TWM577157U - Unmanned mailing convenience system - Google Patents

Abstract

An unmanned mailing convenience system comprises: a mailing device and a receiving device; the mailing device comprises a mailing module and a storage module, and the mailing module provides a sender input mailer Relevant information, and generate a code label; the storage module is used for storing the sender's package, and in addition to storing the package through a robotic arm, the barcode label on the package is also identified; the aforementioned mailing device and the receiving piece The device integrates and integrates the platform, and the receiving device includes a pick-up module. The pick-up module obtains relevant information of the barcode label on the package, and the recipient performs the parcel pick-up operation by operating the pick-up module. According to this, both the recipient and the sender can send and receive the goods 24 hours a day through this creation.

Description

Unmanned mailing convenience system

This creation is about a kind of unmanned mailing convenience system, which is different from the mail box. It can receive the goods 24 hours a day, and the mail is stored in the storage space of the unmanned mailing convenience system through the robot arm, and the mail personnel collect the mail and distribute it to the mail. Another designated unmanned postal convenience system, so that both the recipient and the sender can send the goods 24 hours a day, and the receipt can be convenient.

At present, most of the postal work is carried out by mail box or post office to receive mail or deliver mail; however, according to the post office's streamlined manpower configuration in recent years, the workload of many first-class postal personnel (such as postman) has increased greatly, and the domestic The law enforcement law postal staff must cooperate with a one-off work mode, so that the work compression must be completed within five working days. Excessive postal work can cause human resources to be lost, and the resulting job vacancies must be assisted by other postal personnel. Let the postal staff work and feel pressure.

Many operators have found business opportunities, such as home delivery services, store-to-store services, and other businesses in just a few years.

However, the above-mentioned home delivery service and store-to-store service still require a large amount of manpower, such as store-to-store service, convenience store personnel need to handle the work of loading and unloading, checkout, shelves, coffee, etc., and also need to store the package into a temporary storage area. With the distributor or the consumer coming to the door to clear the package, not only the work is more, but the store is also confused by the excessive package; the more serious one may cause the package to be lost; and the home delivery service is convenient for the customer to sign The parcel must be sent to the consumer's home, but modern people mostly have jobs during the day. If the designated delivery time is set in the evening, it will inevitably lead to extended working hours and confusion.

At present, there is still no solution to the problem of the above-mentioned postal services. If the above problems and problems can be solved, it is believed that we can strive for higher and better performance for related industries while promoting domestic economic growth.

The purpose of the present invention is to improve the above-mentioned shortcomings. The main technology and purpose is to have at least one mailing device and at least one receiving device, and the mailing device is configured to receive the parcel and the goods at the mailing end, and the receiving The device installs the mail and parcel into the receiving device through the logistics personnel, and notifies the recipient to pick up the item, so that both the sender and the recipient can send and receive the goods 24 hours a day.

The secondary purpose of this creation is to reduce the workload of logistics personnel, so that staff and owners can go to and from work in accordance with the provisions of the Labor Law.

Therefore, the present invention comprises: a mailing device and a receiving device; the mailing device comprises a mailing module and a storage module, wherein the mailing module comprises a code generating unit, the barcode The generating unit is configured to record information of the sender and the recipient, and generate a code label; the storage module includes a platform, a robot arm and a storage space, and the sender's package is placed on the platform, the machine The arm is provided with a code identification unit, and after reading the barcode label, the barcode identification unit inserts the package into the storage space through the mechanical arm; the aforementioned mailing device is integrated with the receiving device and uses the platform together. The device includes a pick-up module, and the pick-up module obtains relevant information of the barcode label on the package, and the recipient performs the parcel pick-up operation by operating the pick-up module, and the robot arm follows the pick-up module. The information goes to the storage space to find a corresponding parcel, and the barcode label is recognized by the barcode identification unit, and the package is clamped and placed on the platform.

Therefore, through the above system, when the sender wants to send the recipient's mail or parcel, whenever it is only to the neighboring unmanned mailing convenience system, the mail will be sent through the mailing device; the postal staff or the logistics personnel Regularly go to the receipt, send the mail to the area where the recipient lives in the logistics system, the postal staff and logistics personnel of the place will place the mail in the unmanned postal convenience system adjacent to the recipient, and notify the recipient to collect mail.

According to the technical means of this creation, the brief descriptions of the functions that can be obtained by this creation are as follows: 1. It can achieve the unmanned mailing and receiving, and reduce the manpower requirement; 2. It is necessary to wait for wasted time at the post office; Combined with the Internet, the sender and the recipient can keep track of the current delivery progress of the mail.

In the embodiment of the present invention, the storage space is provided with a temperature control area, and the temperature control area can control the temperature of the package. For example, after the frozen food or the frozen goods establish relevant conditions through the mail module, the robot arm puts the mail Enter the temperature control area to achieve the effect of the refrigerated/frozen stream.

In the implementation manner of the present invention, the mail module or the pick-up module is respectively provided with a payment unit, and the payment unit can use cash payment, electronic payment, or collection of payment and other related services to allow the sender to receive Both parties are quite convenient and the profit of the creation industry.

In an embodiment of the present invention, the method further includes a remote monitoring device electrically connected to the pick-up module and the mail module.

In an embodiment of the present invention, the remote monitoring device further includes a camera device and a monitoring module that receives the camera device message.

Referring to Figures 1 to 6, the present unmanned mailing convenience system (100) mainly comprises: a mailing device (1) and a receiving device (2), the mailing device (1) and the receiving device The device (2) is an integrated structure. The overall structure of the device is similar to the size of the ATM, so that the mailing and receiving operations can be carried out, but it is not limited to this embodiment. It can be based on the local population, the number of mails or according to the large number. Data analysis designed the corresponding unmanned mailing convenience system (100).

Referring to Figures 1 to 6, the mailing device (1) comprises a mailing module (11) and a storage module (12). The mailing module (11) comprises a code generating unit ( 111), the barcode generating unit (111) is configured to record information of the sender and the recipient, such as the sender's name, address, contact telephone number; the address, name, and contact number of the recipient; when the related information is completed A code label (112) can be generated, and the mail module (11) can further provide a payment unit (13) for the sender to pay the postage method or a related function that needs to collect the payment, and the sender can pass through, for example, cash. The above-mentioned postage is paid by means of electronic payment or by means of a financial account, and the financial account can be remitted into the financial account after obtaining the payment.

Referring to FIGS. 1 to 6, the storage module (12) includes a platform (121), a robot arm (122), and a storage space (123). The sender's package is placed on the platform (121). The robot arm (122) is provided with a code identification unit (1221). After reading the barcode label (112), the barcode identification unit (1221) inserts the package into the storage space through the mechanical arm (122). ), wherein the robot arm (122) is more capable of placing the package into the corresponding area through the indication of the barcode label (112), for example, arranging the parcels sent to Taipei in the same area; and arranging the parcels sent to Kaohsiung in the same area; By means of this technology, the packages are pre-classified in the unmanned mailing convenience system (100), so that the sorter or sorting personnel of the logistics can reduce the workload, and the parcels can be delivered to the area where the recipient lives.

Referring to Figures 1 to 6, the receiving device (2) includes a pick-up module (21), and the pick-up module (21) obtains relevant information of the barcode label (112) on the package and notifies the receiving The person comes to pick up the parcel, and the recipient performs the parcel picking operation by operating the picking module (21), and the robot arm (122) goes to the storage space (123) according to the information of the picking module (21) to find the corresponding The package is further identified by the barcode identification unit (1221), and the holder is picked up by placing the package on the platform (121). In addition, the present unmanned mailing convenience system (100) further includes a remote monitoring device (14) electrically connected to the pickup module (21) and the mail module (1); wherein the remote monitoring device (14) Further comprising a photographic device (141) and a monitoring module (142) for receiving the information of the photographic device (141); thereby enabling the operator to effectively control the device and control the quantity of the goods to achieve comprehensive monitoring (eg, the third And 4 shows).

Through the above-mentioned organizations, please refer to Figures 1 to 6. The use of this creation is as follows: When the sender wants to send the package to the recipient, whenever it is only to the adjacent unmanned postal convenience system (100), The mailing device (1) sends the mail, and the sender operates the mail module (11) to input the relevant information of the sender and the recipient, and the barcode generating unit (111) generates a code label (112). The sender attaches the barcode label (112) to the package according to the instructions to be placed on the platform (121); the platform (121) is provided with a sensor (not shown), when the package or item is placed on the platform (121), the robot arm (122) can be driven to hold the package and placed in the storage space (123); wherein the storage space (123) includes a temperature control area (not shown), when the sender When the package needs to be frozen or refrigerated, the package can be kept in the refrigerated or frozen state according to the prompt of the mail module (11); the postal staff or the logistics personnel can regularly pick up the receipt in the morning or at night. Sending the parcel through the logistics system to the area where the recipient lives, such as the aforementioned After the mailing staff and logistics personnel in Taipei, Kaohsiung, Taipei or Kaohsiung can tally, the parcel can be placed in the storage space (123) in the unmanned postal convenience system (100) adjacent to the recipient, and the recipient is notified. Pick up the mail.

Referring to Figures 1 to 6, the recipient knows that the package has arrived at the adjacent unmanned postal convenience system (100) by means of mobile phone, e-mail, app newsletter, etc., and the package can be picked up by operating the pick-up module (21). If the sender has a cash on delivery request, the same pickup module (21) is provided with a payment unit (211) that can pay the recipient by cash, electronic payment, etc., then, the robotic arm (122) The package is taken out from the storage space (123) and placed on the platform (121), and the recipient can take out the package.

From the above description, we can understand that the unmanned mailing convenience system (100) of this creation can carry out the mailing and receiving services according to the needs of the sender and the recipient, whether during the day or at night; Too much manpower to handle the related services of the mailing and receiving, naturally improve the efficiency of the mailing and receiving, exempting the need for the post office or convenience store to pick up the goods, etc. At the same time, the creation can take pre-sorting work, It can quickly solve related problems such as the huge logistics business, and at the same time improve the profitability of the industry, achieve a win-win situation between the sender, the recipient and the operator; and promote the national economic development.

Further, as shown in Figures 1 to 3, the platform (121) includes a shackle (1211) for managing the ingress and egress of the package to prevent the package from being stolen; and the slamming door (1211) is subjected to the delivery mode. The group (11) or the pick-up module (21) is controlled to be turned on or off.

In summary, this creation has never been seen in various books or publicly used, and it is in line with the requirements for new patent applications. I would like to ask the Bureau of the Bureau to grant patents as soon as possible.

For those who need to be identified, the above is the technical principle that is applied immediately by the specific implementation of this creation. If the changes made according to the concept of this creation have not yet exceeded the spirit of the manual and the schema, All should be included in the scope of this creation, combined with Chen Ming.

(100)‧‧‧Unmanned mailing convenience system

(1)‧‧‧Send device

(11)‧‧‧Send module

(111)‧‧‧ barcode generation unit

(112)‧‧‧ barcode labels

(12)‧‧‧Storage module

(121) ‧‧‧ platform

(1211)‧‧‧匣

(122)‧‧‧ Robotic arm

(1221)‧‧‧Bar code identification unit

(123)‧‧‧Storage space

(13)‧‧‧Payment unit

(14)‧‧‧ Remote monitoring device

(141)‧‧‧Photographing device

(142)‧‧‧Monitoring module

(2) ‧‧‧ Receiving device

(21)‧‧‧Receiving module

(211)‧‧‧Payment unit

Figure 1 is a schematic diagram of the structure of the creation. Figure 2 is a schematic diagram of the operation of the creation (receipt) of this creation. Figure 3 is a schematic diagram of the storage action of this creation. Figure 4 is a flow chart of the operation of the mailing device. Figure 5 is a flow chart showing the operation of the receiving device. Figure 6 is the overall process architecture diagram of this creation.

Claims (7)

An unmanned mailing convenience system mainly comprises: a mailing device (1) and a receiving device (2); the aforementioned mailing device (1) comprises a mailing module (11) and a receiving module (12) The mail module (11) includes a code generating unit (111) for recording information of the sender and the recipient, and generating a code label (112). The barcode label (112) is attached to a package; the storage module (12) includes a platform (121), a mechanical arm (122) and a storage space (123), and the package is placed on the platform (121) The robot arm (122) is provided with a code identification unit (1221). After reading the barcode label (112), the barcode identification unit (1221) inserts the package into the storage space through the mechanical arm (122). 123); The aforementioned mailing device (1) is integrated with the receiving device (2) and uses the platform (121), the receiving device (2) includes a pick-up module (21), the aforementioned pick-up The module (21) obtains information about the barcode label (112) on the package, and the recipient performs the package pickup operation by operating the pickup module (21), and the robot arm (122) The picking module (21) information goes to the storage space (123) to find a corresponding parcel, and then the barcode labeling unit (1221) identifies the barcode label (112), and the package is clamped and placed on the platform ( 121) Provide the recipient to pick up. The unmanned mailing convenience system of claim 1, wherein the storage space (123) is provided with a temperature control area, and the temperature control area can control the temperature of the package. The unmanned postal convenience system of claim 1, wherein the mail module (11) or the pick-up module (21) is respectively provided with a payment unit (13, 211), and the payment unit can adopt Cash payment, electronic payment, or collection of related services. The unmanned mailing convenience system of claim 1, wherein the platform (121) is provided with a sensor for driving the robot arm (122) to hold the package when a package or article is placed on the platform (121). And put it into the storage space (123). The unmanned mailing convenience system of claim 1, wherein the platform (121) comprises a trick (1211) for managing the entry and exit of the parcel, and the trick (1211) is subjected to the mail module. (11) Or the pick-up module (21) controls to be turned on or off. The unmanned mailing convenience system of claim 1, further comprising a remote monitoring device (14) electrically connected to the pick-up module (21) and the mail module (1). The unmanned mailing convenience system of claim 6, wherein the remote monitoring device (14) further comprises a photographing device (141) and a monitoring module (142) for receiving the photographing device (141).