TWM650324U - Unmanned hotel accommodation system - Google Patents

Abstract

This new creation relates to an unmanned hotel system, which includes a near-end handheld communicator, a remote management server and an image recognition unit; and a QR CODE link website restriction unit, and cooperates with a hotel door. The hotel door has a locking unit corresponding to the building. The locking unit is electrically connected to a switch control unit, and the switch control unit is electrically connected to a QR CODE reader to read the near-end The QR CODE obtained by the handheld communicator determines whether to activate the switch control unit to open the lock unit. That is, the QR CODE is mainly sent through a QR CODE link website sending unit to avoid inadvertent wide distribution and general distribution, causing unspecified people or multiple people to obtain it at will and enter the hotel. room, and in terms of the power opening and closing control of the door entering the hotel and the door leaving the room, the key card of the room door is replaced as the control, and electronic authentication is combined with the control of power opening and closing.

Description

Unmanned accommodation system

This new invention relates to a smart room reservation system, especially an unmanned hotel system.

In general, the way to enter a room at a traditional travel accommodation (including hotels, hostels, B&Bs, etc.) is to check in at the accommodation, obtain a key card or key, and then enter. And due to the rise of the Internet, unmanned and smart business models. There are also some tourists who first book a room online and then enter the hotel room through various electronic authentication methods after arriving at the hotel. In terms of the form of electronic authentication, there are those that obtain the password and key it into the electronic lock of the room door, or use a barcode to be read and confirmed by a reading device on the room door. Since lodging activities involve a high degree of privacy and the property security of hoteliers, the issuance and reception of various electronic certifications are often sent and received remotely. Security control must be in place, otherwise it is easy to accidentally spread and disseminate information. As a result, unspecified people or multiple people can gain access to the hotel rooms at will, putting the safety of the accommodation at risk.

Furthermore, when it comes to controlling the opening and closing of the door entering and exiting the hotel, it is generally controlled by the door card. However, if the entry and exit are already carried out by electronic authentication, the door card will be redundant. Therefore, how to combine electronic authentication with the control of power on and off is a need for further thinking and improvement of this type of unmanned accommodation system.

In view of the problems of the previous technology, the creator of this new type believes that there should be a system. In terms of creative motivation and intended purpose, he hopes to reduce the installation of physical equipment. For example, there is no need to purchase a self-service counter service machine (KIOSK) to save equipment costs; At the same time, physical counter space and time restrictions can also be exempted, and It provides accommodation guests with the ability to self-check in at any time and location, and the real-life operation can also reduce the discomfort of customers trying to find a new machine, and they can operate it on a mobile phone, tablet or laptop. Establish an unmanned check-in system, which saves the allocation of counter personnel and can relatively improve service quality. Using the design concept that QR Code is the key, check-in is issued as soon as it is completed. There is no need to worry about the storage of physical keys. Data encryption is the most secure. The system is built on a well-known international cloud service platform to strengthen information security, safety and reliability. In order to achieve the above purposes, based on the above purposes, an unmanned lodging system is set up for this purpose, including: a near-end handheld communicator, including a camera unit and network transmission unit; a remote management server, the remote management server is in signal communication with the near-end handheld communicator, and the remote management server includes an order sending and receiving unit, and the order sending and receiving unit is able to execute: Send an order filling URL to the near-end handheld communicator, and receive the order information filled in and returned by the near-end handheld communicator; an image recognition unit, the image recognition unit is electrically connected to the order sending and receiving unit, Can receive the ID information transmitted by the near-end handheld communicator and compare it with the order information; a QR CODE link website restriction issuance unit, and the QR CODE link website restriction issuance unit can be executed by the program: and the image recognition The unit is electrically connected, and when the ID information is compared with the order information, and based on the number of people preparing to move in in the order information, the link URL of the QR CODE for door lock activation is sent to the near-end handheld communicator; And the link URL can display a QR CODE on the near-end handheld communicator; and the QR CODE link URL issuance restricted unit can record the specific identification code of the near-end handheld communicator; deduct according to the data of the number of people who are ready to move in. The number of recorded specific identification code types is within the range of the difference that allows other near-end handheld communicators with different specific identification codes to display the QR CODE; in this way, the ability to obtain the link URL can be limited Show the openness of QR CODE and ensure the privacy and security of the accommodation.

A hotel door, the hotel door has a locking unit corresponding to the building, the locking unit is electrically connected to a switch control unit, and the switch control unit is electrically connected to a QR CODE reader, whereby Read the QR CODE obtained by the near-end handheld communicator, and decide whether to activate the switch control unit to open the lock unit.

This new invention can further be equipped with a Bluetooth power-saving device, which is electrically connected to the power controller of a hotel space, and the near-end handheld communicator is equipped with a Bluetooth module, and the Bluetooth module In the on state, when approaching the Bluetooth power-saving device, the power controller is turned on, and conversely, when it is far away from the Bluetooth power-saving device, the power controller is turned off.

(1): Near-end handheld communicator

(11): Shooting unit

(12):Network transmission unit

(13):Bluetooth module

(2):Remote management server

(21): Order sending and receiving unit

(22):Image recognition unit

(23): QR CODE link URL restricted unit

(231): QR CODE link URL

(24):Order filling URL

(25):Specific identification code

(26):Certificate information

(27):Order information

(3):Hotel door

(31):Latching unit

(32): Switch control unit

(33):QR CODE reader

(41):Bluetooth power saving device

(42):Power controller

The first picture is a system diagram of this new creation

The structure, characteristics and embodiments of this new creation are explained below with the help of diagrams, so that you, the review committee, can have a further understanding of this new creation.

This new creation is about an unmanned lodging system. Through the simple and convenient system of this new creation, all operations can be completed online. No matter the mobile phone/computer, QR Code information can be set, such as QR Code recipient, time limit, permissions, etc. Wait... You can use SMS/Email/LINE to receive the QR Code. You can complete the setting and open the door in 2+2 steps. It is easy to use the QR Code smart door lock, and it is safe and fast. All door lock devices can recognize the dynamic QR Code. Open the QR Code with your mobile phone and scan it. Just open the door! If you can't find the QR Code, you can re-acquire it on LINE. Multiple applications can be used in a variety of settings, such as B&Bs/hotels, offices/shared spaces, etc. QR Code distribution can be used with official LINE accounts and e-commerce.

The system specifically includes: a near-end handheld communicator (1), including a shooting unit (11) and a network transmission unit (12); a remote management server (2), the remote management server ( 2) Signal communication with the near-end handheld communicator (1), and the remote management server (2) includes an order sending and receiving unit (21), and the order sending and receiving unit (21) can execute Line: Send an order filling URL (24) to the near-end handheld communicator (1), and receive the order information (27) filled in and returned by the near-end handheld communicator (1); and set up an image recognition Unit (22), the image recognition unit (22) is electrically connected to the order sending and receiving unit (21), and is able to receive the ID information (26) transmitted by the near-end handheld communicator (1), and combine it with the order information (27) Comparison; and a QR CODE link website restriction unit (23), the QR CODE link website restriction unit (23) can be executed by a program: electrically connected to the image recognition unit (22), in The ID information (26) is matched with the order information (27). According to the information on the number of people who are ready to move in in the order information (27) (the information on the number of people can be obtained through the room type (for example, in a 3-person room, the number of people is counted as 3 person), or obtained from the aforementioned order information (27). Send the link URL (231) of the QR CODE for door lock activation to the near-end handheld communicator (1); and the link URL (231) can A QR CODE is displayed on the near-end handheld communicator (1); usually the holder of the near-end handheld communicator (1) is the initial booker or the head of the family (such as A). However, due to the link URL (231 ) may be spread due to negligence or other factors, and the link website (231) can obtain the QR CODE required to enter the hotel room, so it is necessary to limit and control the number of people.

Therefore, the QR CODE link website restriction unit (23) records the specific identification code (25) of the near-end handheld communicator (1) (for example, a specific identification code of A's handheld communicator); according to the number of people who are ready to move in Data (for example, 2 people), minus the number of recorded specific identification codes (25) (for example, minus 1 specific identification code for A’s handheld communicator), within the difference range (for example, 2-1=1) As a restriction that allows other near-end handheld communicators (1) with different specific identification codes (25) to display the QR CODE (for example, it is also possible to allow 1 specific identification code of A's wife B's handheld communicator to enter the website The QR CODE is displayed on A's wife's handheld communicator, and B's link URL comes from A's transmission); due to the number of people preparing to move in (for example, the aforementioned 2 people), one type of A's handheld communicator is removed Specific identification code, so it is still possible to allow a total of 2 people to display the handheld communicator because of another specific identification code of the handheld communicator (a total of 2 specific identification codes are recorded to request the display of QR CODE). Display QR CODE. If it is detected that the handheld communicator belongs to the third type (the specific identification code of the handheld communicator is different from the first and second types, but is the third type) and you want to request and display the QR CODE, this time it will be due to exceeding the limit ( 2(Total)-1(A)-1(B)) without displaying.

As for A or B, because only the specific identification code of the oversubscribed type of handheld communicator is limited to display the QR CODE, and the number of times the authorized handheld communicator can display the QR CODE is not limited, there is no limit on the number of times the QR CODE can be obtained to enter and exit the hotel room. .

By analogy, if the number of people preparing to move in is 3, the QR CODE can still be allowed to be displayed on the handheld communicators of 2 people (i.e. 3-1=2). In this way, the access to the link URL (231) can be restricted to show the openness of the QR CODE and ensure the privacy and security of the accommodation.

A hotel door (3), the hotel door (3) has a locking unit (31) corresponding to the building, the locking unit (31) is electrically connected to a switch control unit (32), and The switch control unit (32) is electrically connected to a QR CODE reader (33) to read the QR CODE obtained by the near-end handheld communicator (1) and decide whether to activate the switch control unit (32). The locking unit (31) is opened; in a preferred embodiment of the present invention, a Bluetooth power-saving device (41) can be additionally provided. The Bluetooth power-saving device (41) is connected to a power controller (42) of the accommodation space. Sexual connection, and the near-end handheld communicator (1) is provided with a Bluetooth module (13), so when the Bluetooth module (13) is turned on and approaches the Bluetooth power-saving device (41), the The power controller (42) is turned on and powered on. Otherwise, the power controller (42) is turned off when it is far away from the Bluetooth power saving device (41). The signal of the Bluetooth module (13) of the near-end handheld communicator (1) can be used to approach or move away to turn the power controller (42) on or off, thereby further saving power for the door card.

To sum up, this new creation is indeed industrially applicable, has not been published in publications or publicly used before application, and has not been known to the public. It is not obvious and easy to understand, and meets the requirements for patentability. A patent must be filed in accordance with the law. Apply. However, the above is a preferred embodiment of this new creation industry, and all equivalent changes made to the patentable scope of this new creation fall within the scope of the claims of this case.

(1): Near-end handheld communicator

(11): Shooting unit

(12):Network transmission unit

(13):Bluetooth module

(2):Remote management server

(21): Order sending and receiving unit

(22):Image recognition unit

(23): QR CODE link URL restricted unit

(231): QR CODE link URL

(24):Order filling URL

(25):Specific identification code

(26):Certificate information

(27):Order information

(3):Hotel door

(31):Latching unit

(32): Switch control unit

(33):QR CODE reader

(41):Bluetooth power saving device

(42):Power controller

Claims (2)

An unmanned hotel system includes: a near-end handheld communicator, including a shooting unit and a network transmission unit; a remote management server, the remote management server is in signal communication with the near-end handheld communicator, and the The remote management server includes an order sending and receiving unit, and the order sending and receiving unit is capable of: sending an order filling URL to the near-end handheld communicator, and receiving the order data filled and returned by the near-end handheld communicator; and setting An image recognition unit electrically connected to the order sending and receiving unit, capable of receiving the ID information transmitted by the near-end handheld communicator and comparing it with the order information; and a QR CODE link URL Issuing unit, the QR CODE link website restricted issuance unit can be executed by a program: electrically connected to the image recognition unit, when the ID information is compared with the order information, based on the information on the number of people who are ready to move in in the order information , send the link URL of the QR CODE for door lock activation to the near-end handheld communicator; and the link URL can display a QR CODE on the near-end handheld communicator; and the QR CODE link URL issuance restricted unit can Record the specific identification code of the near-end handheld communicator; subtract the number of recorded specific identification code types based on the number of people who are ready to move in, and use the difference range as a basis for allowing other near-end handheld communicators with different specific identification codes. Display the restrictions of the QR CODE; a hotel door, the hotel door has a locking unit corresponding to the building, the locking unit is electrically connected to a switch control unit, and the switch control unit is electrically connected to a QR CODE reader to read the code obtained by the near-end handheld communicator QR CODE, and determine whether to activate the switch control unit to open the lock unit. For example, the unmanned hotel system described in item 1 of the patent application scope is also provided with a Bluetooth power-saving device. The Bluetooth power-saving device is electrically connected to a power controller of the hotel space, and the near-end handheld communicator is equipped with a Bluetooth device. The module, when the Bluetooth module is on, turns on the power controller when approaching the Bluetooth power-saving device, and on the contrary, turns off the power controller when it is far away from the Bluetooth power-saving device.

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