KR940001451Y1 - Device for cutting meat or bones - Google Patents

Abstract

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Description

Meat Slicer Controller

1 is a reference perspective view of the meat season according to the present invention.

2 is a reference diagram of the meat seasoning operation control unit in FIG.

3 is a reference diagram of a setting operation display unit for actually operating the thickness and the like of the processed meat in FIG.

4 is a circuit block diagram of a digital control system related to FIG.

5 is a circuit diagram of the cutter control system in FIG.

* Explanation of symbols for main parts of the drawings

1: transfer control circuit unit 11: pulse generator

12: position control unit 13: motor drive unit

16: logic section 2: cutter control circuit section

31 ^B : Setting operation display part DP ₁ , DP ₂ , DP ₃ : Setting display part

TK: Tenkibu

The present invention relates to a meat slicer that cuts meat at a butcher shop, which is a fully automatic, fast and easy-to-use meat slicer controller that can cut the thickness of the sliced meat in such a meat slice with ultra-thin cutting. It is about.

Meat grinder is a machine that automatically cuts frozen beef or pork to a certain thickness and is mainly used in butcher shops.

Such a meat cutting machine includes a transfer mechanism such as a conveyor for transferring the workpiece to the cutter mechanism, and a cutter mechanism for automatically cutting the workpiece at a predetermined position. The cutter mechanism is driven by a dedicated motor for driving the cutter. Such transfer mechanisms are also used for transfer motors.

In such meat season, it is difficult to set or match the thickness arbitrarily when slicing meat, and the transfer motor is used only for carrying meat to the cutter, and a person pushes the meat to the cutter side by training to make slices of flakes. Therefore, it was difficult to obtain the precision of the work, and the convenience of using the device according to the semi-automation was reduced.

In addition, in the meat season, the automatic operation of the work was not performed, so it was difficult to guarantee the speed of the slice work.

In addition, the handling, management, and maintenance of the meat seasoning machine is not easy, which is not preferable.

An object of the present invention is to improve the prior art as described above, which is a meat seasoning machine that can ensure the ease of operation and handling and management, while maintaining the high speed and precisely the automatic drive control of the meat seasoning machine in particular It provides a controller.

In particular, the present invention is provided with a setting operation display part on the operation panel of the main body, and a feed control circuit part which makes it possible to comprehensively control the conveyance by digital logic to a meat cutter loaded on a predetermined portion of the meat seasoning machine, and the meat in an ultra thin shape at a predetermined position. Characterized in that it comprises a meat cutting machine controller of the configuration including integrally and cutting control circuit portion capable of cutting control.

This will be described in more detail below.

That is, Figure 1 shows the meat framework related to the present invention.

Here, in the center of the long shaft length, there is an outlet tank 32 which forms a knife cover together with a baguette 34, the left side of the ink tank 32 is an outlet tank cover 33, and the right side is an operating channel 31, an inlet. The tank cover 39, the inlet tank 38, the control box 37, the mount 36, the front cover 35 and the like are provided.

In addition, the operation panel 31 in FIG. 1 shows this in more detail as shown in FIGS. 2 and 3.

The operation panel 31 here is composed of an operation operation display portion 31 _A and a setting operation display portion 31 _B , and the operation operation display portion 31 _A includes an automatic operation button AT, a forward button FF, and reverse operation. jog button (RV _1), reverse button (RV _2), an abnormal stop button powered lamp (PL), cover open lamp (CL), such as the the given arrangement the other hand, setting the operation display unit (31 _B) has set together with (EB) The ten key portion TK including the display window DP ₁ , the slice thickness window DP ₂ , the in-situ position window DP ₃ , and the mm button mm is arranged.

4 shows the transfer control circuit section 1 of the comprehensive control for advancing or reversing the meat loaded from the inlet tank 38 as necessary.

In this case, the structure includes a tissue unit 16 for comprehensive control of the circuit system, a pulse generator 11 for providing a driving pulse required for the motor driver 13, a position adjusting unit 12, and a motor driver 13.

In addition, the logic unit 16 includes an on / off control of the motor driving unit 13, a start switch K composed of servo interruption (FF), servo reverse (RV ₂ ), emergency stop (EB), and a relay; Connected together, it is a logic circuit that performs logic control such as 1/2 speed, 1/2 position, forward / start, reverse / start, emergency stop, etc. 12 is a function setting digital switch (11a), the setting operation display unit (31 _B) of the rate of 1% speed, 2% speed, the first ceramic operating unit 31 of the dedicated cable while performing the internal setting of the.

Setting the operation display of the operation panel (31) (31 ^B) has a pulse driving number of the motor driving unit 13 according to the operation by such as ten-key (TK) that the user can set the movement range by ㎜ unit key information status The pulse generating unit 11 is configured to output, and the output of the pulse generating unit 11 is connected to the position adjusting unit 12 having the noon voltage related to the starting point position of the motor driving unit 13. A, A, B, B, Z, Z in the position adjusting unit 12, the second three-phase end (u, v, w) of driving the speed command voltage stage servo motor 14 and the servo motor 14 The second brakes 15 for intermittently stopping the drive are constituted by a servo motor drive unit 13 for outputting intermittent braking data.

The number of lines in the circuit is the number of lines.

5 shows a cutter control circuit section 2 according to the present invention.

In this case, the motor connected to the first three phases R, S, and T of the motor driving part 13 of FIG. 4 is connected to the cutter motor m ₁ together with the electromagnetic switch Mg ₁ and Mg _2, and the cutter motor m _1. ) Is a non-excitation brake motor and is connected to the first DC power supply unit 25 via an electronic switch (mg ₃ ) connected to the first brake BC, and the first three phases R ₁ , S ₁ , and T _1. The second direct current power supply unit 26, which supplies power to the organization circuit and the like on the transfer control circuit unit 1 side, is connected with the noise filter 27.

In addition, each of the first three-phase (R ₁ , S ₁ , T ₁ ) lines has an abnormality indicator (PL ₂ ), automatic start relay (K ₁ ), automatic run relay (K ₂ ), and cutter motor (m ₁ ) on. Relay (T ₁ ), cutter motor (m ₁ ) electrostatic relay (Mg ₁ ), cutter motor reversing relay (Mg ₂ ), brake open relay (Mg ₃ ) and each relay contact (K ₁ , K ₂ , T ₁ ) They are installed together, and a reverse switch (PB ₂ ) is provided between the cutter motor (M ₁ ) on relay (T ₂ ) line and the three-phase R ₁ line.

The present invention of such a configuration is as follows.

First, when the power switch is pressed on the operation panel 31, the power lamp PL of FIG. 2 turns on, and after 5 seconds due to the delay action between the transfer control circuit unit 1 side and the cutter control circuit unit 2 side, the operation ready state is completed. This leads to.

At this time, the servo motor 14 on the side of the feed control circuit unit 1 is in an inoperable state under the control of the motor drive unit 13.

Thereafter, when the user presses the forward or backward reverse buttons FF and RV ₂ , the tissue unit 16 of the transfer control circuit unit 1 of FIG. 4 recognizes an operation state of the forward or backward buttons FF and RV ₂ . The servomotor 14 moves forward or backward.

At this time, the forward and backward button proximity switches are provided in the front cover 35 of the first embodiment so that the meat catch moves until these switches are output.

Thereafter, the inlet tank cover 38 is opened to inject meat, and the meat is firmly caught by the meat catch and the cover 38 is closed.

Then, the baby advance button (FF) moves the tip of the meat to the efficient working position.

At this time, if the distance to the cutter is too large, advance to the forward button (FF) to enjoy the time loss, and if too close to the knife to reverse the reverse button (RV ₂ ).

On the other hand, it sets the slice thickness and position location by the ten-key (TK) in the setting operation display unit (31 _B) of when the operation is complete, the control panel 31.

In this case, the contents set by the user are displayed in the setting display window DP ₁ , the slice thickness window DP ₂ , and the in-situ position window DP _3. When the setting is completed, the slice thickness is always displayed.

When the slice thickness is changed, when the Ø ₁ button is pressed in the ten key part TK, the setting display window DP ₁ is displayed with Ø.

After pressing the buttons from 0 to 9, the slice thickness number is changed, and if you press the mm button, the setting is completed.

Therefore, the thickness of the automatic cutting of the meat can be arbitrarily set in the meat cutting machine.

In addition, when the Ø 2 button is set, the setting position is reset to Ø in the setting display window DP ₁ , and the seat position can be set in the same order as the slice thickness setting process.

Subsequently, when the automatic driving button AT is pressed, the automatic driving relay K ₂ is driven in the cutter control circuit 2 of FIG. 4 while the automatic driving signal is obtained from the tissue control unit 1 in the transfer control circuit 1. With the rotation of the cutter motor m ₁ , the servomotor 15 by the motor driving unit 13 is driven.

At this time, the cutter advances the meat to the set amount every one rotation, approaches the cutter, cuts by a predetermined slice, and returns to the position.

This operation control sets a constant forward setting timing and in-situ timing to the pulse generator 11 on the operation panel 31, whereby the pulse generator 11 stores this and continuously stores the forward pulse and the reverse pulse. In the position adjusting unit 12, the forwarding condition considering the thickness of the meat is sent to the motor driving unit 13 so that the servo motor 14 temporarily moves forward, retracts, and moves forward by a certain distance meat thickness. Will be.

This design of this configuration can be used to automatically set the thickness of the meat in the meat slicer to provide the convenience of using the meat slicer, while the rapid meat slice operation and the quality of the slice thickness due to the full automation of the meat slicer system There are beneficial features such as being uniform.

Claims (1)

In the meat seasoning machine, a setting display window (DP ₁ ) of the display function at the time of setting the meat thickness to be sliced or repositioned automatically in place after setting the meat thickness to be sliced on the operation panel of the body of the meat seasoning machine, and the slice thickness window (DP _2), position location window (DP _3), etc. this may be provided with a setting operation display unit (31 _B) arranged with a set ten-key (TK) for the servo as having the state set by the setting operation display unit (31 _B) the driving control of the motor 15, cutter motor feed control circuit (1) and the cutter control circuit (2) is six season controller, characterized in the configuration been mounted on the main body for performing drive control of the (M _1).