KR100500592B1 - A radish cutting and peeling machine - Google Patents

Abstract

The present invention relates to a machining-free machine. The present invention is to process the radish to be necessary when manufacturing bachelor kimchi, etc. using radish (alta radish), which is made of radish cutting, radish cutting and radish cutting while the radish (4) transfers and stops the same line. To detect the presence and absence of the (4) through the sensor, the machine is automatically operated, and the program is configured so that a series of work processes are performed automatically continuously.

The present invention configured as described above is capable of removing unnecessary radish leaves and root tips and radish cuts, which is a radish trimming operation, and enabling cutting of root portions in a batch, compared to conventional manual work in a kimchi factory. It is possible to reduce the labor force, increase the work efficiency, reduce the processing cost, and manage the work environment in a hygienic manner, thus producing excellent products.

Description

Processing Machines {A RADISH CUTTING AND PEELING MACHINE}

The present invention relates to a machining-free machine.

In general, in order to manufacture foods such as bachelor kimchi using radish (altamu), the work of removing radish leaves and root ends, dividing radish into two parts, and then peeling radish with a portion of radish attached It is necessary.

This work is mainly done by human hand, which contaminates the workpiece and increases the processing cost, making it unsuitable for mass production.

Recently, with the increase of facilities such as kimchi processing plant and various food manufacturing plants, there is a demand for mass processing machines for processing cost reduction and hygienic processing. In order to meet this demand, the applicant has devised a no-cutting machine (Utility Model No. 0273104). The radish cutting machine of this utility model registration is designed by cutting radish between two sets of blade belts for cutting only radish, but the blade works roughly at right angles to the direction of fiber texture of radish, and the blade is roughly processed for long time continuous use. There was a problem that should be frequently cleaned during use due to the jam residue.

The present invention has been made to solve such a conventional problem, the present invention is to minimize the labor required by constructing an automated line to sequentially proceed with the cutting, cutting and cutting of the root portion, work efficiency, The purpose is to provide a machine-free machine that can achieve a hygienic environment.

Technical problem for achieving the object of the present invention, the chain guide is installed extending in the upper and lower parts of the main body spaced at a suitable height from the bottom surface; A first attachment chain movably installed on the chain guide; A non-mounting member installed on the first attachment chain and mounted thereon; A non-conveying device provided at one side of the main body at the same height and comprising a pedestal rotatably provided with a supportless support belt at an upper portion thereof; A cordless cutting device provided at one side of the feed device to cut the cordless; A radish tip cutting device provided at one side of the radish cutting device to cut the root end of the radish; It is provided on one side of the rootless end cutting device is a wireless rotating device for holding the radish to rotate the radish; A non-cutting device which is installed to face the wireless rotating device to cut the radish; And an auxiliary turning device installed on the main body on one side of the non-cutting device and stably turning the radish during the cutting-free cutting.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figure 1 to Figure 7 machine-free processing machine according to the present invention is largely a non-feeding device (A), a chopping-free cutting device (B), a rootless cutting device (C), a wireless rotating device (D), It consists of a cut-off apparatus (E) and an auxiliary turning apparatus (F).

The non-feeding device (A) is made by holding a rectangular parallelepiped, the main body (1) provided to be spaced apart from the bottom by a suitable height; A chain guide (2) seated and installed to extend in the longitudinal direction of the main body (1); A first attachment chain 3 movably seated in an upper central region of the chain guide 2 and connected to a plurality of first attachment chains; A non-mounting member 6 installed at an appropriate interval on an upper portion of the first attachment chain 3 and having a radiator 4 mounted thereon; Pedestal is provided on one side of the main body (1) with the same height, rotatably supportless support belt (7) rotatably supported on the upper part of the radish (4) mounted on the non-mounting member (6) It consists of (8).

At this time, the non-mounting member 6 is installed at an appropriate interval on the upper part of the first attachment chain 3, and on one side thereof, the non-mounting positioning plate 12 having the curved seating grooves 12a is installed. Stand) 10 is mounted stably; Both ends are fixed to the mountingless plate 12 and the first attachment chain (3), the center region is fixed to the end of the base 10, the cordless guide made of a 'U' shape guides the cordless (5) It consists of 14.

On the other hand, in the rear region of the main body (1) is provided with a hearing support (16) for preventing sagging and safe guidance to each device.

The cordless cutting device (B) is a pair of vertical frame 20 placed in the rear of the main body (1); A pair of horizontal frames 21 having one side connected to the top of the vertical frame 20 horizontally; A support frame consisting of a pair of horizontal supports 24 inserted and fastened so as to be adjustable in position by the fixing bolts 22 in the horizontal frame 21 and vertical supports 25 provided at both ends of the horizontal supports 24. (26); An uncut cutting lower blade 28 is fixed to the lower end of the vertical support 25 of the support frame 26, and the cutless 5 is seated and cut; A pneumatic cylinder (30) mounted under the horizontal support (24) of the support frame (26) and provided with a rod (31); A cordless blade holder 33 fixed to the lower portion of the rod 31; The cordless blade holder 33 is fastened and fixed to a lower side of the rod 31 and is moved up and down by the movement of the endless made of the cutless upper blade 35 to cut the cordless (5).

At this time, a linear motion guide 32 is installed between the vertical support 25 of the support frame 26 and the cordless blade holder 33 to reduce the accurate vertical motion and friction of the cutless upper blade 35.

The rootless end cutting device (C) is horizontally connected between the pair of vertical supports 41 placed on the upper body 1, the upper vertical supports 41, a fixed bolt (the other side of the horizontal frame 21) 42) and a support frame 40 made of a horizontal support 43 inserted and fastened to enable the position adjustment; A pneumatic cylinder 45 installed in the lower portion of the horizontal support 43 of the support frame 40 and provided with a rod 44; A root end cutting blade holder 46 fixed to the lower rod 44; Root end cutting blade anchor 46 is fastened and fixed to the bottom rear, the root end cutting blade 47 is moved up and down by the movement of the rod 44 to cut the root end (4a) of the radish (4); A rubber belt fixing arm 48 installed in opposite directions on both sides of the lower front end of the root end cutting blade holder 46; It is connected horizontally between the rubber belt fixed arm (48), is pressed on the outer periphery of the radish (4) mounted on the base 10 to prevent the separation of the radish (4), the rubber belt with its own elastic force ( 49).

At this time, the support plate 50 is installed between the vertical support 41 of the support frame 40, and a linear motion guide 51 is installed between the front of the support plate 50 and the rear end of the root cutting blade holder 46. Root tip cutting blade 47 reduces the vertical movement and friction.

The wireless rotating device (D) includes a case (60) installed to protrude as a fixed frame (61) on the rear of the main body (1); A linear motion guide 62 provided to be movable back and forth inside the case 60; A bearing holder 64 installed to protrude perpendicularly to a lower portion of the stationary disk 63 provided below the linear motion guide 62 and having a circular fitting hole 64a formed thereon; A pneumatic cylinder (66) provided between an upper portion of the bearing holder (64) and the inside of the case (60) and having a rod (65) for moving the bearing holder (64) back and forth; A curved portion 67a inserted through the fitting hole 64a of the bearing holder 64 is formed at the other side, and the other end thereof is rotatably provided by the hinge 70 at the upper and lower sides of the fixing table 69, and has its own elastic force. Arm rods 67 and 68 having; The holder portions 72 fixed to one side of the arm rods 67 and 78 and the holder portions 72 are horizontally fixed to the inside of the holder portion 72, respectively, to hold the bared wire 5 and to the grip portion 71 made of rubber material. Made of a cordless holder (73) (74); The ball bearing 75 is rotatably inserted into the inner circumference of the fitting hole 64a of the bearing holder 64, and the outer side of the curved portion 67a of the arm rods 67 and 68 is in contact with the sliding hole. and; A spring member 76 provided between the curved portions 67a of the arm rods 67 and 68 to support the arm rods 67 and 78 with their own elasticity; It is made of a brake motor 78 installed as a motor shaft 77 on the rear surface of the holder 69 to rotate the cordless holders 73 and 74.

At this time, the brake motor 78 rotates the cordless holders 73 and 74 by about 1.25. At the same time, the skinless device E is operated, and the cutting operation is completed when the nothing 4 is rotated once. . When the cutting operation is completed, the brake motor 78 is rotated by about 0.75 to maintain the cordless holders 73 and 74 in the initial state of the horizontal spread.

In addition, a protrusion (not shown) is installed on the upper part of the fixing stand 69, and a sensor (not shown) for detecting the same is provided therein, and then the brake motor 78 is controlled to control the brake holders 73 and 74. The initial state was kept.

The uncut device (E) is a vertical frame (80) installed to protrude in front of the main body (1); A pneumatic cylinder 82 installed perpendicular to the vertical frame 80 and provided with a rod 81; A support (84) on which the other end of the rod (81) of the pneumatic cylinder (82) is fixed and the chain case (83) is fixed to the front surface; Sprockets 85 and 86 rotatably arranged on both sides of the chain case 83 and provided with a motor 85a on one side thereof; A second attachment chain 87 connected between the sprockets 85 and 86 to transmit the rotational force of the motor 85a; It consists of a number of sapling blades 90 which protrude on the outer periphery of the second attachment chain 87 to cut the radish 4.

At this time, a linear motion guide 88 is installed between the vertical frame 80 and the support 84 to guide the smooth up and down linear motion of the cutting blade 90, and the cutting blade at the end of the linear motion guide (88) The projection stopper 88a protrudes so that 90 may come down so that the root of the radish 4 may be completely cut off.

The cut blade 90 includes a blade stool 92 having one side protruding from the outer circumference of the second attachment chain 87; One side is fixed to the other side of the blade stool 92, the fitting hole (94a) is formed correspondingly, the blade body (94) the other side is opened; A blade portion 96 rotatably inserted into the fitting hole 94a of the blade body 94 so as to cut off the surface thereof; The blade portion 96 is formed integrally with the depth adjustment guide 98 for guiding the surface to be cut only a certain depth.

At this time, the blade claw 92 is composed of a spring plate having an angle of incidence so that the blade portion 96 rises and falls along the curved surface while digging the surface without a suitable pressure.

In addition, the blade portion 96 should be directed downward at any time in contact with the surface, the center of gravity of the blade portion 96 and the center of the fixing pin 95, the diameter of the fixing pin 95 By fitting the fitting hole (94a) smaller than the inner diameter so that the end of the blade portion 96 sag down, in order to limit the constant sag was installed a fixing projection (93) on the blade body (94).

The auxiliary turning device (F) is a support plate 100 fixed to the upper portion of the main body (1); A pneumatic cylinder 110 provided on one surface of the support plate 100 in a longitudinal direction and provided with a rod 111; A vertical fixing plate 120 including a horizontal plate 121 to which the other end of the rod 111 of the pneumatic cylinder 110 is fixed, and a vertical plate 122 which is installed while maintaining a right angle to the horizontal plate 121; A motor 130 arranged as a connecting shaft 131 horizontally to the vertical plate 122 of the vertical fixing plate 120; Protruding horizontal axis 141 is horizontally arranged to correspond to the connecting shaft 131, protruding blade 142 is formed on the outer circumferential surface at equal intervals to contact the radish (4) to add a rotational force to the radish (4) Disc 140; It is composed of a timing belt 150 is connected between the connecting shaft 131 and the horizontal shaft 141 to transmit the rotational force of the motor 130 to the protruding disc 140.

At this time, a linear motion guide 260 is installed between the support plate 100 and the horizontal plate 121 of the vertical fixing plate 120 to guide the smooth front and rear linear motion of the protruding disc 140.

On the other hand, Figure 8 shows the processing sequence of the radish (4) to be processed as described above from the left to the right, the raw radish (4) on the left is cut in three steps by the radish (5) as the second from the left In the third, the root end portion 4a is cut, and in the end, the root portion 4a is processed in the order of completing the cutting of the root portion. At this time, the radish 5 is cut into three parts, and it becomes possible by installing the above-mentioned radish cutting device B in parallel, and the leaf part 5-a is thrown away as a garbage, and the stem part 5-b ) Is used to collect and soak kimchi, and the underlined portion (5-c) is attached to radish (4).

The present invention configured as described above relates to a machine for processing radish so that it is necessary for manufacturing bachelor kimchi using radish (alta radish). The cutting and cutting is made, the sensor detects the presence and absence of the radish (4), the machine is automatically operated, and the program is configured so that a series of work processes are performed automatically continuously.

Referring to the operation state of the present invention, first, as shown in Figures 1 to 2, after treating the radish (4) leaf of the appropriate size, it is to be mounted on the non-loading member (6) of the transfer device (A) At this time, the connection portion of the root and the cordless (5) into the cordless positioning plate 12 of the base 10 while inserting the cordless (5) into the cordless guide 14 of the mounting member (6) ( 12a) By mounting the radish 4 on the end, the mounting is completed accurately.

As described above, the radish 4, which has been completely mounted, has roots located inside the radish 10, and the radish support belt 7 is rotatably provided on the base 8 of one side of the main body 1. ) Will be on top.

As shown in Figure 3, the first attachment chain (3) is transferred along the chain guide (2) installed on the upper and lower parts of the main body 1, and the (4) is mounted as the unsupported support transfer belt (7) is operated. The radish 10 installed on the first attachment chain 3 is conveyed to the position of the clean cutting device B.

That is, when the radish 5 mounted on the mudguard 10 is positioned above the mush cut lower blade 15 of the mush cutting device B, the conveyance of the muddle 10 is temporarily stopped and supported by pneumatic operation. The pneumatic cylinder 30 placed below the horizontal support 24 of the frame 26 is operated to extend the rod 31 downward.

Accordingly, the cordless blade holder 33 fixed to the lower part of the rod 31 is moved downward, and the cordless cutting upper blade 35 fastened and fixed to the lower side of the cordless blade holder 33 is moved downward to allow the cordless cutting lower blade. (28) cut the radish (5) located in the upper portion.

At the same time, the rod 31 of the pneumatic cylinder 30 is stretched upward, and the cordless blade holder 33 and the cordless cutting lower blade 15 are moved to the upper part so that the cordless cutting work is completed to wait for the next cordless cutting work. do.

At this time, a linear motion guide 32 is installed between the vertical support 25 of the support frame 26 and the cordless blade holder 33 to reduce the accurate vertical motion and friction of the cutless upper blade 35.

Then, the support frame 26 is inserted and fastened so that the position can be adjusted by the fixing bolt 22 on the horizontal frame 21 horizontally connected to one side of the upper side of the vertical frame 20 at the rear of the main body 1. (5) Since the cutting position varies depending on the size of the radish (4), the fixing bolt 22 is loosened when the cutting position is moved, and the cut-free cutting and lower blades 35 and 28 can be moved and fixed again. .

When the clean cutting operation is completed as described above, as shown in FIG. 4, when the radish 4 mounted on the base 10 is transported by the first attachment chain 3 and is transferred to the rootless cutting device C position. , The conveyance is paused and the pneumatic cylinder 45 placed below the horizontal support 43 of the support frame 40 is operated by pneumatic operation to extend the rod 44 downward.

Accordingly, the root tip cutting blade fixing rod 46 fixed to the lower portion of the rod 44 is moved downward, and the root tip cutting blade 47 and the root tip cutting blade fixing rod 46 at the bottom rear of the root tip cutting blade fixing rod 46 The rubber belt fixing arms 48 on both sides of the lower front side are moved downward.

At this time, the rubber belt 49 connected horizontally between the rubber belt fixing arm 48 is compressed to the outer peripheral edge of the radish (4) mounted on the base 10 as a characteristic of the material to prevent the departure of the radish (4) Then, the root end cutting blade 47 is the root end cutting blade 47 of the lower rear end cutting the root end (4a) of the radish (4).

At the same time, the rod 44 of the pneumatic cylinder 45 is stretched upward, and the root end cutting blade holder 46, the root cutting knife blade 47, and the rubber belt fixing arm 48 are moved upward, thereby cutting the root tip. The task is completed and waits for the next task.

At this time, the support plate 50 is installed between the vertical support 41 of the support frame 40, and a linear motion guide 51 is installed between the front of the support plate 50 and the rear end of the root cutting blade holder 46. Reduces friction and up and down movement of the root cutting blade (47)

And, it is connected horizontally between the upper portion of the vertical support 41 placed on the main body (1), and is inserted and fastened so that the position can be adjusted by fixing bolts 42 on the other side of the horizontal frame 21, which is cordless (5). Since cutting position varies depending on the size of the radish 4, the fixing bolt 42 is loosened when the cutting position moves and the root tip cutting blade 47 can be moved and fixed again.

As such, when the radish tip cutting operation is completed, the entire root portion must be cut off while the radish 5 is attached, so the turning of the radish 4 has no choice but to turn while holding the radish 5.

Specifically, as shown in FIG. 5, the radish 4 mounted on the armrest 10 is transferred by the first attachment chain 3 to allow the cordless holders 73 and 74 of the wireless rotating device D to operate. When it is located in the center area, the conveyance is temporarily stopped, and the pneumatic cylinder 66 provided between the upper part of the bearing holder 64 and the case 60 by the pneumatic operation is operated to extend the rod 65 forward (forwarding). )

Then, the bearing holder 64 having a circular fitting hole 64a is advanced as the linear motion guide 62 inside the case 60 is installed to protrude as the fixing frame 61 at the rear of the main body 1. Done.

Accordingly, the inside of the ball bearing 75 rotatably inserted into the inner circumference of the fitting hole 64a of the bearing holder 64 is inserted through the fitting hole 64a of the bearing holder 64, and the other end is fixed to 69. The arm rod 67 is moved out of the curved portion 67a while being in contact with the outer side of the curved portion 67a of the arm rods 67 and 68 which are rotatably provided as the hinge 70 at the upper and lower portions of the inner portion. ) 68 is compressed and collapsed.

At the same time, the arm rods 67 and 68 are respectively fixed to one side of the holder 72, and the grip portions 71 of rubber material fixed to the inside of the holder 72 are horizontally contacted with each other. It is to stably hold the cordless (5) located in the cordless guide 14 of 10). At this time, the spring member 76 provided between the curved portion 67a of the arm rods 67 and 68 is compressed.

Next, the brake motor 78 installed horizontally as the motor shaft 77 on the rear surface of the stator 69 is operated to rotate the cordless holders 73 and 74 by about 1.25. At this time, the skinless holder E is operated at the same time as the turnless holders 73 and 74 are rotated, and the cut is completed when the radish 4 is rotated once.

After completion of the removal, the rod 65 of the pneumatic cylinder 66 is stretched (retracted), so that the inside of the ball bearing 75 rotatably inserted into the inner circumference of the fitting hole 64a of the bearing holder 64 is arm rod. The spring member 76 compressed between the inner side of the curved portion 67a of the arm rods 67 and 68 at the moment of being in contact with the outer side of the 67 and 68 and moving backward in the sliding motion while matching the curved portion 67a. By the restoring force of the arm rods 67 and 68 are opened. Then, the brake motor 78 is again rotated about 0.75 to maintain the initial state in which the cordless holders 73 and 74 are horizontally opened, thereby completing the wireless rotating device D and waiting for the next work.

At this time, a protrusion (not shown) is placed on the upper portion of the fixing stand 69, and a detection sensor (not shown) is provided to detect this, and thus, the brake motor 78 is controlled to provide an initial state of the cordless holders 73 and 74. Was maintained.

As described above, the cutless device E is operated in a state in which the cordless device 5 is stably held by the wireless rotating device D that is operated as described above. Referring to FIG. 6, a pneumatic cylinder installed vertically to the vertical frame 80 on the front of the main body 1 by pneumatic operation in a state where the cordless holder 5 is gripped by the cordless holders 73 and 74 ( 82 is operated to extend the rod 81 downward.

Accordingly, the other end of the rod 81 is fixed, the support stand 84 having the chain case 83 fixed to the front, and rotatably built on both sides of the chain case 83, and the sprocket 85 provided with the motor 85a. 86, the second attachment chain 87 connected to the sprockets 85 and 86, and the sapling blade 90 installed to protrude on the outer periphery of the second attachment chain 87 is simultaneously moved downward, As soon as the blade portion 96 of the blade 90 closes to the head end of the radish 4, the radio spinner D turns the radish 4.

At this time, a linear motion guide 88 is installed between the vertical frame 80 and the support 84 to guide the smooth up and down linear motion of the cutting blade 90, and a stopper 88a at the end of the linear motion guide 88. ) Is abruptly stopped when the cut blade 90 comes down enough to completely cut the root of the radish (4).

When the cordless holders 73 and 74 of the radio spinner D hold and rotate the cordless 5, the cut blade 90 cuts the root of the radish 4 to the end, and the cordless 5 Rotation of the radish (4) is about 1 rotation when about 1.25 revolutions to complete the cutting of the root portion.

This ablation blade 90 is fastened to the second attachment chain 87 driven by the sprockets 85 and 86 directly connected to the motor 85a so as to track the linear-circumferential motion trajectory of the second attachment manter chain 87. While moving along the blade portion 96 is in contact with the root portion of the radish (4) to be cut.

In this manner, when the ablation is completed, as the rod 81 of the pneumatic cylinder 82 is expanded upward, the ablation blade 90 is returned upward to wait for the next operation.

On the other hand, the radish 4 is completed, the radish (4) is moved to the baseboard 10 is mounted on the move away from the base 1 when falling out of the base 10 is dropped to the floor, the radish (4) is not shown Soaked in the washing tank is to proceed to the next process.

In addition, cut radish leaves and radish peeled and peeled radish peel is contained in a container (not shown) installed in the lower part of the main body 1 is processed to enable the cleaning and hygienic work, and also of the main body (1) The cordless support 16 installed in the rear area enables sagging of the cordless 5 and guides safely to each device.

On the other hand, when the radish (4) mounted on the base 10 is turned under the pressure of the sapling blade 90, friction resistance between the surface of the radish (4) and the surface of the radish (10) is acted upon, turning the radish ( 5) Rotating only by holding only the strength of the cordless (5) is weak, so that the problem of breaking the cordless (5) was generated, and the auxiliary turning device (F) was provided.

Specifically, the blade protrusion source plate 140 of the auxiliary turning device (F) is a rotational force for the radish (4) by being rotated in contact with the radish (4) protruding blade 142 protruding on the outer peripheral surface of the aluminum disc. And to add, even if the number of the radish (5) is small or weak even turning (4) is possible.

At this time, the blade projecting plate 240 is a timing belt between the connecting shaft 131 and the horizontal shaft 141 of the rotational force of the motor 130 installed as the connecting shaft 310 on the vertical plate 122 of the vertical fixing plate 120 ( 150 to be surely operated, and to operate after 0.25 rotation of the cordless holder (73) (74), the forward and backward operation of the rod 111 and the support plate 100 of the pneumatic cylinder 110 and the vertical fixed plate It was made possible by the linear motion guide 260 installed between the horizontal plate 121 of the 120, the auxiliary turning device (F) was to be installed and operated on the support plate 100 fixedly installed on the upper body (1).

Meanwhile, referring to FIG. 7, the operation state of the cut blade 90 in the cutless device E will be described in detail. The radish 4 mounted on the base 10 is cut by the first attachment chain 3. When located in the central region of the blade 90, the feed stops and the sacpi blade 90 installed as the blade stalk 92 in the linearly circumferential second attachment chain 87 descends downward and the blade portion 96 ) Will cut the root surface of radish (4).

At this time, the blade portion 96 is to be cut only to a certain depth by the depth adjustment guide 98 formed integrally inward, and should be directed downward at any time when contacting the surface, the blade portion 96 Eccentric center of gravity and the center of the fixing pin 95, the diameter of the fixing pin (95) smaller than the inner diameter of the fitting hole (94a) by assembling so that the end of the blade portion 96 sag down, In order to limit the constant deflection, a fixed protrusion 93 was installed on the blade body 94.

Then, the blade claw 92 is composed of a spring plate having an angle of incidence so that the blade portion 96 moves up and down along the curved surface while digging the surface of the blade at an appropriate pressure. ) Was moved so that the cutting chip 4-a of a certain thickness was cut out to form a smooth cutting surface 4-b.

The present invention as described above relates to a processing machine of radish (alta radish) for soaking bachelor kimchi, etc., to remove unnecessary radish leaves and root tips and radish cutting, which is a radish trimming operation, and cut the roots of the roots collectively By reducing the labor force, increasing work efficiency, reducing processing cost, and sanitary management of the work environment, it is possible to produce excellent products. Is provided.

1 is a perspective view showing the overall structure of a machining machine according to the present invention.

Figure 2 is a perspective view of the main portion showing a feed machine of a machining machine according to the present invention.

Figure 3 is a perspective view of the main part showing a cordless cutting device of a machining machine according to the present invention.

Figure 4 is a perspective view of the main part showing the rootless end cutting device of the processing machine according to the present invention.

Figure 5 is a perspective view of the main portion showing a wireless rotating apparatus of a machining machine according to the present invention.

Figure 6 is a main part perspective view showing a non-cutting device and auxiliary turning device of a machining machine according to the present invention.

Figure 7 is a perspective view of the main part showing the cutting operation by the cutting blade of the machining machine according to the present invention.

8 is a schematic view of the processing of radish to be processed by a radish processing machine according to the present invention.

<Description of the symbols for the main parts of the drawings>

1: Main body 2: Chain guide

3,87: 1st and 2nd attachment chain 4: No

4a: root end 5: radish

6: non-mounted member 7: unsupported support belt

10: no bearing 12: no mounting position plate

14: Blue Guide 20,80: Vertical frame

21: horizontal frame 22,42: fixing bolt

24,41: Vertical holding 25,43: Horizontal holding

26,40: support frame 28: cutless lower blade

30,45,66,82,110: Pneumatic cylinder 31,44,65,81,111: Rod

33: cordless blade fixing stand 35: cordless cutting upper blade

46: root tip cutting blade anchor 47: root tip cutting blade

48: rubber belt fixed arm 49: rubber belt

60: case 61: fixed frame

62: linear motion guide 63: fixed disk

64a: fitting hole 64: bearing holder

67a: curved portion 67,68: arm rod

69: holder 71: gripping portion

72: holder 73,74: cordless holder

75: ball bearing 76: spring member

77: motor shaft 78: brake motor

83: chain case 84: support

85,86: Sprocket 85a, 130: Motor

90: sapling blade 92: blade blade

94: body portion 96: blade portion

98: depth adjustment guide 100: support plate

120: vertical fixing plate 121: horizontal plate

122: vertical plate 131: connecting shaft

140: protruding disc 141: horizontal axis

142: protruding blade 150: timing belt

A: Feeding device B: Clean cutting device

C: Root end cutting device D: Wireless rotating device

E: Non-cutting device F: Auxiliary turning device

Claims (8)

A chain guide (2) extending above and below the main body (1) spaced at an appropriate height from the bottom surface; A first attachment chain 3 installed to be movable above the chain guide 2; A non-mounting member (6) installed on the first attachment chain (3) and mounted thereon (4); Non-conveying device (A) is provided at the same height on one side of the main body (1), consisting of a pedestal (8) rotatably provided with a support belt (7) on the top; A cordless cutting device (B) provided at one side of the feed device (A) to cut the cordless (5); Root end cutting device (C) is provided on one side of the cordless cutting device (B) to cut the root end (4a) of the radish (4); A wireless rotating device (D) provided at one side of the rootless cutting device (C) to rotate the radish (4) by holding the radish (5); A non-cutting device (E) installed to face the wireless rotating device (D) to cut the radish (4); And An auxiliary turning device (F) installed in the main body (1) on one side of the non-cutting device (E) to stably rotate the radish (4) during the cutting-free operation; Process-free machine, characterized in that consisting of. The method of claim 1, wherein the mounting member (6) Barrier 10 is installed on the first attachment chain (3) at an appropriate interval, the mounting plate (12) having a seating groove (12a) is installed on one side thereof, the radiator (4) is stably mounted ); And Both ends are fixed to the mounting plate 12 and the first attachment chain (3), the central region is fixed to one end of the base 10, the cordless guide (14) to guide the cordless (5) ; Process-free machine, characterized in that consisting of. The method of claim 1, wherein the cutless device (B) A horizontal frame 21 having one side connected horizontally to an upper end of the vertical frame 20 placed in the rear of the main body 1; A support frame including a horizontal support 24 inserted into and fastened to the horizontal frame 21 by a fixing bolt 22 and a vertical support 25 vertically provided at both ends of the horizontal support 24. (26); An uncut cutting lower blade (28) is fixed to the lower end of the vertical support (25) and the cutless (5) is seated and cut; A pneumatic cylinder (30) mounted under the horizontal support (24) of the support frame (26) and provided with a rod (31); A cordless blade holder 33 fixed to the lower portion of the rod 31; And A cordless cutting upper blade (35) fastened and fixed to one side of the lower blade fixing stand (33) and moved up and down by the movement of the rod (31) to cut the cordless (5); Process-free machine, characterized in that consisting of. 4. The rootless cutting device C according to claim 1 or 3, wherein It is connected horizontally between the vertical support 41 placed in the upper portion of the main body 1 and the upper portion of the vertical support 41, and inserted into the other side of the horizontal frame 21 so as to be able to adjust the position as a fixing bolt 42. A support frame 40 composed of fastened horizontal supports 43; A pneumatic cylinder 45 installed under the horizontal support 43 and provided with a rod 44; A root end cutting blade holder 46 fixed to the lower portion of the rod 44; Root end cutting blade 47 is fixed to the bottom rear end of the cutting edge 46 is moved up and down by the movement of the rod 44 to cut the root end portion 4a of the radish 4 to cut the root end cutting blade 47 ; A rubber belt fixing arm 48 installed opposite to the bottom front both sides of the root end cutting blade fixing rod 46; And A rubber belt 49 connected horizontally between the rubber belt fixing arms 48 to be squeezed to the outer periphery of the radish 4 to prevent separation of the radish 4 and having its own elastic force; Process-free machine, characterized in that consisting of. The radio apparatus of claim 1, wherein A case 60 protruding from the main body 1 as a fixed frame 61; A linear motion guide 62 provided to be movable back and forth within the case 60; A bearing holder 64 installed to protrude perpendicularly to a lower portion of the fixed disc 63 provided below the linear motion guide 62 and having a fitting hole 64a formed therein; A pneumatic cylinder (66) installed between an upper portion of the bearing holder (64) and the inside of the case (60) and provided with a rod (65); A curved portion 67a inserted through the fitting hole 64a of the bearing holder 64 is formed on the other side, and the other ends of the arm rods 67 and 68 rotatably provided on the upper and lower sides of the fixing table 69. ; The armless holder consisting of a holder portion 72 fixed to one side of the arm rods (67) and (78), and a grip portion (71) fixed horizontally inside the holder portion (72) to hold the cordless (5). (73) (74); Ball bearing is rotatably inserted into the inner circumference of the fitting hole (64a) of the bearing holder 64, the ball bearing which is in contact with the outer side of the curved portion (67a) of the arm rod (67) (68) to make a sliding motion ( 75); A spring member 76 elastically provided inside the curved portion 67a of the arm rods 67 and 68; And A brake motor 78 installed as a motor shaft 77 on the rear surface of the fixing stand 69 to rotate the cordless holders 73 and 74; Process-free machine, characterized in that consisting of. According to claim 1, wherein the uncut device (E) is A pneumatic cylinder 82 installed perpendicular to the vertical frame 80 protruding from the front of the main body 1 and provided with a rod 81; A support (84) on which the other end of the rod (81) of the pneumatic cylinder (82) is fixed and a chain case (83) is fixed to the front surface; Sprockets 85 and 86 rotatably arranged on both sides of the chain case 83 and provided with a motor 85a on one side thereof; A second attachment chain 87 connected between the sprockets 85 and 86 to transmit the rotational force of the motor 85a; And A cut blade (90) installed at an outer circumference of the two attachment chains (87) to cut off the surface; Process-free machine, characterized in that consisting of. 7. The cutting blade according to claim 6, wherein A blade stool 92 having one side protruding from the outer circumference of the second attachment chain 87; One side is fixed to the other side of the blade stool 92, the fitting hole (94a) is formed correspondingly, the blade body (94) the other side is opened; A blade portion 96 which is rotatably inserted into the fitting hole 94a of the blade body 94 to cut off the surface; And A depth adjusting guide 98 formed integrally with the blade part 96 to guide the cut surface only to a predetermined depth; Process-free machine, characterized in that consisting of. According to claim 1, wherein the auxiliary swing device (F) A support plate 100 fixedly installed on an upper portion of the main body 1; A pneumatic cylinder 110 provided on one surface of the support plate 100 in a longitudinal direction and provided with a rod 111; A vertical fixing plate (120) comprising a horizontal plate (121) on which the other end of the rod (111) is fixed, and a vertical plate (122) placed at right angles to the horizontal plate (121); A motor 130 constructed as a connecting shaft 131 horizontally to a vertical plate 122 of the vertical fixing plate 120; The horizontal shaft 141 is horizontally arranged to correspond to the connecting shaft 131, and protruding blades 142 are formed on the outer circumferential surface at equal intervals to contact the radish 4 to add rotational force to the radish 4. Protruding disc 140 to make; And A timing belt 150 connected between the connecting shaft 131 and the horizontal shaft 141 to transfer the rotational force of the motor 130 to the protruding disc 140; Process-free machine, characterized in that consisting of.