TW202324316A - Access system - Google Patents

Abstract

An access system includes a security servo unit, a security host, and an access control management unit. The security server unit receives the arrival time interval of the order information, and receives the real-time courier's coordinates and the corresponding real-time courier's coordinates and external delivery mobile device information, and determines the difference between the real-time courier's coordinates and the destination coordinates within the arrival time interval. When the distance between the two is less than the preset distance, the security card activation information is generated. The security host is connected to the security server unit, and the security card unit corresponding to the security card activation information is activated based on the security card activation information. The access control management unit is connected to the security host, and when the security card unit is inducted, the access control device is driven to release the access control according to the access control authority.

Description

access control system

An access control system, especially an access control system that can release access control based on delivery.

Food delivery has been practiced for many years, from the early stage of self-delivery to the current delivery of food or goods through delivery platforms. As technology becomes more and more advanced, everything becomes more convenient and faster, and consumers are more and more willing to spend money to buy time and convenience, driving the rise of food delivery platforms. According to the forecast of Forbes, the global food delivery market will reach 200 billion US dollars in 2025, and the food delivery industry has become the focus of catering industry and e-commerce platforms.

However, with the advent of the post-epidemic era, contactless food delivery or delivery is becoming more and more popular to avoid frequent contact between people. Moreover, with the busy life of people and the development of the lazy economy and the stay-at-home economy, more and more people hope that the items or meals they buy can be delivered directly to the community or commercial buildings, or even to their doorsteps, without having to go out take meal.

An embodiment of the present invention provides an access control system, which mainly includes a security server unit, a security host, and an access control management unit. The security server unit receives the arrival time interval of the order information, and receives the real-time delivery person's coordinates and the corresponding real-time delivery person's coordinates of the delivery terminal mobile device information, and judges the real-time delivery person's coordinates and the destination coordinates within the arrival time interval When the distance between them is less than the preset distance, a security card activation message is generated. The security host is connected to the security server unit, and activates the access control authority of the security card unit corresponding to the security card activation information according to the security card activation information. The access control management unit is connected to the security host, and when sensing the security card unit, drives the access control device to release the access control according to the access control authority.

Another embodiment of the present invention provides an access control system, which mainly includes a central server, a security host, and an access control management unit. The central server may include an order unit, an instant courier coordinate unit, an arrival time calculation unit, and a security server unit. The order unit receives order information. The order information comes from the customer's mobile device. The order information includes merchant coordinates, meal information and destination coordinates. The real-time courier coordinate unit receives the real-time courier coordinates and the corresponding real-time courier coordinate information of the delivery terminal mobile device, and the real-time courier coordinates and delivery terminal mobile device information come from the delivery terminal mobile device. The arrival time calculation unit calculates the arrival time interval of the order information according to the coordinates of the merchant, the coordinates of the destination and the coordinates of the real-time delivery person. The security server unit receives the arrival time interval of the order information, and receives the real-time delivery person's coordinates and the information of the mobile device at the delivery end. Within the arrival time interval, it is judged that the distance between the real-time delivery person's coordinates and the destination coordinates is less than the preset distance , generate security card activation information. The security host is connected to the security server unit, and activates the access control authority of the security card unit corresponding to the security card activation information according to the security card activation information. The access control management unit is connected to the security host, and when sensing the security card unit, drives the access control device to release the access control according to the access control authority.

Therefore, through the access control system of the present invention, the security server unit will generate security card activation information when the aforementioned two conditions are met (in the arrival time interval, and the distance between the courier's coordinates and the destination coordinates is less than the preset distance), The security host activates the access control authority of the security card unit corresponding to the security card activation information based on the security card activation information. When the courier arrives at the delivery or delivery destination within the arrival time interval, the security card unit (such as security Access control card or delivery terminal mobile device) senses the access control management unit to unlock the access control and enter the community to deliver food or goods. Even if it is inconvenient for customers to go out to pick up meals or goods, delivery staff can also enter the community for non-contact food delivery or delivery, and deliver meals or items to the predetermined place or the door of the customer's home. In addition, the behavior of the delivery person can also be monitored, and a reminder message will be generated when the delivery person's behavior is found to be abnormal. While providing convenience for picking up meals or goods, it also takes into account the safety of residents.

The detailed features and advantages of the present invention are described in detail below in the embodiments, the content of which is sufficient to enable anyone familiar with the relevant art to understand the technical content of the present invention and implement it accordingly, and according to the content disclosed in this specification, the scope of the patent application and the drawings Any person skilled in the relevant art can easily understand the related objects and advantages of the present invention.

Specific embodiments are listed below to describe the content of the present invention in detail, and drawings are used as auxiliary descriptions. The symbols mentioned in the manual refer to the symbol description.

Please refer to FIG. 1 , which is a schematic block diagram of an access control system according to a first embodiment of the present invention. In the first embodiment, the access control system mainly includes a security server unit 114 , a security host 12 and an access control management unit 13 .

The security server unit 114 receives the arrival time interval of the order information, and receives the real-time delivery person's coordinates and the information of the sending terminal mobile device corresponding to the real-time delivery person's coordinates. Here, the arrival time interval may be the time when the delivery person delivers the meal to the delivery destination or the delivery destination, and the information of the mobile device at the delivery end may be the phone number of the mobile device at the delivery end. In addition, the arrival time zone, the real-time delivery person's coordinates and the information of the mobile device at the delivery end can come from the server of the delivery platform.

When the security server unit 114 determines that the distance between the real-time courier's coordinates and the destination coordinates is less than a preset distance within the aforementioned arrival time interval, it generates security card activation information. That is to say, when arriving in the time interval, and when the delivery person arrives at the destination of delivery or delivery, the security servo unit 114 detects that the distance between the delivery person's coordinates and the destination coordinates is less than the preset distance, and then Security card activation information can be generated to enable (enable) the corresponding security card unit 41. In other words, the corresponding security card unit 41 is disabled (disable) when there is no security card activation information. The security card will be activated only after the security server unit 114 generates activation information of the security card.

Here, the security card activation information may include a security code corresponding to the security card unit 41 . In some implementations, the security card unit 41 can be a security access control card induced by Near Field Communication (NFC), or a mobile phone with an NFC module (such as the delivery mobile device 4 of the delivery person) and other electronic devices that can simulate NFC cards.

The security host 12 is connected to the security server unit 114 to receive the security card activation information sent by the security server unit 114, and the security host 12 activates the access control authority of the security card unit 41 corresponding to the security card activation information according to the security card activation information. That is to say, the security host 12 activates the access control authority of the security card unit 41 corresponding to the activation information of the security card within the aforementioned arrival time interval. Here, the security host 12 can match the security code of the security card unit 41 .

The access control management unit 13 is connected to the security host 12. Therefore, when the access control management unit 13 senses the security card unit 41, it drives the access control device 3 to release the access control according to the access control authority granted by the security host 12.

It should be noted that the security host 12 may be connected to multiple access control management units 13, so the access control authority can be set as the authority to open community gates, building gates or elevators according to actual needs.

In this way, the security host 12 will activate the access control authority corresponding to the activation information of the security card when the delivery person arrives at the delivery or delivery destination within the arrival time interval. destination, the mobile device 4 at the delivery terminal can sense the access control management unit 13 to release the access control, and enter the community to deliver food or goods. Even if it is inconvenient for customers to go out to pick up meals, delivery staff can also enter the community for non-contact food delivery or delivery, and deliver the meals or items to the predetermined place, such as the door of the customer's home.

For example, the security server unit 114 receives the arrival time interval of the order information, for example, the arrival time interval is from 11:40 noon to 11:50, and at 11:40, it is judged that there is a difference between the coordinates of the delivery person and the destination coordinates Whether the distance is less than the preset distance (for example, less than 10 meters), if the delivery person arrives at the delivery or delivery destination at this time, the above two conditions are met (in the arrival time interval, and the delivery person's coordinates and destination If the distance between the ground coordinates is less than the preset distance), the security servo unit 114 can generate security card activation information for enabling the corresponding security card unit 41 . Then, the security host 12 activates the access control authority of the security card unit 41 corresponding to the security card activation information according to the security card activation information. Therefore, when the delivery person arrives at the delivery destination or delivery destination, he can use the security card unit 41 corresponding to the activation information of the security card (such as the security access control card or the delivery terminal mobile device 4) to sense the access control management unit 13, and then Drive the access control device 3 to release the access control according to the access control authority, for example, open the gate of the community, then open the gate of the building, continue to take the elevator to the predetermined floor to deliver the items or meals to the customer.

Please refer to FIG. 2 . FIG. 2 is a schematic block diagram of an access control system according to a second embodiment of the present invention. The access control system of the second embodiment of the present invention mainly includes a central server 110 , a security host 12 and an access control management unit 13 .

Here, the central server 110 can directly or indirectly connect the security host 12, the client mobile device 2, the outgoing mobile device 4, and the payment unit 15 through the network, and can communicate with the security host 12, the client mobile device 2, the external The sending mobile device 4 and the payment unit 15 transmit data one-way or two-way.

The central server 110 may include an order unit 111 , an instant courier coordinate unit 112 , an arrival time calculation unit 113 and a security server unit 114 . Furthermore, the order unit 111 , the instant courier coordinate unit 112 , the arrival time calculation unit 113 , the security servo unit 114 , the recording unit 115 and the monitoring unit 116 may be a combination of software and hardware.

The order unit 111 receives order information from the mobile device 2 at the customer end. The order information may include merchant coordinates, meal information (item information) and destination coordinates, for example. Here, the merchant coordinates and the destination coordinates are respectively the location information of the merchant and the customer, such as longitude and latitude. The meal information can include the name of the meal (for example: omelette, braised pork rice, or cold cucumber...etc.), the corresponding meal cost of each dish, and the quantity purchased.

The real-time courier coordinate unit 112 receives the real-time courier coordinates and the corresponding real-time courier coordinate information of the delivery terminal mobile device. The real-time courier coordinates and delivery terminal mobile device information come from the delivery terminal mobile device 4 . Here, the delivery person's coordinates are, for example, positioning information obtained by receiving the Global Positioning System (GPS) through the mobile device 4 of the delivery terminal, and may include longitude and latitude. Here, the information of the mobile device at the delivery end can be the phone number or serial number of the mobile device 4 at the delivery end, the name of the delivery person, etc., but it is not limited thereto. In addition, the outgoing mobile device 4 is directly or indirectly connected to the central server 110 through the network to transmit data bidirectionally.

The arrival time calculation unit 113 calculates the arrival time interval of the order information according to the aforementioned merchant coordinates, destination coordinates and real-time delivery person coordinates. In other words, it calculates the time required for the delivery person to go to the store to pick up the meal or pick up the goods based on the coordinates of the merchant, the destination and the real-time delivery person, and the time required for delivery to the customer after picking up the meal or goods, to estimate the meal time interval .

The security server unit 114 receives the arrival time interval of the order information, and receives the real-time delivery person's coordinates and the information of the mobile device at the delivery end, and within the arrival time interval, judges that the distance between the real-time delivery person's coordinates and the destination coordinates is less than the preset When the distance is reached, a security card activation message is generated. Here, the security servo unit 114 is as described above, so it will not be repeated here.

The security host 12 is connected to the security server unit 114, and activates the access control authority of the security card unit 41 corresponding to the security card activation information according to the security card activation information. The security card unit 41 can be installed on the mobile device 4 of the delivery terminal, so the delivery staff can obtain the access control authority to enter the community. Here, the security host 12 and the security card unit 41 are as described above, so they will not be repeated here.

The access control management unit 13 is connected to the security host 12, and drives the access control device 3 to unlock the access control when sensing the security card unit 41 according to the access control authority. Therefore, the delivery person can sense the access control management unit 13 (such as a card reader) located in the community through the security card unit 41 installed on the mobile device 4 of the delivery terminal, so as to enter the community to deliver meals or goods. Here, the access control management unit 13 is as described above, so it will not be repeated here.

In this way, in this embodiment, the security host 12 also activates the access control authority corresponding to the activation information of the security card at a predetermined time, and when the delivery person arrives at the delivery or delivery destination within the arrival time interval, he can pass through the delivery terminal The mobile device 4 senses the access control management unit 13 to release the access control, and enters the community to deliver food or goods. Even if it is inconvenient for customers to go out to pick up meals or goods, delivery staff can also enter the community for non-contact food delivery or delivery, and deliver meals or items to the predetermined place or the door of the customer's home.

In some implementations, when the aforementioned security server unit 114 of the access control system generates security card activation information, it sends a collection message to the client mobile device 2 . In this way, customers at home can know that the delivery person has arrived at the door of the community, and can make preparations for picking up meals or goods in advance.

Please refer to FIG. 3 , which is a schematic block diagram of a central server in some embodiments of the present invention. In some implementations, the central server 110 of the aforementioned access control system may further include a recording unit 115, and after the security server unit 114 generates the activation information of the security card, it records the track of the real-time delivery person's coordinates. In other words, after the delivery person arrives at the destination (such as the gate of the community, the lobby of a commercial building), the recording unit 115 records the movement track of the delivery person, and monitors whether the delivery person has gone to a place that he should not go to.

In some implementations, the central server 110 may further include a monitoring unit 116, which judges whether the trajectory meets the abnormal condition, generates a monitoring alert when the trajectory meets the abnormal condition, and transmits the monitoring alert to the mobile device 2 of the client, and sets it in the guard room The electronic device, the monitoring platform of the security company, or the mobile device at the delivery end4. Here, the abnormal condition is, for example, that the delivery person goes to a prohibited area, the delivery person wanders within the range, etc. However, the abnormal condition can be set according to actual needs. In this way, if the delivery person's movement trajectory is abnormal, the customer, the management office or the security company can know it at the first time, and can effectively manage the safety and quality of the residence. In addition, the delivery person can also be instantly notified that his behavior has been paid attention to, for example, the monitoring unit 116 sends a warning notification to the mobile device 4 of the delivery terminal.

Please refer to FIG. 1 , FIG. 2 and FIG. 4 . FIG. 4 is a schematic block diagram of a security host in some embodiments of the present invention. In some implementations, the security host 12 of the aforementioned access control system may further include a reminder module 121 to generate a reminder message when the access control device 3 unlocks the access control. Here, the reminder module 121 is, for example, a voice playback device. Therefore, when the courier removes the access control and enters the community or commercial building, the reminder module 121 generates a reminder voice. Here, the reminder voice is, for example, "Mr. Deng XX, Your meal (item) has arrived". But the present invention is not limited thereto. For example, the reminder module 121 can also communicate with the electronic device installed in the management room. The electronic device reminds the administrator that a delivery person enters the community or a commercial building. Here, the reminder message is, for example, "the delivery person entered the community at 11:40 am."

Please refer to Fig. 1, Fig. 2 and Fig. 4 again, in some implementations, the security host 12 of the aforementioned access control system may further include a timing module 122, which performs timing when the access control device 3 unlocks the access control, and when the timing reaches the preset time, a timing reminder message will be generated. Here, the preset time is the time required for the delivery person to deliver meals or goods after entering the community or commercial building, which can be set according to actual needs. Therefore, when the preset time is reached, the timing module 122 generates a timing reminder message, and the security host 12 sends the timing reminder message to the electronic device installed in the management room or the security company, or reminds the administrator or security personnel to pay attention to the unexpected The situation where the courier stays in the community or commercial building.

Please refer to FIG. 1, FIG. 2 and FIG. 4 again. In some implementations, the security host 12 of the aforementioned access control system can further include a warning module 123, and the access control management unit 13 does not respond to security at the preset control time. When the card unit 41 is used, the warning module 123 generates a warning that the delivery person has not left. Here, the preset control time is the time required for the delivery person to deliver meals or goods after entering the community or commercial building. Therefore, when the preset control time is reached, the delivery person does not use the security card unit 41 installed on the mobile device 4 at the delivery end to sense the access control management unit 13 (such as a card reader) to release the access control to leave the community or commercial building, The warning module 123 will generate a warning that the delivery person has not left, and the security host 12 will send the warning to the electronic device installed in the management room or the security company, reminding the administrator or security personnel to pay attention to the delivery person's stay In the case of community or commercial buildings.

Please refer to FIG. 1 again, in some implementations, the central server 110 real-time delivery person's coordinates according to the warning record that the delivery person has not left, and sends a warning notification to the mobile device 4 at the delivery end. That is to say, when the central server 110 receives a warning from the security host 12 that the delivery person has not left, the real-time delivery person coordinate unit 112 records the delivery person's coordinates to monitor the delivery person's moving track in real time. And the central server 110 sends a warning notification from the mobile device 4 at the delivery end, reminding the delivery staff not to stay and leave the community or commercial building where the meal or delivery is delivered as soon as possible.

Referring again to FIG. 1 and FIG. 2 , in some implementations, the aforementioned access control system may further include a camera unit 14 (such as a video camera). The camera unit 14 is connected to the security host 12, and captures real-time images after the security host 12 activates the access control authority of the security card unit 41 . That is to say, when the delivery person uses the security card unit 41 to release the access control, the camera unit 14 will take a real-time image to record the image of the delivery person, so that it can be accessed in case of subsequent disputes.

Referring again to FIG. 1 , FIG. 2 and FIG. 4 , in some implementations, the security host 12 of the access control system of the aforementioned first and second embodiments may further include an abnormality management module 124 . The abnormality management module 124 judges whether the real-time image meets the abnormal event condition, and generates an abnormal event warning if the real-time image meets the abnormal event condition. Here, the abnormal event condition is, for example, that the delivery person in the real-time image is not wearing a uniform, the delivery person is stagnant and does not move, or there is no image of the delivery person in the real-time image, but the present invention is not limited thereto. Actual requirements set exception event conditions. Therefore, when the real-time image meets the abnormal event condition, the abnormal event management module 124 generates an abnormal event warning, and the security host 12 sends the abnormal event warning to the electronic device installed in the management room or the security company, reminding the administrator to pay attention to the external community or commercial building Whether there are idlers waiting to come and go at the gate of the house.

It should be noted that the reminder module 121, the timing module 122, the warning module 123 and the abnormal management module 124 of the aforementioned security host 12 can be composed of software combined with hardware, and can be connected through Wi-Fi, 3G, 4G The mobile device 4 at the sending end or the electronic device installed in the management room can transmit data bidirectionally.

Referring again to FIG. 3 , in some implementations, the aforementioned access control system may further include a payment unit 15 . The payment unit 15 generates a delivery completion record when the access control management unit 13 senses the security card unit 41, and performs a deduction procedure and a payment procedure. Here, the payment unit 15 may be a program processing unit such as third-party payment, online transfer, and online card swiping. Therefore, when the delivery person uses the security card unit 41 installed on his mobile device 4 at the delivery end to sense the access control management unit 13 (such as a card reader) to unlock the access control and enter the community or commercial building to deliver meals or deliver goods, the payment unit 15 Automate payment procedures.

To sum up, therefore, through the access control system of the present invention, the security server unit 114 will meet the aforementioned two conditions (in the arrival time interval, and the distance between the delivery person's coordinates and the destination coordinates is less than the preset distance) The security card activation information is generated, and the security host 12 activates the access control authority of the security card unit 41 corresponding to the security card activation information according to the security card activation information. The access control management unit 13 can be sensed by the security card unit 41 (such as a security access control card or a delivery terminal mobile device) to unlock the access control and enter the community for meal or delivery. Even if it is inconvenient for customers to go out to pick up meals or goods, delivery staff can also enter the community for non-contact food delivery or delivery, and deliver meals or items to the predetermined place or the door of the customer's home. In addition, the behavior of the delivery person can also be monitored, and a reminder message will be generated when the delivery person's behavior is found to be abnormal. While providing convenience for picking up meals or goods, it also takes into account the safety of residents.

Through the above detailed description, it can be fully demonstrated that the purpose and efficacy of the present invention are progressive in implementation, have great industrial value, and are a new invention that has never been seen on the market before, and fully meet the requirements of patents. ∙ Apply in accordance with the law. The above descriptions are only preferred embodiments of the present invention, and should not be used to limit the implementation scope of the present invention. That is to say, all the equivalent changes and modifications made according to the scope of the patent of the present invention should fall within the scope of the patent of the present invention. I would like to ask your examiner to take note and pray for your approval. I pray for it.

110: central server 111: Order unit 112: instant delivery person coordinate unit 113: Arrival time calculation unit 114:Safety servo unit 115: recording unit 116: Monitoring unit 12: Security host 121: Reminder module 122: Timing module 123:Warning module 124:Exception management module 13: Access control management unit 14: Camera unit 15: Payment unit 2: Client mobile device 3: Access control device 4: Outgoing mobile device 41: security card unit

[ FIG. 1 ] is a schematic block diagram of an access control system according to a first embodiment of the present invention. [ FIG. 2 ] is a schematic block diagram of an access control system according to a second embodiment of the present invention. [ FIG. 3 ] is a schematic block diagram of a central server of some embodiments of the present invention. [ FIG. 4 ] is a schematic block diagram of a security host in some embodiments of the present invention.

114:Safety servo unit

12: Security host

13: Access control management unit

14: Camera unit

3: Access control device

4: Outgoing mobile device

41: security card unit

Claims (12)

An access control system comprising: A security server unit receives an arrival time interval of an order information, and receives a real-time delivery person's coordinates and a delivery terminal mobile device information corresponding to the real-time delivery person's coordinates, and judges the real-time delivery within the arrival time interval When the distance between the delivery person's coordinates and a destination coordinate is less than a preset distance, a security card activation message is generated; A security host, connected to the security server unit, activates an access control authority corresponding to a security card unit corresponding to the security card activation information according to the security card activation information; and An access control management unit is connected to the security host, and when sensing the security card unit, drives an access control device to unlock the access control according to the access control authority. An access control system comprising: A central server, including: An order unit receives an order information, the order information comes from a client mobile device, the order information includes a merchant coordinate, a meal information and a destination coordinate; A real-time courier coordinate unit, receiving a real-time courier coordinate and a delivery mobile device information corresponding to the real-time courier coordinate, the real-time courier coordinate and the delivery terminal mobile device information come from a courier terminal mobile device; an arrival time calculation unit, which calculates an arrival time interval of the order information according to the coordinates of the merchant, the coordinates of the destination and the coordinates of the real-time delivery person; and A security server unit, receiving the arrival time interval of the order information, and receiving the real-time delivery person's coordinates and the information of the mobile device at the delivery end, and judging the real-time delivery person's coordinates and the destination within the arrival time interval When the distance between the coordinates is less than a preset distance, a security card activation message is generated; A security host, connected to the security server unit, activates an access control authority corresponding to a security card unit corresponding to the security card activation information according to the security card activation information; and An access control management unit is connected to the security host, and when sensing the security card unit, drives an access control device to unlock the access control according to the access control authority. The access control system as described in claim 1 or 2, wherein the security server unit sends a receiving message to the client mobile device when generating the security card activation information. The access control system as described in claim 2, wherein the central server further includes a recording unit, which records a track of the real-time delivery person's coordinates after the security server unit generates the activation information of the security card. The access control system as claimed in claim 4, wherein the central server further includes a monitoring unit for judging whether the track meets an abnormal condition, and generates a monitoring alert when the track meets the abnormal condition. The access control system as described in claim 1 or 2, wherein the security host includes a reminder module, which generates a reminder message when the access control device unlocks the access control. The access control system as described in claim 1 or 2, wherein the security host includes a timing module, which counts when the access control device unlocks the access control, and generates a timing reminder message when the timing reaches a preset time. The access control system as described in claim 1 or 2, wherein the security host includes an alarm module, and when the access control management unit does not sense the security card unit again within a preset control time, the alarm module generates an alarm The courier did not leave the warning. The access control system as described in claim 8, wherein the central server records the real-time delivery person's coordinates according to the warning that the delivery person has not left, and sends a warning notification to the mobile device of the delivery terminal. The access control system as described in claim 1 or 2 further includes: a camera unit connected to the security host to capture a real-time image after the security host activates the access control authority of the security card unit. The access control system according to claim 10, wherein the security host includes an abnormality management module, which judges whether the real-time image meets an abnormal event condition, and generates an abnormal event warning when the real-time image meets the abnormal event condition. The access control system as described in Claim 2 further includes: a payment unit, which generates a delivery completion record when the access control management unit senses the security card unit, and performs a deduction procedure and a payment procedure.

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