KR101841569B1 - Work station ID and Worker ID to Automatic Weighing and Transporting system control method - Google Patents

Abstract

The present invention relates to an automatic weighing and conveying system and a control method for dividing a raw material product such as a meat product to supply raw materials to the main conveyance, a plurality of individual workbenches on the side of the main conveyor, In a so-called substructure that divides the work, the system consists of a main transport, individual workbenches, a workbench for product classification and worker classification, a data processing device with a contact non-contact sensitive device including a PLC address or frequency receiver, Base, and central data system, and transmits them to the central data system and integrated control system. The electronic balance can be installed in a third place such as a main conveying end, a product packaging, or an individual workbench, and can integrally manage data by matching with a product identifier (ID) or an operator identifier (ID). The method of the present invention realizes a high level of automation management and prevents data disruption caused by personal management among various data processing apparatuses during matching through database matching and controls the production amount by each worker, Can manage hygiene management.

Description

Technical Field [0001] The present invention relates to an automatic weighing and transportation system and a control method of a work station ID and an automatic weighing and transporting system control method,

More particularly, the present invention relates to an automatic process for decomposing a raw material, and more particularly, to a method for automatically separating a work place identifier (ID) or a worker identifier ID) is added to the automatic weighing transportation system and control method.

Currently, the level of meat processing automation is often manual, after slaughtering. In such cases, it takes a long time to measure the weight of individual parts and the efficiency is very low.

In addition, it is preferable to measure the weight immediately after the division and to pass it to the next process to be checked and packaged, but there is no equipment and processing method for the assembly line so far.

Accordingly, a variety of measures have been attempted. However, a display (LCD) and an electronic balance are installed in individual workbenches and are automatically metered. A method of comparing and verifying operator identifiers (IDs) on a display (LCD) 103274191 B 2015.05.20), the work name can be inputted by mistake, and accordingly, the worker had to visually confirm the worker identifier (ID) on the display for the purpose of managing his or her own performance.

In addition, when the touch panel is installed, the humidity is high due to the nature of the food factory and the trouble is frequent, and there is a problem that the installation is avoided because the effect is small compared to the small worksite and the investment cost.

Patent Document 1: CN 103274191 B 2015.05.20 Patent Document 2: CN 201830824 U, 2011.05.18

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems and disadvantages of the related art, and it is an object of the present invention to provide an automatic weighing and product identification (ID) matching and storage system using electronic scales, Contact sensing system is installed on a workbench, and the identification (ID) of the work place is recognized or set once, so that the worker (ID) or worker identifier (ID) that can suppress an increase in unnecessary labor need, stabilize the system, and suppress conflicts due to production management by transmitting the identifier And an object of the present invention is to provide an automatic weighing transportation system and a control method.

According to an aspect of the present invention, there is provided an automatic weighing and transporting system including an operation place and an operator identifier (ID), comprising: an electronic balance for measuring a weight of a raw material; Individual workbenches, which are worktables in which raw materials are separated by workers individually; A main transporting unit for recognizing the workstation identifier (ID) of the individual workbench and transporting the divided raw workpieces to a designated point or a preset point when the workpieces are identified; A basic data storage device for storing at least one of a product identifier (ID), a workbench identifier (ID), a worker identifier (ID), or time data of the divided raw material product data; Storing and processing the product identifier (ID), work table identifier (ID), worker identifier (ID) or time data of the basic data storage device, performing automatic addition and matching of data for each individual work table, A central data storage / processing device performing a set program including the main transport control in an automatic gravimetric transport system with an identification (ID) added thereto, and transportation control of the individual workbench; And a communication module for transmitting a product identifier (ID), a workspace identifier (ID), and an operator identifier (ID) of the basic data storage device to the central data storage device through the data processing device .

Here, the data processing apparatus stores a product identifier (ID), a worker identifier (ID), or a workstation identifier (ID) classified by a combination of one or a plurality of sensors of a contact sensor and a non- (ID) recognition and transmission device for transmitting data to a device or a central data storage / processing device by using a touch sensor, human body information, OCR, bar code, QR code, frequency, magnetic field, pressure, And a plurality of sensors including a plurality of input buttons for comparing and verifying product and worker identifiers by a combination of a plurality of sensors or a button input and storing the basic data storage device or the central data storage / And is installed and preset for a predetermined work interval, or transmitted from the central data storage / processing device (ID) recognition data through contact / noncontact sensing or a plurality of sensations including the product identifier (ID), the worker identifier (ID) or the workbench identifier (ID) and the product weight data and the time data To the basic data storage device and the central data storage / processing device.

The individual workbench is composed of one of a belt type, a caterpillar type, a chain, a rotary or a rectilinear motion type plate, and transports the raw material work done in the individual workbench to a designated point or a predetermined point.

In addition, the electronic balance, the communication module, and the individual workbench are installed on the side or end of the main transport device. When the main body is installed at the end of the main transport device, the product identifier (ID) (ID) and a worker identifier (ID) to the center through the communication module installed at the end using the main transport speed and time, the work bench identifier (ID) or the product identifier (ID) Data storage / processing device.

Meanwhile, the automatic weighing and transporting system having the work place and the worker identifier (ID) is further equipped with a workbench insertion device for easily transferring the workbench from the individual workbench to the main transport device after work And a work platform frame for fixing the work platform input device, wherein the work platform is separated from the work platform frame without separating the work platform input device, And is installed below the operating device operating range.

The workbench inserting device includes a workbench frame, a workbench inserting device, a workbench inserting device, a workbench inserting device, and a workbench inserting device, And the apparatus driven gear is assembled (joined) to the work table frame.

Here, the automatic weighing and transporting system having the work place and the worker identifier (ID) adds the raw material product to the main transport device by feeding it into a separate transport device having a transport device identifier (ID) (ID) recognizing and dispensing apparatus composed of a non-contact sensitive apparatus or a conveyance apparatus identifier (ID) attached to the conveying apparatus by means of an identification and dispensing apparatus composed of a plurality of contact points, And transmits the measured data from the electronic balance to the central data storage / processing device matching the identified product identifier (ID), and further conveys the measured data to the set destination.

In addition, the product identifier (ID) can be re-entered or canceled within a set time after input.

And a type and a photograph of the product are printed on the surface of the noncontact product identifier (ID) card so that the naked eye can be identified.

On the other hand, the product identifier (ID) and the worker identifier (ID) are inputted, and when the weight value arrives, the individual workbench is automatically started within the set time.

According to another aspect of the present invention, there is provided an automatic gravimetric transport control method including a work place and an operator identifier (ID), the method comprising the steps of: ID), dividing a raw material (a workpiece) into individual workbenches stored in the central data storage / processing device, and loading the divided raw material on an electronic scale; The weight data of the material weighed in the electronic balance are transmitted to the basic data storage device (1) through the communication module in the data processing device together with the worker identifier (ID), time, product identifier (ID) ; The weight data transmitted to the basic data storage device and workpiece identifier (ID), worker identifier (ID), time, product identifier (ID), and carrier identifier (ID) are compared and stored in the central data storage / step; And a step of performing a one-step process with a product transport start command, and the central data storage / processing device updates the updated data.

According to another aspect of the present invention, there is provided an automatic gravimetric transportation control method including a work place and an operator identifier (ID) to achieve the above object, ID), and the work of dividing the raw material (workpiece) is performed in the individual workbench stored in the central data storage / processing device, and the divided work material is moved to the next place according to the program set in the central data storage / ; In the electronic balance, the weight of the divided raw material is measured, and the weight data of the metered raw material is transmitted to the data processing apparatus (1) along with the worker identifier (ID), time, product identifier To a basic data storage device via a communication module; The weight data transmitted to the basic data storage device and the workpiece identifier (ID), the worker identifier (ID), the time, the product identifier (ID), and the carrier identifier (ID) are compared and stored in the central data storage / ; And a step of performing a one-step process with a product transport start command, and the central data storage / processing device updates the updated data.

The present invention has the following effects.

First, the workstation identifier (ID) sensing device and the frequency receiving device generate a new data and input six kinds of ribs, fillets, legs, etc. currently measured by the worker in the input device, (ID), weight, and product identifier (ID) are automatically matched to the central data storage / processing device, while at the same time being linked to the transport device, the conveyor moves the conveyor to the program set by the conveyor device, thereby suppressing an increase in unnecessary labor requirement , Stabilize the system, and control disputes related to production management

Second, commands can be sent simultaneously in several work sections. Since the transport device moves immediately after receiving the transport command, it realizes a high level of automation management. Through the data matching, It is possible to prevent the occurrence of a chaotic situation.

FIG. 1 is a process explanatory diagram for explaining a method of controlling an automatic weighing and transportation system to which a work place identifier (ID) and a worker identifier (ID) are added according to the first embodiment of the present invention
FIG. 2 is a process explanatory diagram for explaining an automatic weighing and transporting system and a control method to which a work place identifier (ID) and a worker identifier (ID) are added according to a second embodiment of the present invention
FIG. 3 is an explanatory view of a basic structure of an automatic weighing and transportation system to which a work place identifier (ID) and a worker identifier (ID)
4 shows an embodiment of the arrangement of the data processing apparatus, the individual workbench and the communication module arranged in the main transport apparatus of the automatic weighing and transport system to which the work place identifier (ID) and the worker identifier (ID) are added according to the present invention drawing
Fig. 5 is a perspective view of the arrangement of the data processing apparatus, individual workbench and communication module shown in Fig. 4
FIG. 6 is a diagram showing an example in which a plurality of data processing apparatuses, individual workbenches and communication modules shown in FIG. 4 are arranged
Fig. 7 is an example in which a product and a workstation identifier (ID) are installed in the data processing apparatus shown in Fig. 4
Fig. 8 is an example in which a contact non-contact sensor is provided with a product identifier (ID) in the data processing apparatus shown in Fig. 4
Fig. 9 shows an example in which a frequency receiver is provided with a workstation identifier (ID), a contactless contact sensor is provided with a product identifier (ID), and an information display device (LCD) is installed in the data processing apparatus shown in Fig.
10 is an example in which a plurality of contactless non-contact sensors are installed in a data processing apparatus shown in FIG. 4 by a product and a work table identifier (ID)
11 is a view for explaining a workbench insertion device (conveyor or a plunger) of an automatic weighing and conveying system to which a work place identifier (ID) and a worker identifier (ID) are added according to the present invention
Fig. 12 is an exemplary view of the work bench loading apparatus shown in Fig.
Fig. 13 is a configuration diagram of a work bench identifier (ID) recognition and dispensing apparatus composed of a contact /
14 is a diagram showing an embodiment for recognizing an identifier (ID) and a product identifier (ID) in a workstation identifier (ID) in a data processing apparatus
Fig. 15 is a diagram showing a construction diagram in which a work bench identifier (ID) recognition and dispensing apparatus composed of the contact / non-contact sensitive device shown in Fig. 13 is installed below a work bench,
16 is a view for explaining an embodiment of a method of selecting an identifier (ID) on an LCD screen

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In addition, although the term used in the present invention is selected as a general term that is widely used at present, there are some terms selected arbitrarily by the applicant in a specific case. In this case, since the meaning is described in detail in the description of the relevant invention, It is to be understood that the present invention should be grasped as a meaning of a term that is not a name of the present invention. Further, in describing the embodiments, descriptions of technical contents which are well known in the technical field to which the present invention belongs and which are not directly related to the present invention will be omitted. This is for the sake of clarity of the present invention without omitting the unnecessary explanation.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a process explanatory diagram for explaining a method of controlling an automatic gravimetric transportation system to which a work place (ID) or a worker identifier (ID) according to the first embodiment of the present invention is added.

The automatic weighing and transport system control method to which the work place (ID) or the worker identifier (ID) is added according to the first embodiment of the present invention is shown in FIG. When the power of the data processing apparatus 3 is turned on in accordance with the program, each workstation identifier (ID) 16 is distinguished in the data processing apparatus 3, and each individual workstation identifier (ID) 16 stored in the central data storage / The raw material [product (workpiece)] division work is performed on the work table 5 (S100), and the divided work (product) is placed on the electronic balance 4 (S110).

The weight data of the raw material metered in the electronic balance 4 is transmitted from the data processing apparatus 3 together with the worker identifier (ID), time, product identifier (ID), carrier identifier (ID) (7) to the basic data storage device 1 (S120).

Then, the weight data and the workpiece identifier (ID) or worker identifier (ID), time, product identifier (ID), transport device identifier (ID), etc. transmitted to the basic data storage device 1 are transmitted to the central data storage / (S130).

Accordingly, the one-step process is executed by the product transportation start command (S140), and the central data storage / processing device 2 updates the updated data (150).

2 is a process explanatory diagram for explaining an automatic weighing transportation system and a control method to which a work place (ID) or an operator identifier (ID) is added according to the second embodiment of the present invention.

As shown in FIG. 2, the automatic weighing and transporting system and control method to which the work place (ID) or the worker identifier (ID) according to the second embodiment of the present invention is added are basically provided in the central data storage / When the power of the data processing apparatus 3 is turned on according to the set program, each workstation identifier (ID) 16 is distinguished in the data processing apparatus 3 and stored in the central data storage / The raw material [product (workpiece)] dividing operation is performed in the individual workbench 5 (S200), and the divided raw material (product) is moved to the next place according to the program set in the central data storage / .

The weight data is measured by the electronic balance 4 and the weight data of the measured product is transmitted to the data processing apparatus 3 along with the worker identifier (ID), time, product identifier (ID) To the basic data storage device 1 through the communication module 7 (S220).

Then, the weight data and the workpiece identifier (ID) or worker identifier (ID), time, product identifier (ID), transport device identifier (ID), etc. transmitted to the basic data storage device 1 are transmitted to the central data storage / (S230). ≪ / RTI >

Thereafter, the one-step process is executed by the commodity commencement command (S240), and the central data storage / processing device 2 updates the updated data (S250).

For reference, segmentation means that raw materials such as cattle and pigs are supplied to the split-six line in meat processing, and then divided into parts by division process.

FIG. 3 is an explanatory view of a basic structure of an automatic gravimetric transportation system to which a work place identifier (ID) or a worker identifier (ID) according to the present invention is added, FIG. 4 is a view showing a work place identifier (ID) Fig. 5 is a view showing an embodiment of a data processing apparatus, an individual workbench and a communication module arranged in a main transport apparatus of an automatic weighing and transporting system to which a data processing apparatus, Fig. 6 is a diagram showing an example in which a plurality of data processing apparatuses, individual workbenches, and communication modules shown in Fig. 4 are arranged.

3 to 6, the data processing apparatus, the individual workbench and the communication module disposed in the automatic gravimetric transport system and the main transport apparatus to which the work place (ID) or the worker identifier (ID) according to the present invention is added, The automatic weighing and transporting system to which the work place (ID) or the worker identifier (ID) is added includes a basic data storage device 1, a central data storage / processing device 2, a data processing device 3, , An individual workbench 5, a main transport device 6, and a communication module 7.

The basic data storage device 1 stores the workpiece data to be processed. Such workpiece data includes a product identifier (ID), a workbench identifier (ID), or an operator identifier (ID).

The basic data storage device 1 is a kind of database, and is installed for each preset work interval.

The central data storage / processing device 2 stores and processes data of a plurality of basic data storage devices 1, performs automatic addition and matching of data by individual workbenches 5, (6), an individual workbench (5) according to the product weight measured from the electronic scales (4), a workbench dispenser (10), and a workbench dispenser (10) Lt; RTI ID = 0.0 > a < / RTI > This enables the meat processing in the automatic weighing transport system to be performed automatically according to the set program.

The data processing apparatus 3 includes a workstation identifier (ID) recognition and transmission device 31, an identifier (ID) recognition and transmission device 32 composed of a plurality of sensing devices and an information display device 20, Contact or non-contact response including a product identifier (ID), a worker identifier (ID) or a workstation identifier (ID) according to a program installed or preset for a certain work section or transmitted from the central data storage / (ID) recognition data through the sensing of the product ID and the product weight data and the time data to the basic data storage device 1 and the central data storage /

Here, the workstation identifier (ID) recognition and dispatching device 31 is a product identifier (hereinafter referred to as a product identifier) classified by a combination of any one of a contact sensor using an electrical signal, a contactless sensor using frequency, light, pressure, ID) or a workbench identifier (ID) to the basic data storage device 1 or the central data storage / processing device 2. The basic data storage /

The identification (ID) recognition and dispensing apparatus 32 composed of a plurality of sensing units is selectively configured with one or a plurality of contact sensors using electrical signals, non-contact sensors using frequency, light, pressure, magnetic field or heat, (ID) by a combination of a plurality of sensors or a button input including an input button (a product identifier input button, an input cancel button, and the like), and the basic data storage device 1 or the central data storage / 2).

The product identifier (ID) can be input by the plurality of input buttons, re-entered within a set time after the input, or canceled through the input cancel button.

On the other hand, it is possible to visually identify the type of the product and the photograph on the surface of the card for the product identifier (ID) to be contactlessly sensed. Then, the product identifier (ID) and the worker identifier (ID) are inputted. When the weight value arrives, the individual workbench is automatically operated within the set time.

The electronic scale (4) is installed in a third place such as the end of the main conveying conveyor or the product packaging, or on an individual workbench (5) to automatically measure the weight of the workpiece.

The individual workbench (5) is a worktable on which workers individually work on the raw meat product. A plurality of such individual workbenches 5 are provided on the side of the main transport device 6, respectively.

The main transport apparatus 6 is composed of any one of a belt type, a caterpillar type, a chain, a rotary or a rectilinear motion type plate and is provided with a work bench identifier (ID) recognition and delivery device 31 composed of a contact / non- (ID) recognizing and dispensing device 32 configured to transport the meat product product performed in the individual workbench 5 to the indicated point or a preset point.

For the sake of reference, the sensing device refers to a contact (hereinafter, referred to as a sensor). When the sensing device is pressed, the sensing device is pressed for a long time (delayed) By increasing the user's convenience, when changing the number of electronic clocks, etc., pressing the button at 1 second changes the number to one unit. Long press. Pressing quickly means that the speed of the number change is accelerated.

The communication module 7 transmits the latest data (product ID, workstation identifier ID or worker identifier) of the data storage device 1 to the central data storage / (2).

For reference, the identifier (ID) means a signal given to the input device or a non-overlapping identification information of the input device so that a plurality of places, workers, products can be distinguished from each other. (address), and then matches with other data. It becomes possible to automatically recognize an external signal such as human body information, an optical character reader (OCR), a bar code, a frequency, a magnetic field, pressure, heat, light and the like.

An example of a combination of a plurality of sensors of a work bench identifier (ID) recognizing and dispensing apparatus 31 composed of a contact / non-contact sensitive apparatus and an ID recognizing and dispensing apparatus 32 composed of a plurality of sensing units includes six sensors 6C1 + 6C1 + 6C1 + 6C1 + 6C1 + 6C1 = 63 kinds of combinations of sensor combinations that can be input can be selected from 1 to 6 in total, and aCb = a! , APb = a! / (Ab)! = 6P1 + 6P1 + 6P1 + 6P1 + 6P1 + 6P1 = 1956. If the number of sensors is increased, virtually infinite classification input is possible.

In fact, there are not more than 30 kinds of products in the partial meat processing field, and even if only 10 workers are working, the number of products processed per person is about 8, including byproducts. Therefore, four sensors (15 per worker Classification possible), and one for worker classification is enough. Therefore, even if one sensor is installed for worker classification, it is possible to confirm the comparison of the work position, so that two persons can work in one place. In the case where two persons are configured, the number of simultaneous workers in one place is 4 .

Also, by generating a plurality of sensing signals of the touch / non-contact sensitive device and selecting an ID (ID) of the LCD screen, the identifier (ID) as described above is input to the input device so as to distinguish the plurality of places, It is also possible to generate a non-overlapping identification information of a given signal or input device.

16, there is a method using left and right or up and down movement using a keypad. By giving a signal to the sensing device, the contents of the identifier (ID) displayed on the screen of the information display device (LCD) There is a method of selecting the image by moving it up, down, left, and right.

Secondly, there is a method using a rotary handle (jog shuttle). The sensitive device is constituted by a circular knob of a rotary type as shown in FIG. 16 and rotated leftward and rightward so that an identifier (ID) is moved and selected.

In any case, it is the same to use a plurality of sensing signals of the contact / non-contact sensitive device. In this case, it is a well-known fact that the speed of the sensing signal of the sensitive device, or the speed of expressing the content displayed through the delay action, is changed.

Fig. 7 is an example in which a product and a workstation identifier (ID) are installed in the data processing apparatus shown in Fig. 4, and Fig. 8 is an example in which a contactless contact sensor is installed in the data processing apparatus shown in Fig. Fig. 9 shows an example in which a frequency receiver is provided with a workstation identifier (ID), a contactless contact sensor is provided with a product identifier (ID), and an information display device (LCD) is installed in the data processing apparatus shown in Fig. Contact sensor is installed in the data processing apparatus shown in Fig. 4 by a product and a workstation identifier (ID).

The data processing apparatus 3 of the automatic weighing and transporting system having the work place ID or the worker identifier (ID) according to the present invention is provided with a work bench identifier (ID) recognizing and dispensing apparatus 31 composed of a contact / non- (ID) recognizing and dispensing apparatus 31 composed of a contact / non-contact sensitive apparatus as shown in FIG. 8, an identifier recognizing and dispensing apparatus 32 composed of a plurality of sensings, (ID) recognizing and dispensing device 31 composed of a contact / non-contact sensitive device as shown in FIG. 9, an identifier (ID) recognizing and transmitting device 32 composed of a plurality of sensing devices, It is possible to configure the device 20 or to configure only an identifier (ID) recognition and transmission device 32 composed of a plurality of sensing as shown in Fig.

The present invention is an identifier for identifying a worker by fixing a radio frequency receiver having high reliability, low failure rate and low production cost in an automatic weighing and product identifier (ID) matching and storing system using an existing electronic balance , It is possible to recognize or mount the IC card once, thereby suppressing an increase in unnecessary labor required for transferring the worker's ID (ID) for each job, stabilizing the system, and suppressing a dispute due to production management.

In addition, by providing a plurality of contact / non-contact sensing systems on a work table, it is possible to distinguish between a product identifier (ID) and a work table (worker) identifier (ID) stably as compared to a touch panel. A non-contact sensor is a sensing device that uses a separate power source to detect a physical contact. It is a sensing method using light, magnetic field, ultrasonic wave, Frequency signal, high-frequency signal, short-wave signal, and the like.

The non-contact sensing includes sensing using heat sensing or pressure sensing and includes a conventional touch panel.

In the present invention, a contact / noncontact contact is used to give a signal of a contact in contact or noncontact. For example, the contact is a contact through contact, that is, Contactless contact "means a contact that does not directly communicate with electricity, which is used to create a contact without direct electrical connection. In the case of touch panel or IC card when calculating bus fare, physical contact occurs But it is the same principle as that the internal contacts are connected softly or with the sebi knife by using the internal electricity in a state where the contact does not occur and the interval is regular.

A plurality of contact and non-contact sensors are provided in addition to the RF receiving device, which is a kind of noncontact sensor, which is a main subject of the present invention, and a product identifier (ID) is transmitted by combination. As described above, when four sensors are installed, 15 product codes can be transmitted. Even in the case of cows divided into the largest number, only 20 products are available, and the number of divided meat per worker is not more than 10 .

It is an advantage of the present invention that if the number of products processed per person is 15 or less even if the total number of products is large, the product can be sufficiently classified and tracked (IoT) can be performed even by installing four simple sensors.

When six sensors are installed, 63 products can be classified. The area occupied by the control panel is only 50mm x 100mm, and the price is only 1/10 of the touch panel, which has the same effect as the touch panel, It not only saves, but also reduces maintenance costs, attracts investment, and improves productivity, costs, and hygiene of food.

Also, when a small size LCD (LIQUID CRYSTAL DISPLAY) is installed as an information display device 20 instead of an expensive touch panel, the product identifier (ID) generated by the combination of the sensors is expressed so that the operator can easily recognize the input There is also the advantage that it can be corrected accordingly.

On the other hand, the electronic balance 4, the communication module 7 and the individual workbench 5 may be provided on the side of the main transport device 6 by the number of workbenches, or only one on the end of the main transport device 6. [ (ID) and worker identifier (ID) of the product from the individual workbench 5 to the speed of the main transport device 6 and the workpiece ID Time or the location of the individual workbench 5 and the data of the communication module 7 installed at the end using the workbench identifier recognition and dispatching device 31 to the central data storage /

11 is a view for explaining a workbench insertion device (conveyor or a push rod) of an automatic weighing and conveying system to which a work place (ID) or a worker identifier (ID) according to the present invention is added, Fig. 13 is a diagram showing a configuration in which a work bench identifier (ID) recognition and dispensing apparatus composed of a contact / non-contact sensitive device is installed below the workbench. Fig. 14 is a view showing a workbench identifier (ID) and a product identifier (ID) are recognized in a work ID (ID) and a product ID (ID) Fig. 5 is a view showing in detail the installed configuration and the transportation device. Fig.

11 and 12, basically, the workbench insertion apparatus 10 of the automatic weighing and transporting system to which the work place (ID) or the worker identifier (ID) according to the present invention is added is basically the same as that shown in Figs. 13 and 15 To be transferred from the individual workbench 5 to the main transport apparatus 6 after the work is performed so as to reduce the labor intensity of the worker after the work of the workpiece and to prevent the data from being disturbed .

The workbench drive unit 15 is fixed to the workbench support 8 and the workbench insertion unit 10 is fixed to the workbench frame 9 and the workbench frame 9 is fixed to the workbench support 8 A coupling groove 14 is formed in the work table support 8 or the work table frame 9 and an engagement groove 14 is formed in the work table frame 9 or the work table support 8, The workbench frame 9, the workbench insertion device 10 and the input device driven gear 11 are assembled to the workbench frame 9 by forming the engaging projections 13 that can be inserted into the workbench frame 9.

Basically, when placing the meat product directly on the main transport device 6, there is a risk of cross contamination. Therefore, a method of transporting the raw material or the divided product into the separate transport device 19 shown in Figs. 13 and 15 Do.

In this case, a workbench identifier (ID) recognizing and dispensing device 31 composed of a contact / non-contact sensitive device or a conveying device 19 attached to the conveying device 19 by an identification and dispensing device 32 consisting of a plurality of sensing (ID) 18 while matching the product identifier (ID) 17 to send the metered data from the electronic balance 4 to the central data storage / processing device 2 and to the set destination By carrying, it is possible to carry out the division work without cross contamination.

At this time, it is preferable that the conveying device 19 is normally used once after washing and sterilizing once and then supplied again. To this end, a transport device identifier (ID) 18 is attached to the transport device 19.

Here, the product identifier 17 is used for identifying and dispatching a work bench identifier (ID) composed of a contact / non-contact sensitive device and an identification (ID) recognition and dispensing device 32 composed of a plurality of sensing (ID) and the name of the product, so that a plurality of products, such as ribs, sirloin, legs, etc., can be identified, It is printed.

While the present invention has been described with reference to the exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Therefore, the examples disclosed in the present invention are not intended to limit the scope of the present invention and are not intended to limit the scope of the present invention. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

1: basic data storage device 2: central data storage / processing device
3: Data processing device 4: Electronic scales
5: Individual workbench 6: Main transport
7: Communication module 8: Work table support
9: work platform frame 10: work platform input device
11: input device driven gear 12: input device driven gear
13: engaging projection 14: engaging groove
15: workbench drive device 16: workbench identifier (ID)
17: Product Identifier (ID) 18: Carrier Identifier (ID)
19: Transport device 20: Information display device
31: Workpiece identifier (ID) recognition and dispensing device composed of contact / non-contact sensitive devices
32: Identifier (ID) recognition and transmission device composed of a plurality of contact points

Claims (12)

An electronic balance for measuring the weight of the raw material;
Individual workbenches, which are worktables in which raw materials are separated by workers individually;
A main transporting unit for recognizing the workstation identifier (ID) of the individual workbench and transporting the divided raw workpieces to a designated point or a preset point when the workpieces are identified;
A basic data storage device for storing at least one of a product identifier (ID), a workbench identifier (ID), a worker identifier (ID), or time data of the divided raw material product data;
Storing and processing the product identifier (ID), work table identifier (ID), worker identifier (ID) or time data of the basic data storage device, performing automatic addition and matching of data for each individual work table, A central data storage / processing device performing a set program including the main transport control in an automatic gravimetric transport system with an identification (ID) added thereto, and transportation control of the individual workbench; And
A product identifier (ID) classified by a combination of one or a plurality of sensors of a product identifier (ID), a work bench identifier (ID), an operator identifier (ID) of the basic data storage device, An identification (ID) recognition and transmission device for transmitting a worker identifier (ID) or a workstation identifier (ID) to the basic data storage device or the central data storage / Contact sensor using a barcode, a QR code, a frequency, a magnetic field, a pressure, a heat, or a light is selectively configured, and a combination of a plurality of sensors including a plurality of input buttons, ID) are compared with each other and transmitted to the basic data storage device or the central data storage / processing device, Contact or non-contact response including the product identifier (ID), the worker identifier (ID) or the workstation identifier (ID) or the identifier (ID) through a plurality of senses according to a program transmitted from the central data storage / And a communication module for transmitting the recognition data, product weight data, and time data to the basic data storage device and the central data storage / processing device through a data processing device,
The electronic balance, the communication module and the individual workbench are installed on the side or end of the main transport device. When installed on the end of the main transport device, the electronic balance, the communication module and the individual workbench are provided with a product identifier (ID) Storing the worker identifier (ID) in the central data storage / processing (ID) through the communication module using the main transport speed and time, the workstation identifier (ID) recognition and transmission device or product identifier Device ,
Wherein the data processing apparatus comprises at least one of a workstation identifier (ID) recognition and transmission device, an identifier (ID) recognition and transmission device composed of a plurality of sensing, and an information display device,
When the information display device is installed, the contents of the ID (ID) shown on the information display device (LCD) are moved up and down and left and right by moving the data processing device using a keypad in left and right directions or up and down, (ID) of a plurality of places, workers and products displayed on the information display device screen by selecting an identifier of the products or by making a circular knob by a rotary handle (jog shuttle) (ID) is added to the automatic weighing and transportation system.

delete The method according to claim 1,
Wherein the individual workbench comprises one of a belt type, a caterpillar type, a chain, a rotary or a rectilinear motion type plate, and transports raw material products, which have been worked in the individual workbenches, to a designated point or a preset point, (ID). delete The method according to claim 1,
The automatic weighing and transporting system having the work place and the worker identifier (ID)
A work platform driving device for driving the work platform, a work platform support for fixing the work platform drive device, and a work platform support device for supporting the work platform drive device, And a work table frame for fixing the work table input device, wherein a driving source is installed below the work table input device so as to be separated from the work table frame without detaching the work table input device. Automatic weighing transport system. The method of claim 5,
The workbench inserting device comprises:
The work platform frame, the work platform input device, and the input device driven gear may be formed in the work platform frame or the work platform support by forming a coupling protrusion that can be inserted into the coupling groove opened in the work platform frame or the work platform support, (ID) is attached to the workpiece, characterized in that the workpiece is assembled (joined) to the frame. The method according to claim 1,
The automatic weighing and transporting system having the work place and the worker identifier (ID)
(ID) recognizing and sending device composed of a contact / non-contact sensitive device, or an identifier composed of a plurality of contact points (ID) identifying the product by identifying and identifying a carrier identifier (ID) attached to the transport device by an identification and dispatch device, / Processing device and transported to a set destination, wherein the work place and the worker identifier (ID) are added. The method according to claim 1,
Wherein the product identifier (ID) can be re-entered or canceled within a set time after input, and a work place and a worker identifier (ID) are added. The method according to claim 1,
A product identification (ID) card that is non-contact-sensed is printed on a surface of a card and the product type and a photograph are printed so that visual identification is possible. The method according to claim 1,
(ID) and a worker identifier (ID) are input. When the weight value arrives, the individual workbench is automatically operated within a set time period. Transportation system. A control method using an automatic weighing and transporting system having a work place and an operator identifier (ID) according to claim 1 added thereto,
Each workpiece identifier (ID) is distinguished in the data processing apparatus according to the program set in the central data storage / processing device, and the raw material (meat processing) division work is performed in the individual workstations stored in the central data storage / processing device (S100 A step S110 of placing the split raw material (product) on the electronic balance;
The weight data of the product weighed in the electronic scale is transmitted to the basic data storage device (1) through the communication module in the data processing device together with the worker identifier (ID), time, product identifier (ID) (S120);
The weight data transmitted to the basic data storage device and workpiece identifier (ID), worker identifier (ID), time, product identifier (ID), and carrier identifier (ID) are compared and stored in the central data storage / Step S130; And
And a step (150) of updating the updated data by the central data storage / processing device (150) by performing a one-step process with a product transport commencement command (S140). A control method using an automatic gravimetric transport system with an added weight. A control method using an automatic weighing and transporting system having a work place and an operator identifier (ID) according to claim 1 added thereto,
Each workstation identifier (ID) is distinguished in each of the data processing apparatuses according to the program set in the central data storage / processing device, and the raw material (meat processing) division work is performed in the individual workstations stored in the central data storage / processing device (S210) moving the divided work (product) to the next place according to the program set in the central data storage / processing device;
In the electronic scale, the weight of the divided product is weighed, and the weight data of the measured product is transmitted to the data processing device (1) along with the worker identifier (ID), time, product identifier (ID) (S220) through the communication module to the basic data storage device;
The weight data transmitted to the basic data storage device and the workpiece identifier (ID), the worker identifier (ID), the time, the product identifier (ID), and the carrier identifier (ID) are compared and stored in the central data storage / (S230); And
And a step (250) of updating the updated data by the central data storage / processing device (250) by performing a one-step process with the commodity commencement command (S240). A control method using an automatic gravimetric transport system with an added weight.

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