, or the high-definition format conversion chip can be included in the data transmission module and electrically connected to the transmission management unit The HDMI port, the MHL connector or the other port can be electrically connected to the transmission management unit, and the HDMI port can be connected to an HDMI device through an HDMI cable. The HDMI device can be connected to the HDMI device. For a high-definition television, the MHL connector can be connected to an MHL connector of an MHL device, and the other port can be connected to the MHL connector of the MHL device through an MHL cable having an MHL connector. The high-definition format conversion chip converts the video data format supported by MHL into a video data format supported by HDMI, so that the video material in the MHL device can be displayed by the HDMI device, and the video data is played. In the process, the power management unit can simultaneously charge the MHL device to prevent the power of the MHL device from being used during the playback of the video, and the playback of the movie is interrupted.
除該高解析多媒體介面連接埠以外，該些連接埠可包含至少一USB連接埠、至少一mini USB連接埠、至少一micro USB連接埠、至少一IEEE 1394連接埠、至少一Dock連接埠、至少一mini Dock連接埠或至少一音訊連接埠，而可支援各種傳輸介面。 In addition to the high resolution multimedia interface port, the ports may include at least one USB port, at least one mini USB port, at least one micro USB port, at least one IEEE 1394 port, at least one Dock port, at least A mini Dock port or at least one audio port can support various transmission interfaces.
又，該本創作之行動電源集線裝置可進一步包含一讀卡介面，該讀卡介面可為一接觸式讀卡介面或一非接觸式讀卡介面，該接觸式讀卡介面可對一記憶卡或一晶片卡進行讀寫動作，而該非接觸式讀卡介面可對一RFID感應卡進行讀寫動作，該傳輸管理單 元可控制該讀卡介面進行讀卡或寫入之動作，而該供電管理單元可提供讀卡或寫入時所需之微量電能，另，該記憶卡可為MS、MS PRO、MS Duo、MS PRO Duo、M2、M2 Pro-HG、SD、mini SD、SDHC、mini SDHC、SD 2.0、Micro SD、MMC、RS-MMC、RS-MMC DV、MMC 4.0、RSMMC 4.0、MMC plus、MMC mobile、MMC micro 、Trans Flash、XD、XD type M或XD type H之規格。 Moreover, the mobile power line device of the present invention may further include a card reading interface, and the card reading interface may be a contact card interface or a contactless card interface, and the contact card interface may be a memory card. Or a chip card for reading and writing, and the non-contact card reading interface can read and write an RFID card, the transmission management sheet The element can control the card reading interface to perform card reading or writing, and the power management unit can provide a small amount of power required for reading or writing, and the memory card can be MS, MS PRO, MS Duo, MS PRO Duo, M2, M2 Pro-HG, SD, mini SD, SDHC, mini SDHC, SD 2.0, Micro SD, MMC, RS-MMC, RS-MMC DV, MMC 4.0, RSMMC 4.0, MMC plus, MMC mobile, Specifications for MMC micro, Trans Flash, XD, XD type M or XD type H.
再者，該本創作之行動電源集線裝置可進一步包含一無線通訊模組，該無線通訊模組可透過無線通訊之方式與另一具有無線通訊功能之設備間進行資料之傳輸，欲藉由該無線通訊模組發送連接於其中一連接埠之該第一設備之資料時，該傳輸管理單元可由該第一設備讀取資料並傳送至該無線通訊模組，而欲藉由該無線通訊模組接收資料並儲存該第一設備時，該傳輸管理單元可將該無線通訊模組接收之資料派送至該電子設備，該供電管理單元則對該無線通訊模組提供驅動該無線通訊模組以傳送或接收資料時所需之電能。 Furthermore, the mobile power line device of the present invention may further comprise a wireless communication module, wherein the wireless communication module can transmit data between the wireless communication function and another device having wireless communication function. When the wireless communication module sends the data of the first device connected to one of the ports, the transmission management unit can read the data from the first device and transmit the data to the wireless communication module, and the wireless communication module is to be used by the wireless communication module. When receiving the data and storing the first device, the transmission management unit may send the data received by the wireless communication module to the electronic device, and the power management unit provides the wireless communication module to drive the wireless communication module to transmit Or the power required to receive the data.
1‧‧‧支援二重性設備主導傳輸之行動電源集線裝置 1‧‧‧Mobile power line assembly device for dual-device-led transmission
10‧‧‧連接埠 10‧‧‧Connected
10’‧‧‧連接埠 10’‧‧‧Links
102‧‧‧訊號接腳 102‧‧‧ Signal pin
104‧‧‧電力接腳 104‧‧‧Power pin
106‧‧‧HDMI連接埠 106‧‧‧HDMI connection埠
12‧‧‧資料傳輸模組 12‧‧‧ Data Transfer Module
120‧‧‧傳輸管理單元 120‧‧‧Transport Management Unit
122‧‧‧高畫質格式轉換晶片 122‧‧‧High quality format conversion chip
14‧‧‧電源供應模組 14‧‧‧Power supply module
140‧‧‧供電管理單元 140‧‧‧Power Management Unit
142‧‧‧升降壓管理單元 142‧‧‧ Lifting pressure management unit
144‧‧‧內部電源 144‧‧‧Internal power supply
146‧‧‧充放電管理單元 146‧‧‧Charge and Discharge Management Unit
16‧‧‧顯示單元 16‧‧‧Display unit
17‧‧‧記憶卡讀卡介面 17‧‧‧ Memory Card Reader Interface
18‧‧‧一無線通訊模組 18‧‧‧One wireless communication module
19‧‧‧晶片卡讀卡介面 19‧‧‧104 card reader interface
20‧‧‧纜線 20‧‧‧ cable
202‧‧‧HDMI連接線 202‧‧‧HDMI cable
204‧‧‧MHL連接頭 204‧‧‧MHL connector
204’‧‧‧MHL連接頭 204’‧‧‧MHL connector
206‧‧‧MHL連接線 206‧‧‧MHL cable
206’‧‧‧MHL連接線 206’‧‧‧MHL cable
22‧‧‧第一設備 22‧‧‧ first equipment
24‧‧‧第二設備 24‧‧‧second equipment
26‧‧‧HDMI設備 26‧‧‧ HDMI devices
28‧‧‧MHL設備 28‧‧‧MHL equipment
28’‧‧‧MHL設備 28’‧‧‧MHL equipment
280‧‧‧MHL連接埠 280‧‧‧MHL connection埠
280’‧‧‧MHL連接埠 280’‧‧‧MHL connection
3‧‧‧外部電源 3‧‧‧External power supply
第一圖為本創作第一實施例之元件連接關係示意圖；第二A圖為本創作第二實施例之元件連接關係示意圖；第二B圖為本創作第三實施例之元件連接關係示意圖；第三圖為本創作第四實施例之元件連接關係示意圖；及第四圖為本創作第五實施例之元件連接關係示意圖。 The first figure is a schematic diagram of the component connection relationship of the first embodiment of the present invention; the second A is a schematic diagram of the component connection relationship of the second embodiment of the present invention; and the second B is a schematic diagram of the component connection relationship of the third embodiment of the present invention; The third figure is a schematic diagram of the component connection relationship of the fourth embodiment of the present invention; and the fourth figure is a schematic diagram of the component connection relationship of the fifth embodiment of the present invention.
茲為使 貴審查委員對本創作之結構特徵及所達成之功效有 更進一步之瞭解與認識，謹佐以較佳之實施例及配合詳細之說明，說明如後：本創作之支援二重性設備主導傳輸之行動電源集線裝置之特色在於可支援OTG傳輸協定，使一二重性設備作為主機驅動其他作為周邊之至少一設備，而不像習知技術必須連接一電腦設備作為主機才可達成非電腦設備間之資料訊號傳輸，且可對該二重性設備及該設備供電，延長該二重性設備之使用時間並提供驅動該電子設備所需之電能。 In order for your review board to have a structural character and the effect achieved by the author For further understanding and understanding, please refer to the preferred embodiment and the detailed description to explain the following: The creative power supply line device supporting the dual-device-led transmission of this creation is characterized by supporting the OTG transmission protocol and enabling a dual-equity device. As the host drives at least one device as the periphery, unlike the prior art, a computer device must be connected as a host to achieve data transmission between non-computer devices, and the dual device and the device can be powered to extend the duality. The time of use of the device and the power required to drive the electronic device.
首先請參閱第一圖，其係本創作第一實施例之元件連接關係示意圖；如圖所示，本創作之支援二重性設備主導傳輸之行動電源集線裝置1係包含複數連接埠10、一資料傳輸模組12以及一電源供應模組14，其中該資料傳輸模組12係包含一傳輸管理單元120，該傳輸管理單元120係分別耦接至該些連接埠10內之複數訊號接腳102；該電源供應模組14係包含一供電管理單元140、一升降壓管理單元142、一內部電源144及一充放電管理單元146，該供電管理單元140與該充放電管理單元146皆分別耦接至該些連接埠10內之複數電力接腳104，該升降壓管理單元142係耦接於該供電管理單元140，該內部電源144係耦接於該升降壓管理單元142，該充放電管理單元146係耦接於該內部電源144；此外，本創作之行動電源集線裝置1可進一步包含一顯示單元16，該顯示單元16係分別耦接於傳輸管理單元120、該供電管理單元140以及該充放電管理單元146，而可顯示連接於該些連接埠之複數設備間資料傳輸之狀態、該電源供應模組14對該些設備之供電之狀態、該 內部電源144之蓄電狀態以及該內部電源144受其中一裝置或一外部電源充電之狀態。 First, please refer to the first figure, which is a schematic diagram of the component connection relationship of the first embodiment of the present invention; as shown in the figure, the mobile power line assembly device 1 supporting the dual-device device for transmission of the present invention includes a plurality of ports 10 and a data transmission. The module 12 and a power supply module 14 , wherein the data transmission module 12 includes a transmission management unit 120 , and the transmission management unit 120 is coupled to the plurality of signal pins 102 in the ports 10 respectively; The power supply module 14 includes a power management unit 140, a buck-boost management unit 142, an internal power supply 144, and a charge and discharge management unit 146. The power management unit 140 and the charge and discharge management unit 146 are respectively coupled to the power supply management unit 140. The power supply management unit 142 is coupled to the power supply management unit 140. The internal power supply 144 is coupled to the buck-boost management unit 142. The charge and discharge management unit 146 is coupled to the power supply management unit 142. The mobile power line device 1 of the present invention may further include a display unit 16 coupled to the transmission management unit 12, respectively. 0. The power management unit 140 and the charge and discharge management unit 146 can display the status of data transmission between the plurality of devices connected to the ports, and the state of power supply to the devices by the power supply module 14 The state of charge of the internal power source 144 and the state in which the internal power source 144 is charged by one of the devices or an external power source.
如圖，複數連接埠10中有二連接埠10分別透過二纜線20電性連接於與一第一設備22與一第二設備24，而有以下幾種可能性：其一，該第一設備22係為一二重性設備，該第二設備24並非電腦設備或二重性設備，且該些連接埠10係支援OTG通訊協定，該第一設備22可作為主機驅動作為周邊之該第二設備24，該資料傳輸模組12透過該傳輸管理單元120處理該第一設備22與該第二設備24間資料訊號之傳輸，另，該內部電源144供應驅動該第二設備24所需之電能，且可提供電能替該第一設備22充電，該電源供應模組14透過該供電管理單元140處理由該內部電源144供電至該第一設備22與該第二設備24之過程，該供電管理單元140可偵測並判斷該第一設備22與該第二設備24之電力狀態或所需充電或驅動之電壓或電流，並使該內部電源144分別依據該第一設備22與該第二設備24所需充電或驅動之電壓或電流數值提供電能，並透過該升降壓管理單元142調整該內部電源144輸出之電能，且可使該內部電源144輸出之電能之電壓或電流較為穩定；其二，該第一設備22係為一電腦設備，該第二設備24並非電腦設備或二重性設備，該第一設備22即作為主機驅動該第二設備24，該資料傳輸模組12透過該傳輸管理單元120處理該第一設備22與該第二設備24間資料訊號之傳輸，另，該第一設備22供應驅動該第二設備24所需之電能，且可提供電能替該內部電源144充電，該電源供應模組14透過該供電管理單元140處理由該第一設備22供電至該第二 設備24與該內部電源144之過程，該供電管理單元140可偵測並判斷該第一設備22與該第二設備24之電力狀態或所需充電或驅動之電壓或電流，並協助該第一設備22分別依據該第二設備24與該內部電源144所需充電或驅動之電壓或電流數值提供電能，並透過該升降壓管理單元142協助調整由該第一設備22輸出之電能並使其維持穩定；其三，該第一設備22係為一二重性設備且該第二設備24亦為一二重性設備，且該些連接埠10係支援OTG通訊協定與相關通訊協定，此時將先進行主機通訊協定(HNP)，決定由該第一設備22或該第二設備24作為主機以驅動另一設備，該資料傳輸模組12透過該傳輸管理單元120處理該第一設備22與該第二設備24間資料訊號之傳輸，另，該內部電源144供應驅動該第一設備22或該第二設備24所需之電能，且可提供電能替該第一設備22與該第二設備24充電，該電源供應模組14透過該供電管理單元140處理由該內部電源144供電至該第一設備22與該第二設備24之過程，該供電管理單元140可偵測並判斷該第一設備22與該第二設備24之電力狀態或所需充電或驅動之電壓或電流，並使該內部電源144分別依據該第一設備22與該第二設備24所需充電或驅動之電壓或電流數值提供電能，並透過該升降壓管理單元142調整該內部電源144輸出之電能，且可使該內部電源144輸出之電能之電壓或電流較為穩定。 As shown in the figure, two ports 10 of the plurality of ports 10 are electrically connected to a first device 22 and a second device 24 through the two cables 20, respectively, and have the following possibilities: First, the first The device 22 is a dual device, the second device 24 is not a computer device or a dual device, and the ports 10 support an OTG protocol. The first device 22 can be used as a host driver as the second device 24 in the periphery. The data transmission module 12 processes the transmission of the data signal between the first device 22 and the second device 24 through the transmission management unit 120. The internal power supply 144 supplies the power required to drive the second device 24, and The power supply module 14 is configured to charge the first device 22, and the power supply management unit 140 processes the power supply from the internal power source 144 to the first device 22 and the second device 24. The power management unit 140 can Detecting and determining the power state of the first device 22 and the second device 24 or the voltage or current required to be charged or driven, and making the internal power source 144 required according to the first device 22 and the second device 24, respectively. Charging or driving The voltage or current value provides power, and the power outputted by the internal power source 144 is adjusted by the buck-boost management unit 142, and the voltage or current of the power output by the internal power source 144 is relatively stable; and second, the first device 22 is For a computer device, the second device 24 is not a computer device or a dual device. The first device 22 drives the second device 24 as a host. The data transmission module 12 processes the first device 22 through the transmission management unit 120. And transmitting the data signal between the second device 24, and the first device 22 supplies the power required to drive the second device 24, and provides power for charging the internal power source 144, and the power supply module 14 transmits the The power management unit 140 processes the power supplied by the first device 22 to the second The process of the device 24 and the internal power source 144, the power management unit 140 can detect and determine the power state of the first device 22 and the second device 24 or the voltage or current required to be charged or driven, and assist the first The device 22 provides electrical energy according to the voltage or current value required to be charged or driven by the second device 24 and the internal power source 144, and assists in adjusting and maintaining the electrical energy output by the first device 22 through the buck-boost management unit 142. Third, the first device 22 is a dual device and the second device 24 is also a dual device, and the ports 10 support the OTG protocol and related communication protocols, and the host communication is performed first. The agreement (HNP) determines that the first device 22 or the second device 24 acts as a host to drive another device, and the data transmission module 12 processes the first device 22 and the second device 24 through the transmission management unit 120. The internal power source 144 supplies the power required to drive the first device 22 or the second device 24, and can provide electrical energy for charging the first device 22 and the second device 24. The source supply module 14 processes the power supply from the internal power source 144 to the first device 22 and the second device 24 through the power management unit 140. The power management unit 140 can detect and determine the first device 22 and the The power state of the second device 24 or the voltage or current required to be charged or driven, and the internal power source 144 provides power according to the voltage or current value required to be charged or driven by the first device 22 and the second device 24, respectively. The power outputted by the internal power source 144 is adjusted by the buck-boost management unit 142, and the voltage or current of the power output by the internal power source 144 can be stabilized.
此外，該充放電管理單元146可進一步連接一外部電源3，而使該內部電源144電性連接於該外部電源3，該充放電管理單元146可偵測該內部電源144之蓄電狀況，控制該外部電源3是否對 該內部電源144進行充電。 In addition, the charge and discharge management unit 146 can be further connected to an external power source 3, and the internal power source 144 is electrically connected to the external power source 3. The charge and discharge management unit 146 can detect the power storage condition of the internal power source 144, and control the Is the external power supply 3 correct? The internal power source 144 is charged.
如此，該顯示單元16可由該傳輸管理單元120取得並顯示該第一設備22與該第二設備24間資料傳輸之狀態，由該供電管理單元140取得並顯示該第一設備22或該第二設備24之電力狀態、該電源供應模組14對該第一設備22或該第二設備24之供電狀態、該第一設備22對該內部電源144之供電狀態，由該充放電管理單元146取得並顯示該內部電源144之蓄電狀態、充電狀態或供電狀態，該顯示單元16可透過螢幕顯示或以燈號表示上述狀態。 In this manner, the display unit 16 can obtain and display the status of data transmission between the first device 22 and the second device 24 by the transmission management unit 120, and the power management unit 140 acquires and displays the first device 22 or the second device. The power state of the device 24, the power supply state of the power supply module 14 to the first device 22 or the second device 24, and the power supply state of the first device 22 to the internal power source 144 are obtained by the charge and discharge management unit 146. The display unit 16 can display the state of the power storage state, the state of charge or the power supply state of the internal power source 144. The display unit 16 can display the above state through a screen display or by a light signal.
透過上述元件之設置，本創作可支援OTG通訊協定，並以一二重性設備作為主機，直接驅動作為周邊之其他設備，而不需另外透過一電腦設備即可實現複數設備間之資料訊號傳輸或驅動，此外，驅動作為周邊之其他設備所需之電能係由本創作包含之該電源供應模組提供，使其可獲得穩定之電力供應，並且不會消耗二重性設備內部電池之電能，且，進行資料傳輸時，該電源供應模組可同時對該二重性設備或其他設備充電，而使該二重性設備可持續使用較長之時間。 Through the above components, this creation can support the OTG communication protocol, and use a dual-duty device as the host to directly drive other devices as peripherals, without the need to separately transmit data signals or drives between multiple devices through a single computer device. In addition, the power required to drive other devices as peripherals is provided by the power supply module included in the present creation, so that a stable power supply can be obtained, and the power of the internal battery of the dual device is not consumed, and data transmission is performed. The power supply module can simultaneously charge the duality device or other devices, so that the duality device can be used for a long time.
請參閱第二A圖與二B圖，其係本創作第二實施例與第三實施例之元件連接關係示意圖；如圖所示，此二實施例與第一實施例之主要差別在於該支援二重性設備主導傳輸之行動電源集線裝置1內，更進一步包含一高解析多媒體介面(HDMI)連接埠106、一高畫質格式轉換晶片122，並可進一步包含一MHL連接頭204，故可透過該HDMI連接埠106連接一HDMI設備26並透過該MHL連接頭204或一連接埠10連接一MHL設備28或28’，以藉由該HDMI設備26 播放由該MHL設備28或28’內讀取並透過高畫質格式轉換晶片122轉換格式之高畫質影片。 Please refer to FIG. 2A and FIG. 2B, which are diagrams showing the connection relationship between the second embodiment and the third embodiment of the present invention; as shown in the figure, the main difference between the second embodiment and the first embodiment is that the support is The dual-power device-led mobile power line device 1 further includes a high-resolution multimedia interface (HDMI) port 106, a high-quality format conversion chip 122, and further includes an MHL connector 204, so The HDMI port 106 is connected to an HDMI device 26 and connected to an MHL device 28 or 28' via the MHL connector 204 or a port 10 for the HDMI device 26 to A high-definition movie that is read by the MHL device 28 or 28' and converted into a format by the high-definition format conversion chip 122 is played.
如第二A圖所示，第二實施例中該高畫質格式轉換晶片122係分別電性連接於該HDMI連接埠106、該MHL連接頭204以及該連接埠10’(該MHL連接頭204與電性連接於該高畫質格式轉換晶片122之該連接埠10’可擇一設置)，電性連接於該高畫質格式轉換晶片122之該HDMI連接埠106、該MHL連接頭204以及該連接埠10’於本實施例中不另與該傳輸管理單元120電性連接，而專門用以於該HDMI設備26與該MHL設備28或28’間達成電性連接，該HDMI連接埠106係透過一HDMI連接線202與一HDMI設備26相連接，該MHL連接頭204透過一MHL連接線206電性連接於該高畫質格式轉換晶片122，該MHL連接頭204並電性連接該MHL設備28之一MHL連接埠280，另，電性連接該高畫質格式轉換晶片122之該連接埠10’可外接包含另一MHL連接頭204’之另一MHL連接線206’，並透過該MHL連接頭204’連接另一MHL設備28’之另一MHL連接埠280’，其中該HDMI設備26可為一高畫質電視，該MHL設備28或28’可為一智慧型手機，該高畫質格式轉換晶片122可執行轉換影片格式之功能，將該MHL設備28或28’所支援之MHL影片資料格式轉換為該HDMI設備26所支援之HDMI影片資料格式，以使該MHL設備28或28’內之影片資料可由該HDMI設備26顯示，影片資料之播放過程中，該供電管理單元140可同時利用該內部電源144儲存之電能對該MHL設備28或28’充電，使該MHL設備28或28’之使用時間延長，以免影片播放之過程中該MHL設備28或28’之電力用罄， 而使影片之播放中斷，又，該高畫質格式轉換晶片122亦可整合於該HDMI連接埠106。 As shown in FIG. 2A, the high-definition format conversion chip 122 in the second embodiment is electrically connected to the HDMI port 106, the MHL connector 204, and the port 10' (the MHL connector 204). The connection port 10' electrically connected to the high-quality format conversion chip 122 is alternatively disposed, electrically connected to the HDMI port 106 of the high-quality format conversion chip 122, the MHL connector 204, and The connection port 10' is not electrically connected to the transmission management unit 120 in this embodiment, but is specifically used to electrically connect the HDMI device 26 with the MHL device 28 or 28'. The HDMI port 106 is connected. The MHL connector 204 is electrically connected to the high-quality format conversion chip 122 through an MHL connection line 206. The MHL connector 204 is electrically connected to the MHL. One of the devices 28 has an MHL connection 280, and the connection port 10' electrically connected to the high-quality format conversion chip 122 can externally connect another MHL connection 206' including another MHL connector 204'. The MHL connector 204' is coupled to another MHL port 280' of another MHL device 28', The HDMI device 26 can be a high-definition television, and the MHL device 28 or 28' can be a smart phone. The high-quality format conversion chip 122 can perform the function of converting a video format, and the MHL device 28 or 28 The supported MHL video material format is converted to the HDMI video material format supported by the HDMI device 26 so that the video material in the MHL device 28 or 28' can be displayed by the HDMI device 26 during playback of the video material. The power management unit 140 can simultaneously charge the MHL device 28 or 28' with the power stored by the internal power source 144 to extend the usage time of the MHL device 28 or 28' to prevent the MHL device 28 or 28' during the video playback. Power use, The playback of the movie is interrupted, and the high quality format conversion chip 122 can also be integrated into the HDMI port 106.
如第二B圖所示，第三實施例中該高畫質格式轉換晶片122係包含於該資料傳輸模組12並電性連接於該傳輸管理單元120，該HDMI連接埠106、該MHL連接頭204、該連接埠10’(該MHL連接頭204與該連接埠10’可擇一設置)以及其餘連接埠10係分別電性連接於該傳輸管理單元120、該供電管理單元140以及該充放電管理單元146，與第二實施例相似，該HDMI連接埠106係透過一HDMI連接線202與一HDMI設備26相連接，該MHL連接頭204透過一MHL連接線206電性連接於該傳輸管理單元120，該MHL連接頭204並電性連接該MHL設備28之一MHL連接埠280，另，電性連接該傳輸管理單元120之該連接埠10’可外接包含另一MHL連接頭204’之另一MHL連接線206’，並透過該MHL連接頭204’連接另一MHL設備28’之另一MHL連接埠280’，其中該HDMI設備26可為一高畫質電視，該MHL設備28或28’可為一智慧型手機，該傳輸管理單元120可協助該高畫質格式轉換晶片122進行取得影片資料、轉換格式與傳送影片資料等功能，將該MHL設備28或28’所支援之MHL影片資料格式轉換為該HDMI設備26所支援之HDMI影片資料格式，以使該MHL設備28或28’內之影片資料可由該HDMI設備26顯示，影片資料之播放過程中，該供電管理單元140可同時利用該內部電源144儲存之電能對該MHL設備28或28’充電，使該MHL設備28或28’之使用時間延長，以免影片播放之過程中該MHL設備28或28’之電力用罄，而使影片之播放中斷。 As shown in the second embodiment, the high-definition format conversion chip 122 is included in the data transmission module 12 and electrically connected to the transmission management unit 120. The HDMI port 106 and the MHL connection are connected. The head 204, the connection port 10' (the MHL connector 204 and the port 10' can be selectively disposed), and the remaining ports 10 are electrically connected to the transmission management unit 120, the power management unit 140, and the charger, respectively. The discharge management unit 146 is similar to the second embodiment. The HDMI port 106 is connected to an HDMI device 26 via an HDMI connection 202. The MHL connector 204 is electrically connected to the transmission management via an MHL connection 206. The MHL connector 204 is electrically connected to one of the MHL devices 28 and is connected to the MHL device 280. The connection port 10' electrically connected to the transmission management unit 120 can be externally connected to another MHL connector 204'. Another MHL connection 206' is connected to another MHL connection 280' of another MHL device 28' via the MHL connector 204', wherein the HDMI device 26 can be a high-definition television, or the MHL device 28 or 28' can be a smart phone, the transmission management unit 120 Assisting the high-quality format conversion chip 122 to obtain functions such as acquiring video data, converting format, and transmitting video data, and converting the MHL video data format supported by the MHL device 28 or 28' to the HDMI video data supported by the HDMI device 26. The format is such that the video material in the MHL device 28 or 28' can be displayed by the HDMI device 26. During the playback of the video material, the power management unit 140 can simultaneously utilize the power stored by the internal power source 144 to the MHL device 28 or 28' charging, the use time of the MHL device 28 or 28' is extended to prevent the power of the MHL device 28 or 28' from being used during the playback of the video, and the playback of the movie is interrupted.
故，透過第二實施例與第三實施例中元件之設置，可於本創作之支援二重性設備主導傳輸之行動電源集線裝置加入一HDMI/MHL轉接撥放之功能。 Therefore, through the arrangement of the components in the second embodiment and the third embodiment, an HDMI/MHL transfer dial function can be added to the mobile power line device that supports the transmission of the dual device.
請參閱第三圖，其係本創作第四實施例之元件連接關係示意圖；如圖所示，本實施例與第一實施例之主要差別在於該支援二重性設備主導傳輸之行動電源集線裝置1更進一步設置一記憶卡讀卡介面17與一無線通訊模組18，該記憶卡讀卡介面17分別耦接於該傳輸管理單元120與該供電管理單元140，可受一第一設備22驅動，該第一設備22係為一二重性設備，由於本創作可支援OTG傳輸協定，該第一設備22可作為主機並以該記憶卡讀卡介面17作為周邊設備，該記憶卡讀卡介面17受該第一設備22之驅動而透過該傳輸管理單元120傳輸由一記憶卡(圖中未顯示)讀取之資料以及欲寫入該記憶卡之資料，並利用該供電管理單元140傳輸之電力對該記憶卡進行讀取及寫入資料之動作；該無線通訊模組18亦分別耦接於該傳輸管理單元120與該供電管理單元140，且同樣可作為該第一設備22之周邊裝置而受該第一設備22之驅動，該無線通訊模組18透過該傳輸管理單元120取得該記憶卡或該第一設備22中儲存之資訊，並以發射無線電波之方式傳送至其他具有無線通訊功能之裝置，且該無線通訊模組18發射無線電波所需之電力係由該供電管理單元140提供。 Please refer to the third figure, which is a schematic diagram of the component connection relationship of the fourth embodiment of the present invention; as shown in the figure, the main difference between the embodiment and the first embodiment is that the mobile power line device 1 for supporting the dual-device transmission is more Further, a memory card reader interface 17 and a wireless communication module 18 are further disposed. The memory card reader interface 17 is coupled to the transmission management unit 120 and the power management unit 140, and is driven by a first device 22. The first device 22 is a dual device. Since the creation can support the OTG transmission protocol, the first device 22 can serve as a host and the memory card reading interface 17 is used as a peripheral device. The memory card reading interface 17 is subjected to the first device. Driven by a device 22, the data read by a memory card (not shown) and the data to be written to the memory card are transmitted through the transmission management unit 120, and the power transmitted by the power management unit 140 is used for the memory. The card is configured to read and write data; the wireless communication module 18 is also coupled to the transmission management unit 120 and the power management unit 140, and can also serve as the first device 22 The peripheral device is driven by the first device 22, and the wireless communication module 18 obtains the information stored in the memory card or the first device 22 through the transmission management unit 120, and transmits the radio wave to other devices. The device of the wireless communication function, and the power required for the wireless communication module 18 to transmit radio waves is provided by the power management unit 140.
是以，透過本實施例中元件之設置，可於本創作之支援二重性設備主導傳輸之行動電源集線裝置加入支援記憶卡讀寫以及作為無線分享檔案基地台之兩種功能。 Therefore, through the setting of the components in the embodiment, the mobile power line device supporting the dual-device transmission of the present invention can be added to support the memory card reading and writing and the two functions of the wireless sharing file base station.
請參閱第四圖，其係本創作第五實施例之元件連接關係示意圖；如圖所示，本實施例與第一實施例之主要差別在於該支援二重性設備主導傳輸之行動電源集線裝置1更進一步設置一晶片卡讀卡介面19，該晶片卡讀卡介面19係分別耦接於該傳輸管理單元120與該供電管理單元140，可受一第一設備22驅動，該第一設備22係為一二重性設備，由於本創作可支援OTG傳輸協定，該第一設備22可作為主機並以該晶片卡讀卡介面19作為周邊設備，該晶片卡讀卡介面19受該第一設備22之驅動，而可利用該供電管理單元140供給之電力對一晶片卡(圖中未顯示)進行讀寫，並透過該傳輸管理單元120傳送讀寫該晶片卡過程中所需之資訊。 Please refer to the fourth figure, which is a schematic diagram of the component connection relationship of the fifth embodiment of the present invention; as shown in the figure, the main difference between the embodiment and the first embodiment is that the mobile power line assembly device 1 for supporting the duality device is mainly transmitted. Further, a chip card reader interface 19 is further disposed. The card card reader interface 19 is coupled to the transmission management unit 120 and the power management unit 140, and is driven by a first device 22, wherein the first device 22 is A dual device, the first device 22 can serve as a host device and the chip card reader interface 19 can be used as a peripheral device. The chip card reader interface 19 is driven by the first device 22, as the present invention can support the OTG transmission protocol. The power supplied from the power management unit 140 can be used to read and write a chip card (not shown), and the information required for reading and writing the chip card is transmitted through the transmission management unit 120.
故，透過本實施例中元件之設置，可於本創作之支援二重性設備主導傳輸之行動電源集線裝置加入一支援晶片卡讀寫之功能，而適合應用於以一二重性設備(如一智慧型手機)作為主機並進行需要晶片卡進行認證之操作(如金融卡交易)。此外，將本實施例中之晶片卡讀卡介面19或第四實施例中之記憶卡讀卡介面17以一感應卡讀卡介面替換，則可支援一感應卡之讀寫，而可用於如由悠遊卡或eTag等RFID標籤中記錄之查詢等功能。 Therefore, through the setting of the components in the embodiment, the function of supporting the chip card reading and writing can be added to the mobile power line device supporting the transmission of the duality device of the present invention, and is suitable for the application of a duality device (such as a smart phone). As a host and perform operations that require a wafer card for authentication (such as financial card transactions). In addition, the memory card reading interface 19 in the embodiment or the memory card reading interface 17 in the fourth embodiment is replaced by a proximity card reading interface, which can support reading and writing of a sensing card, and can be used for, for example, A function such as a query recorded in an RFID tag such as a leisure card or eTag.
綜上所述，本創作係一種支援二重性設備主導傳輸之行動電源集線裝置，其所具有之複數連接埠可與各種電子設備進行連結，並支援OTG傳輸協定，使一二重性設備可作為主機驅動其他設備，且同時具有一資料傳輸模組與一電源供應模組，而可於該二重性設備驅動其他電子設備並進行資料傳輸之同時，提供驅動該電子設備所需之電力且對該二重性設備進行充電，而可延長該二 重性設備之使用時間，並可進行不需另行連結電腦之OTG資料傳輸。 In summary, this creation is a mobile power line device that supports the dual-device-led transmission. It has multiple ports that can be connected to various electronic devices and supports OTG transmission protocols, so that a dual-duty device can be used as a host to drive other devices. The device has a data transmission module and a power supply module, and can provide power for driving the electronic device and charge the dual device while the dual device drives other electronic devices and transmits data. And can extend the second The use time of heavy equipment and the transmission of OTG data without the need to connect to a computer.
故本創作實為一具有新穎性、進步性及可供產業利用者，應符合我國專利法所規定之專利申請要件無疑，爰依法提出創作專利申請，祈 鈞局早日賜准專利，至感為禱。 Therefore, this creation is a novelty, progressive and available for industrial use. It should be in accordance with the patent application requirements stipulated in China's Patent Law. It is undoubtedly proposed to create a patent application according to law, and the Prayer Council will grant patents as soon as possible. prayer.
惟以上所述者，僅為本創作之較佳實施例而已，並非用來限定本創作實施之範圍，舉凡依本創作申請專利範圍所述之形狀、構造、特徵及精神所為之均等變化與修飾，均應包括於本創作之申請專利範圍內。 However, the above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and the variations, modifications, and modifications of the shapes, structures, features, and spirits described in the scope of the patent application. , should be included in the scope of the patent application of this creation.
1‧‧‧支援二重性設備主導傳輸之行動電源集線裝置 1‧‧‧Mobile power line assembly device for dual-device-led transmission
10‧‧‧連接埠 10‧‧‧Connected
102‧‧‧訊號接腳 102‧‧‧ Signal pin
104‧‧‧電力接腳 104‧‧‧Power pin
12‧‧‧資料傳輸模組 12‧‧‧ Data Transfer Module
120‧‧‧傳輸管理單元 120‧‧‧Transport Management Unit
14‧‧‧電源供應模組 14‧‧‧Power supply module
140‧‧‧供電管理單元 140‧‧‧Power Management Unit
142‧‧‧升降壓管理單元 142‧‧‧ Lifting pressure management unit
144‧‧‧內部電源 144‧‧‧Internal power supply
146‧‧‧充放電管理單元 146‧‧‧Charge and Discharge Management Unit
16‧‧‧顯示單元 16‧‧‧Display unit
20‧‧‧纜線 20‧‧‧ cable
22‧‧‧第一設備 22‧‧‧ first equipment
24‧‧‧第二設備 24‧‧‧second equipment
3‧‧‧外部電源 3‧‧‧External power supply
Claims (22)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102200757U TWM461928U (en) | 2013-01-14 | 2013-01-14 | Mobile power line collector of dual device support main transmission guide |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102200757U TWM461928U (en) | 2013-01-14 | 2013-01-14 | Mobile power line collector of dual device support main transmission guide |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM461928U true TWM461928U (en) | 2013-09-11 |
Family
ID=49629508
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW102200757U TWM461928U (en) | 2013-01-14 | 2013-01-14 | Mobile power line collector of dual device support main transmission guide |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM461928U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI494745B (en) * | 2013-11-18 | 2015-08-01 | Polybatt Energy Technology Co Ltd | Mobile power charging information detection display method |
| TWI504100B (en) * | 2013-10-18 | 2015-10-11 | Chao Yu Yueh | Portable charging device |
| TWI510906B (en) * | 2013-10-31 | 2015-12-01 | Lontium Semiconductor Corp | Mobile power and charging system |
| TWI547806B (en) * | 2015-03-31 | 2016-09-01 | 威盛電子股份有限公司 | Programmable cable and programming method thereof |
-
2013
- 2013-01-14 TW TW102200757U patent/TWM461928U/en not_active IP Right Cessation
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI504100B (en) * | 2013-10-18 | 2015-10-11 | Chao Yu Yueh | Portable charging device |
| TWI510906B (en) * | 2013-10-31 | 2015-12-01 | Lontium Semiconductor Corp | Mobile power and charging system |
| TWI494745B (en) * | 2013-11-18 | 2015-08-01 | Polybatt Energy Technology Co Ltd | Mobile power charging information detection display method |
| TWI547806B (en) * | 2015-03-31 | 2016-09-01 | 威盛電子股份有限公司 | Programmable cable and programming method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MK4K | Expiration of patent term of a granted utility model |