JPH10143766A - Register operation inspection system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent the wrongdoings by providing a sale-by-measure counter at the center part of a commodity carrier body to attain the monitoring and inspection in an atmosphere corresponding to the counter and also digitizing a function that sorts the customers by a parallel arraying conveyance so as to decide at a look the operations of plural customers and the carriage states of commodities. SOLUTION: Plural customers D take the commodities 4 out of the shopping baskets 3 and put the commodities 4 in the commodity mounting sections secured on an inspection carrier body 1. Thus, the sort information (stage #3) on the commodities 4 put on the body 1 is automatically stored in a storage part and the commodities 4 are carried. A clerk C in charge inspects and monitors the states of commodities 4 under carriage at the center counter. If the commodities 4 are not suspicious, they are sent to a scanner part 25 and read there. The sales information and the commodities 4 are sorted and adjusted based on the stored sort information. When the sort information on the mounted commodities 4 are stored, the light emitted by the mounting of the commodities 4 is surrounded and received in a photosensitive room. Accordingly, this room functions to increase the photographic sensitivity to perform effectively and accurately a rotary contactless input operation for a sort information output part. Then the malfunctions are prevented by the function of a capacitor which momentarily energizes a light emitting lamp.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a register device which allows a customer to perform an operation on behalf of a customer. To manage the cashiers, reduce the number of clerks, and spread and improve the use of substitute cashiers.

[0002]

2. Description of the Related Art Currently, technology development of unmanned registers is pursued, but it is difficult to completely prevent fraudulent operations, and the current barcode system has a drawback that it responds honestly to fraudulent operations. For this reason, methods such as product shape recognition and weight versus comparison have been adopted as preventive measures, but the mechanism is complicated, and the cost of one unmanned register is high, resulting in low labor costs economically and it does not spread. Cause.

[0003]

[Problems to be solved by the invention] As described above,
The biggest problem with unmanned registers is the complete prevention of fraud, which requires sophisticated monitoring functions, and the improvement of the current overall system is expensive and not economical. For complete prevention, it is necessary to change the existing barcode system, but there is no idea that is superior to barcodes.

[0004] Even if the bar code is tampered with, the contents are read honestly. Even as a countermeasure against this, even if the shape of the product is registered and recognized, there is a burden on the input of recognition information every day due to various product shapes and structural problems. The advantages of unmanned operation are small.

[0005] In terms of operability, there is a difference in adaptability depending on the customer, which causes a heavy burden on the operation and causes the use to be avoided.

[0006] In the form of sale, troubles are inevitable to operate large and small product shapes and discounted products, or in-store-marked perishable products with many changes. A staff member is required to respond.

[0007] Forcing the customer to bear the above problems causes dissatisfaction with the service, and even if labor saving, which is the purpose of unmanned cash registers, can be realized, the use of a store is conversely selected and sales are reduced. Becomes

[0008]

[Means for Solving the Problems] Despite the burden of operating the cashier's agent, monitoring the operation of the cashier may cause the customer to feel uncomfortable and avoid using it. A weighing counter is set up in the center for monitoring and checking in an atmosphere compatible with the counter.Furthermore, the function of sorting by customer by the concatenation transfer method has been digitized so that the operation of multiple customers and the transport status of products can be understood at a glance, and accurate sorting operation And

[0009] As a countermeasure for the case where the bar code reading disabled state occurs, the product is excluded when the bar code is read out, or the customer is forwarded to the customer to request reprocessing as a countermeasure in the case of temporary unmanned operation, and is processed. Was the way.

[0010] In order to adapt to the work style of the staff, the inspection body structure is dedicated to a single customer, and the structure of the product after operation is checked at a time.

[0011] In order to make it easier to detect when a reading failure occurs in a customer operation, a method of displaying the failure in the loading section of the disabled product and a method of displaying the screen and performing a check with the inspection stand are provided.

In order to prevent the occurrence of unreadable operations and to perform accurate reading, a reading position is designated, and the designated portion is illuminated, and a light emitter is mounted on the scanner so that the customer can easily align the bar code portion. Prepared.

[0013] In order to reduce the work load of a staff member who also serves as a monitoring work, the workplace is equipped with a weighing and selling vending device, and the sales floor work is made more efficient.

[0014]

According to the first aspect of the present invention, when the sorting information of the placed products is stored, the light emitted by the placed products is surrounded and received by the photosensitive chamber, so that the photosensitive chamber functions to increase the sensitivity, and the sorting information output unit. In response to this, a non-rotating contact input is performed efficiently and accurately, and a capacitor that instantaneously energizes the light-emitting lamp acts to prevent malfunction by turning off and entering the room next to the compartment, and simultaneous operation by placing products, Address setting and information storage are correctly performed, and the stored information is output and works correctly to each sorting unit.Furthermore, the presence of a staff member located at the center of the carrier acts as a deterrent to fraud, so fraudulent activities are Is prevented.

According to a second aspect of the present invention, when an unreadable product is processed, when the product is automatically excluded, the storage of the circuit capacitor is discharged and the light is discharged at the same time as the charge is removed. Operation is prevented.

According to the third aspect of the present invention, in the detection of a product entering the scanner, the section on which the product is placed is recognized as unreadable in a state where the section is located, so that it can be excluded at the time of occurrence.

According to claim 4, the human body detector functions to prevent a tentacle action other than an action of taking out a product from the container selected by the customer, thereby obtaining safe and accurate information. Work as a means of settlement.

According to the fifth aspect, the information stored as unreadable serves as a means for discovering the product placement section, and the identification of unreadable is easy to understand.

According to a sixth aspect of the present invention, the light emitted from the light emitter provided in the scanner functions as a mark for the bar code alignment position, and the support movement of the support supporting the bar code portion functions to measure the measured amount. Product shape can be easily recognized.

According to a seventh aspect of the present invention, the human body detection signal provided in the mounting opening cooperates with the read signal to prevent the tentacle from touching the product after reading the bar code.
Further, the product-limited section set on the belt surface functions to prevent improper placement, and the number of improper placement can be easily determined.

According to the present invention, the belt connecting the mounting tables can be freely extended and contracted to adjust a section, and further, when the tables are loaded and unloaded, they are linked to the pulling operation of the tables. Automatic loading and unloading.

[0022]

Embodiments will be described with reference to the drawings.
In FIG. 1, this register stores sorting information (commodity No. 3) of a product automatically placed by placing a product 4 taken out of a shopping basket 3 by a plurality of customers D in a product loading section of an inspection carrier 1. ) Is stored in the storage unit and transported,
The state of the goods being conveyed is inspected and monitored by the attendant C at the central weighing counter, and when there is no doubt about the goods state, the goods are carried into the scanner unit 25 and read, and sales information is obtained based on the stored sorting information. This is a customer operation agency scanner that sorts out and sorts products. Hereinafter, the sorting information will be described with reference to the drawing using the number 3 of the reception board 2 as the sorting information. This carrier is a doughnut-shaped rotary carrier, and has a register structure in which a central portion is a weighing counter. The counter is equipped with a weighing vending machine and a product container selecting section 5. Next, a storage example of the sorting information will be described with reference to FIG. 3. The address setting circuit 56 of the storage unit 32 is incorporated in the article placement section of the carrier, and when the article is placed and placed, the switch 60 is closed. A decimal input corresponding to the section code in which a circuit is formed is input to the encoding section 40, and an address corresponding to the section code is set in the storage section by the output binary information. Next, the light-emitting lamp 58 interposed in the circuit 56 emits light instantaneously due to the electric storage action of the capacitor 57 and is turned off. This light is emitted from the photosensitive chamber 63 shown in FIG.
This photosensitive chamber is a chamber that surrounds the light emission set in the product mounting area, and is provided with a light receiver 64, and the light-emitting lamp 58 enters the room and the product is mounted while leaving the room. If not, it will be invalid. The photosensitive chamber performs the function of receiving the light emission during the movement with high sensitivity. The received light signal is input to the sorting information setting unit 65, and the set sorting information is stored as sorting information in the storage unit 32 addressed above. It is memorized. The product in which the sorting information is stored is the fourth
The section code 53 is carried into the scanner shown in the figure, and the section code 53 is read by the reading unit 41. The code information is output by operating the address of the storage unit 32 shown in FIG. Set input to and wait. Next, when the sales information of the scanner is output and input to the gate 12 of the sales information accumulating unit 66, the gate is selected based on the sorting information, and the sales information is registered in the sorted total 66.

Next, when reading is impossible in the scanner 25, the state is recognized by the gate 14. When a section input signal is input to the gate 14 of the flip-flop 71 on the cue bar side, the output of the cue side is inverted and input is not inverted unless a read signal (b) is input. The output signal is input to the flip-flop 72, the output is input to the gate, the gate 14 opens, and the sorting information is input to the decoder 36, and the auxiliary registration unit 68
, The input information of the auxiliary scanner 69 is passed, the information is registered in the sales information auxiliary accumulating section 68, and the decoder output information is displayed on the display section so as to be the information on the merchandise manual labor.

Next, the section code read by the reading section 41 is input-standby at the gate of the commodity sorting section, and a bar code reading signal is input to the gate 15 selected by the sorting information, and the gate is opened to open the gate to the comparing section 77. The code is set and compared with the section code sent forward, and a match signal is input to the sorting section to sort the goods.

Next, the manner in which the scanner 25 recognizes the occurrence of the inability to read the bar code will be described with reference to FIG. 6. Referring to FIG. 6, a product carried into the scanner is detected by the detector 48, the gate 18 is made to stand by, and the product is placed. The gate is opened and recognized as unreadable if the read input signal is not inverted by reading when the signal detected by the section coming out of the scanner area is input to the gate 18.

In the above recognition, the signal passed through the gate is input to the commodity exclusion section 87, which drives and removes the unreadable commodity and causes the attendant to perform a re-reading operation. And sort the products manually by looking at the screen information.

Next, when the exclusion device described above is stopped and the attendant leaves the counter, the unreadable processing is performed by the customer. Referring to FIG. 5, the section code passed through the gate 16 in recognition of the inability to read is input to the gate 17 of the customer processing billing section installed on the placing section, and the sorting code of the decoder 36 is used. When the gate is selected, the section code is set in the comparing section 78, compared with the section code of the unreadable product, and the customer reprocessing request lamp 86 is turned on with a coincidence signal to request reprocessing. This function is stopped when the commodity exclusion device described above is driven, but in FIG. 3, the switch 60 closed by placing the commodity is switched by exclusion and the discharge circuit 62 is switched off.
Is formed and the light emitting section 61 emits light. This light emission is received and transmitted by the light receiving section 79 shown in FIG. 5, and the input of the gate 17 is inverted to close the gate and prevent the passage of the division code. Section does not work.

Next, a description will be given of a weighing vending apparatus installed in a sales floor with reference to FIGS. 1 and 2. This apparatus operates by confirming a customer card 104 by a reading unit 103. FIG. This device stores weighed goods in a plurality of small containers, and is installed in the structure shown in FIG.
When the container is selected by the customer, the container is lifted and lowered by the container lifting / lowering unit 6 and placed on the weighing unit 102 shown in FIG. 2, the human body detector 9 is activated until the accurate weighing is measured. The unit is stopped, the product is taken out, the weighing information is input to and stored in the arithmetic unit 108, and the unit price information is input and stored from the unit price information storage unit 105 in conjunction with the selection of the container 5, and is stored in a standby state. When the customer finishes taking out the product from the container and presses the end button, the human body detector 9 operates to prevent the customer's tentacles, perform weighing after taking out the product, input the information into the calculation unit 108, and calculate the product takeout weight. The purchase price is stored in the address of the storage unit 31 set by the card operation with the calculated price with the stored unit price information. When the selling operation is completed as described above, the container 5 is returned to the original position, and the customer card is discharged from the reading unit 103 and deposited to be used as a security for settlement. When the customer selects the merchandise reception desk 2 and submits the merchandise to the clerk C, the clerk operates the reading unit 106 and the selection button 107 to output the purchase amount from the storage unit 31 and causes the cumulative registration unit 66 to register the purchase amount. They are required to register for sorting, exchange cards and products, pack the products for service, and sort them manually.

Next, an apparatus in which the inspection mechanism is dedicated to a single customer will be described with reference to FIG. 7. An inspection section is formed in a disk shape, a product placement section 45 is set on the panel surface, and an indicator lamp 80 is arranged in each section. Each time a product is placed, it is rotated and carried into the scanner unit 26, and the reading unit 42 reads the section code 54. By operating this code, the address of the storage unit 33 is set, and the section code is further set. The set symbol is set in the information set unit 82, the section symbol 52 is detected by the reading unit 46 at the gate where the gate input is not inverted by the read signal of the scanner 26, the signal is input to the gate 19 and opened, the set code is passed, and the storage unit is passed. Is stored at the set address as read information, and at the time of inspection, the output operation unit 83 is operated to input the stored information to the decoder 38 and output the output signal. Enter the triac 81 of the display circuit are incorporated 置区 image is circuit continuity to light the indicator lamp 80 to make the re-reading process attendant with.

Next, a description will be given of the apparatus in which an inspection mechanism is constructed so that a staff can remotely inspect the apparatus with reference to FIG. 8. Referring to FIG. 8, a projector 85 emits light to a product mounting surface and a bar code of the product is sent to the light emitting surface. When the positioning is performed, the placement detector 90 that receives the light is blocked by the product, and the light receiving input is inverted and input to the driving unit C as a start signal. Then, the bar code portion of the product is supported as shown in FIG. 10 to stabilize the product. After confirming the supported state, the scanner unit 27 linked to the driving unit C performs a reading drive operation, releases the support by the input of the reading confirmation signal, and feeds the product. In this support process, the displacement of the support 84 is measured, the measured analog electric quantity is digitally converted and input to the comparison section 79, and the comparison information is read and the comparison information is converted into the comparison information section 39.
If the comparison results in a mismatch, the mismatch signal is input to the suspected point feeding section B, and the feed to A is sent to the suspected point checking section B as shown in FIG. Receive.

The surveillance camera 89 monitors the condition of the product and indicates the condition on the television screen. When a clerk monitors in the workplace and finds a suspected point, he operates the operation unit D to switch the delivery of the product to B. Check and process. Next, a product or the like that is deformed due to the support of the product shape is not registered in the comparison information section without any comparison information, and a zero signal is compared.

Next, the case where the inspection mechanism is a belt conveyor structure will be described with reference to FIG. 12. As shown in FIG. 11, a section for limiting the number of articles to be placed on the belt surface of the conveyor is limited to one. Is set to The reason for this setting is that even if a plurality of products are placed due to the movement of the belt body by the bar code reading confirmation signal, it is possible to prevent the products from being accompanied by a single reading, An opening / closing shutter 93 is provided to close the boundary to prevent the product from being pushed in. The opening / closing shutter 93 is provided with an orderly function so as not to confuse the determination of the product state at the time of inspection, thereby facilitating the inspection work.

When a product is placed on the belt surface described above, the product 4 is detected by the human body detector 10, the input signal of the gate 23 is inverted, the gate is closed, and the product detector 50 The detected signal is made to stand by without passing through the input of the scanner, the hand is released from the product, the human body detection signal is inverted and input, the signal passes through the gate, the scanner 28 is driven to read, and the read signal is set to the flip-flop 76. When the customer touches the product after the reading, the human body detection signal is input to the gate 21, the gate 21 is opened, and the gate signal is input to the fraud prevention unit E to drive. If the tentacle is not touched, a read signal is input to the section drive section 97 to move the section and move to the end detector 9.
The inspection movement is stopped by stopping the section movement by the detection signal of No. 6. The push-in prevention shutter 93 is driven in conjunction with this driving process.

In the above-described operation process, when a reading failure occurs, the scanner drive input signal is transmitted to the signal delay unit 59.
If the gate input is not inverted by the read signal at the time when the gate signal is input to the gate 24 after being delayed for a certain period of time, the gate 24 is opened to allow the delayed signal to pass and to be reprocessed and displayed on the non-readable display section F to the customer. In this case, since the read signal is not input to the gate 21 in this case, the signal detected by the human body detector 10 is not passed through the gate, so that the prevention device E does not operate.

According to the above-mentioned customer operation, the goods are moved in sections and left in the inspection area of the belt body, and when the state of the goods is checked by a staff member, the goods are received by the receiving plate 94 and descend according to the weight of the goods. The product is driven and controlled by the receiving plate control unit 95 to store and guide the product in the basket body 3. This basket 3
Has a side portion cut out in an inverted T-shape,
Then, the receiving plate is engaged and descends to come in contact with the bottom surface of the basket body to receive the product, to be pulled out from the side notch portion, to store the product in the basket, to release it, and to give the customer a payment check.

Next, a clerk remotely monitors the workplace, monitors the operation state of the customer on a television, displays the presence or absence of an unreadable product after the customer's operation on a television, and if there is no customer, performs a remote check to permit the receipt of the product. The apparatus will be described with reference to FIG. 15. The variable mounting section table 98 is opened radially, each table is provided with a numerical symbol, and the respective tables are connected by a band 99, and the sections of the table are connected by the band. Is configured to be able to freely adjust the expansion and contraction. With this structural function, it is possible to cope with section changes in the shape of the product, and the number of mounted boards can be improved. When a product is placed on the mounting table 98, the table moves to the scanner 29, and the next mounting table is linked to this movement, is drawn to the mounting section, and sequentially operates. The platform carried into the scanner reads the section code 55 by the reading section 43 and stores the section code 55 corresponding to the code.
4 is set, and the read code information is set in the setting section 82 to be on standby. In this state, when the scanner 29 is driven to read and becomes unreadable, the gate 22 reads the partition symbol 52 by moving the partition by the reading unit 47, transmits a signal, inputs the gate, opens the gate, and sets the set partition code. Is passed through the gate and stored as unreadable information at the set address of the storage unit 34. When the operation of the customer is completed and the staff is inspected, when the operation unit 100 is operated, the stored information is displayed on the display unit. . When the customer takes out the product after the payment, the mounting table automatically rotates to take out the product due to the interlocking operation of the product, and the product can be sequentially taken out.

[0037]

The present invention is configured as described above and has the following effects. According to claim 1, it is possible to accurately inspect the continuously conveyed products in a sales floor operation state, and to accurately operate the apparatus by an information storage mechanism that sorts the continuously conveyed products according to customers. Can prevent fraud without giving a sense of incongruity to the customer, and can omit a complicated monitoring mechanism.

According to the second aspect of the present invention, in the case where the bar code cannot be read and the processing corresponding to the customer is performed, the processing request lamp blinks when the disabled product comes in front of the customer, so that the processed product can be specified. Can be unmanned.

According to the third aspect, since the unreadable product is automatically conveyed out, the processing by the attendant can be facilitated.

According to claim 4, in order to prevent the tentacles of the customer during the weighing of the container, it is possible to accurately measure the quantity of goods taken out and to calculate the purchase, and further to prevent the unpaid settlement customers in the card security function. Depending on the function, staff can provide sufficient service.

According to the fifth aspect, since the unreadable product is directly displayed on the section, the inspection judgment is easy and the inspection can be efficiently performed.

According to a sixth aspect of the present invention, since the bar code portion is positioned and supported by the light projecting portion to stably read the product, there is no occurrence of unreadable, and the bar code portion of the product has a specific shape. Since recognition is possible, the mechanism of the shape recognition device is simplified.

According to the seventh aspect, it is possible to prevent the operation of concealing the evidence after reading the illegal operation (replacement ball) or the like by cutting off the bar code portion, accurately inspect the limited-placed product, and the clerk corrects the receiving condition of the product. Service can be performed, and even if there are a large number of device stands, left and right swing inspection work is possible and efficient management can be performed.

According to an eighth aspect of the present invention, the form of placing the goods on the inspection panel is arranged in accordance with the shape of the goods, so that the number of placed goods can be increased, and the connecting strip is adapted to the operation of placing and taking out the goods. Since the disabled state can be remotely inspected by the television, the remote operation inspection without direct inspection can be performed when there is no doubt in the operation of the customer.

[Brief description of the drawings]

FIG. 1 is a side view of a customer agent register provided with a weighing counter.

FIG. 2 is a block diagram of a weighing vending apparatus.

FIG. 3 is a block diagram of a sorting information control circuit of the register device.

FIG. 4 is a block diagram showing a sorting information storage mechanism.

FIG. 5 is a block diagram showing an unreadable customer processing mechanism.

FIG. 6 is a control circuit diagram of the unreadable product exclusion device.

FIG. 7 is a control block diagram of the inspection panel processing display.

FIG. 8 is a control block diagram of the light emitting position inspection device.

FIG. 9 is a structural diagram showing a product supply state of FIG. 8;

FIG. 10 is a partial view showing the projector and the barcode supporting state of FIG. 8;

11 is a partial view in which a product placement limited section is set on the belt surface of FIG. 12;

FIG. 12 is a side view showing the belt conveyor inspection device.

13 is a structural view of a cutout portion of the basket body shown in FIG.

FIG. 14 is a block diagram of a tentacle prevention device provided in the product mounting slot of FIG. 12;

FIG. 15 is a block diagram showing an unreadable screen display device.

[Explanation of symbols]

1. Inspection carrier 66, Cumulative sales information unit 94,
Receiving board 2, reception desk 67, settlement department 95,
Receiving control unit 3, Shopping basket 68, Sales information auxiliary totaling unit 9
6, parcel movement detector 4, commodity 69, auxiliary scanner 97,
Compartment drive unit 5, product container 98,
Variable loading section 6, container lifting / lowering section 80, indicator light 99,
Connecting strip 7, merchandise sorting section 81, triac 10
0, output operation section 8, product placement section 82, information set section 10
1, inverted T-shaped notch 9, 10 human body detector 83, output operation unit 10
2, weighing section 56, address setting circuit 84, support section 10
3, 106 card reading section 57, condenser 85, floodlight 10
4, card 58, light-emitting lamp 86, reprocessing request lamp 10
5, unit price information storage unit 59, signal delay unit 87, product exclusion unit 10
7, selection switch 60, changeover switch 88, measuring unit 10
8, arithmetic unit 61, discharge lamp 89, surveillance camera 62, discharge circuit 90, placement sensor 39,
Comparison information section 63, 79 photosensitive chamber 91, product limited placement section 40,
Encoding 64, light receiver 92, section boundary symbol 65, sorting information setting unit 93, push-in prevention shutter 11, 12.13, 14, 15, 16, 17, 18, 1
9, 20, 21, 22, 23, 24, AND gates 25, 26, 27, 28,
29, scanners 31, 32, 33, 34 storage units 35, 36, 37, 3
8, decoders 41, 42, 43, section code reading units 44, 45, 4
6, 47 section symbol reading section 48, 50, commodity detector 51, 52, section symbol 5
3, 54, 55 section code 71, 72, 73, 74, 75, 76, flip-flop
77,78 comparator

Claims (8)

[Claims] 1. A storage unit for storing sorting information of commodities in a carrier section loaded by a plurality of customers is provided, an operation circuit of this address is incorporated in each section, and a product placement closing input is encoded and converted. A sorting information storage means for setting and causing the light emitting lamp intervening in the circuit to instantaneously emit light by a capacitor, inputting a light reception signal in the photosensitive section of the mounting section to the sorting information setting section and storing sorting information, and reading in the scanner. Means for registering the information output by address operation by the section code operation to the sales information sorting section, inputting the unreadable signal and inputting the area detection signal to input the sorting information to the decoder to select the registration section. A gate is selected by reprocessing registration means and sorting information, a section code is stored in a comparing section by a read signal input, and compared with a forwarding section code, a matching product sorting is performed. A register operation and inspection system provided with a common register inspection device for inspecting and sorting continuously conveyed products by a configuration of a product sorting means for driving the unit. 2. In the continuous reading according to claim 1, when the reading failure occurs, the gate of the commodity sorting section according to claim 1 is closed by a read impossible signal, the sorting drive is stopped, and the commodity is sent to the customer. A customer reprocessing billing device that inputs a section code to the gate selected by the sorting information through the gate by an unreadable signal, stores it in the reprocessing comparison section, compares it with the forwarding section code, and turns on the corresponding billing lamp of the reprocessing section. Register operation inspection system equipped with. 3. In the continuous reading according to claim 1, when the reading is impossible, the commodity detection signal in the scanner is recognized, and when the bar code is not read during the sectioning area detection signal input time, it is recognized that the reading is impossible. 3. An unreadable product having a configuration in which a product exclusion device is driven, and a detection signal of a discharge light emission circuit switched by the exclusion inverts a signal of the reprocessing request gate according to claim 2 to stop the lighting operation. Register operation and inspection system with exclusion device. 4. A unit price information output device that is output in conjunction with container selection and a calculated amount of input information of a weighing device having a tentacle prevention unit are registered in a storage unit set by a customer card, and then the card is stored. Claims 1. A check-and-transport vehicle according to claim 1, which is a weighing-and-selling vending device that sorts and registers a purchase amount in a register according to a card operation according to a customer sorting request of a customer as a settlement collateral, returns a card, and sorts a product manually. Register operation inspection system equipped. 5. The inspection carrier according to claim 1, wherein the inspection carrier is dedicated to a single customer, and a commodity loading section provided with a code is provided on a disk, and an address corresponding to the read information of the section code carried into the scanner section. Set in the storage unit, input the zone out detection signal to the gate of non-inverting input without reading, open the gate, store the unreadable section code at the set address,
A register operation / inspection system including a processing display device on an inspection panel for outputting code information at the time of inspection, inputting the information to a triac of a circuit incorporated in the section, lighting an unreadable section, and performing a reading process. 6. An inspection device according to claim 1, wherein the inspection is a bar code surveillance camera inspection, and a light emitting device for designating a bar code reading position; The reading means in which the scanner is cooperated with the bar code part support which is stopped by driving and the support is released by the input of the reading signal, and the information obtained by measuring and converting the displacement of the support by using this support as the measured object Is used as recognition information for the thickness and shape of the barcode portion of the product, and is compared with the storage information for comparison. Register operation and inspection system with equipment. 7. A reading device in which the inspection body according to claim 1 is a belt conveyor, and a gate is opened by a cooperative input of a human body detection signal provided at a product mounting port and a bar code reading signal to drive a fraud prevention device. A later tentacle prevention means, a means for requesting re-reading by a gate recognition in which a read signal is not inverted when a scanner drive input signal is delayed and input, a product mounting limited section provided on the belt surface, and this section A register operation and inspection system equipped with a belt conveyor inspection device, which is laid by means of an improper placement prevention means of a push-in prevention shutter that opens and closes in conjunction with the movement of the vehicle. 8. An inspection body having a structure in which the inspection body according to claim 1 is made into a radial base variable section, and a division table provided with a code is connected by a band, and the section code is read and stored in a scanner. A register operation / inspection system including an unreadable screen display device for setting an address of a section, storing an unreadable section code, displaying the screen on a screen, and comparing the numerical code of the section table with a rereading process.