JPS5923687Y2 - Device to prevent incorrect product delivery - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a device that prevents erroneous delivery of fresh foods produced at a processing center to stores.

Traditionally, fresh produce with weighing labels pasted on it at a processing center is sorted by delivery store by an operator of an automatic weighing and labeling machine who, according to a production instruction sheet, determines the planned production quantity and delivery destination of the weighing label-affixed product. The store number is verbally instructed to a boxing worker placed at the exit side of the automatic weighing and labeling machine, and based on the instructions, the packing worker places the weighed and labeled products into shipping boxes for each store. Next, shipping cards with various store numbers printed on them are arranged in a rack, and the customer selects the shipping card given verbal instructions from among them, attaches the shipping card to the shipping box, and They even sent it to a delivery truck, but it had the following drawbacks.

(b) Because the planned production quantity is given verbally, there is a mistake in entering the quantity.

(b) Since the delivery destination store number is verbally instructed, it is possible to insert the delivery card incorrectly, and it takes time to search for it, making it difficult to start work quickly.

The conventional method of sorting by delivery store will be explained using drawings.

FIG. 1 shows the conventional method of sorting by delivery store.

The conventional method for sorting by delivery store is to install a turntable 2 on the exit side of the automatic weighing and labeling machine 1 to make it easier to pick up the products, and to use racks around the boxing tool 3 in which delivery cards are placed. 4 and a shipping box 5 are prepared, and according to verbal instructions from the operator 6, the product 7 is counted and placed in the shipping box 5. Next, a shipping card is selected from the rack 4 and placed in the shipping box 5. Ta.

However, since the instructions are given verbally, there is a possibility of mishearing, and since the packaging tool counts the quantity and also selects the shipping card, it is inevitable with this method that mistakes will be made in the quantity and shipping card. Ta.

This invention was developed to solve these problems, and its purpose is to eliminate mistakes in counting quantities and mistakes in selecting shipping cards by boxers. To provide a device for preventing erroneous delivery, which is characterized by issuing a delivery card according to a signal from a pasting machine, and changing the discharge direction in order to separate products after producing them up to the planned production number.

The gist of this invention to achieve this purpose is shown in Sections A, B and C below.

(b) Store number for controlling the second and third devices in the automatic weighing and labeling machine that automatically attaches labels with processing date, unit price, weight, and price to the corresponding products. It includes a printing signal output section, a planned production quantity output section, a counting section for counting the production quantity, and a product name number printing signal output section.

(b) When the planned production quantity set by the first device to mark the product divisions for each store matches the production quantity counted by the counter, the second device determines the direction of product discharge. Differentiate between products to be produced next.

In order to perform this operation, the conveyor belt and the distribution gate are constructed.

(c) The third device is a device that issues a delivery card indicating a delivery destination, and issues a delivery card corresponding to the delivery destination of the product to be produced.

The contents to be printed on the delivery card are the store number, the planned production quantity, the product name number, and a colored stamp indicating the delivery route. Part of the printer for printing the planned production quantity, a stamping section for color stamping, a signal output section for issuing cards based on the number of items inserted, which corresponds to the product name number, and a stamp number discrimination for stamping the color that corresponds to the store number. It consists of a part, a paper feeding part for feeding the paper to be printed, and a cutter part for cutting the paper.

Next, this invention will be specifically explained with reference to the embodiment shown in the drawings.

As a first embodiment, FIG. 2 shows a block diagram of the apparatus of the present invention, and the chain double-dashed line section 31 shows an automatic weighing and labeling machine, in which a weighing section outputs a weighing signal corresponding to the weight of the product. 32, a unit price setting section 33 that outputs a unit price corresponding to the price per unit weight of the product, an amount calculation section 34 that outputs a signal corresponding to the monetary value of the product based on the measurement signal and the unit price signal, and a set processing It adheres to the non-adhesive base material by signals from the processing date output section 35 that outputs signals corresponding to the year, month, month, and year, the measuring section, the unit price setting section, the amount calculation section, and the processing date output section. The apparatus is comprised of a printer part 36 that prints on the glued labels and a label pasting part (not shown).

The two-dot chain line 37 indicates the functions added to the automatic weighing and labeling machine 31, including a store number printing signal output unit 38 that inputs and sets a store number and outputs a print signal for the store number, and a store number print signal output unit 38 that inputs and sets a store number and outputs a print signal for the store number. A counting section 39 that counts and outputs a number signal corresponding to the number of pieces, a planned production quantity output section 40 that sets the planned production quantity and outputs a signal corresponding to it, and a planned production quantity and counting section 39 that inputs the planned production quantity. The first device includes a number match signal output section 41 that outputs a number match signal when the numbers of the numbers match.

Next, in response to the signal from the quantity matching signal output section 41, a second device, the product sorting section 42, is activated, and when the scheduled number of products has been produced, the direction of ejection of the products is reversed, and the products are sorted by store. Separated by .

Next, a third device indicated by a two-dot chain line 43 will be explained.

A store number printing signal output unit 38, a signal indicating the planned production quantity 40, a printer part 45 that prints the shop number and the planned production quantity by the control unit 44 of the third device, and a paper feeding unit that sends the paper to be printed. 46, and a cutter portion 47 for cutting the paper after the printing paper has been fed.

Next, an example of the panel of the first device will be specifically explained with reference to FIG.

By selecting part of the function key indicated by the two-dot chain line 61 and pressing the numeric keypad 62, the date 63, unit price 64,
Settings for store number 65 and planned production quantity 66 are displayed, weight 67 is the weight value from the weighing section 32, and price 68 is the calculated value of unit price 64 and weight 67.

Next, the second device will be explained with reference to FIG.

The products sent from the automatic weighing and labeling machine 71 are placed on a conveyor 72 and are then discharged in one of two directions at a gate 73.

The light and dark output signals of the number of products from the light emitter 74 and the light receiver 75 are counted by the counting unit 39 in FIG. It can be flipped to different positions to distinguish it from the next store's products.

The structure of the third device will be explained with reference to FIG.

This figure shows a cross-sectional view of the third device, in which paper 91 passes through a printer 92 and is fed by a drive roller 93 and a pressing roller 94, and its power source is a belt 95 that drives the paper 91 through the drive roller 93. by a motor 96 connected to.

The rotation of the motor 96 is driven for a certain period of time only when feeding paper.

Next, after printing and paper feeding are completed, the cutter 97 cuts the card to become a delivery card.

Next, an example of a delivery card will be explained with reference to FIG.

On the card 101, a store number 102 and a planned production quantity 103 are printed.

Finally, an example of actual use will be explained with reference to FIG.

A second device is located on the exit side of the first device 111 and the operator 112.
A device 113 and a third device 114 are installed.

A boxing tool 115 is located opposite the second and third devices, and shipping boxes 116 are provided on both sides thereof.

That is, when the operator 112 sets the processing year, month, and unit price in the first device, and at the same time sets the store number and the planned number of pieces to be produced, the second device reverses the discharge direction when the planned number of pieces has been produced, and then moves on to the next one. To prevent confusion with products being produced, a third device issues a delivery card with the store number and planned production quantity printed on it.
In step 5, the products may be packed in the delivery box 116 until the discharge direction of the second device is reversed, and the delivery card issued by the third device may be attached together with the products.

Next, a second embodiment will be explained with reference to FIGS. 8 and 9.

The products sent from the automatic weighing and labeling machine 121 are accelerated by the run-up conveyor 122, transferred to the roller conveyor 123, and then transferred to the arrows 1 and 124 or arrows 2 and 12.
It is discharged in either direction of 5.

The light and dark output signals of the number of products from the light emitter 126 and the light receiver 127 are counted by the counting section 39 in FIG. can be distinguished from.

Further, the roller conveyor has a structure in which it rotates by contacting a roller conveyor drive belt 129 driven by a motor 128 with its own weight.

Therefore, since the products are sent onto the rollers, the transfer is smooth and there is no deviation in the contents of the products.

In the third embodiment, a portion of the roller of the second embodiment is made of a non-adhesive material such as Teflon or polyethylene, which has good sliding properties, or is coated with a non-adhesive material on the surface. This has the effect of making the product move smoothly, especially when the product has a non-slip adhesive such as vinyl chloride film.

Next, to explain the fourth embodiment, as shown in FIGS. 8 and 9, belt conveyors 1, 130 and belt conveyors 2, 131 are provided on both sides of the roller conveyor 123,
Moreover, since the speed of the conveyor is set lower than the speed of the roller conveyor, even if the product is slightly tilted when transferred from the run-up conveyor 122 onto the roller conveyor 123, it will not be corrected because the speed of the conveyor 1.2 is lower than the roller conveyor. Conveyor belt 1, 2
It is perpendicular to the direction of flow, making it easier to pack products into shipping boxes.

Next, a fifth embodiment will be described.

With this invention, deliveries from the processing center to each store are generally delivered by delivery truck on the same route, and the delivery route is stamped with not only the store number but also a color stamp on the delivery card. This is to clarify the information and reduce the number of erroneous deliveries.

A sponge-like marking body 98 impregnated with ink of a different color as shown in FIG. 5 and a solenoid 9 that drives the marking body 98
9, and a lever 100 that transmits the movement of the solenoid 99 to the stamp body 98,
The signal of the store number printing signal output section 38 shown in FIG. 2 and the stamp number setting section 4 that sets the stamp number corresponding to the store number.
8, the stamp number signal is sent to the stamp discriminating unit 51.
is output, and the stamp section 52 stamps the image.

As shown in FIG.
Do step 4.

Further, other parts indicated by dotted lines are also marked with different colors corresponding to different store numbers.

Next, a sixth embodiment will be described.

In this invention, when printing the store number on the delivery card, it is very difficult to read in small letters, so we use a serial dot Maddox printer and sweep this printer multiple times. printer 1
This device is equipped with a paper feed device that is as tall as a character, and is designed to print as many uppercase letters as the number of sweeps of one character on delivery cards by feeding the paper one pitch each time the printer sweeps. It is.

The 6th example shows the store number 102 printed in capital letters on the shipping card.
As shown in the figure.

Next, the embodiment shown in FIG. T will be described.

The present invention relates to the number of delivery cards issued.

Normally, the size of a shipping box is fixed, and the quantity that can be placed inside the box is determined by the type of product, that is, the product name number.

Therefore, the number of items to be placed, that is, the number of items to be placed, is set in advance according to the product name number, and when the number of items produced matches an integral multiple of the number of items placed, one delivery card is issued.

This makes it possible to attach one shipping card to every shipping box, which has the effect of eliminating mistakes in shipping.

Enter the number of containers corresponding to the product name number in Figure 2. Quantity setting section 49
Set to .

Next, a signal from the product name number setting unit 50 causes the card issuing signal output unit 52 to issue a signal to issue one delivery card when the number of items corresponding to the item name number and the number of items in the counting unit 39 are an integral multiple of the number of items placed. Output.

Further, the product name number is set and displayed as product name number 99 by selecting the function key 61 and inputting the numeric keypad 62 in FIG.

Also, instead of printing the planned production quantity on the delivery card, if (planned production quantity - production quantity) ≧ quantity, print the quantity, or (planned production quantity - production quantity) <if quantity, (planned production quantity - By printing the production quantity), it is possible to match the number of products in the shipping box with the quantity printed on the shipping card.

The present invention has the above-mentioned configuration, and the effects can be summarized as follows: (a) The operator of the automatic weighing and labeling machine can set the store number, planned production quantity, and product name number, and the store number printed in capital letters, A delivery card will be issued with information printed on it, including the planned production quantity and color-coded stamps for each delivery route.

(b) By setting the number of boxes, one delivery card can be issued for each delivery box.

(c) When the production of the planned number of units is finished, the direction of product discharge will be reversed to prevent confusion with products from the next store.
There is no doubt about the quantity.

Therefore, by using the mis-delivery prevention device of the present invention, a boxing worker can pack products into shipping boxes until the product's ejection direction is reversed, and then attach an automatically issued shipping card to the product. In contrast to the conventional method of receiving verbal instructions from an operator, counting the products, and searching for the delivery card in the rack, there is no chance of misdelivery.

[Brief explanation of the drawing]

FIG. 1 shows a conventional sorting method, FIG. 2 shows a block diagram of the device of the present invention, and FIG. 3 shows a panel of the first device.
Fig. 4 shows the second device, Fig. 5 shows the cross section of the third device, and Fig. 6 shows the cross section of the third device.
The figure shows a delivery card, FIG. 7 shows an example of actual use, and FIG. 8 shows the configuration of a second embodiment. FIG. 9 shows a side view of FIG. 8. 1...Upper moving weighing label pasting machine, 38...Opening number printing signal output unit, 39
... Counting section, 4o... Output section for the planned number of pieces to be produced,
48... Stamp number setting section, 49. Song/number setting section, 73... Distribution is gate, 1o1.
・Music score sending card, 123...Roller conveyor.

Claims (7)

[Scope of utility model registration request] (1) A weighing section that outputs a weighing signal corresponding to the weight of the product; a unit price setting section that outputs a unit price corresponding to the price per unit weight of the product; It has at least an amount calculation section that outputs a corresponding signal, and a processing date output section that outputs a signal corresponding to a set processing date, the measuring section, the unit price setting section, the amount calculation section, A part of the printer prints on a glued label attached to a non-adhesive base material according to an output signal from a processing date output unit, and a part of the printer prints the label printed on the product corresponding to the label. In an automatic weighing label pasting machine that has a label pasting section that automatically pastes labels,
A store number printing signal output section that inputs and sets a store number and outputs a print signal of the store number, a counting section that counts the number of products to be produced and outputs a number signal corresponding to the number of products, and a counter that sets the planned number of products to be produced. A planned production quantity output unit outputs a signal corresponding to the output unit, and a quantity coincidence signal output unit inputs the planned production quantity output unit signal and outputs a quantity coincidence signal when the planned production quantity and the number of units in the counting unit match. a first device having a section;
a second device installed on the exit side of the first device, which distributes and discharges products in at least two directions according to a number match signal of the first device; is installed on the exit side of the device, and receives a delivery card with a store number and a planned production quantity printed thereon by signals from the shop number printout and production planned quantity output unit of the shop number printing signal output section of the first device. A device for preventing incorrect delivery of products, comprising: a third device for issuing the product. (2) The distribution part of the second device is installed parallel to the flow direction of the first device and is composed of a plurality of rollers that rotate forward and backward in response to a number matching signal. 1
Apparatus described in section. (3) The device according to claim 2, wherein the roller is made of a non-adhesive material such as Teflon or polyethylene, or the roller is coated with a non-adhesive material on its surface. (4) The device according to Claim 2 of the Utility Model Registration, comprising belt conveyors each having a speed smaller than the circumferential speed of the rollers on both sides of a distribution section composed of a plurality of rollers. (5) a stamp stamping unit equipped with a stamping device that includes a sponge-like stamping body impregnated with ink of a different color and a stamping mechanism, and a stamp number setting unit that sets a stamp number corresponding to the store number; a stamp number determining section that selects a stamp number corresponding to the store number by comparing the store number print output from the store number print signal output section of the first device and the output signal of the stamp number setting section; 1. The device according to claim 1, wherein a stamp corresponding to the store number is stamped on a delivery card by printing out the store number of the device. (6) The paper feed pitch is determined by sweeping the serial dot matrix printer multiple times, using a serial dot matrix printer equipped with a paper feed device that corresponds to the height of one character. Scope of Claim 1 for Utility Model Registration characterized by printing a store number on a delivery card in capital letters that are twice the number of sweeps as the height of one character in a serial dot matrix printer with pitch feed
Apparatus described in section. (7) The first device is equipped with a product number signal output unit that sets a product name number and outputs a product number signal corresponding to the set product number, and the third device sets the number of containers corresponding to the product number. and an input number signal output unit that outputs an input number signal corresponding to the set input number, and the number of units in the first device is an integral multiple of the input number corresponding to the product name number. It is equipped with a card issuing signal output unit that issues a delivery card when a match is made, and instead of printing the planned production quantity, when (planned production quantity - production quantity) ≧ quantity received, the quantity printed is printed as (production quantity). The device according to claim 1 of the utility model registration, characterized in that when (planned number of pieces minus production number) (number of pieces received), (scheduled number of pieces produced - number of pieces produced) is printed.