CN219296531U

CN219296531U - Intelligent passenger luggage sorting device for security inspection channel

Info

Publication number: CN219296531U
Application number: CN202221543099.6U
Authority: CN
Inventors: 刘杰; 张晓昆; 陈传伟; 周雁兵; 刘伟; 和自龙; 陈贵平; 蒋正林; 吴宏图
Original assignee: Kunming Tuheng Technology Co ltd
Current assignee: Kunming Tuheng Technology Co ltd
Priority date: 2022-06-20
Filing date: 2022-06-20
Publication date: 2023-07-04
Anticipated expiration: 2032-06-20

Abstract

The utility model discloses an intelligent sorting device for passenger portable luggage in a security inspection channel, which comprises an intelligent sorting table board unit and a conveying unit, wherein the conveying unit comprises a cabinet, a cargo carrying device, a lifting mechanism, an upper conveying device, an upper transfer device, a lower conveying device and a lower transplanting device; the cabinet is internally provided with a vertical channel matched with the storage basket, a cargo carrying device is arranged in the vertical channel, the cargo carrying device is connected with a lifting mechanism and used for lifting the storage basket to a high position in a landed state, an upper layer conveying device and an upper layer transferring device are arranged on the counter passenger side to side, and the upper layer transferring device is used for taking and transferring the storage basket from the cargo carrying device at the top of the vertical channel to the upper layer conveying device; a lower layer conveying device and a lower layer transferring device are arranged below the upper layer conveying device, and the lower layer transferring device is used for transferring the basket to a cargo carrying device stopped at a low position from the lower layer conveying device; the device improves the switching efficiency of the storage basket and improves the safety inspection experience of passengers.

Description

Intelligent passenger luggage sorting device for security inspection channel

Technical Field

The utility model relates to the technical field of security inspection channel equipment, in particular to an intelligent passenger luggage sorting device for a security inspection channel.

Background

In the passenger security inspection channel, after the passenger is verified, the passenger needs to sort the hand-held baggage according to the baggage inspection requirement, and the independent inspected baggage is taken out and placed into the basket for independent inspection; at present, aiming at a hand-held luggage passing system of a travel check passage, an empty basket returning system in China solves the problem that an empty basket after passing is automatically returned to a passenger bag arranging area for passengers to take, and an automatic passing system for separating suspicious luggage and automatic luggage is further arranged in combination with a luggage judging result; the automatic sorting system is provided with an automatic sorting device to automatically lift the basket to a sorting position for passengers to use; however, the existing automatic packing device adopts a single reciprocating lifting mechanism, and the practical problem that passengers wait for a basket to be placed and the lifting action is large, so that the safety of the passengers is poor is solved.

Disclosure of Invention

The utility model aims to provide an intelligent sorting device for passenger handbags in a security check channel, so as to improve the switching efficiency of a storage basket and the security check experience of passengers.

In order to solve the technical problems, the utility model adopts the following technical scheme:

an intelligent sorting device for passenger portable luggage in a security inspection channel comprises an intelligent sorting table board unit and a conveying unit; the intelligent tidying table surface unit comprises a face recognition system, a certificate recognition system, an RFID recognition system and a safety detection system; the face recognition system, the certificate recognition system, the RFID recognition system and the safety detection system are connected to the controller; the conveying unit comprises a cabinet, a cargo carrying device, a lifting mechanism, an upper conveying device, an upper transferring device, a lower conveying device and a lower transferring device; the cabinet is internally provided with a vertical channel matched with the storage basket, a cargo carrying device is arranged in the vertical channel, the cargo carrying device is connected with a lifting mechanism and used for lifting the storage basket from a low position to a high position, an upper layer conveying device and an upper layer transferring device are arranged on the counter passenger side to side, and the upper layer transferring device is used for taking and transferring the storage basket from the cargo carrying device at the top of the vertical channel to the upper layer conveying device; the lower layer conveying device and the lower layer transferring device are arranged below the upper layer conveying device, and the lower layer transferring device is used for transferring the basket to the cargo carrying device stopped at a low position from the lower layer conveying device.

Further, the upper layer conveying device is arranged as a roller conveying device, the upper layer transferring device is fixedly arranged between rollers, one end of the upper layer transferring device can extend out to the inner top of the vertical channel of the cabinet, and can bear a storage basket for passengers to place luggage into the storage basket.

Further, the upper layer transfer device is 2 groups of synchronous telescopic mechanisms, the upper edge surface of each telescopic mechanism is lower than the conveying surface of the roller conveying device, and the end of each telescopic mechanism is provided with a fixed L-shaped stop block serving as a hooking mechanism for hooking and pulling the object placing basket from the cargo carrying device to the upper layer conveying device.

Further, the telescopic mechanism may be arranged in 1*N groups, N being any number greater than 1.

Further, the telescopic mechanism can be driven by a gear motor, directly driven by an electric cylinder, pneumatically driven, hydraulically driven and the like, the driving number is 1*N groups, and N is any number larger than 1.

Further, the telescopic mechanism can adopt rack transmission, synchronous belt transmission, V-belt transmission, chain transmission, screw rod transmission and the like.

Further, the guiding of the telescopic mechanism can adopt a sliding block, a wheel train and the like.

Furthermore, the material carried by the telescopic mechanism can be directly telescopic mechanism, and a carrying table can be additionally arranged on the telescopic mechanism;

furthermore, the L-shaped stop dog hooking mechanism fixed at the end of the telescopic mechanism can replace a hooking mechanism formed by power or mechanical rotation and overturning.

Further, the telescopic mechanism can be fixedly installed in height and also can be installed on the lifting table, and the object placing basket is transferred to the upper-layer transfer machine from the lifting cargo carrying device through lifting of the telescopic mechanism.

Further, the docking mode of the transfer device and the cargo carrying device can adopt the transfer device to be arranged at two sides of the cargo carrying device, the cargo carrying device to be arranged at two sides of the transfer device, the cross comb type arrangement and the like.

Further, the lifting mechanism is arranged to lift the sliding block structure, and the cargo carrying device is connected with the sliding block.

Further, the lifting mechanism sets three stop positions: the low position, the middle position and the high position are used for receiving and caching the basket.

Further, the cargo carrying device can be lifted to a high position, the basket is placed on the stretched upper layer transfer device by descending, and the upper layer transfer device can be stretched to lift the transfer device, so that the basket is lifted away from the telescopic device.

Further, the lower layer conveying device is arranged as a roller conveying device, and the lower layer transferring device is arranged between rollers.

Further, the lower layer transfer device is arranged as a rotary plectrum.

Compared with the prior art, the utility model has the beneficial effects that:

the device can effectively improve the replenishment efficiency of the storage basket and improve the safety experience of passengers by arranging the automatic storage basket circulating system.

Drawings

FIG. 1 is a schematic diagram of the structure of the present utility model.

Fig. 2 is a rear view of the present utility model.

The automatic identification system comprises a cabinet (1), a face recognition system (101), a certificate recognition system (102), an RFID recognition system (103), a release button (104) with a lamp, a basket vertical channel (105), a safety detection system (106), a basket (107), a lower conveying device (2), a lower transferring device (3), a cargo carrying device (4), a lifting mechanism (5), an upper transferring device (6) and an upper conveying device (7).

Detailed Description

The present utility model will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present utility model more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the utility model.

The embodiment is shown in the figure, and the intelligent passenger portable luggage arranging device for the security check channel comprises an intelligent arranging table board unit and a conveying unit. The intelligent collation counter unit in the present apparatus comprises face recognition system 101, document identification system 102, RFID identification system 103 and security detection system 106. The face recognition system 101 is used for recognizing and capturing faces; the certificate recognition system 102 is used for recognizing information such as a passenger identity card, a boarding pass and the like; the RFID identification system 103 is used for identifying RFID information arranged on the basket 107 and binding the basket with the identity information of the passenger; the safety detection system 106 is used for detecting whether foreign objects extend into the vertical passage 105 of the basket to cause clamping accidents in the lifting process of the lifting mechanism 5. The face recognition system 101, the certificate recognition system 102, the RFID recognition system 103 and the safety detection system 106 are connected to the controller, and in the actual use process, information collected by the face recognition system 101 or the certificate recognition system 102 can be compared with background passenger identity information, so that whether a passenger is himself or herself is judged.

The conveying unit of the device comprises a cabinet 1, a lower conveying device 2, a lower transferring device 3, a cargo carrying device 4, a lifting mechanism 5, an upper transferring device 6 and an upper conveying device 7. A basket vertical channel 105 matched with a basket 107 is arranged in the lifting cabinet 1, a cargo carrying device 4 is arranged in the basket vertical channel 105, the cargo carrying device 4 is arranged as a platform, the cargo carrying device 4 is connected with a lifting mechanism 5, the lifting mechanism 5 is arranged on one side of the cabinet 1, the lifting mechanism 5 is arranged as a lifting sliding block structure, and the cargo carrying device 4 is connected with a sliding block of the lifting mechanism 5; during the process of placing baggage by the inspected passengers, the empty basket 107 is automatically conveyed to the lower layer conveying device 2 for waiting; when the cargo carrying device 4 descends to a low position along with the lifting mechanism 5, the lower layer transferring device transfers the empty basket to the cargo carrying device 4 at the low position through the transferring channel of the lower layer conveying device 2; the lifting mechanism 5 lifts the cargo device 4 to lift the empty basket 107 to a neutral position for buffering. In the device, the lower layer conveying device 2 is arranged as a roller conveying device, the lower layer transferring device 3 is arranged between rollers and used for moving the basket 107 to the cargo carrying device 4, and the lower layer transferring device 3 is arranged as a rotary plectrum.

In the device, after the basket 107 is lifted to the top of the vertical through 105 of the basket, the upper layer transfer device 6 extends to the bottom of the basket 107 and carries the basket 107 for loading luggage for the inspected passengers. In the device, an upper layer transfer device 6 is arranged on an upper layer conveying device 7, a cargo carrying device 4 descends to a low position along with a lifting mechanism 5 in the process of loading luggage by a passenger to be inspected, an empty carrier frame 107 on a lower layer conveying device 2 is picked up, and the empty carrier frame 107 is lifted to a middle position for buffering; after the baggage is loaded, the identification information of the checked passengers is confirmed through the face recognition system 101 and the certificate recognition system 102, the passenger identification information and the basket 107 are bound with a release button 104 with a lamp, the upper transfer device 6 is started to convey the basket 107 with the baggage to the last conveying device 7, and one cycle is completed. In the device, an upper layer conveying device 7 is arranged as a roller conveying device, an upper layer transferring device 6 is a 2-group synchronous telescopic mechanism, the upper edge surface of the telescopic mechanism is lower than the conveying surface of the roller conveying device, and a fixed L-shaped stop block is arranged at the end of the telescopic mechanism and used as a hooking mechanism for hooking and pulling a storage basket from a cargo carrying device to the upper layer conveying device. According to the requirement, the telescopic mechanism can be set into 1*N groups, N is any number larger than 1, the telescopic mechanism can be driven by a gear motor, directly driven by an electric cylinder, pneumatically driven, hydraulically driven and the like, the driving number is 1*N groups, and N is any number larger than 1; of course, the telescopic mechanism can adopt rack transmission, synchronous belt transmission, V-belt transmission, chain transmission and the like, and the guiding of the telescopic mechanism can adopt sliding blocks, gear trains and the like; the telescopic mechanism bearing material can be directly a telescopic mechanism, and a bearing table can be additionally arranged on the telescopic mechanism; the telescopic mechanism bearing material can be directly a telescopic mechanism, and a bearing table can be additionally arranged on the telescopic mechanism; the telescopic mechanism can be fixedly installed in height and also can be installed on the lifting platform, and the object basket is transferred to the upper transfer machine from the lifting cargo carrying device through lifting of the telescopic mechanism.

In this device, elevating system sets up three stop positions: the lower, middle and upper positions are used for receiving and caching the storage basket, when the cargo carrying device 4 rises to the upper position, the upper layer transfer device 6 extends out and bears the bottom of the storage basket 107, and the storage basket 107 is arranged on the upper layer transfer device for the passengers to tidy the baggage; the lifting mechanism 5 drives the cargo carrying device 4 to descend to a low position, the lower layer transfer mechanism 3 transfers the empty basket 107 on the lower layer conveying device 2 to the cargo carrying device 4, the lifting mechanism 5 drives the cargo carrying device 4 to lift the empty basket 107 to a middle buffer position, after the upper layer transfer device 6 conveys the basket 107 filled with the passenger baggage to the upper layer conveying device 7, the lifting mechanism 5 can rapidly lift the basket 107 at the buffer position to a high position, and the time for the passenger to wait for the empty basket when the basket is supplied is greatly reduced; because the upper layer transfer device 6 supports the basket 107 for storing the luggage of the passenger, when the passenger stores the luggage, the lifting mechanism 5 drives the cargo carrying device 4 to lift the next empty basket 107 to the middle position, so that when the upper layer transfer device 6 is retracted, the passenger immediately sees the next empty basket instead of moving equipment or a mechanism, and the safety experience of the passenger is improved; the device sets up safe light curtain in the top of elevating system 5, in elevating system 5 from the middle buffer memory position to the high-order operation in-process, if shelter from this safe light curtain elevating system 5 stop operation immediately, get rid of shelter from back elevating system 5 and resume operation.

In the device, the butt joint mode of the transfer device and the cargo carrying device can adopt the transfer device to be arranged at two sides of the cargo carrying device, the cargo carrying device to be arranged at two sides of the transfer device, the cross comb type arrangement and the like.

Reference throughout this specification to "one embodiment," "another embodiment," "an embodiment," "a preferred embodiment," etc., means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment described in general terms in the present application. The appearances of the phrase in various places in the specification are not necessarily all referring to the same embodiment. Further, when a particular feature, structure, or characteristic is described in connection with any embodiment, it is intended that such feature, structure, or characteristic be implemented within the scope of the utility model.

Although the utility model has been described herein with reference to the embodiments thereof, it should be understood that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the scope and spirit of the principles of this disclosure. More specifically, various variations and modifications may be made to the component parts and/or arrangements of the subject combination arrangement within the scope of the disclosure, drawings and claims of this application. In addition to variations and modifications in the component parts and/or arrangements, other uses will be apparent to those skilled in the art.

Claims

1. A portable luggage intelligent arrangement device of passenger for security inspection passageway, its characterized in that: comprises an intelligent tidying table board unit and a conveying unit; the intelligent tidying table board unit comprises a face recognition system (101), a certificate recognition system (102), an RFID recognition system (103) and a safety detection system (106); the face recognition system (101), the certificate recognition system (102), the RFID recognition system (103) and the safety detection system (106) are connected to the controller; the conveying unit comprises a cabinet (1), a cargo carrying device (4), a lifting mechanism (5), an upper conveying device (7), an upper transferring device (6), a lower conveying device (2) and a lower transferring device (3); a vertical channel (105) matched with the storage basket is arranged in the cabinet, a cargo carrying device (4) is arranged in the vertical channel, the cargo carrying device (4) is connected with a lifting mechanism (5), the lifting mechanism (5) is arranged on one side of the cabinet (1), an upper layer conveying device (7) and an upper layer transferring device (6) are arranged on the opposite side of a counter passenger of the cabinet (1), a lower layer conveying device (2) and a lower layer transferring device (3) are arranged below the upper layer conveying device, and the lower layer transferring device is arranged as a rotary shifting piece; the lifting mechanism (5) is arranged to be of a lifting sliding block structure, and the cargo carrying device (4) is connected with the sliding block; the lifting mechanism is provided with three stop positions, namely a low position, a middle position and a high position.

2. The intelligent passenger luggage arrangement device for a security screening aisle of claim 1, wherein: the upper layer conveying device (7) is arranged as a roller conveying device, the upper layer transferring device (6) is arranged between rollers, one end of the upper layer transferring device (6) extends outwards to the inner top of the vertical channel (105) of the cabinet (1) and bears the basket (107).

3. The intelligent passenger luggage arrangement device for a security screening aisle of claim 2, wherein: the upper layer transfer device (6) is arranged as a telescopic mechanism, and the telescopic mechanism is fixedly arranged on the lifting table or on the lifting table at the height of the upper layer conveying device (7).

4. A passenger carry-on luggage intelligent collating unit for a security screening aisle according to claim 3 and wherein: the upper edge surface of the telescopic mechanism is lower than the conveying surface of the roller conveying device, and the end head of the telescopic mechanism is provided with a fixed L-shaped stop block serving as a hooking mechanism.

5. A passenger carry-on luggage intelligent collating unit for a security screening aisle according to claim 3 and wherein: the telescopic mechanism can be arranged in 1*N groups, and N is any number greater than 1.

6. A passenger carry-on luggage intelligent collating unit for a security screening aisle according to claim 3 and wherein: the driving structure of the telescopic mechanism is driven by a gear motor or directly driven by an electric cylinder or pneumatically or hydraulically driven; the number of drives is 1*N, and N is any number greater than 1.

7. A passenger carry-on luggage intelligent collating unit for a security screening aisle according to claim 3 and wherein: the telescopic mechanism is arranged as a rack transmission mechanism or a synchronous belt transmission mechanism or a V-belt transmission mechanism or a chain transmission mechanism or a screw rod transmission mechanism.

8. A passenger carry-on luggage intelligent collating unit for a security screening aisle according to claim 3 and wherein: the guiding of the telescopic mechanism can be set as a sliding block or a wheel train.

9. The intelligent passenger luggage arrangement apparatus for a security screening aisle of claim 4, wherein: the hooking mechanism is formed by power or mechanical rotation and overturning.

10. A passenger carry-on luggage intelligent collating unit for a security screening aisle according to claim 3 and wherein: the butt joint mode of the transfer device and the cargo carrying device (4) is that the transfer device is arranged at two sides of the cargo carrying device (4) or the cargo carrying device (4) is arranged at two sides of the transfer device or the cross comb type arrangement.