KR102471636B1 - The A safety device to prevent jamming of the transfer rod for shredding radish - Google Patents

Abstract

The present invention can prevent safety accidents caused by the jamming at the rear side of a transfer rod which pushes a radish from the rear side to the front side when the radish is advanced towards a rotating cutter which is rotated at a high speed in a radish fine cutter, and can prevent insertion of external debris at the front and rear sides of the transfer rod, thereby increasing efficiency and safety in work. To this end, according to a radish fine cutter of the present invention, at the rear side of a transfer plate which is moved in a longitudinal direction at the upper side of a radish loading guide plate provided with a loading space, a safety accident prevention means is installed, which is installed at a vertical body plate of one side of a main body to prevent safety accidents and insertion of external debris according to the movement of the moving plate. The present invention further comprises an adjusting type protection cover which is provided to adjust the width or length of the safety accident prevention means to be installed at various radish fine cutters to be used. Therefore, the present invention can resolve the structural problem of safety accidents being caused by fingers or part of the human body being easily jammed due to an inevitable operating space generated in operation at the both sides of the conventional radish transfer rod during the repeated operation process of successively and repetitively loading radishes, thereby completely preventing safety accidents. The present invention can also safely use the loading space by means of the adjusting type protection cover while preventing jamming on the outside of the loading space or insertion of external debris by the safety accident prevention means.

Description

A safety device to prevent jamming of the transfer rod for shredding radish}

The present invention relates to a safety device for preventing an accident of being caught in a transporter for no cutting, and more particularly, when a radish is moved in the direction of a rotary cutter that rotates at high speed in a cuttingless cutting, the radish is caught in the rear of the transporter that pushes the radish from the rear to the front It is designed to prevent safety accidents and increase work efficiency and safety by preventing external foreign substances from being injected into the front and rear sides of the transfer table.

In general, when producing radish kkakdugi, a radish cutting machine is used to produce radishes by cutting them at equal intervals in the front and back and top and bottom in the longitudinal direction and at regular intervals in the circumferential direction.

As shown in FIG. 1, the conventional no-cutting machine is provided with a fixed cutter 3 coupled with a plurality of blades cut in the longitudinal and transverse directions at the front end of the table 2 on the upper part of the main body 1, and the fixed cutter The other side of (3) is provided with a non-transfer table 4 for moving the radish in the direction of the fixed cutter 3, and provided on the top of the table 2 so that the circumferential surface of the radish passing through the fixed cutter 3 can be cut A rotary cutter (6) is provided on the shaft (5a) of the front end of the motor (5), and the rotary cutter (6) is extended in the circumferential direction of the radish (50) as the shaft of the rotary cutter (6) extends along the moving direction of the radish. The rotary cutter cuts at right angles to the vertical and horizontal directions, and when the no-cut is completed, the no-cutting machine is known so that the process of returning and proceeding again can be repeated. While being guided to the table (2) in the direction where (6) is, it operates so as to be quickly cut in large quantities in the form of shavings.

As above, when the no-transferring table is guided to the left and right on the horizontal table, the no-grilling machine operates while inevitably generating a loading space in which radishes are loaded on both sides of the no-transferring stage. They are exposed to safety accidents such as getting caught in the middle of the road and cutting accidents.

Various types of prior art related to safety devices are known in such a season.

For example, in Korean Patent Registration No. 10-1469381 (published date: 2014.12.04), “A bed 2 to which radishes are transported is installed on the upper part of the body 1, and a plurality of cutters are installed at the right end of the bed 2 A fixed cutter (3) composed of blades arranged horizontally and vertically is installed so that when a radish enters, the fixed cutter (3) is first cut, and the rotation shaft (4a) of the motor (4) is behind the fixed cutter (3). ) In a radish cutting machine in which a rotary cutter (5) is installed at the tip so that the circumferential direction of the first cut radish is secondly cut, the rotary cutter (5) can be cut while progressing according to the direction of the first cut radish The pipe body 10a of the support body 10 is inserted into the front end of the rotating shaft 4a of the motor 4 and bound and fixed with bolts 11, and the plurality of guide through holes 10b provided in the support body 10 Insert the LM bearing 12, position the fixing plates 13 and 13a at the front and rear, and couple them to the support body 10 with the fixing screws 14, and the support shaft in the hollow of the LM bearing 12 15) is inserted, and the through hole of the cam plate 16 is inserted into the support shaft 15 exposed to the motor 4, and the nut 17 is fastened to the spiral portion 15a of the support shaft 15 to bind it, The through hole of the support plate 19 of the rotary cutter shaft 18 is inserted into the other side of the support shaft 15, and the spiral part 15b is fastened with a nut 17a to bind, and the tip of the rotary cutter shaft 18 is rotated. The hole of the cutter 5 is inserted and the nut 17b is fastened to the spiral part 18a to bind, and the motor 4 side is provided with a guide roller 20 guided by riding on the cam plate 16, and the motor There is a moving device for a rotary cutter in a no-shredding machine characterized in that it is configured by supporting a spring 21 between the tip of the rotary shaft (4a) of (4) and the support plate 19 of the rotary cutter shaft 18,

In addition, in Korean Patent Registration No. 10-1937552 (published date: 2018.08.01), "A fixed cutter (a plurality of blades cut in the longitudinal and transverse directions) is coupled to the tip of the table (2) on the upper part of the main body (1) 3) is provided, and the other side of the fixed cutter 3 is provided with a radish transfer table 4 for moving the radish in the direction of the fixed cutter 3, and cutting the circumferential surface of the radish passing through the fixed cutter 3 A rotary cutter (6) is provided on the shaft (5a) of the tip of the motor (5) provided on the top of the table (2) so that the rotary cutter (6) is the axis of the rotary cutter (6) along the moving direction of the radish. In the longitudinal movement device of the rotary cutter of the radish cutting machine, which cuts the circumferential direction of the radish at right angles to the vertical and horizontal directions as it is extended, and repeats the process of returning after radish cutting is completed, In the support plate 10 of the motor 5, a plurality of guide rods 11 are coupled to the support plate 11a of the other side equipped with the guide tube 12, and the shaft 5a of the motor 5 has a front end A spline moving groove 13 is provided at the center, and a rotating shaft 15 equipped with a spring fixing plate 14 is provided at one point outside the spline moving groove 13, and the spline moving groove of the rotating shaft 15 ( 13) and the guide tube 12 are sequentially provided with a spline 16a and a spring fixing plate 14a at the rear of the moving shaft 16 of the rotary cutter 6, and the spline 16a of the moving shaft 16 A plurality of tension springs 17 are attached to the spring fixing plate 14 of the rotating shaft 15 coupled to the shaft 5a of the motor 5 and the spring fixing plate 14a having the moving shaft 16. There is a "longitudinal movement device of a rotary cutter in a no-shredding machine, characterized in that it is configured by connecting,

In addition, in Korean Patent Registration No. 10-2219265 (published date: 2020.05.04), “a radish processing device for radish radish that produces raw radish by cutting raw radish, and a housing in which driving means, electrical and electronic elements, and mechanical elements are installed class; a control unit disposed on the upper side of the housing;

a dicing unit and a dicing unit controlled by a control unit and installed in two upper and lower stages in the housing; The front end of the dicing unit and the front end of the dicing unit are disposed in front of the housing so that the front end of the dicing unit is in communication with each other, and the rotating blade of the dicing unit and the fixed blade assembly of the dicing unit are mounted, and the front end of the dicing unit and the front end of the dicing unit A cutting portion having a moving path communicating the portions; It is configured to include, and the dicing unit disposed above the dicing unit is installed to be movable in the forward and backward directions in a trough made up of a part of the housing and transports the raw radish to the front side A conveying unit and a cutting unit A rotating blade that is rotatably arranged and cuts radish pieces of a certain thickness with each rotation, and when cutting the first radish piece, the front end of the raw material radish is fixed, and the rest of the raw material radish remaining in the trough from the second time onwards It is configured to include a shear fixing unit that fixes the front end of the current radish and releases the fixation of the current radish after cutting of the current radish, and the conveying unit of the cutting unit includes a spike mechanism for fixing the rear end of the raw radish. There is a radish processing device for diced radish characterized in that,

In addition, in Korean Utility Model Registration No. 20-0358607 (published date: 2004.08.09), “

A front-opening circular receiving groove 121a is formed inside the support case 121 fixed vertically to the installation frame 110, and a blade 122 for cutting vegetables is formed in the center of the receiving groove 121a. ) is rotatably supported and coupled by the rotating shaft 123, and an inlet 121b into which vegetables are inserted is formed to penetrate horizontally on one side of the periphery of the receiving groove 121a, and the lower side of the receiving groove 121a In the furnace, the cut water discharge port 121c through which the cut vegetables are discharged to the outside is formed to communicate, and the front of the support case 121 has an opening and closing cover 124 for opening and closing the receiving groove 121a on the hinge 124a The opening/closing cover 124, which is rotatably coupled by the support case 121 and seals the accommodating groove 121a of the support case 121, is fixed by a locking means 125, and the blade 122 is attached to the rotating means 150. a vegetable shredding unit 120 which is rotated by and cuts vegetables into a predetermined size; A plurality of guide rails 131 are fixed and coupled horizontally and in parallel on the installation frame 110 that coincides with the inlet 121b of the vegetable chopper 120, and are supported at the front and rear of the guide rails 131. A roller 132 is rotatably supported and coupled, and a conveyance belt 133 on which vegetables are placed is coupled in an endless shape to the support roller 132, and the conveyance belt 133 is transported by the conveying means 160 a vegetable transfer unit 130 supplying vegetables to the inlet 121b of the vegetable cutting unit 120; A plurality of rotating plates 141 are rotatably supported and coupled to the guide rail 131 of the vegetable transfer unit 130 adjacent to the inlet 121b of the vegetable cutting unit 120 by a hinge shaft 141a, A plurality of pressure rollers 142 are rotatably supported and coupled to the rotation plate 141, and a pressure belt 143 for pressing and transferring vegetables is coupled in an endless shape to the pressure roller 142, and the rotation plate 141 ) and the support case 121 of the vegetable shredding unit 120, an elastic spring 144 is supported, and the pressure belt 143 is transferred by the interlocking means 170 to the blade of the vegetable shredding unit 120. A “vegetable chopper” characterized in that it is composed of a vegetable support unit 140 supporting vegetables to be cut by (122) is known.

As described above, technical details related to various types of radish seasoning are known and used, but

In the above Korean Patent Publication No. 10-1469381, as shown in FIG. 1, when the no-transfer table provided on the top of the table reciprocates left and right, an empty space is provided as much as the space in which the radish is loaded, so that the speed at which the radish advances with the fixed cutter In order to cut the radish while the rotary cutter moves together in proportion, to cut the radish without causing load on the radish and the rotary cutter, and to improve the quality of the cut radish, repeat the process of returning and proceeding again after the radish cutting is completed be prepared to do so,

In addition, in Korean Patent Registration No. 10-1937552, when the radish passes through the fixed cutter, the rotary cutter cuts while moving along with the radish when cutting the circumferential direction of the cut radish in the longitudinal and transverse directions, and the rotary cutter The cutting length can be adjusted by adjusting the rotational speed of the motor to which is connected, and the purpose is to improve quality and eliminate damage and wear of radish by forming a right angle with the length and width.

There is a structural problem in that an operating space is necessarily generated on both sides of the conventional no-transfer table during operation, and a safety accident may occur due to fingers or body parts being easily caught in the repeated operation process of continuously and repeatedly loading radishes,

In addition, there is a problem in that it is difficult to quickly respond to safety accidents occurring during use without a safety device occurring during the operation.

In addition, in Patent Registration No. 10-2219265, the amount of pachis generated when processing radish can be significantly reduced, and as the overall length of the device is drastically reduced, it can be installed even if the area of the workshop or store is small, and after slicing By performing dicing, the cutting load applied to the blade can be greatly reduced and the durability of the device can be improved. The purpose is to provide a new configuration of radish processing device for radish kimchi, and in Registered Utility Model Publication No. 20-2004-0014354, a large amount of vegetables such as cabbage or radish kimchi are quickly and safely chopped into a certain size Its purpose is to provide a vegetable shredder configured to be able to

There is a problem of being exposed to safety accidents because it does not have a safety protection device in the form of a cover or a screen that can prevent safety accidents during work, and there is a problem that is difficult to apply to conventional no-cut season.

·Domestic Registered Patent Publication No. 10-1695200 (published date: 2017.01.11) ·Domestic Registered Utility Model Publication No. 20-0449428 (published date: 2009.08.05) ·Domestic Registered Patent Publication No. 10-1575700 (published date: 2015.12.08) ·Domestic Registered Patent Publication No. 10-1701196 (published date: 2017.02.02)

doesn't exist

Therefore, the present invention has been invented to eliminate the above problems, and the transfer unit provided in the no-cutting season prevents safety accidents that may occur during work in the loading space generated when moving to the no-transfer table moving forward and backward in the longitudinal direction. The safety accident prevention means is provided with an adjustable movable cover that is fixed to the no-transfer board and the vertical body plate and moves along with the movement of the no-transfer board so that the loading space where a safety accident occurs can be opened to the outside. It operates so as not to be exposed, and the adjustable movable cover is provided with a catching buffer that can be assembled and separated. It was completed as a technical task with an emphasis on providing a safety device for

The present invention for achieving the above technical problem is provided with a fixed cutter coupled with a plurality of blades cut in the longitudinal and transverse directions at the front end of the table on the upper part of the main body, and the other side of the fixed cutter is transferred to move the radish in the direction of the fixed cutter In the radish cutting machine having a rotary cutter on the axis of the tip of the motor fixed to the inside and outside of the main body so that the radish transferred through the transfer unit can cut the circumferential surface of the radish passing through the fixed cutter. ,

The transfer unit includes a horizontal bar between vertical body plates on both sides of the body, a support plate for fixing support on both sides of the horizontal bar, a rack on an inner side of the horizontal bar, and a pinion gear meshed with the rack. The reduction motor provided is provided so that it is fixedly installed on the horizontal support plate,

A sliding block with an inside penetration is provided up and down, but a guide bar inserted into the sliding block and moved left and right is provided, and the outer side of each sliding block is provided to be integrally fixed to the vertical plate, and the vertical plate The sliding block on the lower side is provided to be fixedly installed on both sides of the upper end of the horizontal support plate,

The upper sliding block is provided to be fixedly installed on the moving plate,

One side of the moving plate is provided with a non-pressing plate made of a plurality of cut grooves to be fixedly installed,

On the lower side of the moving plate, a non-loading guide plate having a loading space having an inclined plate having a wide upper part and a narrow lower part in the longitudinal direction horizontally is provided;

On the other side of the opposite side of the moving plate, safety accidents in which foreign substances and body parts are caught in the loading space due to carelessness of the operator when loaded in the loading space of the non-loading guide plate and moved in the longitudinal direction can be prevented. Provide preventive measures.

The moving plate has a body in the shape of “a”, a horizontal fixing piece is provided on one side of the body, a side fixing piece is provided at the opposite end, and a moving support plate is provided on the front and rear sides of the body, The lower side of the movable support plate is provided to have a trapezoidal shape inside the loading space,

The front movable support plate has a buffer block having long hole rail grooves on both sides, and the buffer block has an elliptical shock absorbing plate, and both sides of the shock absorbing plate are fitted into connection guide grooves to absorb elastically. An absorbing plate is provided, and a non-pressurizing plate having guide pins on both sides is provided on the front side of the shock absorbing plate and the absorbing plate to be inserted into the long hole rail groove and buffered,

The safety accident prevention means includes an adjustable protective cover that allows the user to selectively install and use the length or width of the loading space,

The adjustable protective cover includes a fixing plate fastened to and fixed to the moving plate, an adjusting cover at a rear side of the fixing plate, guide support plates on both sides of the adjusting cover, and a through hole in the guide support plate in the longitudinal direction. It has a long hole rail groove, and a first expansion block having a catching buffer is provided on either side of the inner side of the long hole rail groove,

The adjusting cover is provided between the two guide support plates, and guide support plates are provided on both sides of the control cover, and a long hole rail groove is provided in the center of the guide support plate in a longitudinal direction, and an inner side of the long hole rail groove is provided. One side is provided with a second expansion block having a jamming buffer,

The adjusting cover is provided between the two guide support plates, and guide support plates are provided on both sides of the control cover, and a long hole rail groove is provided in the center of the guide support plate in a longitudinal direction, and an inner side of the long hole rail groove is provided. One side is provided with a third expansion block having a jamming buffer,

The control cover is provided between both guide support plates, and guide support plates are provided on both sides of the control cover, a long hole rail groove is provided at the center of the guide support plate in a longitudinal direction, and a rear end of the control cover is provided with the main body. Having a fourth expansion block fixed to the tip,

”형태의 위치제어클립을 탈부착 형태로 구비하고, 상기 위치제어클립은, 서로 다른 방향으로 개방부를 가지는 걸림면에는 완충용 충격흡수편을 선택적으로 구비하며, 상기 제1확장블럭, 제2확장블럭, 제3확장블럭 및 제4확장블럭에는, 상기 조절커버가 양측으로 분리되는 확장조절판을 양측에 구비하고, 상기 확장조절판의 중심에는 상·하측에 지지바디을 구비하며, 상기 지지바디의 상측 중심에는 길이방향 등간격으로 나사머리수납홈을 구비하고, 그 아래 측에는 동일선상 지지바디에는 나사결합홈를 구비하고, 상기 나사머리수납홈에 접시머리나사가 그 아래 측 나사결합홈에 체결되어 양측 확장조절판의 폭의 위치가 고정되도록 구비하고, 상기 지지바디에는 상기 확장조절판의 좌·우 폭 조절을 쉽게 가이드되면서도 작동중에 간격이 변동되지 않도록 가이드레일을 하나 이상 구비하고, 상기 가이드레일에 대응되는 음각레일홈을 상기 확장조절판의 외면에 구비한다.The locking buffer means has locking jaws at both ends of the inner side of the long hole rail groove, and has a position limiting jaw bent inward within a range of 5 to 10 ° on the inside of the locking jaw. A locking jaw is provided at the inner end of the long hole rail groove, and inner and outer supporting jaws are provided on both sides thereof, and the inner and outer supporting jaws and the locking jaw have openings in different directions.

A detachable type of position control clip is provided, and the position control clip selectively includes shock absorbing pieces for buffering on the locking surfaces having openings in different directions, and the first expansion block and the second expansion block , The third expansion block and the fourth expansion block are provided with expansion control plates on both sides of which the control cover is separated into both sides, and provided with support bodies on upper and lower sides at the center of the expansion control plate, and at the center of the upper side of the support body. Screw head receiving grooves are provided at equal intervals in the longitudinal direction, and screw coupling grooves are provided on the same line support body below them, and flat head screws are fastened to the screw coupling grooves on the lower side of the screw head receiving groove, so that the expansion control plate on both sides The position of the width is fixed, and the support body is provided with one or more guide rails so that the left and right width adjustment of the expansion control plate is easily guided and the interval does not fluctuate during operation, and the intaglio rail groove corresponding to the guide rail Is provided on the outer surface of the expansion control plate.

As described above, the safety device for preventing the trapping accident of the transfer table for cutting cutting of the present invention in the case of the conventional no-transferring unit generates an operating space during the repeated operation of continuously and repeatedly loading radishes, and a finger or body part is easily caught, resulting in a safety accident. It has the advantage of solving possible structural problems and completely blocking safety accidents,

In addition, there is an advantage in that the loading space generated in the loading space by the safety accident prevention means can be safely used through an adjustable protective cover to prevent jamming or external foreign substances from being introduced from the outside.

In addition, the installation structure of the adjustable protective cover is simple and disassembly and assembly can be easily performed, which has the advantage of reducing installation cost and work time.

In addition, the length and width of the adjustable protective cover can be selectively adjusted, so that it can be installed and used in a loading space of various no-cutting machines. It is a truly great invention that is expected.

1 is a side and cross-sectional view showing an embodiment of a conventional no-cut seasoning
2 and 3 are exemplary views showing an operational state before applying the safety accident prevention means to the loading space of the present invention.
Figure 4 is an exemplary view showing an embodiment in which an adjustable cover of a safety accident prevention means is installed in a preferred transfer unit of the present invention
Figure 5 is an example of disassembly and assembly of the transfer unit of the present invention
Figure 6 is an exemplary view showing a preferred embodiment and disassembly and assembly state of the adjustable cover of the present invention
7 is an exemplary view showing an embodiment of a planar side and end face jamming buffer of the adjustable cover of the present invention and a position control clip, which is an application implementation state.
Figure 8 is an exemplary state of application embodiment showing a multi-impact buffer structure between a moving plate and a non-pressurized plate of the present invention
9 is an exemplary diagram showing an application embodiment of a control cover capable of adjusting the left and right widths of the present invention.

As shown in Figs.

As shown in FIG. 1, the front end of the table 2 on the upper part of the main body 1 is provided with a fixed cutter 3 coupled with a plurality of blades cut in the longitudinal and transverse directions, and the other of the fixed cutter 3 The side is provided with a transfer unit 100 for moving the radish in the direction of the fixed cutter 3, and the radish S transferred through the transfer unit 100 is the circle of the radish S passed through the fixed cutter 3 In the no-cutting machine (A) having a rotary cutter (6) on the shaft (5a) at the tip of the motor (5) fixed to the inside and outside of the main body (1) so as to cut the main surface,

As shown in Figures 2 to 9, the transfer unit 100,

A horizontal bar 106 is provided between the vertical body plates 1a and 1b on both sides of the main body 1, and a support plate 104 for fixed support is provided on both sides of the horizontal bar 106, and the horizontal bar ( A rack 103 is provided on the inner side of 106), and a reduction motor 102 having a pinion gear 105 meshed with the rack 103 is provided to be fixed to the horizontal support plate 101,

A sliding block 113 having a penetrating inside is provided up and down, but a guide bar 111 is inserted into the sliding block 113 to move left and right, and a vertical plate is provided on the outside of each sliding block 113. (112), and the sliding block 113 on the lower side of the vertical plate 112 is provided to be fixedly installed on both sides of the upper end of the horizontal support plate 101,

The upper sliding block 113 is provided to be fixedly installed on the moving plate 140,

One side of the moving plate 140 is provided with a non-pressurizing plate 150 made of a plurality of cut grooves to be fixedly installed,

On the lower side of the moving plate 140, a non-loading guide plate 130 having a loading space B having inclined plates 131 and 132 having a wide upper part and a narrow lower part in the longitudinal direction horizontally and ,

On the other side opposite to the moving plate 140, when loaded in the loading space B of the no-loading guide plate 130 and moved in the longitudinal direction, foreign substances and body parts caused by carelessness of the operator in the loading space B It is provided with a safety accident prevention means 15 to prevent a safety accident in which the is involved.

As shown in FIG. 5, the moving plate 140,

Equipped with an “a” shaped body 145,

A horizontal fixing piece 143 is provided on one side of the body 145, but a side fixing piece 144 is provided at the opposite end,

A movable support plate 141 is provided on the front and rear sides of the body 145, and the lower side of the movable support plate 141 is provided to have a trapezoidal shape inside the loading space (B),

As shown in FIG. 8, in the front moving support plate 141,

Equipped with a buffer block 149 having long hole rail grooves 149a on both sides,

The buffer block 149 is provided with an elliptical shock absorbing plate 300,

Both sides of the shock absorbing plate 300 are provided with absorbing plates 310 that can be elastically buffered by being inserted into the connection guide grooves 312,

On the front side of the shock absorbing plate 300 and the absorbing plate 310, an unpressurized plate 150 having prismatic guide pins 151 on both sides is inserted into the long hole rail groove 149a to provide a buffer,

As shown in Figures 4 to 9, the safety accident prevention means 15,

An adjustable protective cover 200 that can be used by selectively customizing the length or width of the loading space (B) is provided,

6 to 7, the adjustable protective cover 200,

The moving plate 140 is provided with a fixing plate 211 fastened and fixed, a control cover 219 is provided at the rear of the fixing plate 211, and guide support plates 215 are provided on both sides of the control cover 219. A first expansion block ( 210) and

The control cover 229 is provided between the guide support plates 215 on both sides, the guide support plate 225 is provided on both sides of the control cover 229, and a through hole is formed in the center of the guide support plate 225 in the longitudinal direction. A long hole rail groove 222 is provided, and a second expansion block 220 having a catching buffering means (C) is provided on either side of the inner side of the long hole rail groove 222,

The adjusting cover 239 is provided between the guide supporting plates 225 on both sides, the guide supporting plates 235 are provided on both sides of the adjusting cover 239, and a through hole is formed in the center of the guide supporting plate 235 in the longitudinal direction. A long hole rail groove 232 is provided, and a third expansion block 230 having a catching buffering means (C) is provided on either side of the inner side of the long hole rail groove 232,

The adjusting cover 249 is provided between the guide support plates 235 on both sides, the guide support plates 245 are provided on both sides of the control cover 249, and a through hole is formed in the center of the guide support plate 245 in the longitudinal direction. A long hole rail groove 242 is provided, and a fourth expansion block 240 fixed to the front end of the main body 1 is provided at the rear end of the control cover 249,

As shown in Figure 7, the jamming buffering means (C),

Locking jaws 212a are provided at both inner ends of the long hole rail grooves 212, 222, and 232,

The inside of the locking jaw 212a is provided with a position limiting jaw 250 bent inward within a range of 5 to 10 °,

As shown in (a) of FIG. 7, the jamming buffering means (C),

At the inner ends of the long hole rail grooves 212, 222, 232, locking jaws 212a are provided, and both sides thereof are provided with inner and outer supporting jaws 212b, 212c,

”형태의 위치제어클립(500)을 탈부착 형태로 구비될 수 있으며,The inner and outer support jaws 212b and 212c and the locking jaw 212a have openings in different directions.

The position control clip 500 of the form can be provided in a detachable form,

As shown in (b) of Figure 7, the position control clip 500,

Shock absorbing pieces 505 for buffering may be selectively provided on the locking surfaces 501 having openings in different directions,

As shown in FIG. 9, in the first extension block 210, the second extension block 220, the third extension block 230 and the fourth extension block 240,

The control covers 219, 229, 239, and 249 are provided with extension control plates 280 and 280-1 separated on both sides on both sides,

Upper and lower support bodies 281 and 281-1 are provided at the center of the expansion control plate 280 and 280-1,

Screw head receiving grooves 282 are provided at equal intervals in the longitudinal direction at the upper center of the support body 281, and screw coupling grooves 284 are provided on the same line support body 281-1 on the lower side thereof,

In the screw head receiving groove 282, the countersunk head screw 286 is fastened to the screw coupling groove 284 on the lower side thereof to fix the position of the width of the extension control plates 280 and 280-1 on both sides. ,

As shown in FIG. 9, in the support bodies 281 and 281-1,

One or more guide rails 291 are provided so that the left and right widths of the expansion control plates 280 and 280-1 are easily guided and the interval does not fluctuate during operation,

An engraved rail groove 291 corresponding to the guide rail 291 may be provided on the outer surface of the extension control plate 280 or 280-1.

Hereinafter, a more detailed description of each component of the safety device for preventing the conveyor jamming accident of the present invention is as follows.

As shown in FIG. 1, the present invention is provided with a fixed cutter 3 coupled with a plurality of blades cut in the longitudinal and transverse directions at the front end of the table 2 above the existing main body 1, and the fixed cutter ( The other side of 3) is provided with a no-transfer table (4) for moving the radish in the direction of the fixed cutter (3), and a motor provided on the top of the table (2) to cut the circumferential surface of the radish that has passed through the fixed cutter (3) (5) A rotary cutter (6) is provided on the shaft (5a) of the tip, and the rotary cutter (6) extends the axis of the rotary cutter (6) along the moving direction of the radish, and rotates the circumferential direction of the radish (50). The rotary cutter ( Loading space formed by loading and moving radish (S) on the fixed cutter (3) among the no-cutting machines (A) that are guided to the table (2) in the direction of 6) and quickly cut in large quantities in the form of diced (B) The transport unit 100 having a peripheral operation structure and the transport unit 100 are provided with safety accident prevention means 15 to prevent safety accidents caused by carelessness of a worker.

As shown in Figures 2 to 4, the transfer unit 100 has a horizontal bar 106 between the vertical body plates (1a) (1b) on both sides of the body (1) of the no-cutting machine (A) on both sides of the support plate (104). ), and then provided with a rack 103 in the longitudinal direction on the inner side of the horizontal bar 106 to rotate the pinion gear 105 corresponding to the rack 103, the reduction motor 102 It is provided to be fixedly installed on the horizontal support plate 101, and the horizontal support plate 101 is provided with guide bars 111 fixedly installed on both sides of the guide bar 111 on the upper and lower sides, and is inserted between them to guide the sliding block 113 It is fixedly installed and works to be moved in the longitudinal direction integrally,

A vertical plate 112 is provided on the outside of the sliding block 113 so that the horizontal support plate 101, the sliding block 113 and the moving plate 140 are simultaneously moved integrally along the guide bar 111. and

On one side of the moving plate 140, a non-pressing plate 150 composed of a plurality of cutting grooves is fixedly installed so that the radish S put into the loading space B enters the fixed cutter 3 and is cut. ,

On the upper side of the horizontal support plate 101 on the lower side of the moving plate 140, the top is wide in the longitudinal direction horizontally between the vertical body plates 1a and 1b on both sides of the main body 1, and the bottom side is narrow. A non-loading guide plate 130 having a loading space B with inclined plates 131 and 132 is installed so that the moving plate 140 moves forward and backward in the longitudinal direction in the loading space B. ,

On the rear side of the moving plate 140, when it is loaded in the loading space (B) and moved in the longitudinal direction, it is safe to prevent safety accidents in which foreign substances and body parts are caught in the loading space (B) due to carelessness of the operator. Accident prevention means 15 is provided to operate to prevent safety accidents even in forward and backward operation,

As shown in Figure 5, the moving plate 140 is provided with a body 145 of the "a" shape, but has a horizontal fixing piece 143 on one side and a side fixing piece 144 on the opposite side thereof, Both sides of the sliding block 113 are fixedly installed,

A movable support plate 141 is provided on the front and rear sides of the body 145, and the lower side of the movable support plate 141 is provided to have a trapezoidal shape inside the loading space (B), so that the loading space (B) Provided in a shape and operated to move,

As shown in FIG. 8, the front moving support plate 141 selectively prevents the radish (S) from being damaged when the radish (S) is pressurized, but also elastically pushes the radish (S) so that cutting by the fixed cutter (3) is prevented. Equipped with a buffer block 149 having the long hole rail grooves 149a on both sides so as to be made smoothly, the unpressurized plate 150 is operated to buffer elastically,

The shock absorbing block 149 is equipped with an elliptical shock absorbing plate 300 to act as a shock absorber for the non-pressurized plate 150. It is provided with an absorber plate 310 so that elasticity is maintained in the direction, and it operates so that a constant tension can be maintained even after repeated use due to mutual buffering action,

On the front side of the shock absorbing plate 300 and the absorbing plate 310, an unpressurized plate 150 having angular guide pins 151 on both sides moves along the long hole rail groove 149a,

As shown in FIGS. 5 to 7, the safety accident prevention means 15 is provided with an adjustable protective cover 200 that can be used by selectively customizing the length or width of the loading space B by the user. It operates so that it can be used by applying it to various no-shredders (A) according to the use environment,

As shown in FIG. 6, the adjustable protective cover 200 includes a fixing plate 211 fastened to the rear side of the moving plate 140, but protects an upper surface of the fixing plate 211 in the longitudinal direction. A cover-type control cover 219 is provided, and guide support plates 215 are provided on both sides of the control cover 219, and the guide support plate 215 is provided with long hole rail grooves 212 in the longitudinal direction. And, in the long hole rail groove 212, the first expansion block 210 having a catching buffering means (C) is provided in a multi-stage form, and the second expansion block 220, the third expansion block 230, and the fourth expansion block 220 are provided. It operates to slide the block 240,

The control cover 229 is provided between the guide support plates 215 on both sides, the guide support plate 225 is provided on both sides of the control cover 229, and a through hole is formed in the center of the guide support plate 225 in the longitudinal direction. A long hole rail groove 222 is provided, and a second expansion block 220 having a catching buffering means (C) is provided on either side of the inner side of the long hole rail groove 222 to slide,

The adjusting cover 239 is provided between the guide supporting plates 225 on both sides, the guide supporting plates 235 are provided on both sides of the adjusting cover 239, and a through hole is formed in the center of the guide supporting plate 235 in the longitudinal direction. It is provided with a long hole rail groove 232, and a third expansion block 230 having a catching buffering means (C) is provided on either side of the inner side of the long hole rail groove 232 to slide,

The adjusting cover 249 is provided between the guide support plates 235 on both sides, the guide support plates 245 are provided on both sides of the control cover 249, and a through hole is formed in the center of the guide support plate 245 in the longitudinal direction. A long hole rail groove 242 is provided, and a fourth expansion block 240 fixed to the front end of the main body 1 is provided at the rear end of the control cover 249 so as to slide,

Each of the first extension block 210, the second extension block 220, the third extension block 230, and the fourth extension block 240 is optionally provided with a catching buffering means (C),

The locking buffering means (C) is provided with locking jaws 212a at both inner ends of the long hole rail grooves 212, 222, and 232, and the inside of the locking jaws 212a is within a range of 5 to 10 °. It is provided with a position limiting jaw 250 bent inward to be fixed to the inner side of each of the long hole rail grooves 212, 222, 232, 242, and moves only a certain length to be locked. ,

”형태의 위치제어클립(500)을 탈부착 형태로 구비하여 쉽고 간편하게 체결조립할 수 있도록 작동하며,As shown in (b) and (a) of FIG. 7, the catching buffering means (C) has a catching jaw 212a at the inner end of the long hole rail groove 212, 222, 232, Both sides are provided with inner and outer supporting jaws 212b and 212c, and the inner and outer supporting jaws 212b and 212c and the locking jaw 212a have openings in different directions.

It is provided with a detachable type of position control clip 500 to operate so that it can be easily and conveniently fastened and assembled,

As shown in (b) of FIG. 7, the position control clip 500 selectively includes shock absorbing pieces 505 for buffering on the locking surfaces 501 having openings in different directions, so that the long hole rail groove ( When the inner ends of 212, 222, and 232 are caught, it operates to buffer while minimizing impact,

As shown in FIG. 9, in the first extension block 210, the second extension block 220, the third extension block 230 and the fourth extension block 240,

The control covers 219, 229, 239, and 249 are provided with expansion control plates 280 and 280-1 separated into both sides to allow expansion or contraction,

Support bodies 281 and 281-1 are provided on upper and lower sides at the center of the extension control plates 280 and 280-1, and the extension control plates 280 and 280-1 are provided therebetween. It works so that the sliding operation is made,

Screw head receiving grooves 282 are provided at equal intervals in the longitudinal direction at the upper center of the support body 281, and screw coupling grooves 284 are provided on the same line support body 281-1 on the lower side thereof to expand the expansion. It operates so that fixed support can be achieved after expansion or contraction of the control plate 280 (280-1),

The countersunk head screw 286 is fastened to the screw coupling groove 284 on the lower side of the screw head receiving groove 282 so that the positions of the widths of the extension control plates 280 and 280-1 on both sides are fixed, thereby providing a variety of environments. It operates so that it can be installed and used in the loading space (B) of this no-cutting machine (A),

9, the support body 281, 281-1 has a guide rail ( 291) is provided so that it is precisely guided and controlled during expansion and contraction,

An intaglio rail groove 291 corresponding to the guide rail 291 is provided on the outer surface of the expansion control plate 280 (280-1) so that it can be easily and conveniently adjusted.

A: No cutting season B: Loading space
C: jamming buffer S: none
1: body 1a, 1b: vertical body plate
2: Table 3: Fixed cutter
5: motor 5a: axis
6: rotary cutter 15: safety accident prevention means
100: transfer unit 101: horizontal support plate
102: reduction motor 103: rack
104: support plate 105: pinion gear
106: horizontal bar 111: guide bar
112: vertical plate 113: sliding block
130: unloading guide plate 131,132: inclined plate
140: moving plate 141: moving support plate
143: horizontal fixing piece 144: side fixing piece
145: body 149: buffer block
149a: long hole rail groove 150: non-pressurized plate
151: guide pin 300: shock absorbing plate
312: connection guide groove 310: absorption plate
200: adjustable protective cover 210: first expansion block
211: fixed plate 212,222,232: long hole rail home
212a: locking jaw 212b, 212c: supporting jaw
215: guide support plate 219,229,239,249: adjustment cover
220: second expansion block 222: rail home
225: guide support plate 229: adjusting cover
230: third expansion block 232: rail home
235: guide support plate 239: adjusting cover
240: fourth expansion block 242: rail home
245: guide support plate 249: adjusting cover
250: position limit jaw 280, 280-1: extension control plate
281,281-1: support body 282: screw head storage groove
284: screw coupling groove 286: flat head screw
291: guide rail 500: position control clip
501: locking surface 505: shock absorbing piece

Claims (10)

At the tip of the table (2) on the upper part of the main body (1), a fixed cutter (3) is provided with a plurality of blades that are cut in the longitudinal and transverse directions, and the other side of the fixed cutter (3) is a fixed cutter (3) A body having a transfer unit 100 that moves in a direction, and the radish (S) transferred through the transfer unit 100 can cut the circumferential surface of the radish (S) passing through the fixed cutter (3) In the no-cutting machine (A) having a rotary cutter (6) on the shaft (5a) of the front end of the motor (5) fixed to the inside and outside of (1),

The transfer unit 100 has a horizontal bar 106 between the vertical body plates 1a and 1b on both sides of the main body 1, and a support plate 104 for fixed support is provided on both sides of the horizontal bar 106. A rack 103 is provided on the inner side of the horizontal bar 106, and a reduction motor 102 having a pinion gear 105 engaged with the rack 103 is fixed to the horizontal support plate 101. equipped to be installed,
A sliding block 113 having a penetrating inside is provided up and down, but a guide bar 111 is inserted into the sliding block 113 to move left and right, and a vertical plate is provided on the outside of each sliding block 113. (112), and the sliding block 113 on the lower side of the vertical plate 112 is provided to be fixedly installed on both sides of the upper end of the horizontal support plate 101,
The upper sliding block 113 is provided to be fixedly installed on the moving plate 140,
One side of the moving plate 140 is provided with a non-pressurizing plate 150 made of a plurality of cut grooves to be fixedly installed,
On the lower side of the moving plate 140, a non-loading guide plate 130 having a loading space B having inclined plates 131 and 132 having a wide upper part and a narrow lower part in the longitudinal direction horizontally and ,
On the other side opposite to the moving plate 140, when loaded in the loading space B of the no-loading guide plate 130 and moved in the longitudinal direction, foreign substances and body parts caused by carelessness of the operator in the loading space B Having a safety accident prevention means 15 to prevent a safety accident in which the
The moving plate 140 has a body 145 in the shape of "a", and a horizontal fixing piece 143 is provided on one side of the body 145, but a side fixing piece 144 is provided at the opposite end. Equipped with a movable support plate 141 on the front and rear sides of the body 145, the lower side of the movable support plate 141 being provided in a trapezoidal shape inside the loading space (B),
The safety accident prevention means 15 is provided with an adjustable protective cover 200 that can be used by selectively installing and using the length or width of the loading space (B),

The front movable support plate 141 is provided with a buffer block 149 having long hole rail grooves 149a on both sides, and the shock absorber block 149 is provided with an oval-shaped shock absorbing plate 300, and the impact Both sides of the absorber plate 300 are provided with absorber plates 310 that can be elastically cushioned by being inserted into the connection guide grooves 312, and on both sides of the shock absorber 300 and the front side of the absorber plate 310, angular A safety device for preventing a conveyor jamming accident for no cutting, characterized in that the unpressurized plate 150 equipped with a guide pin 151 is inserted into the long hole rail groove 149a to be buffered. According to claim 1,
The adjustable protective cover 200,
A fixing plate 211 fastened to and fixed to the moving plate 140 is provided, and an adjusting cover 219 is provided at the rear of the fixing plate 211, and guide support plates 215 are provided on both sides of the adjusting cover 219. A first expansion block having a long hole rail groove 212 through which the guide support plate 215 passes in the longitudinal direction, and a catching buffering means (C) on either side of the inner side of the long hole rail groove 212. (210);

The control cover 229 is provided between the guide support plates 215 on both sides, the guide support plate 225 is provided on both sides of the control cover 229, and a through hole is formed in the center of the guide support plate 225 in the longitudinal direction. A long hole rail groove 222 is provided, and a second expansion block 220 having a catching buffering means (C) is provided on either side of the inner side of the long hole rail groove 222,

The adjusting cover 239 is provided between the guide supporting plates 225 on both sides, the guide supporting plates 235 are provided on both sides of the adjusting cover 239, and a through hole is formed in the center of the guide supporting plate 235 in the longitudinal direction. A long hole rail groove 232 is provided, and a third expansion block 230 having a catching buffering means (C) is provided on either side of the inner side of the long hole rail groove 232,

The adjusting cover 249 is provided between the guide support plates 235 on both sides, the guide support plates 245 are provided on both sides of the control cover 249, and a through hole is formed in the center of the guide support plate 245 in the longitudinal direction. It has a long hole rail groove 242, and at the rear end of the control cover 249, a fourth expansion block 240 fixed to the front end of the main body 1 is provided. safety device to prevent According to claim 2,
The jamming buffering means (C),
Locking jaws 212a are provided at both inner ends of the long hole rail grooves 212, 222, and 232,
A safety device for preventing a conveyor jamming accident for no cutting, characterized by having a position limiting jaw 250 bent inward within the range of 5 to 10 ° on the inside of the locking jaw 212a. According to claim 3,
The jamming buffering means (C),
At the inner ends of the long hole rail grooves 212, 222, 232, locking jaws 212a are provided, and both sides thereof are provided with inner and outer supporting jaws 212b, 212c,
The inner and outer support jaws 212b and 212c and the locking jaw 212a have openings in different directions.

A safety device for preventing the accident of being caught in the transfer table for no cutting, characterized in that the position control clip (500) of the form is provided in a detachable form According to claim 4,
The position control clip 500,
A safety device for preventing an accident of being caught in a conveyor belt for no cutting, characterized in that a shock absorbing piece 505 for buffering is selectively provided on the locking surface 501 having an opening in a different direction. According to claim 2,
In the first extension block 210, the second extension block 220, the third extension block 230 and the fourth extension block 240,

The control covers 219, 229, 239, and 249 are provided with extension control plates 280 and 280-1 separated on both sides on both sides,
Upper and lower support bodies 281 and 281-1 are provided at the center of the expansion control plate 280 and 280-1,
Screw head receiving grooves 282 are provided at equal intervals in the longitudinal direction at the upper center of the support body 281, and screw coupling grooves 284 are provided on the same line support body 281-1 on the lower side thereof,
The countersunk head screw 286 is fastened to the screw coupling groove 284 on the lower side of the screw head receiving groove 282 so that the width positions of the expansion control plates 280 and 280-1 on both sides are fixed. A safety device to prevent accidents from being caught in the transfer table for no-shredding season. According to claim 6,
In the support body 281 (281-1),
One or more guide rails 291 are provided so that the left and right widths of the expansion control plates 280 and 280-1 are easily guided and the interval does not fluctuate during operation,
A safety device for preventing the cutting edge conveyor from getting caught, characterized in that an intaglio rail groove 291 corresponding to the guide rail 291 is provided on the outer surface of the extension control plate 280, 280-1. delete delete delete

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