阅读说明：本技术 一种铁路客站用行李智能托运系统及托运方法 (Intelligent luggage consignment system and method for railway passenger station ) 是由 韩锋 倪晓东 李晓阁 王宽 于 2020-12-28 设计创作，主要内容包括：本发明公开了一种铁路客站用行李智能托运系统,包括行李进装模块,以及设置在行李进装模块上的防护罩,按照行李输送方向依次设置在防护罩内且均与智能控制系统相连接的标签生成模块、标签处理模块和标签贴装模块,通过标签生成模块打印以生成具有托运信息的行李标签,标签处理模块用于在行李标签的边缘加装安装条,安装有行李标签的安装条通过标签贴装模块贴装至被行李进装模块输送的行李上。通过智能控制系统协调标签生成模块、标签处理模块和标签贴装模块依次完成行李标签打印、加装安装条和贴装,实现了行李托运过程行李贴标的高效和稳定,提高了车站总体的通过能力,从而提高车站可接纳的人流量。(The invention discloses an intelligent luggage consignment system for a railway passenger station, which comprises a luggage loading module, a protective cover arranged on the luggage loading module, a label generation module, a label processing module and a label pasting module, wherein the label generation module, the label processing module and the label pasting module are sequentially arranged in the protective cover according to the luggage conveying direction and are all connected with an intelligent control system, a luggage label with consignment information is generated by printing through the label generation module, the label processing module is used for additionally arranging a mounting strip on the edge of the luggage label, and the mounting strip provided with the luggage label is pasted on the luggage conveyed by the luggage loading module through the label pasting module. The intelligent control system coordinates the label generation module, the label processing module and the label mounting module to sequentially complete the printing of the luggage label, the mounting of the mounting bar and the mounting, so that the luggage labeling in the luggage consignment process is efficient and stable, the overall passing capacity of the station is improved, and the flow of people that the station can accept is improved.)

1. The intelligent baggage consigning system for the railway passenger station is characterized by comprising a baggage loading module and a protective cover arranged on the baggage loading module, wherein an automatic labeling module for sequentially and automatically labeling the baggage on the baggage loading module is arranged in the protective cover;

the automatic label module comprises an information input module and an intelligent control system which are integrated on the protective cover, and the information input module is connected with the intelligent control system;

the intelligent control system comprises a label generating module, a label processing module and a label pasting module which are arranged in the protective cover in sequence according to the luggage conveying direction and connected with the intelligent control system, wherein the information input module is used for conveying consignment information input by a user to the intelligent control system, the intelligent control system processes the consignment information and then prints the consignment information through the label generating module to generate a luggage label with the consignment information, the label processing module is used for additionally arranging a mounting strip with short nails at the edge of the luggage label, and the mounting strip provided with the luggage label is pasted on luggage conveyed by the luggage loading module through the label pasting module.

2. The intelligent consignment system for the luggage of the railway passenger station as claimed in claim 1, wherein the label processing module comprises a flat label conveying pipe butted with the output end of the label generation module, the flat label conveying pipe is provided with a butting beam opposite to the output end of the label generation module, one end of the butting beam opposite to the flat label conveying pipe is provided with a feeding module for supplying the mounting bars one by one, and an assembly cavity for inserting the mounting bars is arranged in the butting beam;

the label conveying flat tube is provided with flat holes penetrating through two ends of the label conveying flat tube, the input ends of the flat holes are in butt joint with and matched with the output end of the label generating module, the mounting bar is provided with a window relative to the front face of the short nail, information printed on the mounting bar is exposed through the window, the front end of the mounting bar is provided with a label jack communicated with the window, and the luggage label penetrates through the flat holes and is inserted into the label jack of the mounting bar.

3. The intelligent consignment system for the luggage of the railway passenger station as claimed in claim 3, wherein the flat label conveying pipe is provided with a propulsion assembly for driving the luggage label to move along the flat hole to the assembly cavity, the propulsion assembly comprises a micro motor mounted on the outer wall of the flat label conveying pipe and a rubber roller in transmission connection with the micro motor, the flat label conveying pipe is provided with an intervention hole for one side of the rubber roller to extend into the flat hole, the rubber roller and the intervention hole are provided in one-to-one correspondence, and the rubber roller and the intervention holes are distributed at intervals from the output end of the flat label conveying pipe to the other end of the flat label conveying pipe.

4. The intelligent consignment system for luggage for the railway passenger station as claimed in claim 2, wherein the tag mounting module is mounted on one side of the butt beam, a transfer hole penetrating through the assembly cavity is formed in one side of the butt beam close to the tag mounting module, a transfer assembly is mounted on the butt beam, the transfer assembly is used for transferring the mounting bar, into which the luggage tag is inserted, into the assembly cavity to the tag mounting module, and an adhesive layer is arranged at the end of the short nail opposite to the mounting bar;

the label pastes dress module includes the adsorber and installs the riser of adsorber, the riser is installed on the butt joint roof beam, the adsorber is in the mounting bar is followed it is right when shifting the hole and wearing out the mounting bar adsorbs, the riser is used for the drive to adsorb the mounting bar the luggage motion of adsorber below, the adsorber is in the mounting bar bottom the staple passes through will behind the viscose layer is pasted to luggage the mounting bar release, will the mounting bar release the adsorber quilt the riser drive resets.

5. The intelligent consignment system of luggage for railway passenger stations as claimed in claim 4, wherein said adsorber comprises an electromagnetic coil and a plastic shell for enclosing said electromagnetic coil, and a plurality of iron sheets distributed around said window are embedded in said mounting bar.

6. The intelligent consignment system for luggage of the railway passenger station as claimed in claim 4, wherein the transfer assembly comprises a sliding support plate slidably mounted at the bottom of the assembly cavity, and a rodless cylinder for driving the sliding support plate to extend out of the assembly cavity or reset from the transfer hole, and a guide groove for the sliding support plate to be inserted is formed at the bottom of the assembly cavity;

the inner wall of assembly chamber bottom and all separate to be equipped with two rows of grooves of stepping down that are parallel to each other on the layer board that slides, install a plurality of the mounting bar bottom the staple with two rows the arrangement that the groove suited of stepping down becomes two rows, just the degree of depth in groove of stepping down is greater than the staple with the axial length sum on viscose layer.

7. The intelligent consignment system for luggage of a railway passenger station as claimed in claim 6, wherein an extension slide rail is installed on the outer wall of one side of the assembly cavity, where the transfer hole is opened, the support surface for supporting the sliding support plate by the extension slide rail and the guide groove are located in the same horizontal plane, and the extension slide rail is used for supporting and guiding the sliding support plate extending out of the assembly cavity.

8. The intelligent consignment system for the luggage of the railway passenger station as claimed in claim 1, wherein the luggage loading module is a roller conveyor, the protection cover is U-shaped and is installed on the two side frames of the roller conveyor in a bridging manner, rod holes are formed in the two sides of the protection cover, a centering cylinder with one end matched with the rod holes in a sliding and inserting manner is installed on the outer wall of the protection cover, a clamping plate is installed at one end of the centering cylinder located in the protection cover, and the clamping plates parallel to each other on the two sides are driven by the centering cylinders on the two sides to synchronously approach each other so as to center the luggage on the roller conveyor.

9. A method for baggage consignment at a railway intelligent passenger station according to any one of claims 1 to 8, comprising:

s100, after a user processes the to-be-consigned luggage according to consignment requirements, consignment information of the to-be-consigned luggage is input through an information input module, the consignment information is analyzed and checked by the intelligent control system, and whether the consignment information belongs to effective information is judged;

s200, if the information does not belong to the valid information, reminding a user, and if the information belongs to the valid information, transmitting the supported information to the label printing module;

s300, the label printing module analyzes and transcodes the consignment information to generate an identification code containing the consignment information, the label printing module prints the identification code on label paper to manufacture a luggage label, and the luggage label is conveyed to a label processing module;

s400, the label processing module flattens the luggage label and additionally arranges a mounting strip with short nails at the bottom on the edge of the luggage label;

s500, after the installation bar with the luggage label inserted therein is moved and the direction of the installation bar is adjusted by the label mounting module, the installation bar is mounted on a label position on the luggage through the short nail in a posture that the bottom of the installation bar faces downwards.

10. The intelligent consignment method for luggage at a railway passenger station as claimed in claim 9, wherein a plurality of said short nails are arranged at intervals, and after said tag processing module moves and adjusts the orientation of said mounting bar, the bottom of said plurality of short nails is coated with adhesive to form an adhesive layer.

Technical Field

The invention relates to the technical field of railways, in particular to an intelligent luggage consignment system and a consignment method for a railway passenger station.

Background

The railway passenger station is an important place directly facing passenger service, and provides comprehensive passenger service for passengers to go out in the whole process of station entering, waiting, boarding, transfer, exiting and the like. At present, a railway transportation system deploys and applies a railway passenger service system integrated management platform, a passenger transport management information system, a railway passenger transport equipment management application and a passenger transport station emergency command application around the aim of providing more convenient information service for passengers and providing more intelligent and efficient management means for internal production operation.

The passenger is when carrying out the security check, need put into luggage security check machine with the luggage of carrying and carry out the security check, and before here, the passenger need carry the luggage and queue up at the entrance, often the passenger leads to it to remove inconveniently because of carrying a big piece of luggage, and has the luggage to stumble the case that the pedestrian caused luggage seriously to injure the death, consequently, it is necessary to provide luggage consignment service before passenger security check entrance, when improving passenger experience by bus, also be favorable to improving the condition that the entrance blocks up.

The baggage needs to be registered with consignment information before consignment and a baggage tag containing consignment information is attached to the baggage, but no labeling equipment is arranged aiming at the consignment of the baggage at present, and the problem of low consignment efficiency of the baggage due to manual labeling exists.

Disclosure of Invention

The invention aims to provide an intelligent consignment system and a consignment method for luggage for a railway passenger station, which aim to solve the technical problem of low efficiency of consignment of luggage caused by manual labeling in the prior art.

In order to solve the technical problems, the invention specifically provides the following technical scheme:

the intelligent baggage consigning system for the railway passenger station comprises a baggage loading module and a protective cover arranged on the baggage loading module, wherein an automatic labeling module for sequentially and automatically labeling the baggage on the baggage loading module is arranged in the protective cover;

the automatic label module comprises an information input module and an intelligent control system which are integrated on the protective cover, and the information input module is connected with the intelligent control system;

the intelligent control system comprises a label generating module, a label processing module and a label pasting module which are arranged in the protective cover in sequence according to the luggage conveying direction and connected with the intelligent control system, wherein the information input module is used for conveying consignment information input by a user to the intelligent control system, the intelligent control system processes the consignment information and then prints the consignment information through the label generating module to generate a luggage label with the consignment information, the label processing module is used for additionally arranging a mounting strip with short nails at the edge of the luggage label, and the mounting strip provided with the luggage label is pasted on luggage conveyed by the luggage loading module through the label pasting module.

As a preferred scheme of the present invention, the label processing module includes a flat label conveying pipe butted with an output end of the label generating module, the flat label conveying pipe is provided with a butting beam with respect to the output end of the label generating module, one end of the butting beam with respect to the flat label conveying pipe is provided with a feeding module for supplying the mounting bars one by one, and an assembly cavity for inserting the mounting bars is formed in the butting beam;

the label conveying flat tube is provided with flat holes penetrating through two ends of the label conveying flat tube, the input ends of the flat holes are in butt joint with and matched with the output end of the label generating module, the mounting bar is provided with a window relative to the front face of the short nail, information printed on the mounting bar is exposed through the window, the front end of the mounting bar is provided with a label jack communicated with the window, and the luggage label penetrates through the flat holes and is inserted into the label jack of the mounting bar.

As a preferable scheme of the present invention, a propulsion assembly for driving the baggage tag to move along the flat hole to the assembly cavity is mounted on the tag flat conveying pipe, the propulsion assembly includes a micro motor mounted on an outer wall of the tag flat conveying pipe, and a rubber roller in transmission connection with the micro motor, an intervention hole for allowing one side of the rubber roller to extend into the flat hole is formed in the tag flat conveying pipe, the rubber roller and the intervention hole are provided in a one-to-one correspondence manner, and the plurality of rubber rollers and the plurality of intervention holes are distributed at intervals from an output end of the tag flat conveying pipe to the other end.

As a preferred aspect of the present invention, the tag mounting module is mounted on one side of the butt beam, a transfer hole penetrating through the assembly cavity is formed in one side of the butt beam close to the tag mounting module, a transfer component is mounted on the butt beam, the transfer component is configured to transfer the mounting bar, into which the baggage tag is inserted, in the assembly cavity to the tag mounting module, and an adhesive layer is disposed at an end of the short nail opposite to the mounting bar;

the label pastes dress module includes the adsorber and installs the riser of adsorber, the riser is installed on the butt joint roof beam, the adsorber is in the mounting bar is followed it is right when shifting the hole and wearing out the mounting bar adsorbs, the riser is used for the drive to adsorb the mounting bar the luggage motion of adsorber below, the adsorber is in the mounting bar bottom the staple passes through will behind the viscose layer is pasted to luggage the mounting bar release, will the mounting bar release the adsorber quilt the riser drive resets.

As a preferable aspect of the present invention, the adsorber includes a solenoid coil and a plastic casing for enclosing the solenoid coil, and a plurality of iron pieces distributed around the window are embedded and mounted in the mounting bar.

As a preferred scheme of the invention, the transfer assembly comprises a sliding support plate which is slidably mounted at the bottom of the assembly cavity, and a rodless cylinder which is used for driving the sliding support plate to extend out of the assembly cavity from the transfer hole or reset, wherein the bottom of the assembly cavity is provided with a guide groove for the sliding support plate to be embedded in;

the inner wall of assembly chamber bottom and all separate to be equipped with two rows of grooves of stepping down that are parallel to each other on the layer board that slides, install a plurality of the mounting bar bottom the staple with two rows the arrangement that the groove suited of stepping down becomes two rows, just the degree of depth in groove of stepping down is greater than the staple with the axial length sum on viscose layer.

As a preferable scheme of the present invention, an extension slide rail is installed on an outer wall of one side of the assembly cavity, where the transfer hole is formed, a supporting surface of the extension slide rail and the guide groove, which are used for supporting the sliding support plate, are located in the same horizontal plane, and the extension slide rail is used for supporting and guiding the sliding support plate extending out of the assembly cavity.

As a preferable scheme of the invention, the baggage loading module is a roller conveyor, the protective cover is U-shaped and is installed on the racks on the two sides of the roller conveyor in a bridging manner, rod holes are formed in the two sides of the protective cover in a penetrating manner, a centering cylinder with one end matched with the rod holes in a sliding and inserting manner is installed on the outer wall of the protective cover, a clamping plate is installed at one end of the centering cylinder located in the protective cover, and the clamping plates on the two sides, which are parallel to each other, are driven by the centering cylinders on the two sides to synchronously approach each other so as to center baggage on the roller conveyor.

In order to solve the above technical problems, the present invention further provides the following technical solutions: an intelligent baggage consignment method for a railway passenger station comprises the following steps:

s100, after a user processes the to-be-consigned luggage according to consignment requirements, consignment information of the to-be-consigned luggage is input through an information input module, the consignment information is analyzed and checked by the intelligent control system, and whether the consignment information belongs to effective information is judged;

s200, if the information does not belong to the valid information, reminding a user, and if the information belongs to the valid information, transmitting the supported information to the label printing module;

s300, the label printing module analyzes and transcodes the consignment information to generate an identification code containing the consignment information, the label printing module prints the identification code on label paper to manufacture a luggage label, and the luggage label is conveyed to a label processing module;

s400, the label processing module flattens the luggage label and additionally arranges a mounting strip with short nails at the bottom on the edge of the luggage label;

s500, after the installation bar with the luggage label inserted therein is moved and the direction of the installation bar is adjusted by the label mounting module, the installation bar is mounted on a label position on the luggage through the short nail in a posture that the bottom of the installation bar faces downwards.

As a preferable aspect of the present invention, the plurality of short pins are arranged at intervals, and after the label processing module moves and adjusts the orientation of the mounting bar, the adhesive is coated on the bottoms of the plurality of short pins to form an adhesive layer.

Compared with the prior art, the invention has the following beneficial effects:

according to the invention, the intelligent control system coordinates the label generation module, the label processing module and the label pasting module to sequentially complete the printing, installing the mounting bar and pasting of the luggage label, so that the automatic pasting in the luggage consignment process is realized, the automatic pasting is beneficial to the high efficiency and stability of the luggage pasting in the luggage consignment process, the congestion of the luggage consignment position is avoided or reduced, the overall passing capacity of a station is improved, and the flow of people receivable by the station is improved.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It should be apparent that the drawings in the following description are merely exemplary, and that other embodiments can be derived from the drawings provided by those of ordinary skill in the art without inventive effort.

FIG. 1 is a schematic overall structure diagram of an embodiment of the present invention;

fig. 2 is a schematic structural view of a label conveying flat tube according to an embodiment of the present invention;

FIG. 3 is a schematic structural diagram of a docking beam according to an embodiment of the present invention;

FIG. 4 is a schematic diagram of an adsorber in accordance with an embodiment of the invention;

FIG. 5 is a schematic view of a protective cover according to an embodiment of the present invention;

FIG. 6 is a flow chart of an embodiment of the present invention;

fig. 7 is an overall block diagram of the system according to the embodiment of the present invention.

The reference numerals in the drawings denote the following, respectively:

1-a baggage stowage module; 2-a protective cover; 3-an information input module; 4-an intelligent control system; 5-a tag generation module; 6-a label processing module; 7-label mounting module; 8-mounting the bar; 9-a propulsion assembly; 10-a transfer assembly; 11-a yielding groove; 12-an extension slide rail; 13-centering cylinder; 14-a splint; 15-a luggage tag;

201-rod hole;

601-label conveying flat pipe; 602-a butt-joint beam; 6011-flat hole; 6012-access hole; 6021-assembly cavity; 6022-transfer wells; 6023-guide groove;

701-an adsorber; 702-a lifter; 7011-a solenoid; 7012-plastic shell;

801-short nails; 802-window; 803-label jack; 804-an adhesive layer; 805-iron sheet;

901-a micro motor; 902-rubber roller;

1001-slip pallet; 1002-rodless cylinder.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

As shown in fig. 1 to 7, the present invention provides an intelligent baggage consignment system for a railway passenger station, which includes a baggage loading module 1, and a protective cover 2 disposed on the baggage loading module 1, wherein an automatic labeling module for automatically labeling baggage on the baggage loading module 1 in sequence is disposed in the protective cover 2.

The automatic label module comprises an information input module 3 and an intelligent control system 4 which are integrated on the protective cover 2, and the information input module 3 is connected with the intelligent control system 4.

Set gradually in protection casing 2 and all be connected with intelligent control system 4 label generation module 5 according to luggage direction of delivery, label processing module 6 and label pastes dress module 7, information input module 3 is used for carrying the consignment information of user input to intelligent control system 4, intelligent control system 4 processes the consignment information and prints through label generation module 5 in order to generate the luggage label 15 that has the consignment information, label processing module 6 is used for installing the installation strip 8 that has staple 801 additional at the edge of luggage label 15, the installation strip 8 of installing luggage label 15 pastes dress to being adorned on the luggage that module 1 carried by luggage through label pastes dress module 7.

Specifically, after receiving the shipping information input by the user, the intelligent control system 4 transfers the shipping information to the tag generation module 5, the tag generation module 5 generates a corresponding baggage tag 15 according to the shipping information, and the baggage tag 15 has a two-dimensional code, a barcode or directly printed shipping information according to the type of the tag generation module 5. Subsequently, the intelligent control system 4 controls the tag processing module 6 to acquire the baggage tag 15 from the tag generation module 5, and controls the tag processing module 6 to perform an action of wrapping the edge of the baggage tag 15 with the mounting bar 8. After the tag processing module 6 attaches the mounting bar 8 to the baggage tag 15, the intelligent control system 4 controls the tag attaching module 7 to acquire the mounting bar 8 with the baggage tag 15, and controls the tag attaching module 7 to attach the mounting bar 8 with the baggage tag 15 to the baggage on the baggage loading module 1.

The label generating module 5 is a barcode printer, a two-dimensional code printer or other devices with label printing functions. In addition, the baggage loading module 1 generally has a baggage security check system, and the position of the baggage is detected and adjusted by the baggage security check system so as to ensure that the baggage on the baggage loading module 1 is located in the mounting region of the tag mounting module 7. The mounting bar 8 is installed at the edge of luggage label 15 through pasting, the cover is established, mode such as binding additional, the concrete structure of mounting bar 8 is according to the mode of installing with luggage label 15 additional and corresponding setting, and the concrete structure of stull 801 is installed the corresponding adjustment according to the concrete structure of module 7 on the label 8, for example, when the label is installed module 7 and is adopted the structure similar with the nailer, stull 801 is the sharp steel needle of tip in order to prick into the top layer of luggage, and when the label is installed module 7 and only adopts the subsides mode of pushing down, then the bottom coating of stull 801 has the viscose in order to paste on luggage.

The printed luggage label 15 of the label generating module 5 is flattened in the label processing module 6 in a mode that the mounting strip 8 is additionally arranged at the edge to ensure the smoothness of the luggage label 15 during transferring and mounting, the plurality of short nails 801 arranged at the bottom of the mounting strip 8 and used for mounting the mounting strip 8 provided with the luggage label 15 on the corresponding luggage through the mounting strip 8 are mounted through the label mounting module 7, the plurality of short nails 801 are mutually spaced and protrude out of the bottom of the mounting strip 8 to be beneficial to mounting the mounting strip 8 on the luggage with uneven lines on the surface, the label generating module 5, the label processing module 6 and the label mounting module 7 sequentially complete the printing, mounting and mounting of the luggage label 15 under the coordination of the intelligent control system 4, the automatic labeling in the luggage consignment process is realized, the automatic labeling is beneficial to the high efficiency and stability of the labeling in the luggage consignment process, the jam at the luggage consignment position is avoided or relieved, and the overall passing capacity of the station is improved, so that the flow of people receivable by the station is improved.

The label processing module 6 includes a label conveying flat tube 601 butted with the output end of the label generating module 5, a butt-joint beam 602 is installed on the label conveying flat tube 601 relative to the output end of the label generating module 5, a feeding module 603 used for supplying the mounting bars 8 one by one is installed on the butt-joint beam 602 relative to one end of the label conveying flat tube 601, and an assembling cavity 6021 for inserting the mounting bars 8 is formed in the butt-joint beam 602.

The flat tube 601 is provided with flat holes 6011 penetrating through two ends of the flat tube, the input end of the flat hole 6011 is in butt joint with and matched with the output end of the label generating module 5, the installation bar 8 is provided with a window 802 relative to the front face of the short nail 801, the printed information on the installation bar 8 is exposed through the window 802, the front end of the installation bar 8 is provided with a label jack 803 communicated with the window 802, and the luggage label 15 penetrates through the flat hole 6011 and is inserted into the label jack 803 of the installation bar 8.

In this embodiment, the baggage tag 15 and the mounting bar 8 are preferably assembled in a plug-in manner to simplify the structure of the assembly cavity 6021, the feeding module 603 is a manipulator or other device with equivalent function, the mounting bar 8 is inserted into the assembly cavity 6021 by the feeding module 603 in a posture that the front end of the feeding module 603 faces the flat label conveying pipe 601, then the baggage tag 15 in the flat label conveying pipe 601 is gradually inserted into the tag insertion hole 803 of the mounting bar 8 from the opening at the front end of the mounting bar 8, and the printed front side of the baggage tag 15 is arranged upward, so that the printed content on the baggage tag 15 is exposed through the front window 802 of the mounting bar 8 for recognition by a machine or a person.

The input end of the flat label conveying pipe 601 is butted and matched with the outlet of the label printing module, so that the luggage label 15 printed by the label printing module directly enters the flat hole 6011 of the flat label conveying pipe 601. The luggage tag 15 in the flat tag conveying pipe 601 is conveyed along the inclined flat tag conveying pipe 601 by its own weight, pushed by the tag printing module, pulled by the tag processing module 6 or pushed by another auxiliary module to be conveyed along the flat tag conveying pipe 601 to the tag processing module 6.

The width and height of the flat hole 6011 are slightly larger than those of the baggage tag 15, so as to prevent the baggage tag 15 from being stuck in the flat tag conveying pipe 601. And the width and the thickness of assembly chamber 6021 slightly are greater than the width and the thickness of mounting bar 8, ensure that mounting bar 8 can insert assembly chamber 6021 smoothly simultaneously, carry on spacingly to mounting bar 8, avoid mounting bar 8 to produce the skew and lead to the problem that luggage label 15 can't insert label jack 803 in the unmatched assembly chamber 6021 of size.

It is further optimized in the above embodiment that the flat label conveying tube 601 is provided with the propelling component 9 for driving the baggage label 15 to move towards the assembly cavity 6021 along the flat hole 6011, the propelling component 9 includes the micro motor 901 installed on the outer wall of the flat label conveying tube 601, and the rubber roller 902 in transmission connection with the micro motor 901, the flat label conveying tube 601 is provided with the intervention hole 6012 through which one side of the rubber roller 902 extends into the flat hole 6011, the rubber roller 902 and the intervention hole 6012 are in one-to-one correspondence, and the plurality of rubber rollers 902 and the plurality of intervention holes 6012 are distributed at intervals from the output end to the other end of the flat label conveying tube 601.

When the luggage tag 15 is output by the tag printing module, the front end of the luggage tag 15 is inserted into the flat hole 6011, and the luggage tag 15 is driven by the plurality of rubber rollers 902 inserted into the flat hole 6011 at the side to rapidly move into the tag insertion hole 803 of the mounting bar 8 along the flat hole 6011, the number of the rubber rollers 902 is correspondingly increased along with the increase of the length of the tag conveying flat tube 601, and the plurality of rubber rollers 902 are driven by the micro motor 901 to rotate in the same rotation mode, so that the luggage tag 15 is prevented from being squeezed or pulled.

The tag mounting module 7 is mounted on one side of the butt-joint beam 602, a transfer hole 6022 penetrating to the assembly cavity 6021 is formed in one side of the butt-joint beam 6 close to the tag mounting module 7, the transfer component 10 is mounted on the butt-joint beam 602, the transfer component 10 is used for transferring the mounting bar 8 inserted with the luggage tag 15 in the assembly cavity 6021 to the tag mounting module 7, and the short nail 801 is provided with an adhesive layer 804 relative to the end of the mounting bar 8.

The mounting bar 8 inserted into the luggage tag 15 is directly transferred from the one-side transfer hole 6022 to the tag mounting module 7 at the driving component of the transfer component 10, and the short nail 801 enables the mounting bar 8 to be mounted on the luggage through the adhesive layer 804 arranged on the end plane of the short nail 801, so that the mounting mode is favorable for the structure of the fake-call tag mounting module 7, and the damage to the luggage is avoided.

Preferably, the label attachment module 7 includes a suction unit 701 and a lifter 702 to which the suction unit 701 is attached, the lifter 702 is attached to the abutting beam 602, the suction unit 701 sucks the mounting bar 8 when the mounting bar 8 passes through the transfer hole 6022, and the lifter 702 drives the suction unit 701 sucking the mounting bar 8 to move downward.

The lifter 702 is equipment with the same function such as a lifting air cylinder, a hydraulic oil cylinder or an electric push rod, the absorber 701 is positioned right above one side of the transfer hole 6022, when the mounting bar 8 is moved out of the transfer hole 6022, the absorber 701 absorbs the mounting bar 8 in a negative pressure or electromagnetic mode to the mounting bar 8, so that the mounting bar 8 is transferred to the label mounting module 7, then, the absorber 701 releases the mounting bar 8 after the short nail 801 at the bottom of the mounting bar 8 is adhered to the luggage through the adhesive layer 804, and the absorber 701 released by the mounting bar 8 is driven by the lifter 702 to reset.

Preferably, the adsorber 701 includes a solenoid 7011 and a plastic housing 7012 enclosing the solenoid 7011, with a plurality of iron plates 805 distributed around the window 802 embedded in the mounting bar 8. The mounting bar 8 is adsorbed in the whole process that the mounting bar 8 is moved out of the transfer hole 6022 by matching the electromagnetic coil 7011 with the iron sheet 805, so that the situation that the mounting bar 8 falls is avoided.

It is further optimized in the above embodiment that the transfer assembly 10 includes a slide plate 1001 slidably mounted at the bottom of the assembly chamber 6021, and a rodless cylinder 1002 for driving the slide plate 1001 out of the assembly chamber 6021 or reset from the transfer hole 6022. The mounting bar 8 inserted into the assembly cavity 6021 is positioned on the sliding support plate 1001, and the rodless cylinder 1002 drives the sliding support plate 1001 to pass through the transfer hole 6022, so that the mounting bar 8 on the sliding support plate 1001 is attracted by the electromagnetic coil 7011 directly above the side of the transfer hole 6022.

In addition, the rodless cylinder 1002 is preferably disposed at the bottom of the docking beam 602, and a strip-shaped hole penetrating through the assembly cavity 6021 is formed at the bottom of the docking beam 602 along the sliding direction of the sliding support plate 1001, so that the slider of the rodless cylinder 1002 extends into the assembly cavity 6021 and is connected with the sliding support plate 1001.

Moreover, two rows of parallel yielding grooves 11 are arranged on the inner wall of the bottom of the assembly cavity 6021 and the sliding support plate 1001 at intervals, a guide groove 6023 for the sliding support plate 1001 to be embedded is arranged at the bottom of the assembly cavity 6021, a plurality of short nails 801 arranged at the bottom of the mounting bar 8 are arranged in two rows in a manner of being matched with the two rows of yielding grooves 11, and the depth of the yielding grooves 11 is greater than the sum of the axial lengths of the short nails 801 and the adhesive layer 804.

By slidably fitting the sliding plate 1001 in the guide groove 6023, the top of the sliding plate 1001 is at the same level as the bottom of the assembly cavity 6021, thereby preventing the sliding plate 1001 from obstructing the insertion of the mounting bar 8 into the assembly cavity 6021. And the two rows of chutes arranged at the bottom of the assembly cavity 6021 and the top of the sliding support plate 1001 realize abdication of the two rows of short nails 801 at the bottom of the mounting bar 8, and realize guiding and limiting of the mounting bar 8 through the matching of the short nails 801 and the chutes, further facilitate the assembly of the mounting bar 8 and the luggage tag 15, and avoid the deviation of the mounting bar 8 when moving out of the transfer hole 6022 along with the sliding support plate 1001.

It is further optimized in the above embodiment that the outer wall of the assembly cavity 6021 on the side provided with the transfer hole 6022 is provided with an extension slide rail 12, the extension slide rail 12 and the surface of the guide groove 6023 are located in the same plane, and the extension slide rail 12 is used for supporting and guiding the sliding support plate 1001 extending out of the assembly cavity 6021.

The extension slide rail 12 extends in a direction in which the slide plate 1001 moves toward the transfer hole 6022, and the extension slide rail 12 is provided to assist in supporting and guiding the slide plate 1001 out of or partially out of the assembly cavity 6021.

What further optimizes on the above-mentioned embodiment, luggage advances to adorn module 1 and is roller conveyor, protection casing 2 is "U" shape and the cross-over installation is in roller conveyor's both sides frame, and the both sides of protection casing 2 all run through and have seted up pole hole 201, install one end and pole hole 201 slip grafting complex centering cylinder 13 on protection casing 2's the outer wall, the splint 14 are installed to the one end that centering cylinder 13 is located protection casing 2, splint 14 that both sides are parallel to each other are close to each other in step under the drive of both sides centering cylinder 13 with centering to the luggage on the roller conveyor.

The opposite and synchronous movement of the clamping plates 14 at the two sides pushes the luggage on the roller conveyor to the middle position of the conveying roller, so that the luggage can be centered, and the defect that the labeling of the labels to the luggage is not facilitated due to the position deviation of the luggage is avoided.

The invention also provides an intelligent luggage consignment mode for the railway passenger station, which comprises the following steps:

s100, after a user processes the to-be-consigned luggage according to consignment requirements, consignment information of the to-be-consigned luggage is input through an information input module, the consignment information is analyzed and checked by the intelligent control system, and whether the consignment information belongs to effective information is judged;

s200, if the information does not belong to the valid information, reminding a user, and if the information belongs to the valid information, transmitting the supported information to the label printing module;

s300, the label printing module analyzes and transcodes the consignment information to generate an identification code containing the consignment information, the label printing module prints the identification code on label paper to manufacture a luggage label, and the luggage label is conveyed to a label processing module;

s400, the label processing module flattens the luggage label and additionally arranges a mounting strip with short nails at the bottom on the edge of the luggage label;

s500, after the installation bar with the luggage label inserted therein is moved and the direction of the installation bar is adjusted by the label mounting module, the installation bar is mounted on a label position on the luggage through the short nail in a posture that the bottom of the installation bar faces downwards.

As a preferable aspect of the present invention, the plurality of short pins are arranged at intervals, and after the label processing module moves and adjusts the orientation of the mounting bar, the adhesive is coated on the bottoms of the plurality of short pins to form an adhesive layer.

This implementation guarantees the level and smooth of luggage label when shifting and subsides through the mode at the edge mounting strip of luggage label, and is convenient for the luggage label to be fixed, remove and paste the dress by label subsides dress module.

The above embodiments are only exemplary embodiments of the present application, and are not intended to limit the present application, and the protection scope of the present application is defined by the claims. Various modifications and equivalents may be made by those skilled in the art within the spirit and scope of the present application and such modifications and equivalents should also be considered to be within the scope of the present application.