KR20070115541A - Chain type continuous grill and grill system - Google Patents

Abstract

A chain type continuous grill and a system thereof are provided to reduce costs for cleaning and to prevent waste of food by exchanging the grill at a proper time. A chain type continuous grill comprises a plurality of grill rods(25) having the same length, and a roller chain combined with two ends of the grill rods to separate the grill rods at predetermined intervals. A chain type continuous grill system comprises the chain type continuous grill(20), a grill supply unit stored in a condition of loading the chain type continuous grill to supply the grill at the time of moving the chain type continuous grill, a grill recovery unit storing the chain type continuous grill at the time of exchanging the grill, a driving motor(160) providing power required for horizontally moving the chain type continuous grill to the grill recovery unit due to rotation of a sprocket gear, and a body(130) supporting the chain type continuous grill to be horizontally moved.

Description

Chain type continuous plate and chain type continuous plate system {CHAIN TYPE CONTINUOUS GRILL AND GRILL SYSTEM}

1 is a perspective view of one embodiment of a chain continuous platen system according to the present invention.

Figure 2 is an enlarged view of the engaging portion of the roller plate and the roller plate of the chain type continuous plate in accordance with the present invention.

Figure 3 is an exploded view of one embodiment of the chain continuous platen system according to the present invention.

Figure 4 is a front view showing a perspective view of the oil filter net and the position of the use of the plate and the oil filter net of the chain continuous plateless system according to the present invention.

5 is a cross-sectional view of an embodiment of a chainless continuous plate system according to the present invention.

Figure 6 shows a coupling state of the drive motor and the drive shaft and the chain continuous platen propulsion sprocket gear and chain guide of an embodiment of the chain type platen system according to the present invention.

7 is a longitudinal cross-sectional view of the chain continuous plateless system according to the present invention.

8 is a rear view of the chainless continuous plate system according to the present invention.

9 is a perspective view of the rear of the chain type continuous plate system according to the present invention.

10 is an enlarged view showing a coupling relationship between a power transmission means and a plateless induction apparatus.

11 shows the engagement of the two sprocket gears with the platen guide device removed from the system.

<Drawing symbol>

10: chain continuous plate system

20: chainless continuous plate

25: fire plate rod

35: duct frame (30)

37: duct

40: control box control panel

50: Bullion Supply Cartridge

70: Burnout Recovery Cartridge

90: thermal supply box

100: thermal power cartridge

110: oil collector

115: table coupling

130: body

140: chain guide

150: oil filter

152: oil passage

160: drive motor

170: drive shaft

180: sprocket gear for propulsion

182: Sprocket gear for two-speed bull plate propulsion

200: fan

215: drive sprocket gear

220: drive chain

230: sprocket gear for power split

235: power transmission

240: chain for power split

250: sprocket gear for induction plate

270: induction chain

280: conversion member

285: Round Bar

290: support member

300: induction device

310: induction rod

The present invention relates to a grill for grilling meat, and more particularly to a chain-type continuous grill for grilling meat and a grilling system including the grill. Currently, the seatless table-type meat grill of the general bulpan is formed so that the central part of the upper surface of the table is open, and it is possible to install a combustion device such as a charcoal furnace and a gas burner in the inner space of the table. The seat-type grilling device for the grill is installed by placing a grill for placing the meat to be grilled on the seating jaw formed at the top along the edge of the opening of the table. In general, the grill plate for meat is formed in the form of a frame having a through hole. Since the conventional grill plate is carbonized material attached to the grill plate during the meat grilling process, it should be replaced every appropriate time. However, the replacement of the fire plate cannot be done directly by customers, such as restaurants, but by employees. This hassle causes waste of food materials, because it can burn the meat that can not be burned by missing the additional labor cost and timely replacement of the plate. If you do not replace the plate at the right time, the oil residues will carbonize, making cleaning more difficult. Therefore, the conventional platen system has problems such as excessive labor costs and waste of food materials. However, in the related art, even if partially carbonized, the plate is integrally formed so that the entire plate has to be replaced.

The present invention was devised to improve the above problems, and provides a chain-type continuous plate and plate plate system which allows the user to automatically change the plate plate by button operation at the time of replacing the plate plate when grilling meat or the like. The purpose is to do that.

In order to achieve the above object of the present invention, in the chain continuous platen system, the plurality of platen rods 25 having the same length and the plurality of platen rods 25 are spaced apart at predetermined intervals, so that the plurality of plate plate rods 25 A chain type continuous plate and a chain type continuous plate which includes a roller chain coupled to both ends of the stack and the chain type continuous plate 20 are stacked and the plate plate supply unit and the plate which supplies the plate when the chain type continuous plate 20 moves. When the replacement of the continuous type plateless plate 20 is stored in the platen portion and the chain-type continuous platen 20 is driven to provide the power required for sliding movement to the platen plate side horizontally by the rotation of the sprocket gear It characterized in that it comprises a body 130 for supporting the motor 160 and the chain-type continuous plate 20 to move horizontally.

In the above configuration, any one or more of the platen supply unit and the platen recovery unit is preferably configured in the form of a cartridge detachable from the body (130).

In the above configuration, it is mounted on the body 130 to be detachably inclined to the lower portion of the chain-type continuous plate 20 and the oil sieve 150 and the body 130 to collect the oil to discharge to the lower flow into the body 130 An air control damper 120 to adjust the amount of air to be absorbed and the duct 37 to suck and discharge the smoke and the like to collect the oil debris collected from the oil filter net 150 inside the body 130 It is preferred that any one or more configurations of the box 110 and the chain guide 140 to facilitate propulsion of the bulge plate are added.

In the above configuration, by using the power transmitted by the power transmission means 235 the platen induction apparatus 300 mounted on the body wall surface for changing the lowering position of the chain-type continuous platen 20 so as to be movable It is preferable to include.

Hereinafter, the configuration and operation of the chain continuous platen system according to the present invention will be described in more detail with reference to the embodiment.

[First Embodiment]

1 is a perspective view of one embodiment of a chain continuous platen system according to the present invention. Currently, the seatless table-type meat grill of the general bulpan is formed so that the central portion of the upper surface of the table is open, and it is possible to install a combustion device such as a charcoal furnace and a gas burner in the interior space of the table. In the case of the chain type continuous plate system according to the present invention, the central portion of the upper surface of the table can be opened and mounted therein. In the case of mounting the chain continuous plate system according to the present invention on the table, the part exposed on the table covers the edge of the chain type continuous plate, and the control box operation portion and the duct frame 30 to inhale and discharge the combustion gas, etc. Only 40 can be installed to protrude. The duct frame 30 is attached to the side of the body, the smoke is sucked through the hole formed in the inner circumferential surface of the duct frame 30 and the sucked smoke is discharged to the exhaust port through the inlet port (35).

In the installation method of the chain type continuous platen system according to the present invention, the chain type platen plate system is installed in the opening of the center of the upper surface of the table, and the table coupling unit 115 is installed in a manner of fixing to a table (not shown). In the embodiment of the present invention shown in Figure 1 can be used as a coal fired fuel such as coal or coal briquettes. It is not necessary to limit the thermal power supply to the thermal power source by fossil fuel, and the chain-type continuous plate is used by variously using thermal power supply by gas supplied by pipe, thermal power supply by portable gas container, or thermal power supply by electricity. You can configure the system. The thermal cartridge 100 may be installed to be accessible from under the table, and the fire plate supply cartridge 50 and the fire plate recovery cartridge 70 may be installed to allow access from under the table or to open and close a portion of the table over the table. It can be installed so that access can be made in the direction of the upper surface of the table.

2 is an enlarged view of the chain type continuous plate 20 according to the present name. Chain type continuous plate 20 can be produced by arranging the plate plate (rod) 25 having the same diameter and length at equal intervals and coupled to both ends of the rod by a chain. The spacing of the platen rods 25 should be set in consideration of characteristics such that oil and the like are discharged and the chain type continuous platen 20 should be folded 180 degrees in each cartridge. This is because when the spacing of the platen rods 25 is too tight, the oil cannot be easily discharged and can be stacked while using the space efficiently inside the cartridge.

The coupling method of the platen rod and the chain can be combined by extending the screws that join the chain to the platen rod 25 and screwing them into the both ends of the platen rod 25. It is also possible to do this method and the combination method is possible in a variety of ways. At this time, the chain used should be folded and supplied inside the bulge cartridge, so that it can be folded 180 degrees.

The material of the round bar which comprises the platen rod 25 is generally made of a metal material. However, the material of the metal can be selected in various ways depending on the type and condition of the meat, etc. grilled in the plate and if the material that can function as the plate does not need to be limited to the metal. That is, the plateless rod 25 of the chain type continuous plate can be processed in the form of a round bar of charcoal or ganban stone, and can be manufactured by coating the round bar with the non-metallic material or functional metal.

Figure 2 is an exploded view of one embodiment of a chain continuous platen system according to the present invention. Chain type continuous plate 20 of the present invention is guided over the body 130 of the chain type continuous plate system from the plate plate supply cartridge 50 is moved to the plate plate recovery cartridge 70 at the time of replacement of the plate plate. While grilling the meat, the chain type continuous plate 20 should be maintained in a flat state and is preferably used to be mounted to the chain guide 140 so that it can be easily moved by the propulsion by the plate propulsion gear 180. . The cross section of the chain guide 140 may be configured to accommodate and move the chain portion of the chain plate in the form of "c". The inlet and the outlet of the chain guide 140 are preferably curved as shown in FIG. 2 so that the chain can enter and leave less friction.

4 is a front view showing a perspective view of the oil strainer 150 of the chain continuous platen system 10 according to the present invention and the position of the chain type platen plate 20. The reason for installing the oil sieve 150 may be to install the oil sieve 150 so that oil generated in the process of grilling meat does not fall into the thermal power supply unit. The oil filter net 150 is preferably formed with a vent at the same interval as the chain continuous continuous plate 20 and to form an oil passage 152 with a concave groove-shaped member of the unloading rod 25. As shown in (b) of Figure 4, the oil sieve 152 is preferably installed inclined and each oil passage is arranged in the lower portion of each platen rod 152. When the meat oil or the like falls into the thermal power supply unit, since dust or unnecessary combustion gas is generated, it is preferable to install the oil strainer 150. It is not desirable to configure the oil strainer in the form of a closed plate because the meat can take a long time to cut off the thermal power. Therefore, in order to minimize the area where the meat oil blocks the thermal power without falling into the thermal power supply unit, it is preferable to configure and position the position of the fire plate 25 and the position of the oil passage in the form shown in FIG. The oil sieve 150 is preferably installed inclined in the body 130. Oils falling into the oil passage 152 of the obliquely installed oil sieve 150 will flow to the lower side, and the oil collector 110 through the oil discharge hole 157 formed at the center of the lower portion of the oil sieve 150. ) Can be collected. Oil collector 110 is mounted inside the thermal power supply unit supply box 90, the thermal power supply unit supply box 90 may also be configured in the form of a cartridge, take out the thermal power supply unit supply box 90, oil collector (110) The waste oil in the inside can be treated. In the embodiment of the present invention, the air vent is formed on the lower surface of the body and the air control damper 120 is mounted. Opening and closing of the air control damper 120 may be performed by attaching a handle (not shown) to the air control damper 120 by rotating the handle under the table.

Figure 5 is a cross-sectional view of one embodiment of a chain continuous platen system according to the present invention. In order to use the chain continuous plate system according to the present invention, a chain type continuous plate should be mounted. Depending on the length of the chain continuous plate and the number of guests, the number of times to be installed may be determined. The method of mounting a new fire plate may be installed by pulling the iron plate through the chain guide 140 up to the sprocket gear 180 for pushing the plate. Once the chain is positioned so that the drive motor can rotate by biting the chain to the platen propeller gear 180, the platen can be replaced automatically thereafter.

Figure 6 shows a coupling state of the drive motor and the drive shaft chain type continuous plate propulsion sprocket gear and the like of one embodiment of the chain type continuous plate system according to the present invention. The driving motor 160 may include a speed reducer using a gear ratio, and the driving shaft 170 connected to the driving motor may protrude the plate at a length interval of the platen rod 25, that is, at an interval that may be coupled to a chain of a chain type continuous plate. Sprocket gear 180 is mounted. When the user presses the replacement button of the control box control unit 40 at a desired time by the rotation of the motor, the chain type continuous platen moves only a predetermined distance, thereby replacing the platen plate. The plate may be set to advance the plate only by the length of the plate or to continue the plate while pressing the button according to the user's choice.

7 is a longitudinal cross-sectional view of the chain continuous plateless system according to the present invention. 7 shows an oil collector 110 for receiving oil falling from the oil strainer 150. The shape of the oil collecting container 110 may be set in various shapes and capacities. However, in the exemplary embodiment of the present invention, an oil collector 110 having a long neck is used to prevent falling oil from splashing around. Oil can splash into the surrounding thermal supply and prevent the generation of harmful gases. The use of this long neck oil collector can also facilitate transportation.

Second Embodiment

8 is a rear view of the chainless continuous plate system according to the present invention. Covering the edge of the plate of the chain type continuous plate system according to the present invention, the duct frame 30 for sucking the combustion gas and the like is removable. As shown in Figs. 8 and 9, the inner circumferential surface in the direction of the iron plate of the tuck has a hole connected to the duct 37, through which the smoke is sucked and exits through the inlet port 35 to the duct 37. Smoke or combustion gas exiting the duct may be discharged to the outside through a pipe (not shown) installed in a restaurant or the like through the exhaust port 210 by using the power of the fan 200 installed in the duct 37. Such an exhaust structure is common in the first embodiment and the second embodiment. The difference between the second embodiment is the addition of the platen induction device 300. The problem of the first embodiment is that when the chain type continuous plate 20 is stacked on the platen collecting cartridge 70, the chain type platen continuously stacks at the same place if the descending position is constant, so that the space in the plate plate collecting cartridge 70 Not efficiently fill the height of only a portion and other portions are left empty space, the chain-type continuous plate is supplied from one of the platen supply cartridge 50 so that one plate plate recovery cartridge 70 can not recover all do. Therefore, this problem is not enough to save the gist of the present invention to automatically replace the plate. Therefore, in the process of stacking the chain type continuous platen in the plateless recovery cartridge 70, it is preferable to change the lowering position of the chain type platen platen to be stacked while filling the space inside the cartridge evenly. Therefore, the embodiment of the present invention proposes a chain type continuous platen system to which the platen induction device 300 is added.

As shown in FIG. 10, the platen induction apparatus 300 includes a two-stage platen induction sprocket gear 250 and a single-stage platen induction sprocket gear 260, a platen plate induction chain 270, and a conversion member 280. And a round bar protrusion 285 and an induction rod 310. Such a plateless induction device 300 is received through the power transmission means 235 composed of the sprocket gear 230 for splitting and the power splitting chain 240 for the power of the motor is driven by the power. The drive sprocket gear 215 mounted on the drive shaft of the second embodiment of the present invention does not directly propel the chain type continuous platen 20, but a sprocket gear for driving a separate platen is driven by the drive chain 220. Take The reason for driving the plateless sprocket gear 182 in the form of a manual gear is that the power of the platen induction device 300 for changing the lowering position of the chain type continuous plate 20 with the propulsion 20 of the chain type continuous platen. To supply. Therefore, in the case of the present invention, the plateless propulsion sprocket gear 182 is composed of two stages, one of which propels the platen and the other stage of which transfers power from the drive sprocket gear 215 through the drive chain 220. Receive. Then, the power split sprocket gear 230 mounted at the same time on the rotary shaft of the two-stage plateless induction sprocket gear 250 divides the power transmitted from the drive sprocket gear 215 to the two-stage plateless induction sprocket gear 250. To drive the platen induction apparatus 300.

As shown in FIG. 10, the power split sprocket gear 230 transmits a part of the power of the two-stage unplate propulsion sprocket gear 182 to the platen induction apparatus 300 through the power split chain 240. . Therefore, in order to receive power through the power splitting chain 240, one of the two unstable induction sprocket gears should be composed of two gears. As shown in FIG. 10, the gear that receives power from the power split chain 240 is a two-stage plateless induction sprocket gear 250 and is again a single-stage plateless induction sprocket gear by the plateless guide chain 270. 260 is driven. At this time, the round plate induction chain 270 is equipped with a round bar protrusion 285 and the round bar protrusion 285 rotates together with the plate plate induction chain 270 when the two-stage plate plate induction sprocket gear 250 rotates. .

As shown in FIG. 11 (b), the round bar protrusion 285 mounted on the induction chain 270 rotates to form a long elliptic trajectory. One end of the round bar protrusion 285 is mounted to the plate for induction plate 270 and the protrusion part is inserted into a groove formed inside the conversion member 280 capable of horizontal movement to rotate. This rotational motion is converted into a horizontal reciprocating motion of the conversion member 280. The conversion member 280 is mounted to the support member 290 fixed to the body. The combination of the conversion member 280 and the support member 290 is coupled to the conversion member 280 to the horizontal reciprocating motion with the support member 290 as a reciprocating shaft. The conversion member 280 of the platen guide device 300 serves to convert the rotational movement of the round bar protrusion 285 mounted on the plate plate guide 270 into a horizontal reciprocating motion. The other end of the conversion member 280 mounted on the support member 290 is mounted with an induction rod 310 that can change the lowering position of the plate. When the guide rod 310 mounted on the converting member 280 moves by the horizontal reciprocating motion of the converting member to change the lowered position of the chain-shaped iron plate 20 through the reciprocating motion of the converting member 280, two bars The chain-shaped iron plate 20 descending between the shape guide rods 310 may be recovered while the lowering position thereof continuously fluctuates during the lowering, thereby efficiently filling the space in the platen collecting cartridge 70. The platen induction device 300 may be a configuration that is not necessary if the space in the platen recovery cartridge 70 is wide and deep enough, but the space in the platen recovery cartridge 70 is small, or the platen supply cartridge 50 and It is a preferable configuration in the case of attempting standardization by unifying the unstable recovery cartridge 70 separately. And importantly, the configuration of the platen induction system shown in the embodiment of the present invention is only one example. Therefore, the chain type continuous platen system including an induction system for changing the lowering position of the platen by sharing or dividing power from the drive motor for propelling the plate without installing a separate drive motor should be interpreted within the scope of the present invention. something to do.

When using the chain-type continuous plate or plate system according to the present invention can be freely replace the plate to grill the meat directly to reduce labor costs in restaurants, etc., it is possible to replace the plate at the appropriate time to prevent waste of food In addition, the oil residues are carbonized, which can reduce the effort and cost required for cleaning the additional plate.

Claims (6)

A plurality of platen rods 25 of the same length; And The plurality of platen rods (25) arranged at a predetermined interval apart, chain type continuous plate comprising a roller chain coupled to both ends of the plurality of platen rods (25). Chain continuous continuous plate of claim 1 (20); A fire plate supplier configured to store the chain type continuous plate 20 in a stacked state and supply a platen when the chain type continuous plate 20 moves; When the replacement of the plate plate chain continuous platen plate 20 is stacked platen storage unit is stored; A drive motor 160 for providing the power necessary for sliding the chain type continuous plate 20 to the side of the plate plate recovery unit horizontally by the rotation of the sprocket gear; Chain continuous continuous plate 20, characterized in that it comprises a body 130 for supporting the horizontal movement. The method of claim 2, Any one of the platen supply portion and the platen recovery portion is a continuous chain plate system, characterized in that configured in the form of a removable cartridge from the body (130). The method according to claim 2 or 3, Mounted on the body 130 to be detachably inclined to the lower portion of the chain type continuous plate 20 and can adjust the amount of air flowing into the oil sieve 150 and the body 130 to collect and discharge the oil toward the lower side The air collecting damper 120 and the duct 37 to suck and discharge the smoke and the like and the oil collecting box 110 to receive the oil residues converged from the oil sieve 150 inside the body 130 and Chain type continuous plate system, characterized in that any one or more of the chain guide 140 to facilitate the propulsion of the plate is added. The method according to claim 2 or 3, Power transmission means 235 for transmitting power of the drive motor 160; And a bulge induction device 300 mounted to enable horizontal reciprocation on the wall of the body for changing the lowered position of the chain-type continuous bulge plate 20 by using the power transmitted by the power transmission means. Recognition system. The method of claim 4, wherein Power transmission means 235 for transmitting power of the drive motor 160; Chain continuous, characterized in that it comprises a bulge induction device 300 is mounted to be horizontally movable on the body wall surface to change the lowered position of the chain continuous bulge plate 20 by using the power transmitted by the power transmission means. Inversion system.

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