KR20140063129A

KR20140063129A - Meat burning device

Info

Publication number: KR20140063129A
Application number: KR1020120130128A
Authority: KR
Inventors: 공혜임
Original assignee: 공혜임
Priority date: 2012-11-16
Filing date: 2012-11-16
Publication date: 2014-05-27

Abstract

The present invention relates to a roaster. In the roaster, a load settling transfer hole wherein a roasting load is settled is formed to be circulated by forming a roasting groove on a roasting table having a roasting load supply unit and a roasting load discharge unit and a guide hole connecting the roasting load supply unit, the roasting groove, and the roasting load discharge unit inside the roasting table and a foreign substance removal unit is mounted on the lower part of an outlet of the guide hole. In the roasting load supply unit, a supply hopper having opened top is combined with a settling hole formed in one upper part of the roasting table. In the guide hole, guide rails are formed to face each other in the longitudinal inner side of the guide hole, and upper and lower groove units are formed integrally in the upper and lower parts of a pedestal respectively in the guide rails. The load settling transfer hole comprises a withdrawal load and a load settling chain. In the withdrawal load, a driving gear is combined with a support load extended toward both sides of a settling member in which multiple withdrawal load settling grooves are formed, and a handle is combined with the end of the support load exposed by penetrating the driving gear. In the load settling chain, unit chains consisting of repeatedly formed settling guide segments are repeatedly connected lengthways and inserted in the upper and lower groove units of the guide rails, and combined by a driving sprockets wheel and a driven sprockets wheel, and a driven gear is combined with a driving shaft of the driving sprockets wheel.

Description

{Meat burning device}

In particular, the present invention relates to a grill apparatus, and more particularly, to a grill apparatus that rotates a handle so that a grill rod is supplied from a grill rod feed unit provided at one side of a grill table to a grill groove in a unit chain of a rod- And the roasted rods in the roasted state are supplied to the deodorizing unit in accordance with the transfer of the unit chain to remove the sticky foreign substances carbonized on the surface.

Generally, in order to bake meat such as meat or fish, a grill is heated by using a heater or a heater such as a charcoal or a gas burner to bake the meat put on the grill plate.

Such a griddle plate is constructed so that a heater can be inserted into a through hole formed in a top plate of a dining table used in a restaurant and another triple ball or a griddle plate can be placed on the upper portion on which the heater is placed, The grille can be replaced.

However, when the meat is carbonized due to overheating in the course of grilling, the efficiency of the grill is lowered. Therefore, when the grill is replaced with a new grill, the grill is dropped on the floor or the meat placed on the grill falls onto the table There was a problem, inconvenience due to frequent replacement of the grill plate, and another problem that the turnover rate of the grill was lowered.

In addition, there is another problem that manual labor is required to remove the fixed foreign matter adhered to the surface of the replaced griddle by labor, time, detergent and water.

The present invention relates to a method for grinding a roasted roasted meat by rotating a handle so that a roasted rod corresponding to a new roasted plate is pulled out by a roasted groove formed on a roasted table, So that foreign matter can be easily removed and used again without the use of labor and detergents.

The present invention is characterized in that a roasting groove 31 is formed in a roasting table 30 provided with a roasting rod supply unit 10 and a roasting rod discharging unit 20 and a roasting rod feeding unit 10 And a guide hole 32 connecting the roughed groove 31 and the roughed rod discharging portion 20 are formed to circulate the rod seating transporting port 40 on which the roughening rod L is mounted, The grill rod feeder 10 includes a seating hole 11 formed at an upper portion of one side of the grill table 30, And the guide rails 321 are formed on the inner side surfaces in the longitudinal direction of the guide rails 321 so as to face the guide rails 321. The guide rails 321, The upper groove portion 321b and the lower groove portion 321c are integrally formed on the upper and lower portions of the load receiving portion 321a, And a rod seating chain 42. The drawing rod 41 is connected to a supporting rod 413 extending to both sides of a seating member 412 having a plurality of drawing rod seating grooves 411, And the handle 415 is coupled to an end of the support rod 413 exposed through the drive gear 414. The rod seating chain 42 is configured such that the seating guide piece 421 is repeated The unit chain 422 is connected to the upper groove portion 321b and the lower groove portion 321c of the guide rail 321 so as to be coupled to the drive sprocket wheel 423 and the driven sprocket wheel 424 The driven gear 423-2 is engaged with the drive shaft 423-1 of the drive sprocket wheel 423 and is engaged with the drive gear 416 coupled to the support rod 413, .

The foreign object removing unit 50 is configured such that the opened and closed rod storing unit 501 and the shingling rod storing unit 502 are partitioned by the partition wall 503 in the removal body 51 having the opened upper part, The closed rod load reservoir 501 is provided with a rotary support body 531 on both sides of the support plate body 501-1 and a plurality of The inner driven timing gear 533 is coupled to the roller shaft 532 of the feeding roller 53 and is connected to the driven timing belt 534, The outer timing gear 535 is coupled to the outer timing gear 535 by extending one roller shaft 532 outwardly and the driving timing belt 535 connected to the driving timing gear 537 of the feeding motor 536 is connected to the outer driven timing gear 535, (538), and the waste-rod pressing-out portion (52) is connected to the outside of the waste- A pressurization withdrawing cylinder 524 having a pressurization withdrawal rod 523 engaged with a rack-and-pinion 522 is coupled to the pressurization withdrawal motor 521, and the pressurization withdrawal rod 523 is coupled to the retainer rod reservoir 501 And the pushing piece 525 is coupled to the end of the pressurizing drawing rod 523.

The partition wall 503 of the foreign material removing unit 50 is formed with a removal hole 503-1 having the same shape as that of the roughened rod L, And a removal ring member 503-2 made of a louver is coupled.

In addition, the new and old rod storage unit 502 of the foreign matter removing unit 50 is coupled to the slide storage body 54 with only the upper part opened, and the handle 541 is coupled to the outside of the slide storage body 54 , And the inside of the slide storage body (54) is filled with cooling water.

The pressing piece 525 coupled to the end of the pressurizing draw-out rod 523 is provided with a thread groove 525-1 at one side and a roulade seating pressing part 525-2 having a spherical shape at the other side, .

The present invention is characterized in that the handle is rotated so that the rod rod is fed from the rod rod feed part provided at one side of the roasting table to the rod groove of the rod receiving feed rod which is fed along the guide hole and supplied to the roast groove, It is possible to obtain an effect that the grill can be continuously grilled while the grill plate is not replaced.

In addition, it is possible to increase the turnover rate of the roasting, thereby increasing the satisfaction of the customer.

In addition, the user can supply the roasted rods to the routed grooves, thereby reducing the replacement time and cost.

In the process of roasting, the roasted roast having carbonized and adhering foreign matter adhered to the surface is cleanly removed in the course of passing through the work force and the foreign matter removing part which does not use detergent, so that it can be used again have.

1 is a perspective view of a roasting apparatus according to the present invention;
2 is a bottom perspective view of a roasting apparatus according to the present invention.
FIG. 3 is a perspective view showing the recessed portion of the grill apparatus according to the present invention. FIG.
4 is an exploded perspective view of a roasting apparatus according to the present invention.
5 is a longitudinal sectional view of a foreign matter removing unit in a roasting apparatus according to the present invention.
6A to 6C are plan views illustrating a process in which a roughened rod is drawn into a roughening apparatus according to the present invention to remove a foreign matter adhering to the surface of the roughened rod.

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the accompanying drawings.

1 to 5, a roasting apparatus A according to the present invention includes a roasting rod supply unit 10, a roasting rod discharging unit 20, a table 30, a rod seating transporting unit 40, And a removing part 50. In this state, the user can replace the roasting rod L by himself or herself so that the rotation rate can be increased while the employee does not replace the roasting rod or the roasting plate. (E) can be cleanly removed without using water and detergent.

A roasting rod feeder 10 is formed at one side of the roasting table 30 so that a new roasting rod L is sequentially supplied to the roasting table 30. The other side of the roasting rod 30 has a roasted grill And a rod rod discharging portion 20 through which the rod L 'is sequentially discharged.

A roughened groove 31 having a predetermined area is formed at the center of the roasting table 30 to expose a roaster rod L conveyed by the rod seating conveyor 40, A heater not shown in the lower part is provided to heat the roasting rod L so that the meat roasted on top of the roasting rod L can be baked.

A guide hole 32 is formed in the inside of the grill table 30 to connect the grill rod feeder 10 with the grill groove 31 and the grill rod outlet 20 so that the rod mount L And the delivery port 40 is circulated.

The grill rod supply unit 10 includes a grinding table 30 having a grinding table 30 and a grinding table 30 having a grinding table 11 and a supply hopper 12, And the rod L is sequentially drawn down to the seating rod seating groove 411 of the seating member 412, which will be described later, and can be seated.

For this purpose, it is preferable that the bottom of the supply hopper 12 has a bottom concave shape, and it is more preferable that the concave bottom end has a shape that is opened by the diameter of the roasting rod L.

The guide hole 32 is formed in the inner side of the roasting table 30 so as to allow the roasting rod L to be sequentially seated on the rod seating chain 42 of the rod seating transporting port 40, In addition, the grill rod (L) can be stably arranged. In addition, the grill rod (30) is sequentially discharged from the other side of the grill table (30) and then the rod seating feed port (40) is continuously circulated.

The guide rails 321 are formed on the upper and lower portions of the supporting protrusions 321a and the upper grooves 321a, 321b and a lower groove portion 321c are integrally formed along the longitudinal direction.

The rod seating feeder 40 is composed of a take-out rod 41 and a rod seating chain 42. The take-out rod 41 is disposed on both sides of a seating member 412 having a plurality of outgoing rod seating grooves 411 formed therein. And the handle 415 is coupled to an end of the support rod 413 exposed through the drive gear 414. The handle 414 is coupled to the support rod 413,

The support rod 413 is exposed through the inside of the grill table 30 and is exposed to the outside so that the handle 415 is exposed to the end of the exposed support rod 413 to allow the user to rotate the handle 415 .

The rod seating chain 42 is constructed such that a unit chain 422 in which a seating guide piece 421 is repeatedly formed is connected repeatedly in the longitudinal direction to prevent the ball rods L from flowing, Is inserted into the upper groove portion 321b and the lower groove portion 321c of the drive sprocket wheel 421 and coupled to the drive sprocket wheel 423 and the driven sprocket wheel 424 so as to be infinitely transported.

The driven gear 423-2 is engaged with the drive shaft 423-1 of the drive sprocket wheel 423 so as to be engaged with the drive gear 416 coupled to the support rod 413, It is possible to allow the seating member 412 and the rod seating chain 42 to be interlocked at the same pitch or speed so that each seat seating guide piece 421 formed in the unit chain 422 of the rod seating chain 42 has one Only the rope rod L can be seated.

The foreign material removing unit 50 is constructed such that a closed rod rod storage unit 501 and a shingle rod storage unit 502 are partitioned by a partition wall 503 inside a removal body 51 having an opened upper part.

A closed rod pushing out portion 52 is formed in the closed rod rod storing portion 501 so that any one of the plurality of closed rod rods L ' Can be pulled out toward the shingling rod storage part 502. [

The closed grasping rod storing portion 501 is provided with a rotating support body 531 on both sides of the supporting plate body 501-1 so that a plurality of feeding rollers 53 are rotatably engaged, And an inner driven timing gear 533 is coupled to the shaft 532 and connected to the driven timing belt 534.

An outer driven timing gear 535 is coupled by extending the roller shaft 532 of the feeding roller 53 outward and the driving timing gear 537 of the feeding motor 536 is coupled to the outer driven timing gear 535, The driving timing belt 538 connected to the driving timing belt 538 is engaged and all the feeding rollers 53 are rotated at the same speed so that the waste grinding rod L 'can be sequentially fed. At this time, the feeding roller 53 adjacent to the closed-rod pressurizing portion 52 of the feeding roller 53 has a state where both sides thereof are fixed to the rotary support 531, Or more.

The waste-rod pressurized-withdrawing portion 52 includes a pressurized-withdrawing cylinder 524 having a pressurized-withdrawing rod 523 engaged with a rack-and-pinion 522 to a pressurizing / withdrawing motor 521 outside the closed- Lt; / RTI >

The pressing rod 523 is passed through the rod retaining rod 501 and the pressing rod 525 is coupled to the end of the pressing rod 523, In the process of passing through the removal hole 503-1 formed in the partition wall 503 while the roughened rod L 'is pressed by the pressing piece 525 coupled to the end of the pressure drawing rod 523, The foreign matter E is removed.

The pressing piece 525 is coupled to an end of the pressurizing draw-out rod 523 so that the end of the closed rod L 'is correctly brought into contact with the pressurizing piece 525. A screw groove 525-1 is formed at one side of the pressing piece 525, And a roulette mount pressing portion 525-2 having a spherical shape on the other side is integrally formed and is configured to be able to accurately receive the end portion of the closed rope rod L '.

The partition wall 503 is formed with a removal hole 503-1 having the same cross section as that of the roughened rod L. The removal hole 503-1 is formed with a removal ring member 503-2 Is kept pressed on the surface of the closed rod rod L 'so that the foreign matter including the carbonated fixed rod can be cleanly removed without damaging the surface of the closed rod rod L' do.

The shingling rod storage unit 502 of the foreign material removing unit 50 is coupled to a slide storage body 54 having a drawer shape with only an upper portion opened, 541 are coupled with each other to pull the slide storage body 54 open to take out a clean roasting rod L from which foreign materials or sticking materials have been removed and to put it into the supply hopper 12 of the roasting rod supply unit 10 So that it can be used continuously. At this time, since the inside of the slide storage body 54 is filled with the cooling water, the heated heat is cooled in the course of roasting so that it is possible to prevent the user from getting burned in the process of taking out by hand.

The grilling apparatus A having the above structure is configured such that the grill rod L exposed in the grill groove 31 formed in the grill table 30 is heated by a heater And the meat is baked by the heat at the same time.

When a portion of the meat is carbonized and fixed to the surface of the roasting rod L by overheating in the process of baking the meat, the user rotates the handle 415 exposed to the outside of the roasting table 30 The support rod 413 is rotated.

Next, when the support rods 413 are rotated and a large number of roastes supplied to the feed hopper 12 of the roasting rod feeder 10 are fed to the roving rod seating grooves 411 of the seating member 412 coupled to the support rods 413, One of the rods L is pulled out to the lower portion of the feed hopper 12 and is seated in the take-out rod seating groove 411.

Next, due to the rotation of the support rod 413, the seating member 412 is further rotated so that the roughened rod L, which is seated in the drawing rod seating groove 411 of the seating member 412, Falls on the seat guide piece 421 formed on the unit chain 422, and is seated and straightened. At this time, since the driving gear 416 provided on the support rod 413 is engaged with the driven gear 423-2 provided on the driving shaft 423-1, the driving shaft 423-1 is interlocked, The drive sprocket wheel 423 rotates and the rod seating chain 42 moves along the guide rail 321 one pitch at a time.

Then, at the same time, the grasping rod load L 'is discharged and stored in the grasping rod loader 501 of the foreign material removing unit 50 in the grasping rod discharging unit 20, The driving timing gear 537 of the feeding motor 536 is driven and the inner driven timing belt 533 and the driven timing belt 534 are interlocked by the driving timing belt 538. [

Next, all the feeding rollers 53 are rotated so that the closed rod rod L 'placed on the upper side of the feeding roller 53 is moved in the direction along the driven roller 53 in the direction in which the closed rod pushing- .

Next, the closed rod rod L ', which has been driven to the closed rod pushing-out portion 52, is pulled out by the pressurizing rod 523 engaged with the rack-and-pinion 522 due to the normal rotation of the pressurizing motor 521, The bulge rod pressing portion 525-2 of the pressing piece 525 coupled to the end of the rod 523 is brought into contact with the end of the rod L '.

Next, as the pressurized withdrawal rod 523 is further pulled out, the end of the closed rod L 'is inserted into the removal hole 503-1 formed in the partition 503 and moved in the removal ring member 503- 2, the carbonized foreign matter E which has been carbonized is removed.

Next, a new roasting rod L from which the fixed foreign object E has been removed is dropped into the inside of the slide storage body 54 and is loaded, and the inside of the slide storage body 54 is filled with cooling water, The heated roasting rod (L) is cooled and can be picked up by the user with a hand or a forceps.

The grip 541 provided on the slide storage body 54 of the foreign substance removing unit 50 is pulled out and the slide storage body 54 is pulled out It is possible to continue to use it by pulling out a new roasted rod L loaded in the state of being drawn out and putting it into the feed hopper 12. [

10: roasting rod supply part 11: seating hole
12: feed hopper 20:
30: Grilled table 31: Grilled home
32: Guide hole 40: Rod seat feed passage
41: withdrawal rod 42: rod seat chain
50: Foreign object removing unit 321: Guide rail
321a: a retaining hole portion 321b: an upper groove portion
321c: Lower groove portion 411: Draw-out rod seat groove
412: Seat member 413: Support rod
414: drive gear 415: handle
416: driving gear 421:
422: unit chain 423: drive sprocket wheel
423-1: drive shaft 423-2: driven gear
424: driven sprocket wheel

Claims

A grill groove 31 is formed in a grill table 30 provided with a grill rod supply unit 10 and a grill rod discharge unit 20 and the grill rod supply unit 10 and the grill rod supply unit 10, And a guide hole 32 connecting the groove 31 and the guide rod discharging portion 20 is formed to circulate the rod mounting guide 40 on which the guide rod L is mounted, (50) is coupled to a lower portion of an outlet side of the apparatus (A)
The grill rod supply unit 10 is provided with a supply hopper 12 which is open at the upper part of a seating hole 11 formed at one side of the grill table 30 and the guide hole 32 is connected to the inner side surface The guide rail 321 is formed integrally with the upper groove portion 321b and the lower groove portion 321c on the upper and lower sides of the support hole portion 321a, The rod seating feeder 40 is composed of a take-out rod 41 and a rod seating chain 42. The take-out rod 41 includes a seating member 412 having a plurality of outgoing rod seating grooves 411 The handle 415 is coupled to the end of the support rod 413 exposed through the drive gear 414 and the rod 415 is coupled to the support rod 413, In the seat chain 42, a unit chain 422 in which seat guide members 421 are repeatedly formed is connected repeatedly in the longitudinal direction, The drive sprocket wheel 423 is inserted into the upper groove portion 321b and the lower groove portion 321c of the drain 321 and is coupled to the drive sprocket wheel 423 and the driven sprocket wheel 424 so as to be infinitely transferred. Wherein the driven gear is coupled to the drive shaft and the drive gear is coupled to the support rod.

The method according to claim 1,
The foreign matter removing unit 50 is configured such that a closed rod rod storage unit 501 and a shingi rod storage unit 502 are partitioned by a partition wall 503 inside a removal body 51 having an opened upper part, The closed rod pushing out portion 52 is formed in the storage portion 501. The closed pushing rod storing portion 501 is provided with a rotary support body 531 on both sides of the support plate body 501-1, The inner driven timing gear 533 is coupled to the roller shaft 532 of the feeding roller 53 and is connected to the driven timing belt 534, The outer driven timing gear 535 is coupled by extending the roller shaft 532 outward and the drive timing belt 538 connected to the drive timing gear 537 of the feeding motor 536 is connected to the outer driven timing gear 535, And the waste-rod pressurized-withdrawing portion 52 is connected to the outside of the closed-rod load storing portion 501 A pressurizing and withdrawing cylinder 524 having a pressurizing and withdrawing rod 523 engaged with a rack and pinion 522 is coupled to the withdrawal motor 521. The pressurizing and withdrawing rod 523 is inserted through the rod retaining rod 501 , And a pressing piece (525) is coupled to an end of the pressure drawing-out rod (523).

3. The method of claim 2,
The partition wall 503 of the foreign material removing unit 50 is formed with a removal hole 503-1 having the same shape as that of the roughened rod L. The removal hole 503-1 is formed as a louver And a removal ring member (503-2) made of a metal is coupled.

3. The method of claim 2,
The new and old rod storage unit 502 of the foreign matter removing unit 50 is coupled to a slide storage body 54 having only an upper portion opened and a handle 541 is coupled to the outside of the slide storage body 54 , And the inside of the slide storage body (54) is filled with cooling water.

3. The method of claim 2,
The pressing piece 525 coupled to the end of the pressurizing draw-out rod 523 is formed with a thread groove 525-1 at one side and a roasting rod pressing part 525-2 having a spherical shape at the other side integrally Wherein the first and second portions are formed in a substantially rectangular shape.