CN220195588U - Intelligent screening conveyor matched with security inspection - Google Patents

Abstract

The intelligent security inspection matched screening conveyor mainly comprises longitudinal conveying equipment, transverse conveying equipment, longitudinal extending conveying equipment, transverse extending conveying equipment, intelligent lifting equipment and a control system 6, and can intelligently separate packages and baggage carrying forbidden articles in the security inspection process and automatically convey the packages and the baggage to a package opening and rechecking place under the cooperation of the intelligent security inspection machine, so that a security inspector responsible for rechecking can directly recheck, the machine can improve the working efficiency of security inspectors, and save security inspection time.

Description

Intelligent screening conveyor matched with security inspection

Technical Field

The utility model relates to innovation and design of an intelligent security screening conveyor matched with the intelligent security screening conveyor.

Background

At present, a plurality of intelligent security inspection devices appear in China, and the intelligent security inspection devices can continuously learn the X-ray pictures of forbidden articles through a neural network model to obtain an optimized identification model; through the optimized intelligent recognition models, the intelligent security inspection equipment can realize the capability of intelligently recognizing and judging forbidden articles; the identification efficiency is obviously higher than that of manual work, but the package or the luggage carrying the forbidden article can not be accurately and efficiently separated from other packages or luggage intelligently, so that the security inspection speed is reduced.

In order to realize intelligent separation of forbidden articles after intelligent security inspection equipment is identified, a scheme of pushing hands is arranged at a separation part in China, but the scheme obviously cannot realize multi-direction conveying requirements of the forbidden articles, and has certain requirements on conveying the articles; meanwhile, in a security check place with limited space and more people flow, a plurality of intelligent security check devices work simultaneously, but the work of unpacking and rechecking becomes very complex, and the interchange transmission needs enough space, at this time, the intelligent security check matched screening conveyor can easily solve the problem.

The intelligent screening conveyor is an intelligent machine matched with intelligent security inspection equipment to work. Through the mark camera and the mark and the discernment of discernment camera to luggage and parcel, utilize "forbidden" article information that intelligent security check equipment provided simultaneously, can be intelligently with the parcel or the luggage separation that carry "forbidden" article convey the place of unpacking the personnel's work of checking again, the convenience unpacking, avoid unpacking the personnel to walk back and forth and carry out the manual work and seek the package, waste security check time.

Disclosure of Invention

According to the intelligent security check matching screening conveyor provided by the embodiment of the utility model, the articles to be separated can be longitudinally and transversely freely separated in the same plane through the marking camera and the identification camera for marking and identifying the baggage and the package, so that the multi-direction conveying function of the articles in the same plane is realized, namely, the conveyor can realize the cross conveying of the articles, and the conveyor is very suitable for popularization and use in a plurality of places in certain places where the interchange conveying is not suitable to be established.

In order to achieve the above purpose, the following technical means are adopted in the embodiment of the present utility model.

The utility model discloses a screening conveyor matched with intelligent security inspection, which comprises a longitudinal conveying device, a transverse conveying device, a longitudinal extending conveying device, a transverse extending conveying device, an intelligent lifting device and a control system 6, and is used for completing intelligent separation of packages and baggage in security inspection, namely, packages and baggage which are provided with articles prohibited to be carried against regulations are separated independently.

Specifically, the longitudinal conveying equipment comprises a longitudinal connecting bracket, a longitudinal connecting plate, a longitudinal fixing seat, a longitudinal fixing hole, a longitudinal connecting strip, a longitudinal driving conveying column, a longitudinal passive conveying column, a longitudinal rotary table, a longitudinal shaft, a longitudinal driving belt, a longitudinal driving groove, a longitudinal driving column, a longitudinal bearing and a longitudinal conveying driving groove, and is used for longitudinally conveying articles; the longitudinal connecting brackets are used for connecting and supporting the longitudinal fixing seats, two adjacent longitudinal connecting brackets are connected through the longitudinal connecting plates, and the tail end of each longitudinal connecting bracket is fixedly connected with the longitudinal connecting main frame; the longitudinal connecting plates are used for connecting the longitudinal connecting brackets, and the longitudinal fixing seats are fixedly connected at the connecting positions of the two sides of the longitudinal connecting plates and the longitudinal connecting brackets; the lower part of the longitudinal fixing seat is fixedly connected to the longitudinal connecting bracket, the upper part of the longitudinal fixing seat is provided with the longitudinal fixing hole, and a gap meeting the free rotation of the longitudinal turntable is arranged at the same time, and the longitudinal fixing seat is used for installing the longitudinal driving conveying column or the longitudinal driven conveying column; the longitudinal fixing hole is used for installing the longitudinal bearing and is connected with the longitudinal shaft through the longitudinal bearing; the longitudinal connecting strip is made of rubber materials, is soft and elastic, is used for connecting the longitudinal driving conveying column and the longitudinal turntable on the longitudinal passive conveying column, and drives the longitudinal passive conveying column to rotate when the longitudinal driving conveying column rotates; the longitudinal driving conveying column is fixedly arranged on the longitudinal shaft, and the longitudinal driving conveying column is provided with the longitudinal conveying driving groove for rotating under the drive of the longitudinal driving belt; the longitudinal passive conveying column is fixedly arranged on the longitudinal shaft and can rotate together when the longitudinal shaft rotates; the longitudinal turntables are fixedly arranged on the longitudinal shaft, a groove is arranged in the middle of the edge of each longitudinal turntable and used for being connected with the longitudinal connecting strip in a mounting mode, and the two longitudinal turntables can be connected together through one longitudinal connecting strip to rotate together; the longitudinal shaft is respectively arranged inside the longitudinal driving conveying column and the longitudinal driven conveying column in a penetrating way, and is fixedly provided with the longitudinal turntable at the same time, and the two ends of the longitudinal shaft are fixedly connected with the longitudinal bearings; the longitudinal driving belt connects the longitudinal driving conveying column and the longitudinal driving column together through the longitudinal driving groove and the longitudinal conveying driving groove, and can drive the longitudinal driving conveying column to rotate together under the rotation of the longitudinal driving column; the longitudinal driving grooves are uniformly arranged on the longitudinal driving columns, are used for being coupled with the longitudinal driving belt and can drive the longitudinal driving belt to rotate together; the longitudinal driving grooves are uniformly formed in the longitudinal driving columns, one end of each longitudinal driving column is connected and installed on the longitudinal fixing frame through the longitudinal bearing, and the other end of each longitudinal driving column is installed on a motor of the longitudinal motor unit and can rotate under the drive of the motor in the longitudinal motor unit; the inner side of the longitudinal bearing is fixedly arranged on the longitudinal shaft, and the outer side of the longitudinal bearing is fixedly arranged in the longitudinal fixing hole and can support the longitudinal shaft to rotate freely; the longitudinal conveying driving groove is arranged on the longitudinal driving conveying column, is used for being coupled with the longitudinal driving belt and can rotate under the driving of the longitudinal driving belt.

The transverse conveying equipment comprises a transverse connecting bracket, a transverse connecting plate, a transverse fixing seat, a transverse fixing hole, a transverse connecting strip, a transverse driving conveying column, a transverse passive conveying column, a transverse rotary table, a transverse shaft, a transverse driving belt, a transverse driving groove, a transverse driving column, a transverse bearing and a transverse conveying driving groove, and is used for transversely conveying articles; the transverse connecting brackets are used for connecting and supporting the transverse fixing seats, two adjacent transverse connecting brackets are connected through the transverse connecting plates, and the tail end of each transverse connecting bracket is fixedly connected with the transverse connecting main frame; the transverse connecting plates are used for connecting the transverse connecting brackets, and the transverse fixing seats are fixedly connected at the connecting positions of the two sides of the transverse connecting plates and the transverse connecting brackets; the lower part of the transverse fixing seat is fixedly connected to the transverse connecting bracket, the upper part of the transverse fixing seat is provided with the transverse fixing hole, and a gap meeting the free rotation of the transverse turntable is arranged at the same time, and the transverse fixing seat is used for installing the transverse driving conveying column or the transverse driven conveying column; the transverse fixing hole is used for installing the transverse bearing and is connected with the transverse shaft through the transverse bearing; the transverse connecting strip is made of rubber materials, is soft and elastic, connects the transverse rotary table on the transverse driving conveying column and the transverse passive conveying column, and drives the transverse passive conveying column to rotate when the transverse driving conveying column rotates; the transverse driving conveying column is fixedly arranged on the transverse shaft, and the transverse driving conveying column is provided with the transverse conveying driving groove for rotating under the drive of the transverse driving belt; the transverse passive conveying column is fixedly arranged on the transverse shaft and can rotate together when the transverse shaft rotates; the transverse turntables are fixedly arranged on the transverse shaft, a groove is arranged in the middle of the disc edge of each transverse turntable and used for being connected with the transverse connecting strip in a mounting mode, and the two transverse turntables can be connected together through one transverse connecting strip to rotate together; the transverse shaft is respectively arranged in the transverse driving conveying column and the transverse driven conveying column in a penetrating manner, and is fixedly provided with the transverse turntable at the same time, and two ends of the transverse shaft are fixedly connected with the transverse bearings; the transverse driving belt connects the transverse driving conveying column with the transverse driving column through the transverse driving groove and the transverse conveying driving groove, and can drive the transverse driving conveying column to rotate together under the rotation of the transverse driving column; the transverse driving grooves are uniformly arranged on the transverse driving columns, are used for being coupled and connected with the transverse driving belt and can drive the transverse driving belt to rotate; the transverse driving grooves are uniformly formed in the transverse driving columns, one end of each transverse driving column is connected and installed on the transverse fixing frame through the transverse bearing, and the other end of each transverse driving column is installed on a motor of the transverse motor unit and can rotate under the drive of the motor in the transverse motor unit; the inner side of the transverse bearing is fixedly arranged on the transverse shaft, and the outer side of the transverse bearing is fixedly arranged in the transverse fixing hole and can support the transverse shaft to rotate freely; the transverse conveying driving groove is arranged on the transverse driving conveying column, is used for being coupled with the transverse driving belt and can rotate under the driving of the transverse driving belt.

The longitudinal extension conveying equipment comprises a longitudinal extension support column, a longitudinal extension conveying driving wall, a longitudinal extension conveying column, a longitudinal conveying driving motor, a longitudinal conveying gear, a longitudinal extension driving conveying column, a longitudinal bearing, a longitudinal connecting gear, a longitudinal gear support and a longitudinal gear fixing shaft, and is used for receiving articles transmitted by a conveying belt on the security inspection machine; the bottom of the longitudinally extending support column is fixedly connected with the floor, and the top of the longitudinally extending support column is fixedly connected with the longitudinally extending conveying driving wall and the longitudinally extending conveying wall respectively and used for supporting the whole longitudinally extending conveying equipment; the longitudinal extension transmission driving wall is connected and supported by a plurality of longitudinal extension struts, a gap is formed in the longitudinal extension transmission driving wall and used for installing the longitudinal extension transmission driving column, the longitudinal bearing, the longitudinal connecting gear, the longitudinal gear support and the longitudinal gear fixing shaft, the longitudinal extension transmission driving wall is used for installing the longitudinal extension transmission column through the longitudinal bearing and is also used for installing the longitudinal transmission driving motor, and the longitudinal extension transmission driving wall is fixedly connected with the outer side of the longitudinal bearing; the longitudinal extending conveying wall is connected and supported by a plurality of longitudinal extending support posts, and is used for installing the longitudinal extending conveying posts through the longitudinal bearings, and the longitudinal bearings are installed and fixed in the longitudinal extending conveying wall and fixedly connected with the outer sides of the longitudinal bearings; the two ends of the longitudinal extending conveying column are respectively provided with and fixed with the longitudinal bearings and are respectively connected with the longitudinal extending conveying wall and the longitudinal extending conveying driving wall through the longitudinal bearings, the two ends of the longitudinal extending conveying column are respectively provided with the longitudinal conveying gears, the longitudinal conveying gears can be meshed and matched with the longitudinal connecting gears on the two sides to rotate together, and the two adjacent longitudinal extending conveying columns can be meshed with the longitudinal connecting gears to rotate together in the same direction; the longitudinal conveying driving motor is mounted and clamped on the longitudinal extending driving conveying column, the longitudinal conveying driving motor and the longitudinal extending driving conveying column can be coupled and clamped, the longitudinal conveying driving motor is fixedly mounted on the longitudinal extending driving wall at the same time, and the longitudinal conveying driving motor can drive the longitudinal extending driving conveying column to rotate together when rotating; the longitudinal conveying gears are fixedly arranged at two ends of the longitudinal extending conveying column and the longitudinal extending driving conveying column and can be meshed with the longitudinal connecting gears for rotation; the longitudinal transmission driving motor is arranged on the longitudinal extension driving transmission column, one end of the longitudinal transmission driving motor is fixedly provided with the longitudinal bearing and is connected with the longitudinal extension transmission wall through the longitudinal bearing, the other end of the longitudinal transmission driving motor is in clamping connection with the longitudinal transmission driving motor, the longitudinal transmission driving motor is provided with the longitudinal transmission gear, the longitudinal transmission driving motor can be meshed and matched with the longitudinal connection gear, when the longitudinal transmission driving motor on the longitudinal extension driving transmission column rotates, the longitudinal connection gear can be also driven to rotate together, and when the longitudinal connection gear rotates, the longitudinal extension driving motor can also be driven to rotate together through meshing the longitudinal transmission gear on the longitudinal extension driving column; the inner side of the longitudinal bearing is respectively arranged and fixed at two ends of the longitudinal extension conveying column and one end of the longitudinal extension driving conveying column, and the outer side of the longitudinal bearing is arranged and fixed in the longitudinal extension conveying driving wall and the longitudinal extension conveying wall, so that the longitudinal extension driving conveying column and the longitudinal extension conveying column on the inner side can freely rotate under the drive of the longitudinal conveying driving motor; the longitudinal connecting gears can be meshed with the longitudinal conveying gears arranged on the longitudinal extension driving conveying column and the longitudinal extension conveying column for rotation, so that the longitudinal extension driving conveying column and the longitudinal extension conveying column rotate in the same direction; the longitudinal gear support is fixedly arranged in the longitudinal extension transmission driving wall and used for fixedly arranging the longitudinal gear fixing shaft; the two ends of the longitudinal gear fixing shaft are fixedly arranged on the longitudinal gear support, and the middle of the longitudinal gear fixing shaft is connected with the longitudinal connecting gear through a bearing.

The transverse extension conveying equipment comprises a transverse extension supporting column, a transverse extension conveying driving wall, a transverse extension conveying column, a transverse conveying driving motor, a transverse conveying gear, a transverse extension driving conveying column, a transverse bearing, a transverse connecting gear, a transverse gear support and a transverse gear fixing shaft, and is used for conveying packages and baggage separated from the packages and the baggage with articles which violate regulations prohibit carrying; the bottom of the transverse extension support column is fixedly connected with the floor, and the top of the transverse extension support column is fixedly connected with the transverse extension transmission driving wall and the transverse extension transmission wall respectively and used for supporting the whole transverse extension transmission equipment; the transverse extension conveying driving wall is connected and supported by a plurality of transverse extension supporting columns, a gap is formed in the transverse extension conveying driving wall and used for installing the transverse extension driving conveying column, the transverse bearing, the transverse connecting gear, the transverse gear support and the transverse gear fixing shaft, the transverse extension conveying driving wall is used for installing the transverse extension conveying column through the transverse bearing and is simultaneously used for installing the transverse conveying driving motor, and the transverse extension conveying driving wall is fixedly connected with the outer side of the transverse bearing; the transverse extending conveying wall is connected and supported by a plurality of transverse extending support posts, and is used for installing the transverse extending conveying posts through the transverse bearings, and the transverse bearings are installed and fixed in the transverse extending conveying wall and fixedly connected with the outer sides of the transverse bearings; the two ends of the transverse extending conveying column are respectively provided with and fixed with the transverse bearings and are respectively connected with the transverse extending conveying wall and the transverse extending conveying driving wall through the transverse bearings, the two ends of the transverse extending conveying column are respectively provided with the transverse conveying gears, the transverse conveying gears can be meshed and matched with the transverse connecting gears on the two sides to rotate together, and the two adjacent transverse extending conveying columns can be meshed with the transverse connecting gears to rotate together in the same direction; the transverse transmission driving motor is mounted and clamped on the transverse extension driving transmission column, the transverse transmission driving motor and the transverse extension driving transmission column can be coupled and clamped, the transverse transmission driving motor is fixedly mounted on the transverse extension driving wall at the same time, and the transverse transmission driving motor can drive the transverse extension driving transmission column to rotate together when rotating; the transverse conveying gears are fixedly arranged at two ends of the transverse extending conveying column and the transverse extending driving conveying column and can be meshed with the transverse connecting gears for rotation; the transverse transmission driving motor is arranged on the transverse extension driving transmission column, one end of the transverse transmission driving motor is fixedly provided with the transverse bearing and is connected with the transverse extension transmission wall through the transverse bearing, the other end of the transverse transmission driving motor is in clamping connection with the transverse transmission driving motor, the transverse transmission driving motor is provided with the transverse transmission gear, the transverse transmission gear can be meshed and matched with the transverse connection gear, when the transverse transmission gear on the transverse extension driving transmission column rotates, the transverse connection gear can be driven to rotate together, and when the transverse connection gear rotates, the transverse extension transmission column can be driven to rotate together through meshing the transverse transmission gear on the transverse extension transmission column; the inner side of the transverse bearing is respectively arranged and fixed at two ends of the transverse extension conveying column and one end of the transverse extension driving conveying column, and the outer side of the transverse bearing is arranged and fixed in the transverse extension conveying driving wall and the transverse extension conveying wall, so that the inner side of the transverse extension driving conveying column and the transverse extension conveying column can freely rotate under the drive of the transverse conveying driving motor; the transverse connection gears can be meshed with the transverse transmission gears arranged on the transverse extension driving transmission column and the transverse extension transmission column for rotation, so that the transverse extension driving transmission column and the transverse extension transmission column rotate in the same direction; the transverse gear support is fixedly arranged in the transverse extension transmission driving wall and used for fixedly arranging the transverse gear fixing shaft; the two ends of the transverse gear fixing shaft are fixedly arranged on the transverse gear support, and the middle of the transverse gear fixing shaft is connected with the transverse connecting gear through a bearing.

The intelligent lifting equipment comprises a floor, a longitudinal fixing frame, a transverse lifting frame, a longitudinal motor unit, a transverse motor unit, a longitudinal connecting main frame, a transverse connecting main frame, a lifting machine, a telescopic fixing seat, a telescopic motor, a telescopic arm, a screw rod, a longitudinal driving fixing frame and a transverse driving lifting frame, and is used for lifting the transverse conveying equipment; the floor is used for connecting and fixing the transverse extending support, the longitudinal extending support and the longitudinal fixing frame, so that the relative positions of the transverse extending support, the longitudinal extending support and the longitudinal fixing frame are kept unchanged; the longitudinal fixing frames are fixedly arranged on the floor, the top ends of the two sides of the longitudinal fixing frames are fixedly connected with the longitudinal connecting main frames, and the longitudinal fixing frames are connected with the longitudinal driving columns through the longitudinal fixing frame bearings and are used for bearing pressure transmitted by the longitudinal connecting main frames; the top ends of two sides of the transverse lifting frame are fixedly connected with the transverse connecting main frame and used for bearing pressure transmitted by the transverse connecting main frame, the bottoms of the transverse lifting frame are fixedly connected with the telescopic arms of the two lifters and can move in a telescopic way together when the telescopic arms move in a telescopic way up and down, and the transverse lifting frame is used for being connected with the transverse driving column through the longitudinal fixing frame bearing; the longitudinal motor unit is fixedly arranged on the longitudinal driving fixing frame and is in clamping connection with the longitudinal driving column, and the longitudinal motor unit can drive the longitudinal driving column to rotate; the transverse motor unit is fixedly arranged on the transverse driving lifting frame and is in clamping connection with the longitudinal driving column, and a motor in the transverse motor unit can drive the transverse driving column to rotate; the longitudinal connecting total frame is used for connecting all the longitudinal connecting brackets, and two ends of the longitudinal connecting total frame are fixedly connected with upright posts on two sides of the longitudinal fixing frame; the transverse connecting total frame is used for connecting all the transverse connecting brackets, and two ends of the transverse connecting total frame are fixedly connected with upright posts on two sides of the transverse lifting frame; the lifter comprises a telescopic fixed seat, a telescopic motor, a telescopic arm and a screw rod, and is used for supporting and driving lifting movement of the transverse conveying equipment; the telescopic fixed seat is fixedly connected with the floor, the screw rod is internally installed, and a gear at the bottom of the screw rod is meshed and matched with a gear of the telescopic motor; the telescopic motor is fixedly connected with the telescopic fixed seat, can be meshed with a gear at the bottom of the screw rod through the gear, and can drive the screw rod to rotate; the telescopic arm is connected with the screw rod through a coupling relation of a screw and a nut, and can move up and down in a telescopic manner when the screw rod rotates, and the top of the telescopic arm is fixedly connected with the transverse lifting frame and can drive the transverse lifting frame to move up and down; the screw rod is arranged inside the telescopic fixed seat and can freely rotate, a gear is arranged at the bottom and can be meshed with the telescopic motor gear, the screw rod is driven by the telescopic motor to rotate, the screw rod is connected with the telescopic arm through a coupling relation of a screw nut, and when the screw rod rotates, the telescopic arm moves up and down in a telescopic manner; the longitudinal driving fixing frame is fixedly arranged on the floor, the top ends of the two sides are fixedly connected with the longitudinal connecting main frame, and the bottom is used for installing the longitudinal motor unit; the top ends of two sides of the transverse driving lifting frame are fixedly connected with the transverse connecting main frame and used for bearing pressure transmitted by the transverse connecting main frame, the bottoms of the transverse lifting frame are fixedly connected with the telescopic arms of the two lifting frames and can move in a telescopic way together when the telescopic arms move in a telescopic way up and down, and the transverse driving lifting frame is used for installing the transverse motor unit; the outer side of the bearing of the longitudinal fixing frame is fixedly arranged in the longitudinal fixing frame, and the inner side of the bearing of the longitudinal fixing frame is connected with the longitudinal driving column so as to realize free rotation of the longitudinal driving column; the outer side of the transverse lifting frame bearing is fixedly arranged in the transverse lifting frame, and the inner side of the transverse lifting frame bearing is connected with the transverse driving column so as to realize free rotation of the transverse driving column.

The control system comprises an identification camera, an intelligent security inspection machine, a security inspection conveyor belt, a marking camera, an intelligent processing system, a control circuit and a power supply circuit, and is used for controlling lifting movement of the intelligent lifting equipment; the identification camera is arranged on the intelligent security check machine and dynamically feeds back image data of the luggage or the package observed on the transverse conveying equipment and the longitudinal extension conveying equipment to the intelligent processing system through a control circuit; the intelligent security check machine is used for installing the identification camera, detecting whether articles which violate regulations and prohibit carrying are arranged in the luggage or the package, and feeding back the articles to the intelligent processing system through the control circuit; the security inspection conveyor belt is part of the intelligent security inspection machine and is used for conveying baggage or packages to the longitudinal conveying equipment; the marking camera is used for shooting the picture characteristics of marked baggage or packages and transmitting image data to the intelligent processing system through the control circuit; the intelligent processing system can receive data information transmitted by the identification camera, the intelligent security inspection machine and the marking camera, feeds back the intelligent security inspection machine to carry baggage or packages which violate specified objects through calculation processing, when the identification camera finds out, the intelligent lifting equipment is controlled by the control circuit to enable the transverse conveying equipment to ascend, and meanwhile, a motor in the transverse motor group rotates to drive the transverse driving belt, the transverse driving conveying column, the transverse shaft, the transverse turntable, the transverse connecting strip and the transverse passive conveying column to rotate together, and finally the baggage or the packages are separated and conveyed to the transverse extension conveying equipment by the transverse driving conveying column and the transverse passive conveying column under the action of friction force; the control circuit is used for connecting the intelligent processing system with the identification camera, the intelligent security check machine, the marking camera and the intelligent lifting equipment; the power supply circuit is used for providing power supply power for the longitudinal transmission driving motor, the transverse transmission driving motor, the longitudinal motor group and the transverse motor group.

According to the intelligent security inspection matched screening conveyor provided by the embodiment of the utility model, the intelligent security inspection equipment, the identification camera and the data information acquired by the marking camera are acquired through the control system and serve as actions of the transverse conveying equipment, the longitudinal conveying equipment, the transverse extending conveying equipment and the longitudinal extending conveying equipment, so that intelligent separation of forbidden articles in the security inspection process is completed; thereby improving the security inspection efficiency and saving security inspection personnel.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present utility model, the drawings that are needed in the present embodiment will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the utility model, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

Fig. 1 is a schematic diagram of the overall structure of an intelligent security screening conveyor according to an embodiment of the present utility model.

Fig. 2 is a schematic structural diagram of a longitudinal conveying device 1-001 of an intelligent security check matching screening conveyor provided by an embodiment of the utility model.

Fig. 3 is a schematic structural diagram of a transverse conveying device 1-002 of an intelligent security check matching screening conveyor provided by an embodiment of the present utility model.

Fig. 4 is a schematic structural diagram of a longitudinally extending conveying device 1-003 of an intelligent security check matching screening conveyor according to an embodiment of the present utility model.

Fig. 5 is a schematic structural diagram of a transverse extension conveying device 1-004 of an intelligent security check matched screening conveyor provided by an embodiment of the utility model.

Fig. 6 is a schematic structural diagram of an intelligent lifting device 1-005 of an intelligent security check matching screening conveyor provided by an embodiment of the utility model.

Fig. 7 is a schematic structural diagram of a control system of an intelligent security screening conveyor according to an embodiment of the present utility model.

Fig. 8 is a front view and a left view of a longitudinal conveying device 1-001 and a transverse conveying device 1-002 of an intelligent security screening conveyor provided by an embodiment of the present utility model.

Wherein, the meaning of each reference numeral in the drawings is that a longitudinal conveying device (1-001), a transverse conveying device (1-002), a longitudinal extension conveying device (1-003), a transverse extension conveying device (1-004), an intelligent lifting device (1-005), a longitudinal connecting bracket (2-001), a longitudinal connecting plate (2-002), a longitudinal fixing seat (2-003), a longitudinal fixing hole (2-004), a longitudinal connecting strip (2-005), a longitudinal driving conveying column (2-006), a longitudinal passive conveying column (2-007), a longitudinal rotary disk (2-008), a longitudinal shaft (2-009), a longitudinal driving belt (2-010), a longitudinal driving groove (2-011), a longitudinal driving column (2-012), a longitudinal bearing (2-013), a longitudinal conveying driving groove (2-014), a transverse connecting bracket (3-001), a transverse connecting plate (3-002), a transverse fixing seat (3-003), a transverse fixing hole (3-004), a transverse connecting strip (3-005), a transverse driving conveying column (3-006), a transverse passive conveying column (3-007), a transverse rotary disk (3-008), a transverse rotary disk (3-009), a transverse shaft (3-009), a transverse driving belt (3-010) and a transverse driving belt (3-010) Transverse drive slots (3-011), transverse drive posts (3-012), transverse bearings (3-013), transverse transfer drive slots (3-014), longitudinally extending support posts (4-001), longitudinally extending transfer drive walls (4-002), longitudinally extending transfer walls (4-003), longitudinally extending transfer posts (4-004), longitudinally transferring motors (4-005), longitudinal transfer gears (4-006), longitudinally extending transfer posts (4-007), longitudinal bearings (4-008), longitudinal engagement gears (4-009), longitudinal gear supports (4-010), longitudinal gear fixed shafts (4-011), transversely extending support posts (5-001), transversely extending transfer drive walls (5-002), transversely extending transfer walls (5-003), transversely extending transfer posts (5-004), transversely extending transfer drive motors (5-005), transversely extending transfer gears (5-006), transversely extending drive transfer posts (5-007), transversely extending bearings (5-008), transversely engaging gears (5-009), transversely extending gear supports (5-006), transversely extending gear fixed shafts (5-011), longitudinally extending gear floors (6-001), longitudinally extending floors (6-011), transversely extending drive supports (5-010), transverse lifting frame (6-003), longitudinal motor unit (6-004), transverse motor unit (6-005), longitudinal connecting main frame (6-006), transverse connecting main frame (6-007), lifting machine (6-008), telescopic fixing seat (6-009), telescopic motor (6-010), telescopic arm (6-011), screw rod (6-012), identification camera (7-001), intelligent security inspection machine (7-002), security inspection conveyor belt (7-003) and marking camera (7-004).

Detailed Description

The present utility model will be described in further detail below with reference to the drawings and detailed description for the purpose of better understanding of the technical solution of the present utility model to those skilled in the art. Embodiments of the present utility model will hereinafter be described in detail, examples of which are illustrated in the accompanying drawings, wherein the same or similar reference numerals refer to the same or similar elements or elements having the same or similar functions throughout. The embodiments described below by referring to the drawings are exemplary only for explaining the present utility model and are not to be construed as limiting the present utility model. As used herein, the singular forms "a," "an," "the," and "the" are intended to include the plural forms as well, unless expressly stated otherwise, as understood by those skilled in the art. It will be further understood that the terms "comprises" and/or "comprising," when used in this specification, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, and/or groups thereof. It will be appreciated that intermediate elements may also be present. Furthermore, as used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items. It will be understood by those skilled in the art that all terms used herein, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this utility model belongs, unless defined otherwise. It will be further understood that terms, such as those defined in commonly used dictionaries, should be interpreted as having a meaning that is consistent with their meaning in the context of the prior art and will not be interpreted in an idealized or overly formal sense unless expressly so defined herein.

The embodiment of the utility model provides an intelligent security check matched screening conveyor, which is shown in figure 1 and comprises a longitudinal conveying device 1-001, a transverse conveying device 1-002, a longitudinal extension conveying device 1-003, a transverse extension conveying device 1-004, an intelligent lifting device 1-005 and a control system 6, wherein the intelligent security check matched screening conveyor is used for completing intelligent separation of packages and baggage in security check, namely packages and baggage which are provided with articles which are prohibited from being carried against regulations are separated independently.

The embodiment of the utility model provides an intelligent security check matching screening conveyor, as shown in figures 2 and 8, wherein longitudinal conveying equipment 1-001 comprises a longitudinal connecting bracket 2-001, a longitudinal connecting plate 2-002, a longitudinal fixing seat 2-003, a longitudinal fixing hole 2-004, a longitudinal connecting strip 2-005, a longitudinal driving conveying column 2-006, a longitudinal passive conveying column 2-007, a longitudinal rotary table 2-008, a longitudinal shaft 2-009, a longitudinal driving belt 2-010, a longitudinal driving groove 2-011, a longitudinal driving column 2-012, a longitudinal bearing 2-013 and a longitudinal conveying driving groove 2-014, and is used for longitudinally conveying articles; the longitudinal connecting brackets 2-001 are used for connecting and supporting the longitudinal fixing seats 2-003, two adjacent longitudinal connecting brackets 2-001 are connected through the longitudinal connecting plates 2-002, and the tail end of each longitudinal connecting bracket 2-001 is fixedly connected with the longitudinal connecting total frame 6-006; the longitudinal connecting plates 2-002 are used for connecting the longitudinal connecting brackets 2-001, and the longitudinal fixing seats 2-003 are fixedly connected at the connecting positions of the two sides of the longitudinal connecting plates 2-002 and the longitudinal connecting brackets 2-001; the lower part of the longitudinal fixing seat 2-003 is fixedly connected to the longitudinal connecting bracket 2-001, the upper part of the longitudinal fixing seat is provided with the longitudinal fixing hole 2-004, and a gap meeting the free rotation of the longitudinal turntable 2-008 is arranged at the same time, and the longitudinal fixing seat 2-003 is used for installing the longitudinal driving conveying column 2-006 or the longitudinal driven conveying column 2-007; the longitudinal fixing hole 2-004 is used for installing the longitudinal bearing 2-013 and is connected with the longitudinal shaft 2-009 through the longitudinal bearing 2-013; the longitudinal connecting strips 2-005 are made of rubber materials, are soft and elastic, are used for connecting the longitudinal driving conveying columns 2-006 and the longitudinal turntables 2-008 on the longitudinal passive conveying columns 2-007, and drive the longitudinal passive conveying columns 2-007 to rotate when the longitudinal driving conveying columns 2-006 rotate; the longitudinal driving conveying column 2-006 is fixedly arranged on the longitudinal shaft 2-009, and the longitudinal driving conveying column 2-006 is provided with the longitudinal conveying driving groove 2-014 which is used for rotating under the driving of the longitudinal driving belt 2-010; the longitudinal passive conveying columns 2-007 are fixedly arranged on the longitudinal shafts 2-009 and can rotate together when the longitudinal shafts 2-009 rotate; the longitudinal turntables 2-008 are fixedly arranged on the longitudinal shafts 2-009, grooves are formed in the middle of the disc edges of the longitudinal turntables 2-008 and used for being connected with the longitudinal connecting strips 2-005 in a mounting mode, and the two longitudinal turntables 2-008 can be connected together through one longitudinal connecting strip 2-005 and rotate together; the longitudinal shaft 2-009 is respectively and penetratingly arranged in the longitudinal driving conveying column 2-006 and the longitudinal passive conveying column 2-007, and is fixedly provided with the longitudinal turntable 2-008, and two ends of the longitudinal shaft 2-009 are fixedly connected with the longitudinal bearings 2-013; the longitudinal driving belt 2-010 connects the longitudinal driving conveying column 2-006 and the longitudinal driving column 2-012 together through the longitudinal driving groove 2-011 and the longitudinal conveying driving groove 2-014, and can drive the longitudinal driving conveying column 2-006 to rotate together under the rotation of the longitudinal driving column 2-012; the longitudinal driving grooves 2-011 are uniformly arranged on the longitudinal driving columns 2-012 and are used for being coupled with the longitudinal driving belts 2-010 and driving the longitudinal driving belts 2-010 to rotate together; the longitudinal driving columns 2-012 are uniformly provided with the longitudinal driving grooves 2-011, one end of each longitudinal driving column 2-012 is connected and installed on the longitudinal fixing frame 6-002 through the longitudinal bearing 2-013, and the other end of each longitudinal driving column is installed on a motor of the longitudinal motor group 6-004 and can rotate under the drive of the motor in the longitudinal motor group 6-004; the inner side of the longitudinal bearing 2-013 is fixedly arranged on the longitudinal shaft 2-009, and the outer side of the longitudinal bearing 2-013 is fixedly arranged in the longitudinal fixing hole 2-004, so that the longitudinal shaft 2-009 can be supported to rotate freely; the longitudinal conveying driving groove 2-014 is arranged on the longitudinal driving conveying column 2-006, is used for coupling and connecting with the longitudinal driving belt 2-010, and can rotate under the drive of the longitudinal driving belt 2-010.

The embodiment of the utility model provides an intelligent security check matching screening conveyor, as shown in figures 3 and 8, wherein transverse conveying equipment 1-002 comprises a transverse connecting bracket 3-001, a transverse connecting plate 3-002, a transverse fixing seat 3-003, a transverse fixing hole 3-004, a transverse connecting strip 3-005, a transverse driving conveying column 3-006, a transverse passive conveying column 3-007, a transverse rotating disc 3-008, a transverse shaft 3-009, a transverse driving belt 3-010, a transverse driving groove 3-011, a transverse driving column 3-012, a transverse bearing 2-013 and a transverse conveying driving groove 3-014, and is used for transversely conveying articles; the transverse connection brackets 3-001 are used for connecting and supporting the transverse fixing seats 3-003, two adjacent transverse connection brackets 3-001 are connected through the transverse connection plates 3-002, and the tail end of each transverse connection bracket 3-001 is fixedly connected with the transverse connection total frame 6-007; the transverse connection plates 3-002 are used for connecting the transverse connection brackets 3-001, and meanwhile, the transverse fixing seats 3-003 are fixedly connected at the connection positions of the two sides of the transverse connection plates 3-002 and the transverse connection brackets 3-001; the lower part of the transverse fixing seat 3-003 is fixedly connected to the transverse connecting bracket 3-001, the upper part of the transverse fixing seat is provided with the transverse fixing hole 3-004, and a gap meeting the free rotation of the transverse turntable 3-008 is arranged at the same time, and the transverse fixing seat 3-003 is used for installing the transverse driving conveying column 3-006 or the transverse driven conveying column 3-007; the transverse fixing hole 3-004 is used for installing the transverse bearing 3-013 and is connected with the transverse shaft 3-009 through the transverse bearing 3-013; the transverse connecting strip 3-005 is made of rubber material, is soft and elastic, connects the transverse turntable 3-008 on the transverse driving conveying column 3-006 and the transverse passive conveying column 3-007, and drives the transverse passive conveying column 3-007 to rotate when the transverse driving conveying column 3-006 rotates; the transverse driving conveying column 3-006 is fixedly arranged on the transverse shaft 3-009, and the transverse driving conveying column 3-006 is provided with the transverse conveying driving groove 3-014 which is used for rotating under the driving of the transverse driving belt 3-010; the transverse passive conveying column 3-007 is fixedly arranged on the transverse shaft 3-009 and can rotate together when the transverse shaft 3-009 rotates; the transverse turnplate 3-008 is fixedly arranged on the transverse shaft 3-009, a groove is formed in the middle of the disc edge of the transverse turnplate 3-008 and used for being connected with the transverse connecting strip 3-005 in a mounting mode, and the two transverse turnplates 3-008 can be connected together through one transverse connecting strip 3-005 to rotate together; the transverse shaft 3-009 is respectively and penetratingly arranged in the transverse driving conveying column 3-006 and the transverse passive conveying column 3-007, and is fixedly provided with the transverse turntable 3-008, and two ends of the transverse shaft 3-009 are fixedly connected with the transverse bearings 3-013; the transverse driving belt 3-010 connects the transverse driving conveying column 3-006 with the transverse driving column 3-012 through the transverse driving groove 3-011 and the transverse conveying driving groove 3-014, and can drive the transverse driving conveying column 3-006 to rotate together under the rotation of the transverse driving column 3-012; the transverse driving grooves 3-011 are uniformly arranged on the transverse driving columns 3-012 and are used for being coupled with the transverse driving belt 3-010 and driving the transverse driving belt 3-010 to rotate; the transverse driving grooves 3-011 are uniformly formed in the transverse driving columns 3-012, one end of each transverse driving column 3-012 is connected and installed on the transverse fixing frame 6-003 through the transverse bearing 3-013, and the other end of each transverse driving column is installed on a motor of the transverse motor unit 6-005 and can rotate under the drive of the motor in the transverse motor unit 6-004; the inner side of the transverse bearing 3-013 is fixedly arranged on the transverse shaft 3-009, and the outer side of the transverse bearing is fixedly arranged in the transverse fixing hole 3-004, so that the transverse shaft 3-009 can be supported to rotate freely; the transverse transmission driving groove 3-014 is arranged on the transverse transmission driving column 3-006, is used for coupling and connecting with the transverse driving belt 3-010, and can rotate under the drive of the transverse driving belt 3-010.

The embodiment of the utility model provides an intelligent security inspection matched screening conveyor, as shown in figure 4, wherein a longitudinal extension conveying device 1-003 comprises a longitudinal extension supporting column 4-001, a longitudinal extension conveying driving wall 4-002, a longitudinal extension conveying wall 4-003, a longitudinal extension conveying column 4-004, a longitudinal conveying driving motor 4-005, a longitudinal conveying gear 4-006, a longitudinal extension driving conveying column 4-007, a longitudinal bearing 4-008, a longitudinal connecting gear 4-009, a longitudinal gear support 4-010 and a longitudinal gear fixing shaft 4-011, and is used for receiving articles transmitted by a conveying belt on the security inspection machine; the bottom of the longitudinal extension supporting column 4-001 is fixedly connected with the floor 6-001, and the top of the longitudinal extension supporting column is fixedly connected with the longitudinal extension conveying driving wall 4-002 and the longitudinal extension conveying wall 4-003 respectively and used for supporting the whole longitudinal extension conveying equipment 1-003; the longitudinal extension transmission driving wall 4-002 is connected and supported by a plurality of longitudinal extension supporting columns 4-001, a gap is arranged in the longitudinal extension transmission driving wall 4-002 and used for installing the longitudinal extension transmission driving column 4-007, the longitudinal bearing 4-008, the longitudinal connecting gear 4-009, the longitudinal gear support 4-010 and the longitudinal gear fixing shaft 4-011, the longitudinal extension transmission driving wall 4-002 is used for installing the longitudinal extension transmission column 4-004 through the longitudinal bearing 4-008 and is also used for installing the longitudinal transmission driving motor 4-005, and the longitudinal extension transmission driving wall 4-002 is fixedly connected with the outer side of the longitudinal bearing 4-008; the longitudinal extending conveying wall 4-003 is connected and supported by a plurality of longitudinal extending support posts 4-001 and is used for installing the longitudinal extending conveying column 4-004 through the longitudinal bearings 4-008, and the longitudinal bearings 4-008 are installed and fixed in the longitudinal extending conveying wall 4-003 and fixedly connected with the outer sides of the longitudinal bearings 4-008; the two ends of the longitudinal extension conveying column 4-004 are respectively provided with and fixed with the longitudinal bearings 4-008, and are respectively connected with the longitudinal extension conveying wall 4-003 and the longitudinal extension conveying driving wall 4-002 through the longitudinal bearings 4-008, the two ends of the longitudinal extension conveying column 4-004 are respectively provided with the longitudinal conveying gears 4-006, the longitudinal conveying gears 4-006 can be meshed and matched with the longitudinal connecting gears 4-009 on two sides to rotate together, and the two adjacent longitudinal extension conveying columns 4-004 can be meshed with the longitudinal connecting gears 4-009 to realize the same-direction rotation together; the longitudinal conveying driving motor 4-005 is mounted and clamped on the longitudinal extending driving conveying column 4-007, the longitudinal conveying driving motor 4-005 and the longitudinal extending driving conveying column 4-007 can be coupled and clamped, the longitudinal conveying driving motor 4-005 is fixedly mounted on the longitudinal extending driving wall 4-002 at the same time, and the longitudinal conveying driving motor 4-005 can drive the longitudinal extending driving conveying column 4-007 to rotate together when rotating; the longitudinal conveying gears 4-006 are fixedly arranged at two ends of the longitudinal extending conveying column 4-004 and the longitudinal extending driving conveying column 4-007 and can be meshed with the longitudinal connecting gears 4-009 for rotation; the longitudinal conveying driving motor 4-005 is arranged on the longitudinal conveying driving column 4-007, one end of the longitudinal conveying driving motor 4-005 is fixedly provided with the longitudinal bearing 4-008 and is connected with the longitudinal conveying wall 4-003 through the longitudinal bearing 4-008, the other end of the longitudinal conveying driving motor 4-005 is in clamping connection with the longitudinal conveying driving motor 4-005 and is provided with the longitudinal conveying gear 4-006, the longitudinal conveying gear 4-006 can be meshed and matched with the longitudinal connecting gear 4-009, when the longitudinal conveying gear 4-006 on the longitudinal conveying driving column 4-007 rotates, the longitudinal connecting gear 4-009 also rotates together, and when the longitudinal connecting gear 4-009 rotates, the longitudinal conveying column 4-004 also rotates together through meshing with the longitudinal conveying gear 4-006 on the longitudinal conveying column 4-004; the inner sides of the longitudinal bearings 4-008 are respectively arranged and fixed at two ends of the longitudinal extension conveying column 4-004 and one end of the longitudinal extension driving conveying column 4-007, and the outer sides of the longitudinal bearings are respectively arranged and fixed in the longitudinal extension driving wall 4-002 and the longitudinal extension conveying wall 4-003, so that the inner sides of the longitudinal extension driving conveying column 4-007 and the longitudinal extension conveying column 4-004 can freely rotate under the drive of the longitudinal conveying driving motor 4-005; the longitudinal engagement gears 4-009 can be meshed with the longitudinal transmission gears 4-006 mounted on the longitudinal extension driving transmission column 4-007 and the longitudinal extension transmission column 4-004 to rotate so as to realize the same direction rotation between the longitudinal extension transmission column 4-004 and between the longitudinal extension driving transmission column 4-007 and the longitudinal extension transmission column 4-004; the longitudinal gear support 4-010 is fixedly arranged in the longitudinal extension transmission driving wall 4-002 and is used for fixedly arranging the longitudinal gear fixing shaft 4-011; the two ends of the longitudinal gear fixing shaft 4-011 are fixedly arranged on the longitudinal gear support 4-010, and the middle is connected with the longitudinal connecting gear 4-009 through a bearing.

The embodiment of the utility model provides an intelligent security inspection matched screening conveyor, as shown in figure 5, wherein transverse extension conveying equipment 1-004 comprises a transverse extension supporting column 5-001, a transverse extension conveying driving wall 5-002, a transverse extension conveying wall 5-003, a transverse extension conveying column 5-004, a transverse conveying driving motor 5-005, a transverse conveying gear 5-006, a transverse extension driving conveying column 5-007, a transverse bearing 5-008, a transverse connecting gear 5-009, a transverse gear support 5-010 and a transverse gear fixing shaft 5-011, and is used for conveying packages and baggage which are separated and are provided with articles which are prohibited to be carried against regulation; the bottom of the transverse extension supporting column 5-001 is fixedly connected with the floor 6-001, and the top of the transverse extension supporting column is fixedly connected with the transverse extension conveying driving wall 5-002 and the transverse extension conveying wall 5-003 respectively and used for supporting the whole transverse extension conveying equipment 1-003; the transverse extension transmission driving wall 5-002 is connected and supported by a plurality of transverse extension supporting columns 5-001, a gap is formed in the transverse extension transmission driving wall 5-002 and used for installing the transverse extension transmission driving column 5-007, the transverse bearing 5-008, the transverse connecting gear 5-009, the transverse gear support 5-010 and the transverse gear fixing shaft 5-011, the transverse extension transmission driving wall 5-002 is used for installing the transverse extension transmission column 5-004 through the transverse bearing 5-008 and simultaneously used for installing the transverse transmission driving motor 5-005, and the transverse extension transmission driving wall 5-002 is fixedly connected with the outer side of the transverse bearing 5-008; the transverse extending conveying wall 5-003 is connected and supported by a plurality of transverse extending support posts 5-001 and is used for installing the transverse extending conveying column 5-004 through the transverse bearings 5-008, and the transverse bearings 5-008 are installed and fixed in the transverse extending conveying wall 5-003 and fixedly connected with the outer sides of the transverse bearings 5-008; the two ends of the transverse extension conveying column 5-004 are respectively provided with and fixed with the transverse bearings 5-008, and are respectively connected with the transverse extension conveying wall 5-003 and the transverse extension conveying driving wall 5-002 through the transverse bearings 5-008, the two ends of the transverse extension conveying column 5-004 are respectively provided with the transverse conveying gears 5-006, the transverse conveying gears 5-006 can be meshed and matched with the transverse connecting gears 5-009 on the two sides to rotate together,

And two adjacent transverse extending conveying columns 5-004 can rotate together in the same direction by engaging the transverse engagement gears 5-009; the transverse transmission driving motor 5-005 is mounted and clamped on the transverse extension driving transmission column 5-007, the transverse transmission driving motor 5-005 and the transverse extension driving transmission column 5-007 can be coupled and clamped, the transverse transmission driving motor 5-005 is fixedly mounted on the transverse extension driving wall 5-002 at the same time, and the transverse transmission driving motor 5-005 can drive the transverse extension driving transmission column 5-007 to rotate together when rotating; the transverse conveying gears 5-006 are fixedly arranged at two ends of the transverse extension conveying column 5-004 and the transverse extension driving conveying column 5-007 and can be meshed with the transverse linking gears 5-009 for rotation; the transverse extending driving conveying column 5-007 is provided with the transverse conveying driving motor 5-005, one end of the transverse conveying driving motor is fixedly provided with the transverse bearing 5-008 and is connected with the transverse extending conveying wall 5-003 through the transverse bearing 5-008, the other end of the transverse conveying driving motor is in clamping connection with the transverse conveying driving motor 5-005 and is provided with the transverse conveying gear 5-006, the transverse conveying gear 5-006 can be meshed and matched with the transverse connecting gear 5-009, when the transverse conveying gear 5-006 on the transverse extending driving conveying column 5-007 rotates, the transverse connecting gear 5-009 also rotates together, and when the transverse connecting gear 5-009 rotates, the transverse extending conveying column 5-004 also rotates together by meshing with the transverse conveying gear 5-006 on the transverse extending conveying column 5-004; the inner sides of the transverse bearings 5-008 are respectively arranged and fixed at two ends of the transverse extending conveying column 5-004 and one end of the transverse extending driving conveying column 5-007, and the outer sides of the transverse bearings are respectively arranged and fixed in the transverse extending conveying driving wall 5-002 and the transverse extending conveying wall 5-003, so that the inner sides of the transverse extending driving conveying column 5-007 and the transverse extending conveying column 5-004 can freely rotate under the drive of the transverse conveying driving motor 5-005; the transverse connection gears 5-009 can be meshed with the transverse transmission gears 5-006 arranged on the transverse extension driving transmission columns 5-007 and the transverse extension transmission columns 5-004 to rotate, so as to realize the same direction rotation between the transverse extension transmission columns 5-004 and between the transverse extension driving transmission columns 5-007 and the transverse extension transmission columns 5-004; the transverse gear support 5-010 is fixedly arranged in the transverse extension transmission driving wall 5-002 and used for fixedly arranging the transverse gear fixing shaft 5-011; the two ends of the transverse gear fixing shaft 5-011 are fixedly arranged on the transverse gear support 5-010, and the middle is connected with the transverse connecting gear 5-009 through a bearing.

The embodiment of the utility model provides an intelligent security check matching screening conveyor, as shown in figure 6, wherein the intelligent lifting equipment 1-005 comprises a floor 6-001, a longitudinal fixing frame 6-002, a transverse lifting frame 6-003, a longitudinal motor group 6-004, a transverse motor group 6-005, a longitudinal connecting main frame 6-006, a transverse connecting main frame 6-007, a lifting machine 6-008, a telescopic fixing seat 6-009, a telescopic motor 6-010, a telescopic arm 6-011, a screw rod 6-012, the longitudinal driving fixing frame 6-013 and the transverse driving lifting frame 6-014, and is used for lifting the transverse conveying equipment 1-002; the floor 6-001 is used for connecting and fixing the transverse extending support 5-001, the longitudinal extending support 4-001 and the longitudinal fixing frame 6-002 so that the relative positions of the transverse extending support 5-001, the longitudinal extending support 4-001 and the longitudinal fixing frame 6-002 are kept unchanged; the longitudinal fixing frames 6-002 are fixedly arranged on the floor 6-001, the top ends of the two sides are fixedly connected with the longitudinal connecting main frames 6-006, and the longitudinal fixing frames 6-002 are connected with the longitudinal driving columns 2-012 through the longitudinal fixing frame bearings 6-015 and are used for bearing the pressure transmitted by the longitudinal connecting main frames 6-006; the top ends of two sides of the transverse lifting frames 6-003 are fixedly connected with the transverse connection total frame 6-007 and are used for bearing pressure transmitted by the transverse connection total frame 6-007, the bottoms of the transverse lifting frames 6-003 are fixedly connected with the telescopic arms 6-011 of the two lifting frames 6-008 and can move in a telescopic way together when the telescopic arms 6-011 move in a telescopic way up and down, and the transverse lifting frames 6-003 are used for being connected with the transverse driving columns 3-012 through the longitudinal fixing frame bearings 6-015; the longitudinal motor unit 6-004 is fixedly arranged on the longitudinal driving fixing frame 6-013 and is in clamping connection with the longitudinal driving column 2-012, and a motor in the longitudinal motor unit 6-004 can drive the longitudinal driving column 2-012 to rotate; the transverse motor unit 6-005 is fixedly arranged on the transverse driving lifting frame 6-014 and is in clamping connection with the longitudinal driving column 3-012, and the transverse motor unit 6-005 can drive the transverse driving column 3-012 to rotate; the longitudinal connecting total frames 6-006 are used for connecting all the longitudinal connecting brackets 2-001, and two ends of the longitudinal connecting total frames are fixedly connected with upright posts on two sides of the longitudinal fixing frames 6-002; the transverse connection total frames 6-007 are used for connecting all the transverse connection brackets 3-001, and two ends of the transverse connection total frames are fixedly connected with the upright posts on two sides of the transverse lifting frames 6-003; the lifter 6-008 comprises three parts, namely a telescopic fixed seat 6-009, a telescopic motor 6-010, a telescopic arm 6-011 and a screw rod 6-012, and is used for supporting and driving the transverse conveying equipment 1-002 to move up and down; the telescopic fixed seat 6-009 is fixedly connected with the floor 6-001, the screw rod 6-012 is internally installed, and a gear at the bottom of the screw rod 6-012 is meshed and matched with a gear of the telescopic motor 6-010; the telescopic motor 6-010 is fixedly connected with the telescopic fixed seat 6-009, can be meshed with a gear at the bottom of the screw rod 6-012 through the gear, and can drive the screw rod 6-012 to rotate; the telescopic arm 6-011 is connected with the screw rod 6-012 through a coupling relation of a screw and a nut, and can move up and down in a telescopic manner when the screw rod 6-012 rotates, and the top of the telescopic arm 6-011 is fixedly connected with the transverse lifting frame 6-003 and can drive the transverse lifting frame 6-003 to move up and down; the screw rod 6-012 is arranged in the telescopic fixed seat 6-009, can rotate freely, is provided with a gear at the bottom, can be meshed with the telescopic motor 6-010 and rotates under the drive of the telescopic motor 6-010, and is connected with the telescopic arm 6-011 through a coupling relation of a screw and a nut, and when the screw rod 6-012 rotates, the telescopic arm 6-011 moves up and down in a telescopic manner; the longitudinal driving fixing frame 6-013 is fixedly arranged on the floor 6-001, the top ends of two sides of the longitudinal driving fixing frame are fixedly connected with the longitudinal connecting main frame 6-006, and the bottom of the longitudinal driving fixing frame is used for installing the longitudinal motor unit 6-004; the top ends of two sides of the transverse driving lifting frames 6-014 are fixedly connected with the transverse connecting main frame 6-007 and used for bearing the pressure transmitted by the transverse connecting main frame 6-007, the bottoms of the transverse lifting frames 6-003 are fixedly connected with the telescopic arms 6-011 of the two lifting frames 6-008 and can move in a telescopic way together when the telescopic arms 6-011 move in a telescopic way up and down manner, and the transverse driving lifting frames are used for installing the transverse motor unit 6-005; the outer side of the longitudinal fixing frame bearing 6-015 is fixedly arranged in the longitudinal fixing frame 6-002, and the inner side of the longitudinal fixing frame bearing is connected with the longitudinal driving column 2-012 so as to realize free rotation of the longitudinal driving column 2-012; the outer side of the transverse lifting frame bearing 6-016 is fixedly arranged in the transverse lifting frame 6-003, and the inner side of the transverse lifting frame bearing is connected with the transverse driving column 3-012 so as to realize free rotation of the transverse driving column 3-012.

The embodiment of the utility model provides an intelligent security inspection matched screening conveyor, as shown in fig. 7, wherein the control system comprises an identification camera 7-001, an intelligent security inspection machine 7-002, a security inspection conveyor belt 7-003, a marking camera 7-004, an intelligent processing system, a control circuit and a power supply circuit, and is used for controlling lifting movement of intelligent lifting equipment 1-005; the identification camera 7-001 is arranged on the intelligent security check machine 7-002, and dynamically feeds back image data of the luggage or the package observed on the transverse conveying equipment 1-002 and the longitudinal extension conveying equipment 1-003 to the intelligent processing system through a control circuit; the intelligent security check machine 7-002 is used for installing the identification camera 7-001, detecting whether articles which violate regulations and are forbidden to be carried are arranged in the luggage or the package, and feeding back to the intelligent processing system through the control circuit; the security inspection conveyor 7-003 is part of the intelligent security inspection machine 7-002 for conveying baggage or packages to the longitudinal conveying device 1-001; the marking cameras 7-004 are used for shooting the picture characteristics of marked baggage or packages and transmitting image data to the intelligent processing system through the control circuit; the intelligent processing system can receive data information transmitted by the identification camera 7-001, the intelligent security inspection machine 7-002 and the marking camera 7-004, feeds back the luggage or the package carrying the article violating the regulation through calculation processing, when the identification camera 7-001 finds out, the intelligent lifting device 1-005 is controlled by the control circuit to enable the transverse conveying device 1-002 to lift, and meanwhile, a motor in the transverse motor group 6-005 rotates to drive the transverse driving belt 3-010, the transverse driving conveying column 3-006, the transverse shaft 3-009, the transverse turntable 3-008, the transverse connecting strip 3-005 and the transverse passive conveying column 3-007 to rotate together, and finally the luggage or the package is separated and conveyed onto the transverse extending conveying device 1-004 by the transverse driving conveying column 3-006 and the transverse passive conveying column 3-007 under the action of friction force; the control circuit is used for connecting the intelligent processing system with the identification camera 7-001, the intelligent security inspection machine 7-002, the marking camera 7-004 and the intelligent lifting equipment 1-005; the power supply circuit is used for providing power supply power for the longitudinal transmission driving motor 4-005, the transverse transmission driving motor 5-005, the longitudinal motor set 6-004 and the transverse motor set 6-005.

Based on the above example, the intelligent security check matching screening conveyor provided by the utility model can excellently complete the whole process of passenger security check under the control of the control system.

In this specification, each embodiment is described in a progressive manner, and identical and similar parts of each embodiment are all referred to each other, and each embodiment mainly describes differences from other embodiments. In particular, for the apparatus embodiments, since they are substantially similar to the method embodiments, the description is relatively simple, and reference is made to the description of the method embodiments in part. The foregoing is merely illustrative of the present utility model, and the present utility model is not limited thereto, and any changes or substitutions easily contemplated by those skilled in the art within the scope of the present utility model should be included in the present utility model. Therefore, the protection scope of the present utility model should be subject to the protection scope of the claims.

Claims (7)

1. The intelligent security inspection matched screening conveyor is characterized by comprising a longitudinal conveying device (1-001), a transverse conveying device (1-002), a longitudinal extension conveying device (1-003), a transverse extension conveying device (1-004), an intelligent lifting device (1-005) and a control system 6, wherein the intelligent security inspection matched screening conveyor is used for completing intelligent separation of packages and baggage in security inspection, namely packages and baggage which are provided with articles which are prohibited to be carried against regulations are separated independently;

The longitudinal conveying equipment (1-001) comprises a longitudinal connecting bracket (2-001), a longitudinal connecting plate (2-002), a longitudinal fixing seat (2-003), a longitudinal fixing hole (2-004), a longitudinal connecting strip (2-005), a longitudinal driving conveying column (2-006), a longitudinal passive conveying column (2-007), a longitudinal rotary table (2-008), a longitudinal shaft (2-009), a longitudinal driving belt (2-010), a longitudinal driving groove (2-011), a longitudinal driving column (2-012), a longitudinal bearing (2-013) and a longitudinal conveying driving groove (2-014) for longitudinally conveying articles;

the transverse conveying equipment (1-002) comprises a transverse connecting bracket (3-001), a transverse connecting plate (3-002), a transverse fixing seat (3-003), a transverse fixing hole (3-004), a transverse connecting strip (3-005), a transverse driving conveying column (3-006), a transverse passive conveying column (3-007), a transverse rotary table (3-008), a transverse shaft (3-009), a transverse driving belt (3-010), a transverse driving groove (3-011), a transverse driving column (3-012), a transverse bearing (3-013) and a transverse conveying driving groove (3-014) for transversely conveying articles;

the longitudinal extension conveying equipment (1-003) comprises a longitudinal extension supporting column (4-001), a longitudinal extension conveying driving wall (4-002), a longitudinal extension conveying wall (4-003), a longitudinal extension conveying column (4-004), a longitudinal conveying driving motor (4-005), a longitudinal conveying gear (4-006), a longitudinal extension driving conveying column (4-007), an extension longitudinal bearing (4-008), a longitudinal connecting gear (4-009), a longitudinal gear support (4-010) and a longitudinal gear fixing shaft (4-011) for receiving conveyed articles;

The transverse extension conveying equipment (1-004) comprises a transverse extension supporting column (5-001), a transverse extension conveying driving wall (5-002), a transverse extension conveying wall (5-003), a transverse extension conveying column (5-004), a transverse conveying driving motor (5-005), a transverse conveying gear (5-006), a transverse extension driving conveying column (5-007), an extension transverse bearing (5-008), a transverse connecting gear (5-009), a transverse gear support (5-010) and a transverse gear fixing shaft (5-011) for conveying packages and luggage which are separated and are provided with articles which are prohibited from being carried against regulations;

the intelligent lifting device (1-005) comprises a floor (6-001), a longitudinal fixing frame (6-002), a transverse lifting frame (6-003), a longitudinal motor unit (6-004), a transverse motor unit (6-005), a longitudinal connecting main frame (6-006), a transverse connecting main frame (6-007), a lifting machine (6-008), a telescopic fixing seat (6-009), a telescopic motor (6-010), a telescopic arm (6-011), a screw rod (6-012), a longitudinal driving fixing frame (6-013), a transverse driving lifting frame (6-014), a longitudinal fixing frame bearing (6-015) and a transverse lifting frame bearing (6-016) and is used for lifting the transverse conveying device (1-002);

The control system comprises an identification camera (7-001), an intelligent security inspection machine (7-002), a security inspection conveyor belt (7-003), a marking camera (7-004), an intelligent processing system, a control circuit and a power supply circuit, and is used for controlling lifting actions of the intelligent lifting equipment (1-005).

2. The intelligent security matching screening conveyor according to claim 1, wherein the longitudinal connecting brackets (2-001) are used for connecting and supporting the longitudinal fixing seats (2-003), two adjacent longitudinal connecting brackets (2-001) are connected through the longitudinal connecting plates (2-002), and the tail end of each longitudinal connecting bracket (2-001) is fixedly connected with the longitudinal connecting total frame (6-006);

the longitudinal connecting plates (2-002) are used for connecting the longitudinal connecting brackets (2-001), and the longitudinal fixing seats (2-003) are fixedly connected at the connecting positions of the two sides of the longitudinal connecting plates (2-002) and the longitudinal connecting brackets (2-001);

the lower part of the longitudinal fixing seat (2-003) is fixedly connected to the longitudinal connecting bracket (2-001), the upper part of the longitudinal fixing seat is provided with the longitudinal fixing hole (2-004) and a gap meeting the requirement that the longitudinal turntable (2-008) freely rotates, and the longitudinal fixing seat (2-003) is used for installing the longitudinal driving conveying column (2-006) or the longitudinal driven conveying column (2-007);

The longitudinal fixing hole (2-004) is used for installing the longitudinal bearing (2-013) and is connected with the longitudinal shaft (2-009) through the longitudinal bearing (2-013);

the longitudinal connecting strip (2-005) is made of rubber material, is soft and elastic, is used for connecting the longitudinal rotary table (2-008) on the longitudinal driving conveying column (2-006) and the longitudinal passive conveying column (2-007), and drives the longitudinal passive conveying column (2-007) to rotate when the longitudinal driving conveying column (2-006) rotates;

the longitudinal driving conveying column (2-006) is fixedly arranged on the longitudinal shaft (2-009), and the longitudinal driving conveying column (2-006) is provided with the longitudinal conveying driving groove (2-014) for rotating under the drive of the longitudinal driving belt (2-010);

the longitudinal passive conveying columns (2-007) are fixedly arranged on the longitudinal shafts (2-009) and can rotate together when the longitudinal shafts (2-009) rotate;

the longitudinal turnplates (2-008) are fixedly arranged on the longitudinal shafts (2-009), grooves are formed in the middle of the disc edges of the longitudinal turnplates (2-008) and used for being connected with the longitudinal connecting strips (2-005) in a mounting mode, and the two longitudinal turnplates (2-008) can be connected together through one longitudinal connecting strip (2-005) to rotate together;

The longitudinal shaft (2-009) is respectively and penetratingly arranged inside the longitudinal driving conveying column (2-006) and the longitudinal passive conveying column (2-007), and is fixedly provided with the longitudinal rotary table (2-008), and two ends of the longitudinal shaft (2-009) are fixedly connected with the longitudinal bearings (2-013);

the longitudinal driving belt (2-010) connects the longitudinal driving conveying column (2-006) and the longitudinal driving column (2-012) together through the longitudinal driving groove (2-011) and the longitudinal conveying driving groove (2-014), and can drive the longitudinal driving conveying column (2-006) to rotate together under the rotation of the longitudinal driving column (2-012);

the longitudinal driving grooves (2-011) are uniformly arranged on the longitudinal driving columns (2-012) and are used for being coupled with the longitudinal driving belts (2-010) and driving the longitudinal driving belts (2-010) to rotate together;

the longitudinal driving columns (2-012) are uniformly provided with the longitudinal driving grooves (2-011), one end of each longitudinal driving column (2-012) is connected and installed on the longitudinal fixing frame (6-002) through the longitudinal bearing (2-013), and the other end of each longitudinal driving column is installed on a motor of the longitudinal motor unit (6-004) and can rotate under the drive of the motor in the longitudinal motor unit (6-004);

The inner side of the longitudinal bearing (2-013) is fixedly arranged on the longitudinal shaft (2-009), and the outer side of the longitudinal bearing is fixedly arranged in the longitudinal fixing hole (2-004) and can support the longitudinal shaft (2-009) to freely rotate;

the longitudinal conveying driving groove (2-014) is arranged on the longitudinal driving conveying column (2-006) and is used for being coupled with the longitudinal driving belt (2-010) and capable of rotating under the driving of the longitudinal driving belt (2-010).

3. The intelligent security matching screening conveyor according to claim 1, wherein the transverse connection brackets (3-001) are used for connecting and supporting the transverse fixing seat (3-003), two adjacent transverse connection brackets (3-001) are connected through the transverse connection plates (3-002), and the tail end of each transverse connection bracket (3-001) is fixedly connected with the transverse connection total frame (6-007);

the transverse connecting plates (3-002) are used for connecting the transverse connecting brackets (3-001), and the transverse fixing seats (3-003) are connected and fixed at the connecting positions of the two sides of the transverse connecting plates (3-002) and the transverse connecting brackets (3-001);

the lower part of the transverse fixing seat (3-003) is fixedly connected to the transverse connecting bracket (3-001), the upper part of the transverse fixing seat is provided with the transverse fixing hole (3-004) and a gap meeting the requirement that the transverse turntable (3-008) freely rotates, and the transverse fixing seat (3-003) is used for installing the transverse driving conveying column (3-006) or the transverse driven conveying column (3-007);

The transverse fixing hole (3-004) is used for installing the transverse bearing (3-013) and is connected with the transverse shaft (3-009) through the transverse bearing (3-013);

the transverse connecting strip (3-005) is made of rubber material, is soft and elastic, connects the transverse turntable (3-008) on the transverse driving conveying column (3-006) and the transverse passive conveying column (3-007), and drives the transverse passive conveying column (3-007) to rotate when the transverse driving conveying column (3-006) rotates;

the transverse driving conveying column (3-006) is fixedly arranged on the transverse shaft (3-009), and the transverse driving conveying column (3-006) is provided with the transverse conveying driving groove (3-014) for rotating under the drive of the transverse driving belt (3-010);

the transverse passive conveying column (3-007) is fixedly arranged on the transverse shaft (3-009) and can rotate together when the transverse shaft (3-009) rotates;

the transverse turnplates (3-008) are fixedly arranged on the transverse shafts (3-009), grooves are formed in the middle of the disc edges of the transverse turnplates (3-008) and used for being connected with the transverse connecting strips (3-005) in a mounting mode, and the two transverse turnplates (3-008) can be connected together through one transverse connecting strip (3-005) to rotate together;

The transverse shaft (3-009) is respectively and penetratingly arranged in the transverse driving conveying column (3-006) and the transverse passive conveying column (3-007), and is fixedly provided with the transverse turntable (3-008), and two ends of the transverse shaft (3-009) are fixedly connected with the transverse bearings (3-013);

the transverse driving belt (3-010) connects the transverse driving conveying column (3-006) and the transverse driving column (3-012) together through the transverse driving groove (3-011) and the transverse conveying driving groove (3-014) and can drive the transverse driving conveying column (3-006) to rotate together under the rotation of the transverse driving column (3-012);

the transverse driving grooves (3-011) are uniformly arranged on the transverse driving columns (3-012) and are used for being coupled with the transverse driving belt (3-010) and driving the transverse driving belt (3-010) to rotate;

the transverse driving grooves (3-011) are uniformly formed in the transverse driving columns (3-012), one end of each transverse driving column (3-012) is connected and installed on the transverse lifting frame (6-003) through the transverse bearing (3-013), and the other end of each transverse driving column is installed on a motor of the transverse motor unit (6-005) and can rotate under the drive of the motor in the transverse motor unit (6-005);

The inner side of the transverse bearing (3-013) is fixedly arranged on the transverse shaft (3-009), and the outer side of the transverse bearing is fixedly arranged in the transverse fixing hole (3-004) and can support the transverse shaft (3-009) to freely rotate;

the transverse transmission driving groove (3-014) is arranged on the transverse transmission driving column (3-006) and is used for being coupled with the transverse driving belt (3-010) and can rotate under the driving of the transverse driving belt (3-010).

4. The intelligent security matching screening conveyor according to claim 1, wherein the bottom of the longitudinally extending support column (4-001) is fixedly connected with the floor (6-001), and the top is fixedly connected with the longitudinally extending conveying driving wall (4-002) and the longitudinally extending conveying wall (4-003) respectively, and is used for supporting the whole longitudinally extending conveying equipment (1-003);

the longitudinal extension conveying driving wall (4-002) is connected and supported by a plurality of longitudinal extension supporting columns (4-001), a gap is formed in the longitudinal extension conveying driving wall (4-002) and used for installing the longitudinal extension conveying column (4-007), the extension longitudinal bearing (4-008), the longitudinal connecting gear (4-009), the longitudinal gear support (4-010) and the longitudinal gear fixing shaft (4-011), the longitudinal extension conveying driving wall (4-002) is used for installing the longitudinal extension conveying column (4-004) through the extension longitudinal bearing (4-008) and is also used for installing the longitudinal conveying driving motor (4-005), and the longitudinal extension conveying driving wall (4-002) is fixedly connected with the outer side of the extension longitudinal bearing (4-008);

The longitudinal extension conveying wall (4-003) is connected and supported by a plurality of longitudinal extension supporting columns (4-001) and is used for installing the longitudinal extension conveying columns (4-004) through the extension longitudinal bearings (4-008), and the extension longitudinal bearings (4-008) are installed and fixed in the longitudinal extension conveying wall (4-003) and are fixedly connected with the outer sides of the extension longitudinal bearings (4-008);

the two ends of the longitudinal extension conveying column (4-004) are respectively provided with and fixed with the extension longitudinal bearings (4-008), and are respectively connected with the longitudinal extension conveying wall (4-003) and the longitudinal extension conveying driving wall (4-002) through the extension longitudinal bearings (4-008), the two ends of the longitudinal extension conveying column (4-004) are respectively provided with the longitudinal conveying gears (4-006), the longitudinal conveying gears (4-006) can be meshed and matched with the longitudinal connecting gears (4-009) on the two sides to rotate together, and the two adjacent longitudinal extension conveying columns (4-004) can be meshed with the longitudinal connecting gears (4-009) to rotate together in the same direction;

the longitudinal conveying driving motor (4-005) is mounted and clamped on the longitudinal extending driving conveying column (4-007), the longitudinal conveying driving motor and the longitudinal extending driving column can be coupled and clamped, the longitudinal conveying driving motor (4-005) is fixedly mounted on the longitudinal extending driving wall (4-002) at the same time, and the longitudinal conveying driving motor (4-005) can drive the longitudinal extending driving conveying column (4-007) to rotate together when rotating;

The longitudinal conveying gears (4-006) are fixedly arranged at two ends of the longitudinal extending conveying column (4-004) and the longitudinal extending driving conveying column (4-007) and can be meshed with the longitudinal connecting gears (4-009) for rotation;

the longitudinal extension driving conveying column (4-007) is provided with the longitudinal conveying driving motor (4-005), one end of the longitudinal conveying driving motor is fixedly provided with the extension longitudinal bearing (4-008) and is connected with the longitudinal extension conveying wall (4-003) through the extension longitudinal bearing (4-008), the other end of the longitudinal conveying driving motor is in clamping connection with the longitudinal conveying driving motor (4-005), the longitudinal conveying driving motor (4-006) is provided with the longitudinal conveying gear (4-006), the longitudinal conveying gear (4-006) can be meshed and matched with the longitudinal connecting gear (4-009), when the longitudinal conveying gear (4-006) on the longitudinal extension driving conveying column (4-007) rotates, the longitudinal connecting gear (4-009) also rotates together, and when the longitudinal connecting gear (4-009) rotates, the longitudinal extending conveying column (4-004) also rotates together through meshing with the longitudinal conveying gear (4-006) on the longitudinal extending conveying column (4-004);

The inner sides of the extending longitudinal bearings (4-008) are respectively fixedly arranged at two ends of the longitudinal extending conveying column (4-004) and one end of the longitudinal extending driving conveying column (4-007), and the outer sides of the extending longitudinal bearings are fixedly arranged in the longitudinal extending conveying driving wall (4-002) and the longitudinal extending conveying wall (4-003), so that the inner sides of the longitudinal extending driving conveying column (4-007) and the longitudinal extending conveying column (4-004) can freely rotate under the driving of the longitudinal conveying driving motor (4-005);

the longitudinal engagement gears (4-009) can be meshed with the longitudinal conveying gears (4-006) arranged on the longitudinal extending driving conveying column (4-007) and the longitudinal extending conveying column (4-004) to rotate so as to realize the same direction rotation between the longitudinal extending conveying column (4-004) and between the longitudinal extending driving conveying column (4-007) and the longitudinal extending conveying column (4-004);

the longitudinal gear support (4-010) is fixedly arranged inside the longitudinally extending transmission driving wall (4-002) and is used for fixedly arranging the longitudinal gear fixing shaft (4-011);

The two ends of the longitudinal gear fixing shaft (4-011) are fixedly arranged on the longitudinal gear support (4-010), and the middle is connected with the longitudinal connecting gear (4-009) through a bearing.

5. The intelligent security matching screening conveyor according to claim 1, wherein the bottom of the transverse extending support column (5-001) is fixedly connected with the floor (6-001), and the top is fixedly connected with the transverse extending conveying driving wall (5-002) and the transverse extending conveying wall (5-003) respectively, and is used for supporting the whole transverse extending conveying equipment (1-003);

the transverse extension conveying driving wall (5-002) is connected and supported by a plurality of transverse extension supporting columns (5-001), a gap is formed in the transverse extension conveying driving wall (5-002) and used for installing the transverse extension conveying supporting columns (5-007), the extension transverse bearings (5-008), the transverse connecting gears (5-009), the transverse gear support (5-010) and the transverse gear fixing shafts (5-011), the transverse extension conveying driving wall (5-002) is used for installing the transverse extension conveying supporting columns (5-004) through the extension transverse bearings (5-008) and is simultaneously used for installing the transverse conveying driving motor (5-005), and the transverse extension conveying driving wall (5-002) is fixedly connected with the outer sides of the extension transverse bearings (5-008);

The transverse extending conveying wall (5-003) is connected and supported by a plurality of transverse extending support posts (5-001) and is used for installing the transverse extending conveying posts (5-004) through the extending transverse bearings (5-008), and the extending transverse bearings (5-008) are installed and fixed in the transverse extending conveying wall (5-003) and are fixedly connected with the outer sides of the extending transverse bearings (5-008);

the two ends of the transverse extension conveying column (5-004) are respectively provided with and fixed with an extension transverse bearing (5-008), the extension transverse bearing (5-008) is respectively connected with the transverse extension conveying wall (5-003) and the transverse extension conveying driving wall (5-002), the two ends of the transverse extension conveying column (5-004) are respectively provided with a transverse conveying gear (5-006), the transverse conveying gears (5-006) can be meshed and matched with the transverse connecting gears (5-009) on the two sides to rotate together, and the two adjacent transverse extension conveying columns (5-004) can be meshed with the transverse connecting gears (5-009) to realize the same-direction rotation together;

the transverse transmission driving motor (5-005) is mounted and clamped on the transverse extension driving transmission column (5-007), the transverse transmission driving motor and the transverse extension driving transmission column can be coupled and clamped, the transverse transmission driving motor (5-005) is fixedly mounted on the transverse extension driving wall (5-002) at the same time, and the transverse transmission driving motor (5-005) can drive the transverse extension driving transmission column (5-007) to rotate together when rotating;

The transverse conveying gears (5-006) are fixedly arranged at two ends of the transverse extending conveying column (5-004) and the transverse extending driving conveying column (5-007) and can be meshed with the transverse connecting gears (5-009) for rotation;

the transverse extension driving conveying column (5-007) is provided with the transverse conveying driving motor (5-005), one end of the transverse extension driving conveying column is provided with the extension transverse bearing (5-008) and is connected with the transverse extension conveying wall (5-003) through the extension transverse bearing (5-008), the other end of the transverse extension driving conveying column is in clamping connection with the transverse conveying driving motor (5-005) and is provided with the transverse conveying gear (5-006), the transverse conveying gear (5-006) can be meshed and matched with the transverse connection gear (5-009), when the transverse conveying gear (5-006) on the transverse extension driving conveying column (5-007) rotates, the transverse connection gear (5-009) also rotates together, and when the transverse connection gear (5-009) rotates, the transverse extension conveying column (5-004) also rotates together through meshing with the transverse conveying gear (5-006) on the transverse extension conveying column (5-004);

The inner sides of the extending transverse bearings (5-008) are respectively fixedly arranged at two ends of the transverse extending conveying column (5-004) and one end of the transverse extending driving conveying column (5-007), the outer sides of the extending transverse bearings are fixedly arranged in the transverse extending conveying driving wall (5-002) and the transverse extending conveying wall (5-003), and the inner sides of the transverse extending driving conveying column (5-007) and the transverse extending conveying column (5-004) can freely rotate under the driving of the transverse conveying driving motor (5-005);

the transverse connection gears (5-009) can be meshed with the transverse transmission gears (5-006) arranged on the transverse extension driving transmission column (5-007) and the transverse extension transmission column (5-004) to rotate so as to realize the same direction rotation between the transverse extension transmission column (5-004) and between the transverse extension driving transmission column (5-007) and the transverse extension transmission column (5-004);

the transverse gear support (5-010) is fixedly arranged in the transverse extension transmission driving wall (5-002) and is used for fixedly arranging the transverse gear fixing shaft (5-011);

The two ends of the transverse gear fixing shaft (5-011) are fixedly arranged on the transverse gear support (5-010), and the middle is connected with the transverse connecting gear (5-009) through a bearing.

6. Intelligent security matching screening conveyor according to claim 1, characterized in that the floor (6-001) is used for connecting and fixing the transversely extending support (5-001), the longitudinally extending support (4-001) and the longitudinal fixing frame (6-002) so that their relative positions are kept unchanged;

the longitudinal fixing frames (6-002) are fixedly arranged on the floor (6-001), the top ends of the two sides of the longitudinal fixing frames are fixedly connected with the longitudinal connecting main frames (6-006), and the longitudinal fixing frames (6-002) are connected with the longitudinal driving columns (2-012) through the longitudinal fixing frame bearings (6-015) and are used for bearing pressure transmitted by the longitudinal connecting main frames (6-006);

the top ends of two sides of the transverse lifting frames (6-003) are fixedly connected with the transverse connection main frame (6-007) and used for bearing pressure transmitted by the transverse connection main frame (6-007), the bottoms of the transverse lifting frames (6-003) are fixedly connected with the telescopic arms (6-011) of the two lifters (6-008) and can move in a telescopic way together when the telescopic arms (6-011) move in a telescopic way up and down, and the transverse lifting frames (6-003) are connected with the transverse driving columns (3-012) through the longitudinal fixing frame bearings (6-015);

The longitudinal motor unit (6-004) is fixedly arranged on the longitudinal driving fixing frame (6-013) and is in clamping connection with the longitudinal driving column (2-012), and a motor in the longitudinal motor unit (6-004) can drive the longitudinal driving column (2-012) to rotate;

the transverse motor unit (6-005) is fixedly arranged on the transverse driving lifting frame (6-014) and is in clamping connection with the transverse driving column (3-012), and a motor in the transverse motor unit (6-005) can drive the transverse driving column (3-012) to rotate;

the longitudinal connecting main frames (6-006) are used for connecting all the longitudinal connecting brackets (2-001), and two ends of the longitudinal connecting main frames are fixedly connected with upright posts on two sides of the longitudinal fixing frames (6-002);

the transverse connection total frames (6-007) are used for connecting all the transverse connection brackets (3-001), and two ends of each transverse connection total frame are fixedly connected with the upright posts on two sides of the transverse lifting frames (6-003);

the lifter (6-008) comprises three parts, namely a telescopic fixed seat (6-009), a telescopic motor (6-010), a telescopic arm (6-011) and a screw rod (6-012), and is used for supporting and driving lifting movement of the transverse conveying equipment (1-002);

The telescopic fixed seat (6-009) is fixedly connected with the floor (6-001), the screw rod (6-012) is internally installed, and a gear at the bottom of the screw rod (6-012) is meshed and matched with a gear of the telescopic motor (6-010);

the telescopic motor (6-010) is fixedly connected with the telescopic fixed seat (6-009), can be meshed with a gear at the bottom of the screw rod (6-012) through the gear, and can drive the screw rod (6-012) to rotate;

the telescopic arm (6-011) is connected with the screw rod (6-012) through a coupling relation of a screw and a nut, and can move up and down in a telescopic manner when the screw rod (6-012) rotates, the top of the telescopic arm (6-011) is fixedly connected with the transverse lifting frame (6-003), and can drive the transverse lifting frame (6-003) to move up and down;

the screw rod (6-012) is arranged in the telescopic fixed seat (6-009), can rotate freely, is provided with a gear at the bottom, can be meshed with the telescopic motor (6-010) and rotates under the drive of the telescopic motor (6-010), and is connected with the telescopic arm (6-011) through a coupling relation of a screw nut, and when the screw rod (6-012) rotates, the telescopic arm (6-011) moves up and down in a telescopic way;

The longitudinal driving fixing frame (6-013) is fixedly arranged on the floor (6-001), the top ends of two sides of the longitudinal driving fixing frame are fixedly connected with the longitudinal connecting main frame (6-006), and the bottom of the longitudinal driving fixing frame is used for installing the longitudinal motor unit (6-004);

the top ends of two sides of the transverse driving lifting frames (6-014) are fixedly connected with the transverse connecting main frame (6-007) and used for bearing pressure transmitted by the transverse connecting main frame (6-007), the bottoms of the transverse lifting frames (6-003) are fixedly connected with the telescopic arms (6-011) of the two lifting frames (6-008), and can move in a telescopic way together when the telescopic arms (6-011) move in a telescopic way up and down manner, and the transverse driving lifting frames are used for installing the transverse motor unit (6-005);

the outer side of the longitudinal fixing frame bearing (6-015) is fixedly arranged in the longitudinal fixing frame (6-002), and the inner side of the longitudinal fixing frame bearing is connected with the longitudinal driving column (2-012) so as to realize free rotation of the longitudinal driving column (2-012);

the outer side of the transverse lifting frame bearing (6-016) is fixedly arranged inside the transverse lifting frame (6-003), and the inner side of the transverse lifting frame bearing is connected with the transverse driving column (3-012) so as to realize free rotation of the transverse driving column (3-012).

7. The intelligent security screening conveyor according to claim 1, characterized in that the identification camera (7-001) is mounted on the intelligent security screening machine (7-002), dynamically feeding back image data of baggage or packages observed on the lateral conveying device (1-002) and the longitudinally extending conveying device (1-003) to the intelligent processing system via control lines;

the intelligent security check machine (7-002) is used for installing the identification camera (7-001) and detecting whether articles which violate regulations and are forbidden to be carried exist in the luggage or the package, and feeding back the articles to the intelligent processing system through the control circuit;

the security inspection conveyor belt (7-003) is part of the intelligent security inspection machine (7-002) for conveying baggage or packages to the longitudinal conveying device (1-001);

the marking camera (7-004) is used for shooting the picture characteristics of marked baggage or packages and transmitting image data to the intelligent processing system through the control circuit;

the intelligent processing system can receive data information transmitted by the identification camera (7-001), the intelligent security inspection machine (7-002) and the marking camera (7-004), the intelligent security inspection machine (7-002) is fed back with luggage or packages which violate specified objects through calculation processing, when the identification camera (7-001) finds out, the intelligent lifting equipment (1-005) is controlled through the control circuit to enable the transverse conveying equipment (1-002) to be lifted, meanwhile, a motor in the transverse motor unit (6-005) rotates to drive the transverse driving belt (3-010), the transverse driving conveying column (3-006), the transverse shaft (3-009), the transverse turntable (3-008), the transverse connecting strip (3-005) and the transverse passive conveying column (3-007) to rotate together, and finally the luggage or the packages are separated and conveyed onto the transverse extending conveying equipment (1-004) under the action of friction force by the transverse driving conveying column (3-006);

The control circuit is used for connecting the intelligent processing system with the identification camera (7-001), the intelligent security inspection machine (7-002), the marking camera (7-004) and the intelligent lifting equipment (1-005);

the power supply circuit is used for providing power supply power for the longitudinal conveying driving motor (4-005), the transverse conveying driving motor (5-005), the longitudinal motor set (6-004) and the transverse motor set (6-005).