TWI670678B - Remote signing system and method thereof - Google Patents

Abstract

A remote sign receiving method includes the following steps: the mobile terminal executes an application; the smart mailbox receives and transmits the sent data to the mobile terminal, so that the mobile terminal selectively transmits the item confirmation signal to the smart mailbox; when the smart mailbox receives the item confirmation signal, Open the gate of the smart mailbox, continue to shoot the space of the smart mailbox, and continuously transmit the instant shooting picture to the mobile terminal; the logistics terminal transmits the signing request signal to the mobile terminal after the sent item is put into the accommodating space through the opened gate The mobile terminal selectively transmits the sign confirmation signal to the logistics terminal and the smart mailbox; and when the smart mailbox receives the sign confirmation signal, the gate is closed, and the accommodating space is stopped when the gate is closed. Therefore, the remote receipt and delivery of the item can be realized.

Description

Remote signing system and method thereof

The invention relates to a sign collection system and a method thereof, in particular to a remote sign collection system and a method thereof.

In recent years, with the development of e-commerce, people are shopping more and more frequently on the Internet. Items purchased through online shopping must be delivered by mail, courier or super-commercial pick-up. Among them, when mailing or courier goods, the time when the sender delivers the goods to the designated delivery place of the recipient is often uncertain, so it often happens that the sender delivers no one to sign or needs to find someone to sign for the case, resulting in The inconvenience of the sender and the recipient. In addition, the situation of finding someone to sign on behalf of the sign may also be because the signing of the person is not clear about the details of the item, and it is very easy to have a transaction dispute.

Moreover, although the existing platform almost provides a delivery method for super-commercial pick-up, there is a limitation on the size of the item, and the recipient needs to find time to pick up the item within the predetermined time limit, and then take the item home. In addition, when a large number of items flood into the supermarket, finding the item also burdens the store.

Therefore, there is a need for a remote sign-off system that is both convenient and intelligent.

The invention discloses a remote sign collection system and a method thereof.

First, the present invention discloses a remote sign-off system, which includes: a smart mailbox, a mobile terminal, and a logistics terminal. The smart mailbox includes a casing, a transmission module, a driving module, a first processing module and a camera module, and a shell. The body includes a gate and an accommodating space, and the camera module is disposed in the accommodating space, and the mobile terminal is provided with an application program and includes a second processing module and a touch display module. The driving module is configured to open or close the gate; the transmitting module is configured to receive and transmit the sent data, and receive the item confirmation signal and the receipt confirmation signal; the first processing module is configured to receive the item confirmation signal when the transmitting module receives The driving module is controlled to open the gate, and the driving module is controlled to close the gate when the transmitting module receives the sign confirmation signal; the camera module is configured to continue to the receiving space when the transmitting module receives the item confirmation signal Shooting and continuously transmitting the instant shooting image through the transmission module, and stopping shooting the accommodating space when the shutter is closed. The mobile terminal is configured to receive the sending data, the instant shooting screen and the signing request signal; the second processing module is configured to execute the application; the touch display module is configured to display the sending data and the selective after the mobile terminal receives the sent data. Receiving an item confirmation signal, so that the second processing module selectively transmits the item confirmation signal to the transmission module; when the mobile terminal continues to receive the instant shooting picture, continuously displays the instant shooting picture; and when the mobile terminal receives the signing request signal, displays the signing request The signal and the selective receipt acknowledgment signal are such that the second processing module selectively transmits the sign acknowledgment signal. The logistics terminal is configured to transmit the signing request signal to the mobile terminal and receive the sign confirmation signal from the mobile terminal after the mail item is placed in the accommodating space through the opened gate.

In addition, the present invention discloses a remote signing method, which includes the steps of: providing a smart mailbox, a mobile terminal, and a logistics terminal, wherein the smart mailbox includes a casing, a transmission module, a driving module, a first processing module, and a camera module. The housing includes a gate and an accommodating space, the camera module is disposed in the accommodating space, the mobile terminal is provided with an application program and includes a second processing module and a touch display module; and the second processing module executes the application program; The module receives the sent data and transmits the sent data to the mobile terminal; After receiving the sent data, the touch display module displays the sent data and the selective receiving item confirmation signal, so that the second processing module selectively transmits the item confirmation signal to the transmitting module; when the transmitting module receives the item After confirming the signal, the first processing module controls the driving module to open the gate, and the camera module continuously captures the accommodating space, and continuously transmits the instant shooting image to the mobile terminal through the transmitting module, so that the touch display mode The group displays the instant shooting picture; the logistics terminal transmits the signing request signal to the mobile terminal after the sent item is put into the accommodating space through the opened gate; after the mobile terminal receives the signing request signal, the touch display module displays the signing request signal and the selective Receiving the receipt confirmation signal, so that the second processing module selectively transmits the sign confirmation signal to the logistics terminal and the transmission module; after the transmission module receives the sign confirmation signal, the first processing module controls the driving module to close The gate; the camera module stops shooting the accommodating space when the gate is closed; and the logistics terminal receives the sign confirmation signal.

The system and method disclosed in the present invention are as above, and the difference from the prior art is that the present invention executes an application program through a mobile terminal; the smart mailbox receives and transmits the sent data to the mobile terminal, so that the mobile terminal selectively transmits the item confirmation signal to the smart mailbox. When the smart mailbox receives the item confirmation signal, the gate of the smart mailbox is opened, the space of the smart mailbox is continuously photographed, and the instant shooting picture is continuously transmitted to the mobile terminal; the logistics terminal puts the sent item into the capacity through the opened gate. After the space is set, the signing request signal is transmitted to the mobile terminal, so that the mobile terminal selectively transmits the signing confirmation signal to the logistics terminal and the smart mailbox; and when the smart mailbox receives the signing confirmation signal, the gate is closed, and the accommodating space is stopped when the gate is closed. Take a picture.

Through the above technical means, the present invention can achieve the technical effect of remotely signing and sending articles.

30‧‧‧Network communication system

50‧‧‧ gate

60‧‧‧ accommodating space

100‧‧‧ remote signing system

110‧‧‧Smart mailbox

111‧‧‧Shell

112‧‧‧Receiving module

113‧‧‧Drive Module

114‧‧‧First Processing Module

115‧‧‧ camera module

120‧‧‧Mobile terminal

122‧‧‧Second processing module

124‧‧‧Touch display module

130‧‧‧ Logistics terminal

132‧‧‧Photography module

134‧‧‧ third processing module

Step 210‧‧‧ Provide smart mailbox, mobile terminal and logistics terminal. The smart mailbox includes a housing, a transmission module, a driving module, a first processing module and a camera module, and the housing includes a gate and a receiving space, and the camera The module is disposed in the accommodating space, and the mobile terminal is provided with an application and includes a second processing module and a touch display module

Step 220‧‧‧The second processing module executes the application

Step 230‧‧‧ The receiving module receives the sent data and transmits the sent data to the mobile terminal

Step 240 ‧ ‧ After the mobile terminal receives the sent data, the touch display module displays the sent data and selectively receives the item confirmation signal, so that the second processing module selectively transmits the item confirmation signal to the transmitting module

Step 250‧‧‧ After the receiving module receives the item confirmation signal, the first processing module controls the driving module to open the gate, and the camera module continuously captures the accommodating space and continuously transmits the instant through the transmitting module Shooting a picture to the mobile terminal to enable the touch display module to display an instant shooting picture

Step 260‧‧‧ The logistics terminal transmits the receipt request signal to the mobile terminal after the sent item is placed in the accommodating space through the opened gate

Step 270‧‧‧ After the mobile terminal receives the signing request signal, the touch display module displays the signing request signal and the selective receiving signing confirmation signal, so that the second processing module selectively transmits the signing confirmation signal to the logistics terminal and the transmitting mode group

Step 280‧‧‧ After the transmitting module receives the sign confirmation signal, the first processing module controls the driving module to close the gate

Step 290‧‧‧ The camera module stops shooting the accommodating space when the gate is closed

Step 300‧‧‧ Logistics terminal receives the receipt confirmation signal

1 is a system block diagram of an embodiment of a remote sign-off system of the present invention.

Fig. 2A is a perspective view showing an embodiment of a casing of the smart mailbox of Fig. 1.

2B is a side cross-sectional view showing an embodiment of the smart mailbox of FIG. 1 when the shutter is opened.

2C is a side cross-sectional view showing an embodiment of the smart mailbox of FIG. 1 when the shutter is closed.

FIG. 3 is a flow chart of a method for performing a remote sign-off method in the remote sign-off system of FIG. 1 .

4 is a system block diagram of another embodiment of the remote sign-off system of the present invention.

Before describing the remote signing system and method thereof disclosed in the present invention, the nouns defined by the present invention are first described, and the smart mailbox, mobile terminal, logistics terminal and mailing contained in the remote signing system of the present invention are described. The terminal can be implemented in a variety of ways, including software, hardware, firmware, or any combination thereof. For example, in some embodiments, the mobile terminal can be implemented using software and/or hardware, and the scope of the present invention is not limited in this respect. The techniques used in the implementation of the software or firmware can be stored on a machine readable storage medium, such as read only memory (ROM), random access memory (RAM), disk storage media, optical storage media, fast. A flash memory device or the like, and can be executed by one or more general purpose or special purpose programmable microprocessors. The smart mailbox, the mobile terminal, the logistics terminal and the mail terminal included in the remote sign-off system of the present invention can communicate with each other through a network communication system, such as an internet, a local area network, a wide area network, and/or a wireless network. .

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

Please refer to "Figure 1", "2A" to "2C", "1" is a system block diagram of an embodiment of the remote signing system of the present invention, and "2A" is "1st" FIG. 2B is a side elevational cross-sectional view showing an embodiment of the smart mailbox of the first drawing when the shutter is opened, and FIG. 2C is a schematic view of the embodiment of the smart mailbox. A side cross-sectional view of an embodiment of the smart mailbox of "Fig. 1" when the shutter is closed. In this embodiment, the remote signing system 100 includes: a smart mailbox 110, a mobile terminal 120, and a logistics terminal 130. The smart mailbox 110 is disposed at the door of the recipient or at the door of the building where the recipient lives. The mobile terminal 120 can be a portable electronic device of the recipient, and the logistics terminal 130 can be a portable electronic device used by the sender (ie, courier) based on the logistics service, and the smart mailbox 110, the mobile terminal 120, and the logistics terminal 130 are Information communication is performed using the network communication system 30.

In this embodiment, the smart mailbox 110 may include a housing 111, a transmission module 112, a driving module 113, a first processing module 114, and a camera module 115. The housing 111 may include a gate 50 and an accommodating space 60. The accommodating space 60 is interconnected with the external environment when the gate 50 is opened. The camera module 115, the driving module 113 and the first processing module 114 can be disposed in the accommodating space 60, and the transmitting module 112 can be disposed in the shell. The external part of the body 111, the transmission module 112, the driving module 113, the first processing module 114 and the camera module 115 can transmit data by wire or wirelessly, but the embodiment is not intended to limit the present invention. The configuration position can be adjusted according to actual needs.

The driving module 113 can be used to open or close the gate 50; the transmitting module 112 can be used to receive and transmit the sent data and receive the item confirmation signal and the sign confirmation signal; the first processing module 114 can be used to control the driving module 113 after the receiving module 112 receives the item confirmation signal to open the gate 50, and control the driving module 113 to close the gate 50 when the transmitting module 112 receives the sign confirmation signal; The group 115 can be used to continuously capture the accommodating space 60 after receiving the item confirmation signal, and continuously transmit the instant shooting picture through the transmission module 112, and stop the accommodating space 60 when the shutter 50 is closed. Shooting.

In this embodiment, the mobile terminal 120 is provided with an application and may include a second processing module 122 and a touch display module 124. The mobile terminal 120 can be used to receive the sending data, the instant shooting picture and the signing request signal; the second processing module 122 can be used to execute the application; the touch display module 124 can be used to display after the mobile terminal 120 receives the sent data. Sending the data and selectively receiving the item confirmation signal, so that the second processing module 122 selectively transmits the item confirmation signal to the transmission module 112; when the mobile terminal 120 continues to receive the instant shooting picture, continuously displays the instant shooting picture; After receiving the signing request signal, the terminal 120 displays the signing request signal and the selective receiving signing confirmation signal, so that the second processing module 122 selectively transmits the signing confirmation signal.

In the present embodiment, the logistics terminal 130 can be used to transmit the signing request signal to the mobile terminal 120 and receive the sign confirmation signal from the mobile terminal 120 after the mail item is placed in the accommodating space 60 through the opened gate 50.

Next, please refer to "FIG. 3", which is a flowchart of a method for performing remote signing in the remote signing system of "FIG. 1". The steps include: providing smart mailboxes, mobile terminals and The logistics terminal includes a housing, a transmission module, a driving module, a first processing module and a camera module, and the housing includes a gate and a receiving space, and the camera module is disposed in the receiving space, and the mobile terminal is disposed. There is an application comprising a second processing module and a touch display module (step 210); the second processing module executes the application (step 220); the transmitting module receives the sent data and transmits the sent data to the mobile The mobile terminal (step 230); after the mobile terminal receives the sent data, the touch display module displays the sent data and selectively receives the item confirmation signal, so that the second processing module selectively transmits the item confirmation signal to the transmitting module. (Step 240); after the receiving module receives the item confirmation signal, the first processing module controls the driving module to open the gate, and the camera module continuously captures the accommodating space, and continuously transmits the instant through the transmitting module. Shooting a picture to the mobile terminal, so that the touch display module displays the instant shooting picture (step 250); the logistics terminal transmits the receipt request signal to the mobile terminal after the mail item is placed in the accommodating space through the opened gate (step 260); After the mobile terminal receives the signing request signal, the touch display module displays the signing request signal and the selective receiving signing confirmation signal, so that the second processing module selectively transmits the signing confirmation signal to the logistics terminal and the transmitting module (step 270). After the transmitting module receives the sign confirmation signal, the first processing module controls the driving module to close the gate (step 280); the camera module stops when the gate is closed Accommodating space for shooting (step 290); and a terminal receives the stream receipt acknowledgment signal (step 300).

In step 220, the recipient can select an icon of the application applied to the remote sign-off method through the screen displayed by the touch display module 124, so that the second processing module 122 executes the application. However, this embodiment is not intended to limit the invention. For example, the mobile terminal 120 can be connected to a security system (not drawn) or a smart home sensing system (not drawn) set up at the recipient's home, and the security system or the smart home sensing system determines that the recipient does not have a home. At home, an activation signal can be generated and transmitted to the mobile terminal 120 to enable the second processing module 122 to execute the application to prevent the recipient from forgetting to open the application when leaving the home.

In step 230, the mailing information may include sender information (which may include address, name, and/or phone number) and recipient information (which may include address, name, and/or phone number), but this embodiment is not used To limit the invention, for example, the mailing information includes the above sender data and the recipient data. It may also include the name of the logistics company, the name and/or number of the sender. When the sender delivers the delivery item to the address of the recipient, the delivery terminal can transmit the information to the delivery module 112 through the distribution terminal 130, so that the delivery module 112 receives the sent data, but this embodiment is not used. To limit the invention. For example, when the sender delivers the item to the address of the recipient, the collection module 112 can scan the two-dimensional barcode (eg QR code) located on the mail item or read the address. The manner in which the electronic tag on the item is sent causes the transmitting module 112 to receive the sent material. After the transmission module 112 receives the sent data, the sent data can be transmitted to the mobile terminal 120, so that the touch display module 124 displays the sent data.

In step 240, after the touch display module 124 displays the sent data, the recipient can first check the sent data to determine whether the sent item is an item that can be received by itself, for example, by using the sender data to determine whether it is self. The seller who ordered the item or sent the item to his friends and relatives, through the recipient data to determine whether the item was sent incorrectly (for example: check the person without the person or the address is wrong and sent the wrong person), through the name of the logistics company or the sender The name and/or number determine whether the person pretends to be fraudulent or engages in bad behavior for the purpose of avoiding the wrong delivery of the item or preventing fraud. When the recipient determines that the sent item is an item that can be received by the user, the item confirmation signal may be input by the touch display module 124, wherein the item confirmation signal indicates that the recipient pre-receives the sent item; When the person determines that the sent item is not an item that can be received by the user, the error display signal is input by the touch display module 124, wherein the error signal indicates that the recipient rejects the sent item. Therefore, the touch display module 124 can selectively receive the item confirmation signal according to the sent data. When the touch display module 124 receives the item confirmation signal, the second processing module 122 can transmit the item confirmation signal to the transmission module 112 to prepare for signing the mail item; when the touch display module 124 receives the error signal The second processing module 122 does not transmit the item confirmation signal to the transmission module 112, but can transmit an error signal to the transmission module 112, so that the transmission module 112 transmits the error. The signal is sent to the logistics terminal 130, which in turn rejects the mail item. Therefore, the second processing module 122 can selectively transmit the item confirmation signal to the transmission module 112.

In another embodiment, the remote sign-off system 100 may further include a mail terminal (not drawn), and the mail terminal may be an electronic device used by the sender, and the sender may deliver the mail item to the logistics company. (ie, the item is sent out), the sending notification information is transmitted to the mobile terminal 120 through the mail terminal, and the recipient item is sent out, wherein the mailing notification information may include the sender information, the recipient information and the logistics company. name. Therefore, after the mobile terminal 120 receives the sent data from the transmitting module 112, the recipient may first check the sent data and the previously received mailing notification data from the sending terminal to determine whether the two are the same. If the same is the same, the item confirmation signal can be input through the touch display module 124; if not, the error signal can be input through the touch display module 124. Therefore, the touch display module 124 can selectively receive the item confirmation signal according to the mail notification information and the mailing information. When the touch display module 124 receives the item confirmation signal, the second processing module 122 can transmit the item confirmation signal to the transmission module 112 to prepare to receive the mail item; when the touch display module 124 receives the error signal The second processing module 122 does not transmit the item confirmation signal to the transmission module 112, but can transmit an error signal to the transmission module 112, so that the transmission module 112 transmits the error signal to the logistics terminal 130, and then rejects. The item is sent. Therefore, the second processing module 122 can selectively transmit the item confirmation signal to the transmission module 112.

In step 250, after the transmission module 112 receives the item confirmation signal (ie, the recipient pre-receives the mail item), the first processing module 114 controls the driving module 113 to open the gate 50. At this time, the camera The module 115 can continuously capture the accommodating space 60 and continuously transmit the instant shooting image to the mobile terminal 120 through the transmission module 112, so that the touch display module 124 displays the instant shooting image. The camera module 115 can capture the image of the entire accommodating space 60 and can be supplemented when the light in the accommodating space 60 is insufficient. Light to take a clear picture. This step is used to provide the recipient with instant confirmation of whether the sender has placed the item into the accommodating space 60.

In step 260, after the sender puts the sent item into the accommodating space 60, the signing request signal can be transmitted to the mobile terminal 120 through the logistical terminal 130 to request the recipient to sign.

In step 270, after the mobile terminal 120 receives the signing request signal, the touch display module 124 can display the signing request signal, and the recipient can confirm the sending according to the instant shooting screen displayed by the touch display module 124 in step 250. When the delivery item is placed in the accommodating space 60, the receipt confirmation signal may be input by the touch display module 124, wherein the receipt confirmation signal indicates that the recipient confirms receipt of the sent item; when the recipient can follow the steps When the instant shooting screen displayed by the touch display module 124 in 250 confirms that the mail item is not placed in the accommodating space 60, the sign confirmation signal is not input by the touch display module 124. Therefore, the touch display module 124 can selectively receive the sign confirmation signal. When the touch display module 124 receives the sign confirmation signal, the second processing module 122 can transmit the sign confirmation signal to the logistics terminal 130 and the transmission module 112. Therefore, the second processing module 122 can selectively transmit the sign confirmation signal to the logistics terminal 130 and the transmission module 112.

In step 280, after the transmission module 112 receives the sign confirmation signal, the first processing module 114 controls the driving module 113 to close the gate 50. In step 290, the camera module 115 stops capturing the accommodating space 60 when the shutter 50 is closed. In step 300, the logistics terminal 130 may receive a receipt confirmation signal to complete the recipient receipt.

In this embodiment, when the recipient is expected to take the sent item out of the accommodating space 60, the encrypted signal transmitted by the mobile terminal 120 can be received by the transmitting module 112 to enable the first processing module 114 to verify. After the first processing module 114 verifies that the encrypted signal has passed, the control driving module 113 opens the shutter 50 so that the recipient can take the mail item out of the accommodating space 60. Wherein, the encrypted signal can For example, but not limited to, a signal obtained by encrypting the recipient's name, phone number, and/or identity card number using the mailbox public key. After the first processing module 114 receives the encrypted signal, the encrypted signal is decrypted by using the mailbox private key (which corresponds to the mailbox public key) to obtain the recipient's name, phone number, and/or identity card number, and then according to the built-in The database determines whether the recipient can legally use the smart mailbox 110. When the recipient is a legitimate user of the smart mailbox 110, the driver module 113 can be controlled to open the gate 50 so that the recipient can send the article. The accommodation space 60 is taken out.

The above embodiment describes that the mail item is delivered to the recipient address by hand, but this embodiment is not intended to limit the invention. For example, the mail item is delivered to the recipient address by the unmanned vehicle. In more detail, please refer to "Fig. 4", which is a system block diagram of another embodiment of the remote sign receiving system of the present invention. The logistics terminal 130 can be an unmanned vehicle, and includes a photography module 132 and a third processing module 134. When the unmanned vehicle is positioned in front of the gate 50 of the smart mailbox 110, the photography module 132 continues to capture the shutter 50 for continued The third processing module 134 can determine whether the gate 50 is opened according to the email image. When it is determined that the gate 50 is opened, the unmanned vehicle can insert the sent item into the accommodating space 60 through the opened gate 50.

It should be noted that the above steps may be performed in any order except for the causal relationship described above.

In summary, it can be seen that the difference between the present invention and the prior art is that the application is executed through the mobile terminal; the smart mailbox receives and transmits the sent data to the mobile terminal, so that the mobile terminal selectively transmits the item confirmation signal to the smart mailbox; After receiving the item confirmation signal, the mailbox opens the gate of the smart mailbox, continuously captures the space of the smart mailbox, and continuously transmits the instant shooting picture to the mobile terminal; the logistics terminal inserts the sent item into the accommodating space through the opened gate Transmitting a signing request signal to the mobile terminal, so that the mobile terminal selectively transmits the signing confirmation signal to the logistics terminal and the smart mail After the smart mailbox receives the sign confirmation signal, the gate is closed, and the accommodating space is stopped when the gate is closed, thereby solving the problems of the prior art by using a technical means, thereby achieving the remote signing and sending The technical effect of the item.

While the present invention has been described above in the foregoing embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of patent protection shall be subject to the definition of the scope of the patent application attached to this specification.

Claims (10)

A remote signing system includes: a smart mailbox, comprising: a casing comprising a gate and an accommodating space; a driving module for opening or closing the sluice; and a transmitting module for receiving And transmitting a sending data and receiving an item confirmation signal and a signing confirmation signal; a first processing module, configured to control the driving module after the receiving module receives the item confirmation signal to open the gate; And controlling the driving module to close the gate when the receiving module receives the sign confirmation signal; and a camera module disposed in the receiving space for receiving the item confirmation by the transmitting module After the signal, the accommodating space is continuously captured, and an instant shooting picture is continuously transmitted through the transmitting module, and the accommodating space is stopped when the gate is closed; a mobile terminal is provided with an application program, Receiving the mailing information, the instant shooting screen and a signing request signal, the mobile terminal comprises: a second processing module for executing the application; and a touch The module is configured to display the sent data and selectively receive the item confirmation signal after the mobile terminal receives the sent data, so that the second processing module selectively transmits the item confirmation signal to the transmitting module When the mobile terminal continues to receive the instant shooting picture, the mobile terminal continuously displays the instant shooting picture; when the mobile terminal receives the signing request signal, displays the signing request signal and selectively receives the signing confirmation signal, so that the second process is performed. The module selectively transmits the sign confirmation signal; and a logistics terminal is configured to transmit the signing request signal to the mobile terminal after receiving the mail item in the accommodating space through the opened gate, and receive the The sign confirmation signal of the mobile terminal. The remote receiving system according to the first aspect of the patent application, wherein the first processing module is configured after the transmitting module receives an encrypted signal transmitted by the mobile terminal and the first processing module verifies that the encrypted signal passes The group controls the drive module to open the gate. According to the remote signing system of claim 1, wherein the remote signing system further includes a mailing terminal, and the mailing terminal transmits a mailing notification information to the mobile terminal, so that the mobile terminal receives the mailing After the data is sent, the touch display module selectively receives the item confirmation signal according to the mail notification information and the mailing information. According to the remote signing system of claim 1, wherein the logistics terminal is an unmanned vehicle, which includes a camera module and a third processing module, when the unmanned vehicle is positioned in the smart mailbox When the front of the gate is in front of the gate, the camera module continues to capture the gate to continuously obtain an image of the mailbox. The third processing module determines whether the gate is opened according to the image of the mailbox. When it is determined that the gate is opened, the unmanned vehicle passes through The opened gate places the mail item in the accommodating space. According to the remote sign-off system of claim 1, wherein the mobile terminal executes the application after receiving an open signal from a security system or a smart home sensing system. A remote signing method includes the following steps: providing a smart mailbox, a mobile terminal, and a logistics terminal, the smart mailbox including a casing, a transmission module, a driving module, a first processing module, and a The camera module includes a gate and an accommodating space. The camera module is disposed in the accommodating space. The mobile terminal is provided with an application and includes a second processing module and a touch display module. The second processing module executes the application; the transmitting module receives a mailing data and transmits the mailing information to the mobile terminal; and the mobile terminal receives the mailing data, the touch display module Displaying the mailing information and selectively receiving an item confirmation signal, so that the second processing module selectively transmits the item confirmation signal to the transmitting module; when the transmitting module receives the item confirmation signal, the The first processing module controls the driving module to open the gate, and the camera module continuously captures the accommodating space, and continuously transmits an instant shooting image to the mobile terminal through the transmitting module. The touch display module continuously displays the instant shooting image; the logistics terminal transmits a mailing request message to the mobile terminal through the opened gate, and transmits a signing request signal to the mobile terminal; the mobile terminal receives the sign After the signal is requested, the touch display module displays the signing request signal and selectively receives a signing confirmation signal, so that the second processing module selectively transmits the signing confirmation signal to the logistics terminal and the transmitting module; After the receiving module receives the sign confirmation signal, the first processing module controls the driving module to close the gate; the camera module stops shooting the receiving space when the gate is closed; The logistics terminal receives the sign confirmation signal. According to the remote signing method of claim 6, wherein the remote receiving method further comprises: receiving, by the transmitting module, an encrypted signal transmitted by the mobile terminal, so that the first processing module verifies the encryption a signal; and the first processing module verifies that the encrypted signal passes, and controls the driving module to open the gate. According to the remote signing method of claim 6, wherein the step of selectively receiving the item confirmation signal in the touch display module further comprises: providing a mail terminal; the mail terminal transmitting a mailing notice The data is sent to the mobile terminal; and the touch display module selectively receives the item confirmation signal according to the mail notification information and the mailing information. According to the remote signing method of claim 6, wherein the logistics terminal is an unmanned vehicle, which includes a camera module and a third processing module, and the log terminal transmits the gate through the gate The step of transmitting the receipt signal to the mobile terminal after the item is placed in the accommodating space further includes: when the unmanned vehicle is positioned in front of the gate of the smart mailbox, the photographic module continuously captures the sluice Continuing to obtain an image of the mailbox, the third processing module determines whether the gate is opened according to the image of the mailbox; and when the third processing module determines that the gate is opened, the unmanned vehicle transmits the gate through the gate The item is placed in the accommodating space. According to the remote signing method of claim 6, wherein the step of executing the application by the second processing module further comprises: the mobile terminal receiving a one from a security system or a smart home sensing system After the signal is turned on, the second processing module executes the application according to the turn-on signal.