KR20030091067A - Chilled Cutting Meat Slicer with Revolving and Rotation two Crescent-shaped Circle knife - Google Patents

Abstract

PURPOSE: A chilled meat cutter with circular rotating blades mounted therein is provided to enable continuous supply and cutting of the meat through an improvement in performance of the cutter, thereby achieving an increase in productivity of processed meat. CONSTITUTION: The chilled meat cutter comprises two circular blades, which can rotate bilaterally at a desired rotational speed. The cutter further comprises a stone grinding device(7) for prompt grinding of the blades, a stepping motor and a stepping motor controller for automatically adjusting the cut thickness of the meat, a meat discharge conveyor device, a safety cover, and a support frame(11) serving as an essential component for achieving bilateral rotation of the blades.

Description

Cold Cut Meat Slicer with Revolving and Rotation two Crescent-shaped Circle knife}

The present invention relates to a chilled meat seasoning machine equipped with two circular blades (41) that rotate and rotate, and the development motive of Japan and the world market is gradually decreasing the use and demand of frozen meat. In anticipation of increased demand, we can export to the Japanese and European markets at the request of domestic meat producers and Japanese export sales companies.

Compared to the reciprocating cutting device, the ground cutting device capable of rotating the cutting speed and rotating the blade at the same time can be designed and devised.

In addition, while devising and submitting a utility model registration application (double application) on September 22, 2003, the idler device 2 and the idler frame 11 were improved in the model so that two circular blades 41 could be mounted. Developed.

In general, the conventional cutting method for cutting the reciprocating motion of the conventional method is as shown in the following <Comparison of the conventional product technology and specifications> to fix the circular blade 41 to the fixed chain frame, so that the circular blade can rotate only Is commercialized,

In the meat cutting method, the conveyor is equipped with meat for refrigeration, and the lateral cutting is similar to the planer principle by giving the crank and connecting rod forward and backward reciprocating motion. In addition, the meat feed is to be conveyed by the conveyor belt using a ratchet device, the meat cutting thickness adjustment is manually adjusted by the adjustment plate and the thickness adjusting handle device. The advantage of the reciprocating cutting meat grinder is that the circular blade 41 can be instantaneously ground with the grinding wheel grinding device 7 when it is worn, so the maintenance cost is low and the production cost is low.

Disadvantages: Due to the characteristics of the reciprocating motion, when the number of reciprocating (cutting) is increased, the mechanism of 300 kg causes movement, and when the meat is cut in the middle, the meat itself flows left / right in the mounting machine, resulting in uneven thickness of the cut meat. And, there are many operation handles, and the meat that is discharged after cutting has a drawback.

The characteristic of 촙 cutter meat cutter device for idle cutting is that the blade type is half moon type and the blade is fixed to the rotating shaft by the hinge point, and the blade is small idle cutting. The feeding method is the rear part of the meat by the servo motor and PLC operation panel. 30 mm with a forceps device and feed straight. The advantage is that the cut meat is neat, high speed cutting operation is possible, and the machine is simple.

The disadvantage is that the blade thickness is more than 25T to reduce the blade wear, and when cutting the meat cutting thickness less than 5mm, some meat falls between the loading space (about 30mm) between the transfer side and the discharge side through which the blade 25T is rotated and passed, 30mm of device bite cannot be cut and large shops are expensive to maintain when blade is worn.

The purpose of the present invention is to control the cutting speed and the cutting thickness of meat according to the reciprocating motion of the existing meat grinder, and to maintain the cutting ratio (cut blade average of 2 weeks) and the meat thickness of 5mm. When cutting below, some meat falls between the transport side and the discharge side space (about 30mm), the blade replacement and the disadvantage that the continuous cutting operation is impossible,

In order to minimize defects due to collisions in the case of meat, bones, etc., which is a characteristic of the present invention, the V-belt driving method is applied, and a stepping motor 91 for lowering manufacturing costs and automating the control of meat thickness, stepping motor ride ( 93), using the stepping motor controller 92, the low torque (41kg.cm) and the high speed rotation (900-1200 rpm), which are the characteristics of the stepping motor, are combined with the reduction gear 94 with a reduction ratio of 1/10. Torque (410kg.cm) increased the safety rate of the device, and the meat discharge conveyor device (5) and the blade safety cover (155) of the cut meat that is not in the reciprocating meat meat device device, the highest priority to work safety when the blade idle. To develop a refrigeration meat grinder equipped with two circular blades (41) which rotates and rotates to provide an RR refrigeration cutter (product of this invention) that is easy to use compared to the cost for the meat processing industry.

1 is a complete plan view of a refrigeration broiler

Figure 2 is a front view of the revolving refrigerated meat seasoning

Figure 3 is a full right side view of the revolving refrigerated meat seasoning

Figure 4 is a full left side view of the refrigeration refrigerated meat seasoning

Figure 5 is a full rear view of the refrigeration refrigerated meat seasoning

6 is an isometric view of the entire southeastern direction of the refrigerating refrigerated meat seasoning machine

7 isometric view of the entire southwest direction of a revolving refrigerated meat seasoning machine

8 is an isometric view of the entire northeast direction of the refrigeration broiler

9 is a complete completion of the refrigerating refrigeration meat seasoning (with cover) isometric view

10 isometric view of a power transmission device for a refrigeration roaster

11 is a plan view of assembly of the rotating frame apparatus, isometric view (excluding cover)

12 is a front view of the assembly of the rotating frame device, left side view

13 is an exploded isometric view of the revolving frame apparatus

14 is an exploded plan exploded view of the rotating frame apparatus

15 is a front view of the revolving device assembly

16 is an isometric exploded view of the revolving device

17 isometric view of the assembly of the idler

18 isometric view of the assembly of the revolving device southwest

19 is a rotating device assembly plan view

20 is an exploded view of a rotating device exploded back

21 is a southwest isometric view of the rotating device assembly.

22 is a southeast isometric view of the rotating device assembly

Figure 23 is a plan view of the assembly of meat discharge conveyor

24 is a front view of the meat discharge conveyor assembly

25 is a right side view of the meat discharge conveyor assembly

26 isometric view of the southeast direction assembly of the meat discharge conveyor

27 is a plan view of assembly of the meat conveyer

28 is a front view of the assembly of meat conveyer

29 is a right side view assembly of the meat conveyer

30 is an isometric view of the northeast direction assembly of the meat conveyor

Figure 31 is a front view of the grinding wheel grinding device, isometric view

32 is an exploded isometric exploded view of a grinding wheel grinding device

33 is a view of a revolving frame 11, a working V pulley 22, and a revolving V pulley 21 related to claims.

<Description of the code | symbol about the principal part of drawing>

Main Components of Revolving & Rotating Refrigerated Meat Slicer (Figs. 1-10)

1. rotating frame device 2. rotating device 3. rotating device

4. Conveyor Power Transmission 5. Meat Discharge Conveyor 6. Meat Conveyor

7. Whetstone grinding device (removable) 8. Square pipe frame

[Main Components of Revolving Frame Apparatus (Figs. 11-14)]

11. Revolving frame 12. Revolving frame cover 13. Revolving frame

14. Penetration frame protection plate 15. Sharpener holding holder 16.V Belt (For Blade Only)

17. Bearing & Holder 18. Auxiliary Frame Mounting Bushing 19. V Belt Tensioner

[Main Components of Revolving Device (FIGS. 15-18)]

21. Static V pulley 22. Static V pulley 23. Static device fixed shaft

24. Frame Bearing 25. Static V Pulley Bearing 26. Static Rotary V Pulley Bearing A

27. Revolving V Pulley Bearing B 28. Revolving Shaft Holder 29. Frame BRG Cover & Seal

30. Revolving BRG Cover & Seal 31. Revolving BRG Cover 32. Bearing Bush

33. BRG Lock Nut & Washer A 34. BRG Lock Nut & Washer B 35. Double CAM

36. Proximity sensor 37. Proximity sensor fixing plate 38. Proximity sensor clearance washer

[Main Components of Rotating Device (FIGS. 19-22)]

41. Crescent-shaped circular blade 42. Rotating blade axis 43. Rotating V pulley

44. Rotating blade shaft bearing 45. Rotating bearing cover A 46. Rotating bearing cover B

47. Oil Seal A 48. Oil Seal B 49. BRG Lock Nut & Washer

50. Blade positioning pin A 51. Blade positioning pin B 52. Blade holding washer

53. Blade Fixing Bolts 54. KEY

[Rotational Power Transmission Device Components (Fig. 10)]

61. Rotating motor 62. Rotating geared motor 63. Rotating motor V pulley

64. Idle Motor V Pulley 65. Rotating Motor V Belt 66. Idle Motor V Belt

67. Rotating Motor Bed 68. Rotating Motor Bed

[Main Components of Meat Discharge Conveyor (Figs. 23 to 26)]

71. Flat belt 72. Reduction shaft V pulley 73. Reduction shaft V belt

74. Pinion Bevel Gear 75. Master Bevel Gear 76. Reduction Shaft A

77. Reduction shaft B 78. Drive chain sprocket 79. Driven chain sprocket

80. Drive chain (# 35) 81. Discharge conveyor drive shaft 82. Discharge conveyor driven shaft

83. Mounting shaft 84. Flat belt tensioner 85. L type BRG holder set

86. Mounted BRG Holder Set 87. Conveyor Frame Side Plate 88. Frame Fixing Plate

[Main parts of meat transfer conveyor device (Figs. 27-30)]

91. 5-phase stepping motor 92. Stepping motor controller 93. Stepping motor drive

94. Reducer (1/10) 95. Clamping Coupling 96. S8M Timing Pulley

97. Timing belt 98. Stepping motor bracket 99. Stepping motor bad

100. Conveyor Conveyor Drive Shaft 101. Conveyor Conveyor Drive Shaft 102. Conveyor Conveyor Belt

103. Chain sprocket A 104. Chain sprocket B 105. Directional shift gear

106. Upper roller drive shaft 107. Upper press roller shaft 108. Upper roller stopper

109. Mounting Shaft A 110. Mounting Shaft B 111. Drive Shaft BRG Holder Set

112. Gear shaft BRG holder set 113. Upper bearing holder set 114. Feed belt tensioner

115. Blade collision prevention plate 116. Chain A 117. Chain B

118. Chain cover A 119. Chain cover B 120. Upper roller frame

121. Operation handle 122. Conveyor frame 123. Reinforcement plate

[Main Components of Grindstone Grinding Device (Figs. 31, 32)]

131. Whetstone 132. Clamp 133. Whetstone prop shaft

134. Burr inner shaft 135. Burr holder 136. Bearing

137. Whetstone outer shaft 138. Whetstone inner shaft stopper 139. Whetstone distance adjustment screw

140. Whetstone distance adjustment nut 141. BRG lock nut & washer 142. Whetstone adjustment knob

[Square Pipe Frame (FIGS. 6, 9)]

151.Top Frame 152. Bottom Frame 153. Pillar Frame

154. Heavy Duty Casters 155. Blade Safety Covers 156. Front & Rear Covers

157. Right & Left Side Covers 158. Top Cover

The main components of the present invention are two crescent-shaped circular blades (41) equipped with a rotating device (3) for rotating and a rotating device (2) for rotating the rotating device, by combining the two devices with the bearing It is made of a revolving frame device (1) to be firmly fixed to rotate and rotate at the same time (rotational cutting),

The grinding wheel grinding device (7) is designed to be detachable when the circular blade wears, and the high speed (900-1200 rpm) and low torque (41 kg.cm) features the stepping motor 91 as the meat feeder. Since the gear reducer (94) having a reduction ratio of 1/10 is installed, a meat feed conveyor device (6) is installed to convert the motor to low rotation (90 to 120 rpm) and high torque (410 kg.cm) to enable automatic operation. The meat cut by the bevel gears 74 and 75 which converts the rotation direction and position by receiving some power from the geared motor 62 and the V pulley 64 to be automatically discharged from the idle frame device 1. The meat discharge conveyor apparatus 5 was mounted.

In addition, the material of the revolving frame 11 is made of light and solid 80T Duralumin alloy plate material (A7075-T2), the refrigerator has a property of sticking when cutting more than twice than the frozen meat round blade ( 41), the blade collision preventing plate 115, which is an accessory to the meat conveying conveyor unit 6, and the bearings supporting the stationary shaft fixing shaft 23 in the idler 2 in order to keep the clearance distance within 0.5 mm. The bearing spacing of the left and right hinge points was designed to be 380mm compared to the circular blade (41) revolving radius (R298).

Also the simplicity of the components of the revolving device (2) is the core of the present invention. Minimize the idler V pulley (21), revolver V pulley (22), revolver fixed shaft (23) Revolver frame (11) The bearing is composed of four parts inside and outside to be rotated at the same time. It was.

Hereinafter, with reference to the accompanying drawings an embodiment of the present invention will be described in detail the membership and main system flow.

11 to 14 , the function of the revolving frame 11 in the revolving frame device 1 of FIG. 14 is to firmly fix the revolving device 3 and the revolving device 2 equipped with two crescent-shaped circular blades 41. , Receives the V-belt rotational power from the revolving device (2) serves to transmit power to the rotating device (3). In addition, the V-belt tensioner (19) device for tensioning the V-belt is mounted, and the revolving frame (11) has a thick center of 220 mm in the center where the revolving device (2) is installed, and the direction of the rotating device (3). The center of gravity of the revolving frame 11 was brought to the center by reducing the angle to 22 degrees. The whetstone device holding holder 15 is fixed to four points of M6 bolts so that the whetstone grinding device 7 can be installed. The orbital rotation auxiliary frame 13 is fixed to 12 points with M8 bolts on the orbital rotation frame 11 together with the auxiliary frame mounting bush 18 with a thickness of 15T (material: AL 6061). The V pulley 43 serves as a side protection and side cover at the same time.

The rotating frame protection plate 14 has a thickness of 15T (material: AL 6061) so that the projections of the revolving V pulley 21 and the projections of the rotating bearing cover B 46 become flat, so that the meat fits on the side projections during operation (idle cutting). Prevent the phenomenon.

The revolving frame cover 12 protects the revolving frame 11 and the rotating V pulley 43 during operation (idle cutting ) with a thickness of 2T (material: SUS 304).

As shown in FIG. 15 to the role of the revolving apparatus 2 of FIG. 18, ① revolving receives the power from the revolving ad motor 62 to the V belt 66 to drive the revolving V pulley 21 to revolve the revolving frame 11. Direct drive idle.

② The principle of rotation is to transfer the power from the rotating motor 61 to the V-belt (65) to drive the revolving V pulley (22) to transfer the power to the rotating V pulley (43) to the circular shape of the rotating device (3) Let the blade 41 rotate.

③ The revolving device 2 is characterized in that the revolving stationary shaft 23 is stationary and the revolving V pulley 21 and the revolving V pulley 22 rotate and rotate at the same time. To support them.

The core of the revolving device (2), which is the core of the present design, is a revolving V pulley (21), revolving V pulley (22), revolving device fixed shaft (23), various bearings, double CAM (35), and proximity as core parts. Sensor 36,

(1) The idler fixed shaft (23) is in a stationary state (not rotating) and the idler V pulley bearings ((25), 6309) and the idler V pulley bearings A ((26), 6309). (27) and 6210) support the inner ring three-point left / center / right and are mounted to the shaft holder 28.

② The idler V pulley 21 fixes the outer ring of the idler V pulley bearing 25 on the right side, and the frame bearing 24 mounted on the orbital rotation frame 11 and the outer ring are attached to the orbital frame 11 with M8 bolts. Fixing the six points to direct drive the revolving frame (11).

This part's characteristic is to act as pulley and to prevent the right-hand sag of the revolving frame 11 during revolving motion. The size is outer diameter ф160 and inner diameter ф100 (BRG part), and the support bearing 25 is double in 63 series. Installed.

(3) The rotator V pulley (22) confuses the outer ring of the rotator V pulley bearing A (26) on the left side and the inner rotor V pulley bearing B (27) and the inner ring of the frame bearing ((24), 6021). Secure 6 points of M6 bolts with the front BRG cover (31).

The size is V pulley part ф155, the ball bearing V pulley bearing B (27) outer ring part ф90, frame bearing (24) inner ring part ф105 and the bearing part thickness is 7.5T.

The feature of this part is to act as a pulley and prevent the left sag of the revolving frame 11 during the revolving movement, and has three functions to enable the rotation (rotation) according to the revolving.

④ proximity sensor 36 is double the distance to be traversed CAM receives a 2.5mm touch-up signal given a signal to drive the stepping motor 93, the device according to the meat thickness from (35) (1~10mm, maximum traverse of the unit 25.3mm Stepping motor 91 is driven as much as)).

⑤ The double CAM 35 is disposed so that the two circular blades 41 are operated (cut) every 180 degrees so as to touch the proximity center 36 at an angle of 60 to 80 degrees after cutting.

Summarizing the core of the revolving device (2) of the present invention, the bearing principle (one fixed / one rotation) directly connected to the life of the revolving device (2) is composed of two according to the theory, the revolving V pulley (22) is simple In other words, it is a hollow shaft, which is fixedly rotated by the outer ring of the revolving V pulley bearings A and B (26, 27) fixed to the revolving device fixed shaft 23 and fixed to the revolving frame 11. Rotation is fixed on the inner ring of the frame bearing 24 does not affect the life of the bearing, the core technology of the present invention.

As a role of the rotating device 3 of FIG. 19 to FIG. 19, ① the rotation of the circular blade 41 receives the rotational force of the rotating V pulley 32 in the revolving device 2 to the V belt 16 and rotates the rotating V pulley. (43) is driven to rotate the circular blade (41) mounted on the rotating blade shaft (42).

② Mounting method fits the inner ring of rotating blade shaft bearings (44, 6209) mounted in the rotating frame 11 to the rotating blade shaft 42, and by rotating bearing cover A, B (45, 46). The bearing outer ring part is fixed to the left / right rotating frame 11 by 6 points with M8 bolts.

Further, the rotating V pulley 43 and the rotating blade shaft bearing 44 are firmly fastened to the M35 bolt-shaped BRG lock nut & washer 49 at the rear end of the rotating blade shaft 42.

③ The speed of the circular blade (41) is determined based on the rotation motor V pulley (63), the design of the present design is 2 "(1800rpm) → rotating rotation V pulley (22) ф155 (590rpm) of the rotation motor V pulley (63). ) Ф128 → rotational V pulley (43) ф95 ( 795rpm ).

In case of refrigeration, other products rotate at 700 ~ 900rpm.

The rotating device 3 is composed of a circular blade 41, a rotating blade shaft 42, a rotating V pulley 43, and a rotating blade bearing 44 as core components.

The rotating device 3 has a bearing rotating state as opposed to the rotating device 2, and is simply fixed to the inner ring rotation and the outer ring, so that only the core part is firmly fixed to the rotating frame 11.

The configuration of the revolving power transmission device 4 of Fig. 10 is a 1 / 1rpm rotation motor 61 and a revolving ratio of the revolving frame 11 for the revolution of the circular blade 41 is rotated 1/20 (90rpm) ) Is a geared motor (62),

By mounting two circular blades 41 on the revolving frame 11, which is the constituent core of the present invention, the meat cutting at a revolution speed is to give the same performance as the chuck cutter meat grinder of the two-circuit cutting method. The revolution speed of the present design was designed as the idler motor V pulley (64) 5.5 "(139.7mm) 90rpm → the idler V pulley (21) ф155 (81rpm) so that the meat cutting was 162/1 minute .

③ The power transmission of the circular blade (41) is rotation motor & V pulley (61,63) 2 "(1800 rpm) → V belt (65) → pneumatic rotation V pulley (22) ф155 (590 rpm), ф128 (590 rpm) → V belt (16) → Rotating V pulley (43) ф95 (795 rpm) → Rotating blade shaft 42 → Circular blade 41 rotates.

(4) The power transmission of the revolving frame 11 is transmitted to the revolving ad motor & V pulleys (62, 64) → the V belt (66) → the revolving V pulley (21) → the revolving frame (11).

Reduction of the number of idle revolutions can be changed depending on the size of the idle motor V pulley 64, and the inverter is mounted according to the customer specification.

23 to 26 , the main components of the meat discharge conveyor apparatus 5 is the reduction shaft V pulley 72, the bevel gear device 74, 75, the reduction shaft A, B (76, 77), drive sprocket 78 79, discharge conveyor drive shafts (81, 82), and a flat belt (71).

The apparatus serves to automatically discharge the cut meat when passing through the revolving rotating frame device (1) of the circular blade 41 is a rotary device.

The power source transmits power to one of the three bones of the idler motor V pulley 64 mounted on the idler geared motor 62 to the reduction shaft V pulley 72 which is an intermediate shaft device.

Discharge rate adjustment method is to add or subtract the transport distance of the meat cut to the size of the chain sprocket (78,79) or the reduction shaft V pulley (72).

Power transmission paths: V-pulley (62, 64), 5.5 "(90rpm) → deceleration shaft V belt (73) → deceleration shaft A (76) → deceleration shaft V pulley (72), 5.5" → pinion, master Bevel gear (74, 75) Deceleration 1/2 (45 rpm) → Deceleration axis B (77) → Drive chain plaque (78) → Drive chain (80) Deceleration 1/2 (22.5 rpm) → Discharge conveyor drive shaft (81) Shaft diameter ф30, feed distance 23.6mm / per revolution (11.8mm / per cut two times).

27 to 30, the meat feed conveyor automatic transfer device 6 of FIG. 30 is pressed in the stepping motor controller 92 according to the revolution period by pressing the numerical value of the use length according to the meat cutting thickness (1 to 10 mm), in FIG. The proximity sensor 36 mounted on the revolving device 2 of 18 receives a 2.5mm proximity signal touch from the double CAM 35 to signal the stepping motor drive 93 device to provide a feed distance according to the meat thickness ( 1 to 10 mm ,). The stepping motor 91 is rotated by an angle according to the thickness by a maximum conveying distance of 25.3 mm ) of the device, and is transmitted to the reduction gear 94 having a reduction ratio of 1/10 and a timing pulley 96 and a timing belt attached to the reduction gear. The 97 transmits power to the conveying conveyor drive shaft 100 so that the conveyor conveying belt 102 is conveyed.

Stepping motor 91 generates a small torque (41kg.cm) and high torque (410kg.cm) by lever lever when using the reducer 94 utilizing the features of 900 ~ 1200rpm high rotation. The upper pressing roller shaft 107 for preventing backslip of the meat due to the cutting and transporting of the meat according to the idle cycle is formed by the chain sprocket A 103 and the chain A 116 attached to the conveying conveyor drive shaft 100. Chain B (117) and chain sprocket B (transmitted to the gear shaft bearing holder set 112, the rotational direction is converted to the clockwise direction, and is transmitted to the upper roller drive shaft 106 by the upper connection chain A (116). The upper pressing roller shaft 107 is driven by 104. In addition, the upper pressing roller shaft 107 reversely rotates only in the rotational direction at the same speed ratio as the conveyance conveyance distance of the conveyor conveying belt 102 so that the meat backslips to the rear of the conveyor when idle cutting the circular blade 41 of FIGS. 19 to 22. Prevent it.

The grindstone grinding device 7 of FIGS. 31 and 32 gives an unnecessary load to the revolving frame 11 when it is mounted at the time of operation, so that the grindstone holder holder 15 mounted to the revolving frame 11 is provided. Whetstone spindle 133 is designed to be used as a removable.

The grindstone 131 is fixed to the grindstone holder 135, and the grindstone holder is fastened to the grindstone inner shaft 134 with a bearing lock nut & washer 141 together with the bearing 136.

The grindstone distance adjusting nut 140 is fitted to the back of the grindstone inner shaft 134 and secured with a bolt, and the grindstone inner shaft 134 is moved forward / backward within the grindstone outer shaft 137 by the rotation direction of the grindstone distance adjusting screw 139. Transferred. In addition, the whetstone inner shaft stopper 138 mounted to the rear part of the whetstone outer shaft 137 prevents the separation of the whetstone inner shaft 134 according to the feeding distance.

The clamp 132 is fixed to the whetstone outer shaft 137, the angle can be adjusted together with the whetstone support shaft 133, the grinding angle of the circular blade 41 and the whetstone 131 is for refrigeration, so that it is 25 to 27 degrees. .

Therefore, by attaching two crescent-shaped circular blades 41 to rotate & rotate on the revolving frame 11, the chuck cutter of the small cutting method is used to perform two revolutions of rotating and rotating, which are the greatest advantages of the present invention. It has the same production capacity as the meat seasoning machine.

In addition, by combining the reducer 94 with the stepping motor 91, which is an automatic device for thickness control and continuous transfer, the cost can be reduced and downsized compared to the servo motor method, and can be used semi-permanently in a small meat processing industry such as a butcher's shop. Convenient, can provide RR cutter refrigerated meat meat products of the present invention.

As above, by developing the "fried and ground meat grinder equipped with two circular blades of a crescent-shaped and rotating"

① The reciprocating cutting meat cutting machine is a method of cutting the meat product by the reciprocating motion of the meat conveying device of the existing product. It improves the disadvantages of uneven thickness of the meat cut by swinging the meat itself in the loading machine, the problem of speed limit of the device due to the reciprocating motion,

(2) The blade type is half-moon type, and when the blade of the small-head idle cutting cutter (aka 촙 cutter) is worn out, it is impossible to grind in the mounted state and the blade must be replaced. Some meat is missing between the spaces (30mm), and only the disadvantages of the transfer method that bites and pushes the back of the meat with forceps

The devised device equipped with two circular blades (41) increases the speed by rotating (rotating) and simultaneous idle cutting, and cuts the meat in a stationary state, so that the cut meat thickness becomes uniform to improve quality. And

즉 Instant grinding function of circular blade 41 by grinding wheel grinding device 7 and ㉣ stepping motor 91 and stepping motor controller 92 to automatically manipulate and feed meat cutting thickness.

고기 Add meat discharge conveyor (5) for worker safety when idle cutting,

공 The circular blade (41) is expected to collide with meat or meat that is imported using the V-belt power transmission method, which is the core of the present invention, in the case of meat or meat. At that time, only the circular blade 41 is damaged, so as not to affect the revolving frame apparatus (1),

By improving the problem of the product to develop the RR cutter refrigerated meat grinder, the product name of the present invention capable of continuous supply, continuous cutting of large scale meat factory to maximize the best meat grinder products.

Claims (1)

When the meat processing machine is used for the cutting and rotating system of meat cutting, the rotating frame (11) power transmission driving method is excluded from the device using chain, planetary gear, internal gear, etc. ① Using similar bearing principle V belt, timing belt power train, ② The meat processing machine revolving apparatus constructed in the form similar to the related figure of claim (revolving rotating frame 11, revolving V pulley 22, revolving V pulley 21, revolving device fixed shaft 23) of FIG. (3) Frame bearing outside the revolution V pulley, which allows the rotation V pulley 22 to rotate with the revolution V pulley 22 fixed to the stationary shaft 23 and the revolution frame 11. 24) and a rotating machine for a meat processing machine, which consists of a co-rotating V pulley bearing A, B (26, 27), (4) A meat processing machine revolving device which fixes the revolving V pulley 21 to the revolving device fixed shaft 23 by the revolving V pulley bearing 25 and directly revolves (rotates) the revolving frame 11; ⑤ The meat processing machine feeder with the reduction gear 94 installed in the stepping motor 91 to lower the manufacturing cost, automate the feed amount according to the meat cutting thickness, and increase the feed torque,