WO2019056302A1

WO2019056302A1 - Wireless network storage

Info

Publication number: WO2019056302A1
Application number: PCT/CN2017/102927
Authority: WO
Inventors: 吴长春
Original assignee: 深圳传音通讯有限公司
Priority date: 2017-09-22
Filing date: 2017-09-22
Publication date: 2019-03-28

Abstract

A wireless network storage. A wireless signal from a source device is converted into a corresponding data signal in a signal collection stage by means of a wireless transceiver unit, and the data signal is transmitted to a storage unit for storage; and in a data release stage, the data signal stored in the storage unit is obtained by means of the wireless transceiver unit, and the data signal is converted into a corresponding wireless signal and then is sent out. Without a connection wire or the support of the Internet, the wireless network storage can establish a hot spot to allow multiple access users to simultaneously access and share stored data; the transmission speed is high, and data network fees are not involved, and routing support can be also provided for wireless access in a small range. By means of the wireless network storage, a wireless connection function can be expanded to conventional storage devices or a storage capacity is expanded by using the mobile storage devices, thereby bringing great convenience to users.

Description

Wireless network storage

Technical field

The present invention relates to a memory and control technology thereof in the field of wireless networks, and in particular to a wireless network memory.

Background technique

With the rapid development of electronic devices and high-capacity data communication services, various powerful electronic products have become indispensable tools in people's lives, such as desktop computers, notebook computers, tablets, smart phones and so on. After the user uses the electronic device to access the network and download the required resources, the user may store the built-in memory of the electronic device, or transmit to the external mobile storage device through an interface of the electronic device (such as a USB interface or a memory card slot). (moving a hard disk, a USB flash drive, a memory card, etc.) for saving, or uploading data in the built-in memory and/or the mobile storage device to the cloud storage server through the network for storage.

However, in the first way, in the face of more and more data information and video images that users need to browse, store, and exchange, the problem of the excessive capacity of these electronic devices is becoming more and more prominent. For example, Apple's IPHONE, IPAD series of mobile products, and Android-based smartphones, tablet products, etc., each have a very large user base, but often because users encounter video, audio and data files. The built-in memory of the terminal has been crippled by insufficient remaining capacity. In other words, the capacity of the built-in memory of these electronic devices has never been able to keep up with the needs of users.

In the second mode, mobile storage devices with large storage capacity and convenient carrying are favored. High-capacity mobile storage devices are expensive, and typically require specific data interfaces and/or dedicated data lines to interface with corresponding interfaces on other electronic devices. However, when transferring large amounts of data The speed is slow and the time is long; it is very troublesome to carry the mobile storage device and the data cable at the same time when going out, and it may also encounter the situation that the interface form is different from other electronic devices. Moreover, more and more manufacturers, based on commercial, technology, cost, layout space and other reasons, no longer have to configure a common data interface for these electronic devices, it is impossible to expand the external storage capacity: or The number and type of data interfaces on an electronic device has been deliberately reduced.

In addition, the data read and write operations of the mobile storage device are relatively complicated, and the data exchange between the mobile storage device and the tablet computer, the smart phone, and the like may be performed by connecting the data storage device to the computer host, etc., so that Occupying multiple interfaces will also make some of the storage space in the computer temporarily unavailable. It can also be an interface for configuring OTG technology for both parties. When there is no host, data transfer between devices is implemented, but the design and control of the interface are proposed. Higher requirements and higher costs.

In the third mode, the user can easily upload data to the cloud storage server or transfer data between different cloud storage servers through the network at home, but the operation is complicated, and the confidentiality of the cloud storage data cannot be guaranteed. At the same time, expensive data network costs and slow data transmission speeds have a great impact on users who use networked electronic devices to download saved data from cloud storage.

The problem of low efficiency and high cost of transmitting data on the extranet also exists in the first and second modes. The user's electronic device is connected to GPRS or connected to WiFi, but the data network is related to the network signal, and signal interruption is easy in some relatively remote places. WLAN networks do not currently have extensive coverage, and as the number of connected users increases, the network becomes slower. In addition, the usage rate of the WLAN network is very high, and the Wi-Fi data generated by a home router is far greater than the personal use, resulting in waste of resources.

Disclosure of invention

The invention relates to a wireless network memory, which can collect and convert radio frequency waves in a WLAN signal into digital signals, and can also convert the stored digital signals into radio frequency waves and establish WLAN hotspots provide great convenience for users.

In order to achieve the above object, the technical solution of the present invention is to provide a wireless network storage, which includes: a wireless transceiver unit and a storage unit;

The wireless transceiver unit converts the wireless signal from the source device into a corresponding digital signal and transmits it to the storage unit for storage during the signal collection phase; the wireless transceiver unit also acquires the stored digital signal from the storage unit during the signal release phase , converted to the corresponding wireless signal and sent out.

Preferably, the wireless transceiver unit is provided with a modulator to convert the collected radio frequency wave into a digital signal, and a demodulator is further configured to convert the stored digital signal into a radio frequency wave;

The wireless transceiver unit is respectively provided with an antenna, an amplifier, a mixer, and a filter for the signal transceiving channel; or one or more devices of the antenna, the amplifier, the mixer, and the filter are signal transceiving channels. The wireless transceiver unit is provided with a switch to switch the signal transceiver channel.

Preferably, the wireless transceiver unit is provided with a receiving module based on WiFi, or Bluetooth, or optical coupling, and cooperates with a transmitting module based on WiFi, or Bluetooth, or optical coupling set at the source device to collect wireless signals;

The wireless transceiver unit is provided with a WiFi, or Bluetooth, or optically coupled transmission module, and cooperates with a WiFi, or Bluetooth, or optically coupled receiving module provided at the user equipment to release the wireless signal.

Preferably, the storage unit has a plurality of storage carriers, allowing data to be dumped between the storage carriers;

The plurality of first carriers are encapsulated in a wireless network storage, and the plurality of second carriers are detachably connected to the wireless network storage.

Preferably, the storage unit has a plurality of storage areas divided according to different attributes of the data.

Preferably, the wireless network storage further comprises a wired transceiver unit, which collects data by connecting to the source device through a data interface or a data interface and a data line, and also releases a signal by connecting to the user equipment through a data interface or a data interface and a data line.

Preferably, the wireless network storage is further integrated or connected with a network connection unit, and the external network is accessed through the network connection unit; the wireless network storage is further integrated or connected with a routing unit, so that the user equipment is accessed through the routing unit. network.

Preferably, the wireless network memory further comprises a power supply unit, the battery of the power supply unit supplies power to other units of the wireless network memory; the charging module of the power supply unit is connected to an external power source, charges the battery, or is the wireless network memory The other units are powered.

Preferably, the discharge module of the power supply unit supplies power to the user equipment connected thereto.

Preferably, the wireless network storage further comprises one or more units integrated or connected with: an operating status indicating unit, an input device, a display device.

The wireless network storage of the present invention has the advantages of:

Just carry the wireless network storage with you. When you need to share, connect the user equipment such as smartphone/tablet to the wireless LAN established by the wireless network storage, you can directly access and download the stored data, and the data transmission speed is fast. It does not involve data network costs, does not worry about the lack of device interfaces, and also saves the trouble of carrying data lines, and realizes data storage and access through the principle of network connection, without worrying about interface compatibility.

The user device can view the data through the client, and select the file category and product local content that you want to access. Images, audio and video, etc. can be downloaded or played directly without downloading. Through wired connection or wireless relay, routing function can be realized, which is convenient for quick wireless access in a small range.

The present invention is not limited by the storage medium, and the mobile hard disk, the U disk, the TF card, the SD card, and the like can all be connected, and the wireless connection function is realized for the mobile storage devices, or the storage capacity is expanded by using the mobile storage devices. Support multiple devices to access and share stored data without the need for a cable or Internet support, and fit the user's usage habits.

BRIEF DESCRIPTION OF THE DRAWINGS

1 is a schematic diagram showing the basic structure of a wireless network storage device according to the present invention;

2 is a schematic diagram of a wireless collection process in the present invention;

3 is a schematic diagram of a wireless release process in the present invention;

4 is a schematic structural diagram of a wireless transceiver unit according to the present invention;

5 and FIG. 6 are respectively structural diagrams in which signal channels are separated or shared in the wireless transceiver unit of the present invention;

7 and FIG. 8 are schematic diagrams showing interaction between the wireless transceiver unit and the source device and the user equipment according to the present invention;

9 is a schematic diagram of a wireless network memory of the present invention releasing signals to a multi-user device;

Figure 10 is a block diagram showing an example of a memory cell of the present invention;

11 is a schematic diagram of a sub-region of a memory cell according to the present invention;

Figure 12 is a block diagram showing an example of the present invention including a wired transceiver unit;

13 and FIG. 14 are schematic diagrams respectively showing a network connection unit in a wireless/wireless transceiver unit according to the present invention;

15 and FIG. 16 are schematic diagrams of the present invention including a routing unit in a wireless/wireless transceiver unit;

Figure 17 is a schematic view of the power supply unit of the present invention;

Figure 18 is a schematic illustration of the control unit of the present invention.

The best way to implement the invention

Hereinafter, various embodiments of the present invention will be described with reference to the accompanying drawings.

As shown in FIG. 1 , a wireless network memory provided by the present invention is provided with a wireless transceiver unit and a storage unit. Wherein, in the signal collecting phase, the wireless transceiver unit converts the received wireless signal into a corresponding digital signal and then sends it to the storage unit for storage; in the signal release phase, the wireless transceiver unit obtains the digital signal originally stored by the storage unit into The corresponding wireless signal is sent out.

As shown in FIG. 2, when the wireless collection function is enabled, the wireless network storage determines whether there is a WiFi hotspot. When there is a WiFi hotspot, the wireless network storage performs wireless collection, and after the data storage is completed, the wireless collection is turned off. As shown in FIG. 3, when the wireless release function is enabled, it is determined whether there is a user equipment connection. When the user equipment is connected, the wireless network storage is released wirelessly, and the function is turned off after the stored data is released.

In an embodiment shown in FIG. 4, the wireless transceiver unit of the wireless network memory uses a wireless network module of WiFi technology, and can access the network by using a WiFi protocol to wirelessly transmit 2.4 GHz and/or 5 GHz radio frequency waves. transmission. The wireless network memory collects radio frequency waves in the WLAN signal and converts them into digital signals for storage. It can also convert the stored digital signals into radio frequency waves and establish a WLAN hotspot. To this end, the wireless transceiver unit of the wireless network memory is provided with a modulator capable of converting radio frequency waves collected from the outside into corresponding digital signals; the wireless transceiver unit is further provided with a demodulator, which can be stored in the memory The digital signal in it is converted into a corresponding radio frequency wave.

Therefore, the user can enable the wireless collection function of the wireless network storage at home to collect and store the information; when the wireless network storage is carried out, the wireless release function can be enabled to enable the WLAN hotspot to facilitate the user equipment to use the original The stored information obtains a smoother network speed, effectively improves the efficiency of information transmission, and avoids the high data traffic charges generated by accessing information on the extranet, which provides great convenience for users. After accessing the network by using the WiFi protocol, the user equipment can access the wireless network storage of the present invention by using a specific IP address, such as accessing any device in the network, for example, querying, deleting, editing, and the like of the storage unit of the storage unit. Kind of operation.

The wireless transceiver unit has two signal processing channels for signal reception and transmission. In different examples, the devices in the two channels may be completely independent, or a part of the devices may be shared by two channels. For example, as shown in FIG. 5, the wireless transceiver unit may be provided with two sets of antennas, amplifiers, mixers, and filters, respectively processing the received signals and the transmitted signals, and switching the channels through the switches. Or, as shown in FIG. 6, one or more of the antenna, the amplifier, the mixer, and the filter are dual-purpose transceivers; the transceiver module is connected to a switch module signal: when the switch module When in the first state, the transceiver device is adjusted to a set of parameters (amplification coefficient, amplitude, frequency, etc.) set therein, thereby working in a state of receiving the signal to support the wireless network. The network memory collects and stores the signal; when the switch module is in the second state, the transceiver device adjusts to another set of parameters set therein, thereby working in a state of transmitting the signal to support the wireless network storage for storage. The release of the signal. The amplifiers, mixers, filters and the like described in the text are only examples. The two channels of the wireless transceiver unit can respectively increase or decrease various signal processing devices and adjust their mutual connection relationship to meet the needs of practical applications.

As shown in FIG. 7 and FIG. 8, in addition to the WiFi technology described above, the wireless transceiver unit of the present invention can collect signals from the source device and release signals to the user equipment based on various wireless data transmission technologies such as Bluetooth, optical coupling, and the like. . Therefore, at the source device and the wireless transceiver unit of the present invention, a set of Bluetooth transmitting modules and receiving modules (or a set of optically coupled transmitting modules and receiving modules) are required; in the wireless transceiver unit of the present invention At the user equipment, there is another set of Bluetooth transmitting and receiving modules (or another set of optically coupled transmitting and receiving modules). For the signal processing devices, driving devices, and the like which are required for different wireless transmission technologies, the configuration may be selected by referring to the conventional methods in the art, and will not be repeated. The wireless transceiver unit may only support one type of wireless data transmission technology, or support multiple wireless transmission technologies for simultaneous data transmission, or support multiple wireless transmission technologies for time-sharing data transmission, and the like.

The source device of the present invention may be any device having at least a wireless data transmission function, such as: a mobile smart device (a mobile phone, a tablet computer, a notebook computer, a camera, etc.), an Internet of Things device (a sensor, a monitoring probe, etc.) , routers, network relay node devices, etc., but are not limited to this. The operation may be performed in advance by means of interaction information, pairing connection, etc., so that the source device can specifically transmit the wireless signal to the wireless transceiver unit of the wireless network storage of the present invention for collection and storage by the latter. Alternatively, the wireless transceiver unit of the wireless network storage can be connected to the wireless signal channel that the source device transmits data to other devices by using an interactive operation such as requesting access, so that the source device is in the other device. While transmitting data, it can also provide wireless signals to the wireless transceiver unit for collection and storage, and make full use of network resources.

In different examples, the data corresponding to the wireless signal may be generated, stored, or processed by the source device itself, or may be forwarded to the local device after the source device receives the information from the other device. The wireless network storage as described; if necessary, the source device can process the data and forward it to the wireless network storage. The source device may be configured to provide wireless signals only to a corresponding one of the wireless network memories; or, the source device may be configured to provide wireless signals to the plurality of wireless network memories at the same time (or time-sharing) (as shown in FIG. 9). ) for their respective collection storage. The source device is pre-configured with a whitelist (and/or blacklist) that records device information that allows (and/or does not allow) wireless network storage that receives wireless signals. Alternatively, the source device does not limit the transmission of the wireless signal, so that any wireless network memory that is within the signal receiving range can collect and store the wireless signal. The source device may require the wireless network storage to perform corresponding feedback to the source device when the wireless signal is successfully collected (and/or when the wireless signal cannot be collected); or, regardless of whether the wireless network storage is successfully collected Wireless signals are not required to feed back to the source device.

The user equipment for receiving wireless signals may be any device having at least wireless data receiving functions, such as: mobile smart devices (mobile phones, tablets, notebook computers, cameras, etc.), Internet of Things devices (sensors, monitoring probes, etc.) The router, the network relay node device, the controlled device, and the like, according to the wireless signal received from the wireless network memory of the present invention, the user equipment can display, process, store, and forward the data corresponding to the wireless signal. Or the like, or the data driving control corresponding to the wireless signal to perform the corresponding action or the like, the present invention does not limit the specific use of the released wireless signal. In a preferred example, the mobile smart device obtains a wireless signal from the wireless network memory of the present invention, converts it into corresponding image, video, and the like, thereby performing browsing/playing, editing, and storing in the mobile smart device. Forward and so on.

As shown in FIG. 10, the present invention can store data in various forms such as a hard disk and a memory card for the storage unit in the wireless network storage. When using a memory card, a card reader that supports data reading and writing is provided in the wireless network storage. The memory card may be encapsulated inside the wireless network storage, or an interface supporting the insertion and removal of the memory card may be set (see the dotted line in FIG. 10), and the collected data may be loaded on the wireless network storage when needed. The stored and removed memory card can be directly inserted into the user equipment, so that the stored data can be provided to the user equipment without wireless transmission.

When the storage unit has multiple storage carriers at the same time, data can be dumped between each other. Some of the data stored on the hard disk after collection can be dumped (copied or moved) to the memory card. For example, based on pre-set conditions, the dumped data is automatically filtered according to different sources, uses, types, importance, etc. of the data, or the data to be dumped is manually selected by the user when the memory card is to be taken out. Memory cards taken from other devices can also be inserted into the wireless network storage of the present invention and support the transfer of data to the storage unit as another means of obtaining data.

The storage unit may be configured according to requirements, and divided into multiple storage areas by using different sources, uses, time, size, type, importance, user, and other attributes of the stored data (see FIG. 11), according to different settings. It is possible to allow or restrict the transfer of data between regions. These storage areas can be set on the same storage carrier or distributed on different storage carriers. For example, an encryption area and a non-encryption area, which are divided into data, require verification authority for various operations of writing or reading data in the encryption area; for example, setting a fixed or unfixed storage capacity area for different users, and verifying respective rights. After that, the data in the user area can be read and written; for example, data of an image, audio and video type is stored in a specific divided area to facilitate subsequent browsing and display.

The wireless network memory of the present invention, in addition to the wireless transceiver unit, as shown in FIG. 12, may further provide a wired transceiver unit for data, and the wireless network memory and the external unit are provided through a data interface, a data line, or the like. The source device and/or the user device are directly connected to acquire data to be stored in the storage unit through the wired transceiver unit, or to send data out of the storage unit to be sent out. In different examples, the wireless network storage can be set to support simultaneous (or by a specified priority) reception of wireless signals and wired signals, stored in separate areas or not separately, for simultaneous (or prioritized) wireless and wired signals. Level) sent.

Wireless and wired data transmission methods can be compatible and complementary. For example, in the signal collection phase, wireless signals are preferentially collected and stored to effectively utilize network resources to avoid missing data. In the signal release phase, data transmission is preferably performed by wire. Good, high security. For another example, the wireless transmission mode can be limited to access only the non-encrypted area of the data storage, and the designated source device/user equipment can access all the storage areas by wired transmission to implement subdivision management.

For example, the wired transceiver unit is provided with a plurality of USB interfaces, and can be connected to a USB interface of an external source device and/or a user device through a corresponding USB data line, or can be connected to a USB disk or the like having a corresponding USB interface. Alternatively, peripheral devices such as an input device, a display device, a power supply device, and the like may be installed in the wireless network storage of the present invention through the USB interface. If the data interface supports the OTG function, the source device/user equipment/peripheral or the like as the host is connected to the wireless network storage through the OTG data line, and the wireless network memory can be directly controlled, such as storage. The unit stores data for various operations such as querying, prune, and editing.

The wireless network memory of the present invention may be integrated in the wireless transceiver unit network connection unit (see FIG. 13), or externally connected to the network transceiver unit (see FIG. 14), for accessing the external network, acquiring data for storage, or Send data out. For example, the network connection unit is equipped with a network card that can access a 3G/4G network. After the wireless network storage is networked through the network connection unit, the data collected from the source device may be uploaded to the cloud storage server for backup storage, or the backup data may be obtained from the cloud storage server. The wireless network storage of the present invention may further integrate an routing unit (FIG. 15) in the wireless transceiver unit or an external routing unit (FIG. 16) in the wired transceiver unit to enable the user equipment to communicate with the wireless network memory. networking. The operations that can be implemented after the wireless network storage is networked are not limited to the specific examples mentioned herein.

As shown in FIG. 17, the wireless network memory of the present invention is provided with a power supply unit including at least a battery, and provides operating power for each unit of the wireless network memory itself. Preferably, the power supply unit is provided with a rechargeable battery and is provided with a charging module, which can be connected to an external power source to charge the battery. Alternatively, the charging module can also charge the battery based on solar charging technology. The power supply unit connected to the external power source can also be used to directly supply power to each unit of the wireless network memory at the same time as charging or during charging.

The power supply unit may further be provided with a discharge module for supplying power to the user equipment connected to the wireless network storage device of the present invention by using the electrical energy stored in the battery, thereby realizing the function of the mobile power source. In the power supply unit, a necessary power processing module is provided, such as AC/DC conversion, voltage regulation, voltage/current rise and fall, and the like. The charging module and the discharging module can separately set the power processing module. Or share all or part of the components of the power processing module.

The power supply unit is provided with a charging interface and a charging module, and is provided with a discharging interface and a discharging module. The two can be different interfaces or the same interface. Alternatively, the charging interface and/or the discharging interface of the power supply unit may also be a data interface (such as a USB interface) of the shared wired transceiver unit. Alternatively, the charging interface and/or the discharging interface of the power supply unit may be an interface supporting a wireless charging technology such as an electromagnetic induction type or a resonant type, and the wireless network memory, the external power source or the user equipment of the present invention are all This installation has the necessary devices to support it.

The wireless network memory of the present invention is provided with an indication unit of a working state, and is provided with a plurality of LED indicator lights, and indicates the working mode and state of the light in various manners such as light color, lighting, frequency, quantity, layout, and the like. For example, it is used to distinguish the signal collection/release phase, wired/wireless transmission mode, battery charge/discharge status, battery high/low power, and the like.

The indicator unit can also be configured with a bi-stable display (such as an electrophoretic display) to display the working status. The content displayed by the bistable display screen during power-on can still maintain the display characteristics after power failure, and the bistable display screen is preferentially used for the used space and available space of the storage unit. When the label name or the like is displayed, the wireless network storage can be quickly distinguished from different devices and the storage capacity can be understood without frequent booting.

As shown in FIG. 18, the wireless network storage device of the present invention can also integrate and/or externally connect various human-computer interaction devices, such as a button/keyboard/touch screen input device, for providing control of the wireless network storage to perform various tasks. The instruction sets the required parameter information before or during the execution of the work. Taking the button as an example, it is usually integrated in the wireless network storage, and controls the input/release phase of the input signal of the device through the combination of clicks, sequence, pressing time, etc., the wired/wireless transmission mode, and the charging/discharging state of the battery. ,Wait. For example, an output device such as an integrated and/or external liquid crystal display displays the set parameter information, a folder or list of stored data, or browses a video picture according to an instruction of the input device; When playing video and audio (preview) on the wireless network storage, you can also configure speakers, headphone jacks and other devices.

The wireless network memory of the present invention is provided with a control unit for controlling the work of other units It also makes necessary processing of the data generated during the work process. For example, the control unit determines, according to the state of the button, which working mode is currently in use (such as a signal collection mode for wireless transmission), and then controls the related unit to perform the set action (for example, the wireless transceiver unit is operated, and the switch module is switched. The device is enabled on the receiving channel of the wireless signal; for example, the control unit sets the user name and password input from the touch screen or the like as the verification information corresponding to a certain user storage area, and stores the information in the encryption area of the storage unit; When the data of the storage area needs to be read and written, the input user name and password are compared with the original stored verification information to determine whether the read/write permission is opened to the user. For example, the control unit may read the set filter conditions from the storage unit for comparison, and determine which data is collected, stored, transferred, sent, and the like to implement fine management of the data.

In order to transmit data with the wireless network device of the present invention, the source device and/or the user device are configured with corresponding clients, and a human-machine interaction interface is constructed, which is used for visualizing convenient operation of the wireless network storage, and realizing storage files and pictures. The access and browsing of audio and video streams enhance the application operability and experience of the device.

Although the present invention has been described in detail by the preferred embodiments thereof, it should be understood that the foregoing description should not be construed as limiting. Various modifications and alterations of the present invention will be apparent to those skilled in the art. Therefore, the scope of the invention should be defined by the appended claims.

Claims

A wireless network storage device, comprising: a wireless transceiver unit and a storage unit;

The wireless transceiver unit converts the wireless signal from the source device into a corresponding digital signal and transmits it to the storage unit for storage during the signal collection phase; the wireless transceiver unit also acquires the stored digital signal from the storage unit during the signal release phase , converted to the corresponding wireless signal and sent out.
The wireless network storage device of claim 1 wherein:

The wireless transceiver unit is provided with a modulator to convert the collected radio frequency wave into a digital signal, and a demodulator is further configured to convert the stored digital signal into a radio frequency wave;

The wireless transceiver unit is respectively provided with an antenna, an amplifier, a mixer, and a filter for the signal transceiving channel; or one or more devices of the antenna, the amplifier, the mixer, and the filter are signal transceiving channels. The wireless transceiver unit is provided with a switch to switch the signal transceiver channel.
The wireless network storage device of claim 1 wherein:

The wireless transceiver unit is provided with a receiving module based on WiFi, or Bluetooth, or optical coupling, and cooperates with a transmitting module based on WiFi, or Bluetooth, or optical coupling set at the source device to collect wireless signals;

The wireless transceiver unit is provided with a WiFi, or Bluetooth, or optically coupled transmission module, and cooperates with a WiFi, or Bluetooth, or optically coupled receiving module provided at the user equipment to release the wireless signal.
The wireless network storage device of claim 1 wherein:

The storage unit has a plurality of storage carriers that allow data to be dumped between the storage carriers;

Wherein, the first carrier is encapsulated in a wireless network storage, and the plurality of second carriers are Line network storage is detachable.
The wireless network storage device of claim 1 wherein:

A plurality of storage areas are divided in the storage unit according to different attributes of the data.
The wireless network storage device of claim 1 wherein:

The wireless network memory further includes a wired transceiver unit that collects data by connecting to the source device through a data interface or a data interface and a data line, and also releases a signal by connecting to the user equipment through a data interface or a data interface and a data line.
The wireless network storage device of claim 1 wherein:

The wireless network storage is further integrated or connected with a network connection unit, and the external network is accessed through the network connection unit; the wireless network memory is further integrated or connected with a routing unit, so that the user equipment accesses the external network through the routing unit.
The wireless network storage device of claim 1 wherein:

The wireless network storage further includes a power supply unit, the battery of the power supply unit supplies power to other units of the wireless network memory; the charging module of the power supply unit is connected to an external power source, charges the battery, or is another unit of the wireless network memory powered by.
The wireless network storage device of claim 8 wherein:

The discharge module of the power supply unit supplies power to the user equipment connected thereto.
The wireless network storage device of claim 1 wherein:

The wireless network storage further includes one or more units integrated or connected with: an operating status indicating unit, an input device, a display device.