CN218950115U

CN218950115U - Turnover box verification system for cigarette carton distribution

Info

Publication number: CN218950115U
Application number: CN202220026493.6U
Authority: CN
Inventors: 钟瑞
Original assignee: Sichuan Zhiqing Yuntong Technology Co ltd
Current assignee: Sichuan Zhiqing Yuntong Technology Co ltd
Priority date: 2022-01-07
Filing date: 2022-01-07
Publication date: 2023-05-02
Anticipated expiration: 2032-01-07

Abstract

The utility model discloses a turnover box verification system for cigarette distribution, which comprises a warehouse-in verification device and a warehouse-out verification device, wherein the warehouse-in verification device comprises a cabinet, and more than one warehouse-in RFID reader-writer is fixedly arranged on the inner wall of the cabinet; the warehouse-in RFID readers are uniformly distributed on the side wall of the cabinet; the warehouse-out checking device comprises a scanning cabinet, wherein a conveying belt is arranged in the scanning cabinet, a warehouse-out RFID reader-writer corresponding to the RFID electronic tag is arranged on the side wall of the scanning cabinet, and the position of the warehouse-out RFID reader-writer corresponds to the RFID electronic tag of the turnover box; the two sides of the scanning cabinet are provided with the supporting rods, so that the problem that the working strength of the turnover box is high when staff supervises the turnover box is expected to be improved because the existing turnover box for manual scanning is possibly leaked, and the recovery quantity and the delivery quantity are poor in value each time.

Description

Turnover box verification system for cigarette carton distribution

Technical Field

The utility model relates to tobacco transportation verification, in particular to a turnover box verification system for carton cigarette distribution.

Background

The turnover box is also called a logistics box, the tobacco industry generally carries out unified distribution of cigarettes according to urban jurisdiction, the mode mainly uses a logistics distribution center as a core, a modern logistics distribution network is built, therefore, an efficient and instant distribution service site is built, after the logistics distribution center obtains orders of retailers, the goods are sorted and distributed according to the strips, the special turnover box is adopted for carrying, and the goods are distributed to retail stores through special delivery personnel, the turnover box is used as a packaging container of cigarettes, and the turnover boxes of the two retail stores are not mutually used.

The distribution of the cigarettes has a strict control flow, and in principle, the cigarettes in different areas are distributed independently and are not allowed to be transported in a staggered mode, so that independent bar codes are arranged for each turnover box, the bar codes of the turnover boxes are scanned manually before packaging and packaging are carried out for each turnover box, related codes are obtained, and the logistics data of the batch are checked.

The current cigarette ex-warehouse generally adopts manual hand-held code scanner to go on, and check through the manual work, and need unify closed loop recovery to the turnover case that the delivery finishes, because once retrieve the volume and generally be more than 1 time of the volume of ex-warehouse, and need check the turnover case of retrieving, discern whether unrecovery's turnover case appears, and the regional difference of probably retrieving leads to "string goods" risk. The current closed-loop strip tobacco pipe control is relatively complicated, so that manual omission is avoided, and the fact that the missing scanning cannot occur can be determined only by scanning more than twice at the warehouse outlet and the entrance each time is generally required, so that the efficiency of the whole distribution center is greatly influenced, and the work intensity of distribution supervision of the existing strip tobacco turnover box is worth researching.

Disclosure of Invention

The utility model aims to provide a turnover box verification system for cigarette carton distribution, which aims to solve the problems that the existing cigarette carton turnover box is likely to be overlooked for manual scanning, and the recovery quantity and the warehouse-out quantity each time have numerical value difference, so that the working strength of staff monitoring the turnover box is high.

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

the system is used for carrying out logistics distribution verification on the turnover boxes with RFID electronic tags, and comprises a warehouse-in verification device and a warehouse-out verification device, wherein the warehouse-in verification device is used for recording the distribution-completed and idle turnover boxes in batches, and the warehouse-out verification device is used for recording the turnover boxes to be distributed one by one; the warehouse-in checking device comprises a cabinet, wherein more than one warehouse-in RFID reader-writer is fixedly arranged on the inner wall of the cabinet; the warehouse-in RFID readers are uniformly distributed on the side wall of the cabinet; the warehouse-out checking device comprises a scanning cabinet, wherein a conveying belt is arranged in the scanning cabinet, a warehouse-out RFID reader-writer corresponding to the RFID electronic tag is arranged on the side wall of the scanning cabinet, and the position of the warehouse-out RFID reader-writer corresponds to the RFID electronic tag of the turnover box; the two sides of the scanning cabinet are provided with supporting rods, and the supporting rods are used for limiting the posture of the turnover box on the conveying belt.

Preferably, the transfer case verification system further comprises a computer, and the warehouse-in RFID reader-writer of the warehouse-in verification device and the warehouse-out RFID reader-writer of the warehouse-out verification device are both connected with the computer through signals.

Preferably, the side wall of the scanning cabinet is provided with a light-transmitting plate, the light-transmitting plate is provided with a scanning port, the ex-warehouse RFID reader-writer corresponds to the scanning port, a code scanner is arranged in the scanning port, the code scanner is positioned at one side of the ex-warehouse RFID reader-writer, and the code scanner is used for reading the bar code on the turnover box.

Preferably, the inner wall of the cabinet is also provided with a travel mechanism, the travel mechanism is provided with a bracket, the bracket is provided with a warehouse-in RFID reader-writer, and the travel mechanism is used for driving the warehouse-in RFID reader-writer to move.

Further technical scheme is, above-mentioned travel mechanism includes bedplate and lower bedplate, is equipped with the slide rail on the bedplate down, and above-mentioned bedplate lower extreme is equipped with the slider that corresponds with the slide rail, and above-mentioned support is fixed on the bedplate, and above-mentioned bedplate upper end is equipped with first travel cylinder, and above-mentioned first travel cylinder stiff end is connected the bedplate down, and above-mentioned first travel cylinder expansion end is connected the bedplate, and first travel cylinder is used for promoting bedplate horizontal migration on the bedplate down.

In a further scheme, a second stroke cylinder is arranged at the lower end of the lower seat plate, the fixed end of the second stroke cylinder is connected with the cabinet, the movable end of the second stroke cylinder is connected with the lower seat plate, and the lower seat plate is supported and driven by the second stroke cylinder to move downwards.

Compared with the prior art, the utility model has the beneficial effects that at least one of the following is adopted:

according to the utility model, the delivery information of the turnover box is recorded through the delivery verification device, the delivery information is recorded through the computer, and the delivery verification device records the delivered and unused turnover boxes in batches, so that a worker can determine the unrecovered turnover box information by calling the delivery record in the computer and comparing the delivery record, and meanwhile, the worker can timely and accurately acquire the data information related to the turnover box, and marks the delivery but not-delivered data in the area through checking the data. So that when problems occur, the situation of the related turnover box can be inquired through the computer.

The warehouse entry checking device adopts a batch verification mode, and a warehouse entry RFID reader-writer is used for carrying out coverage scanning, so that the recovered turnover box can be folded, and batch data acquisition is carried out. The turnover box filled with cigarettes is collected one by adopting a warehouse-out checking device, so that the data of each warehouse-out is ensured to be stored, and the sampling data of the warehouse-in RFID reader-writer is conveniently compared.

According to the warehousing verification device, the warehousing RFID reader-writer is used for sampling in a fixed mode and a mobile mode, so that the leaving is avoided, and the reduction of the checking burden of staff is facilitated.

Drawings

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

FIG. 2 is a schematic diagram of the structure of the checking device for warehouse-out according to the present utility model.

FIG. 3 is a schematic view of the travel mechanism of the present utility model.

Fig. 4 is a schematic view of the mounting of the bracket of the present utility model.

Detailed Description

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

Referring to fig. 1, one embodiment of the present utility model is a system for verifying the delivery of cigarettes in a container, the system being used for verifying the delivery of cigarettes in a container having an RFID tag, and comprising: the turnover checking system comprises a warehouse-in checking device 1 and a warehouse-out checking device 2, wherein the warehouse-in checking device 1 is used for recording the distributed and idle turnover boxes in batches, and the warehouse-out checking device 2 is used for recording the turnover boxes to be distributed one by one; the warehouse-in checking device 1 comprises a cabinet 101, wherein more than one warehouse-in RFID reader 102 is fixedly arranged on the inner wall of the cabinet 101; the warehouse-in RFID readers 102 are uniformly distributed on the side wall of the cabinet 101; the warehouse-out checking device 2 comprises a scanning cabinet 201, wherein a conveying belt 202 is arranged in the scanning cabinet 201, a warehouse-out RFID reader-writer 203 corresponding to an RFID electronic tag is arranged on the side wall of the scanning cabinet 201, and the position of the warehouse-out RFID reader-writer 203 corresponds to the RFID electronic tag of the turnover box; the two sides of the scanning cabinet 201 are provided with supporting rods 204, and the supporting rods 204 are used for limiting the posture of the turnover box on the conveying belt 202.

The warehouse-in checking device 1 and the warehouse-out checking device 2 can be adapted to a cigarette packing line, cigarettes are loaded into an empty turnover box on the cigarette packing line, RFID electronic tags on the turnover box are filled after packing is completed, and meanwhile bar code numbers on the turnover box are recorded.

Before the loaded turnover box is delivered out of the warehouse, the delivery verification device 2 is used for verifying, so that RFID electronic tag information is identified and recorded, and delivery data can be acquired through the RFID electronic tag.

After the carton cigarette turnover box is delivered out of the warehouse, a delivery person needs to recycle the turnover box after completing the delivery task, the carton cigarette is not stored in the container of the turnover box after the delivery is completed, the carton cigarette is generally stored in a folding way,

because the logistics addresses are different, the recovered turnover boxes are also recovered successively, the turnover boxes are generally arranged to be put in storage, the warehouse-out is carried out repeatedly and continuously under the condition of unchanged total quantity, and the warehouse-in is carried out independently in batches, so the number of warehouse-in times is smaller than that of warehouse-out times, and the number of turnover boxes in each warehouse-in is generally larger than that of warehouse-out. The successively recovered turnover boxes are folded and placed in the cabinet 101, and the turnover boxes are stacked, wherein the number of the warehouse-in RFID readers 102 can be more than one and are uniformly distributed in the cabinet 101, and the warehouse-in RFID readers 102 are used for carrying out coverage scanning on RFID electronic tags in the cabinet 101. The RFID electronic tag is covered with tag information in an SQL or ORACLE database, and needs to contain information of a delivery unit and content of delivery information, and the warehouse entry RFID reader 102 identifies the RFID electronic tag in the cabinet 101 without excessive manual intervention of staff. The ex-warehouse RFID reader 203 may be an existing RFID reader, an energy field capable of activating a tag is formed by the ex-warehouse RFID reader 203, the RFID tag on the transfer case is an existing passive tag, and in principle, no separate power supply maintenance is needed, so that the method has a long service period. According to the logistics demand of the cigarettes, the RFID tag on the turnover box stores the product information packaged by the turnover box and corresponding logistics data. The information recorded in the RFID tag is read and written by communicating with the RFID tag through the outbound RFID reader/writer 203. So that the warehousing and the ex-warehouse can be performed in the whole transportation system and at least one verification of the RFID electronic tag is performed. Is favorable for reducing the possible omission of manual operation and reducing the labor cost.

Based on the above embodiments, referring to fig. 1, in one embodiment of the present utility model, the system for verifying a turnover box further includes a computer, where the warehouse entry RFID reader 102 of the warehouse entry verification device 1 and the warehouse exit RFID reader 203 of the warehouse exit verification device 2 are both connected with signals of the computer.

The turnover box writes the data of the RFID electronic tag in the process of boxing, and after boxing is completed, the RFID electronic tag is subjected to warehouse-out identification through a warehouse-out RFID reader 203, and because the RFID electronic tag is the tag information covered in the SQL or ORACLE database, the information of a delivery unit and the content of delivery information are required to be contained; parameters scanned by the ex-warehouse RFID reader 203 are directly recorded and displayed by the computer 9. The staff can timely and accurately acquire the data information related to the turnover box. And identifying whether a misplaced turnover box exists. And records the batch and data into the computer 9.

Notably, the distributed turnover box is recycled into the warehouse-in checking device 1, and the warehouse-in RFID reader 102 identifies the RFID electronic tag in the cabinet 101, wherein the warehouse-in RFID reader 102 is connected with the computer 9 through signals, and parameters scanned by the warehouse-in RFID reader 102 are directly arranged, screened and displayed through the computer 9. The staff can timely and accurately acquire the data information related to the turnover box by calling the ex-warehouse record in the computer 9 for comparison. If a problem occurs, the delivery situation of the relevant turnover box can be inquired through the display system BIDS of the computer 9.

Based on the above embodiment, referring to fig. 2, in another embodiment of the present utility model, a light-transmitting plate 205 is disposed on a side wall of the scanning cabinet 201, the light-transmitting plate is disposed on two sides of the conveyor belt 2, and an illumination lamp is disposed on an outer wall of the light-transmitting plate 205, so that the illumination lamp is disposed on an outer wall of the light-transmitting plate 205 and does not block movement of the turnover box. The light-transmitting plate 205 is provided with a scanning port 206, the outgoing RFID reader-writer 203 corresponds to the scanning port 206, the scanning port 206 is provided with a code scanner 207, the code scanner 207 is positioned at one side of the outgoing RFID reader-writer 203, and the code scanner 207 is used for reading bar codes on a turnover box. The light-transmitting plate 205 is made of light material, and the illumination of the illumination lamp is filtered through the light-transmitting plate, so that the optical condition in the scanning cabinet 1 is favorable for achieving the scanning condition of the code scanner 207. The illumination lamp is utilized to avoid the variability and uncontrollability of the light source of the scanning cabinet under the natural illumination environment, so that the illumination condition in the scanning cabinet is invariable, and the influence of the pixel domain extraction invariant feature under the direct natural illumination of the code scanner 207 is reduced.

The code scanner 207 is a conventional laser scanner, and the code scanner 207 can also be connected with the computer 9 through signals. The laser scanner emits red laser beam through VLD, expands the laser beam through the beam expanding lens, irradiates on a certain point of the scanning cabinet 201, swings through the reflecting mirror of the laser scanner to form a scanning area, when the turnover box moves to the scanning area, the laser beam of the laser scanner irradiates on the bar code to be reflected, the diffusely reflected light is transmitted to the reflecting mirror, then reflected to the light collector by the reflecting mirror, the light collector collects light, the stray natural light is filtered by the light filter to enter the photosensitive diode, photoelectric induction signals are generated, amplified, shaped and decoded and transmitted to the computer 9. Utilize conveyer belt 202 to transport, can keep the gesture of turnover case on the conveyer belt through the blend stop, adopt bar code and RFID label dual mark to when passing through RFID reader-writer and sweep the sign indicating number ware, can carry out the batch and compare when continuously scanning, through comparing the data list of bar code with the data list of RFID label, can inspect this batch before going out the storehouse, whether there is the condition of "string goods", also easily confirm whether the condition that appears electronic tags and bar code damage.

The turnover box production line is used for completing placement of cigarettes, the size of the turnover box is constant, and the turnover box on the conveying belt 202 can be limited by utilizing the supporting rods 204. To ensure that the posture of the turnover box on the conveyor belt 202 is relatively stable, so that the bar codes and the RFID tags of the turnover box can correspond to the ex-warehouse RFID reader 203 and the code scanner 207 after the turnover box enters the scanning cabinet 201.

Based on the above embodiment, referring to fig. 3 and 4, in another embodiment of the present utility model, a travel mechanism 7 is further provided on the inner wall of the cabinet 101, a bracket 8 is provided on the travel mechanism 7, a warehouse-in RFID reader 102 is installed on the bracket 8, and the travel mechanism 7 is used for driving the warehouse-in RFID reader 102 to move. The travel mechanism 7 is used for driving the warehouse-in RFID reader-writer 102 to move. The travel mechanism 7 drives the bracket 8 and the warehouse-in RFID reader-writer 102 to move. The fixed type warehouse-in RFID reader-writer 102 and the movable type warehouse-in RFID reader-writer 102 can be adopted to cooperate, so that the RFID electronic tag in the cabinet 101 cannot be missed outside the scanning area. The RFID electronic tag data acquired by a plurality of warehouse-in RFID readers 102 are summarized to a computer 9, and secondary arrangement and data display are carried out through the computer 9.

Further, the travel mechanism 7 includes an upper seat plate 701 and a lower seat plate 702, the lower seat plate 702 is provided with a sliding rail 703, a sliding block 704 corresponding to the sliding rail 703 is provided at a lower end of the upper seat plate 701, the bracket 8 is fixed on the upper seat plate 701, a first travel cylinder 705 is provided at an upper end of the lower seat plate 702, a fixed end of the first travel cylinder 705 is connected to the lower seat plate 702, a movable end of the first travel cylinder 705 is connected to the upper seat plate 701, and the first travel cylinder 705 is used for pushing the upper seat plate 701 to horizontally move on the lower seat plate 702.

The lower end of the upper seat plate 701 is provided with a sliding block 704 corresponding to the sliding rail 703, so that the upper seat plate 701 and the lower seat plate 702 can relatively move, and no obvious shaking is generated. The bracket 8 is fixed on the upper seat plate 701, the upper seat plate 701 moves together with the electric bracket 8 in the moving process, the bracket 8 is used as a carrier of the warehouse-in RFID reader-writer 102, the bracket 8 is made of lightweight materials, and the warehouse-in RFID reader-writer 102 is arranged on the bracket 8 in a matrix, so that the warehouse-in RFID reader-writer 102 can form range coverage for the interior of the cabinet 101.

The warehouse-in RFID reader 102 scans in a radio frequency range to obtain information of a plurality of RFID electronic tags in the cabinet 101. Therefore, the storage RFID reader 102 is utilized without arranging the turnover boxes in the cabinet body 1 in sequence, and the turnover boxes can be in a minimum folded or storage state, so that the cabinet can be put into more turnover boxes at one time, the time and the working process can be effectively reduced for batch scanning, and the investment of labor cost is also reduced.

Further, a second stroke cylinder 706 is provided at the lower end of the lower seat plate 702, the fixed end of the second stroke cylinder 706 is connected to the cabinet 1, the movable end of the second stroke cylinder 706 is connected to the lower seat plate 702, and the lower seat plate 702 is supported and driven by the second stroke cylinder 706 to move downward. The upper seat plate 701 is pushed by the first stroke cylinder 705. The first travel cylinder 705 is an existing commodity, the specification of the first travel cylinder 705 is adaptively selected according to the cabinet 101, and the first travel cylinder 705 pushes the travel of the upper seat plate 701, so that the warehouse-in RFID reader-writer 102 needs to be ensured to avoid a blank scanning area existing between the warehouse-in RFID readers-writers 102 in the horizontal direction.

Further, a second stroke cylinder 706 is provided at the lower end of the lower seat plate 702, the fixed end of the second stroke cylinder 706 is connected to the cabinet 101, the movable end of the second stroke cylinder 706 is connected to the lower seat plate 702, and the lower seat plate 702 is supported and driven by the second stroke cylinder 706 to move downward.

The second travel cylinder 706 is also an existing commodity, and its travel specification needs to ensure that the in-warehouse RFID reader-writer 102 avoids a blank scanning area existing between the in-warehouse RFID reader-writers 102 in the vertical direction.

It is worth noting that the turnover box has no special requirement on the specific pasting position of the RFID electronic tag, so long as the turnover box is within the coverage range of the warehouse-in RFID reader-writer 102, the warehouse-in RFID reader-writer 102 can recognize and read and write the RFID electronic tag, and therefore, the turnover box effectively helps staff save a great deal of time and energy, and meanwhile, the working efficiency of the staff can be effectively improved.

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

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

Claims

1. A turnover case check-up system for cigarette delivery, this system is used for having RFID electronic tags's turnover case to carry out logistics delivery check-up, its characterized in that: the turnover box verification system comprises a warehouse-in verification device (1) and a warehouse-out verification device (2), wherein the warehouse-in verification device (1) is used for recording the distributed and idle turnover boxes in batches, and the warehouse-out verification device (2) is used for recording the turnover boxes to be distributed one by one; the warehousing verification device (1) comprises a cabinet (101), wherein more than one warehousing RFID reader (102) is fixedly installed on the inner wall of the cabinet (101); the warehouse-in RFID readers (102) are uniformly distributed on the side wall of the cabinet (101); the ex-warehouse verification device (2) comprises a scanning cabinet (201), a conveying belt (202) is arranged in the scanning cabinet (201), an ex-warehouse RFID reader-writer (203) corresponding to the RFID electronic tag is arranged on the side wall of the scanning cabinet (201), and the position of the ex-warehouse RFID reader-writer (203) corresponds to the RFID electronic tag of the turnover box; the two sides of the scanning cabinet (201) are provided with supporting rods (204), and the supporting rods (204) are used for limiting the posture of the turnover box on the conveying belt (202).

2. The tote verification system for cigarette dispensing of claim 1, wherein: the turnover box verification system further comprises a computer (9), and a warehouse-in RFID reader-writer (102) of the warehouse-in verification device (1) and a warehouse-out RFID reader-writer (203) of the warehouse-out verification device (2) are both connected with the computer through signals.

3. The tote verification system for cigarette dispensing of claim 1, wherein: the scanning cabinet (201) lateral wall is equipped with light-transmitting plate (205), be equipped with scanning mouth (206) on light-transmitting plate (205), the RFID reader-writer that goes out of the warehouse (203) corresponds scanning mouth (206), and is equipped with in scanning mouth (206) and sweep a yard ware (207), sweep yard ware (207) and be located the RFID reader-writer that goes out of the warehouse (203) one side, sweep yard ware (207) and be used for reading the bar code on the turnover case.

4. The tote verification system for cigarette dispensing of claim 1, wherein: the automatic feeding and discharging machine is characterized in that a travel mechanism (7) is further arranged on the inner wall of the cabinet (101), a support (8) is arranged on the travel mechanism (7), a warehouse-in RFID reader-writer (102) is installed on the support (8), and the travel mechanism (7) is used for driving the warehouse-in RFID reader-writer (102) to move.

5. The tote verification system for cigarette dispensing of claim 4, wherein: travel mechanism (7) are including upper saddle (701) and lower saddle (702), be equipped with slide rail (703) on lower saddle (702), upper saddle (701) lower extreme is equipped with slider (704) that correspond with slide rail (703), support (8) are fixed on upper saddle (701), lower saddle (702) upper end is equipped with first travel cylinder (705), bedplate (702) under first travel cylinder (705) stiff end connection, bedplate (701) are gone up in first travel cylinder (705) expansion end connection, and first travel cylinder (705) are used for promoting upper saddle (701) horizontal migration on lower saddle (702).

6. The tote verification system for cigarette dispensing of claim 5, wherein: the lower seat board (702) lower extreme is equipped with second stroke cylinder (706), rack (101) is connected to second stroke cylinder (706) stiff end, lower seat board (702) is connected to second stroke cylinder (706) expansion end, supports and drives lower seat board (702) by second stroke cylinder (706) and move down.