KR20110080740A

KR20110080740A - Multi-functional roaster being easy to heating power control

Info

Publication number: KR20110080740A
Application number: KR1020100001112A
Authority: KR
Inventors: 오천도
Original assignee: 오천도
Priority date: 2010-01-07
Filing date: 2010-01-07
Publication date: 2011-07-13

Abstract

The present invention relates to a multi-functional roaster that can be used for both direct and smoked roasting while maintaining the optimum firepower and roasting speed by freely varying the position of the brazier and grill according to the type of grilled meat (meat, eel, etc.).
The present invention is to move the furnace and the grill portion in the opposite direction to each other while selectively varying the separation distance between the furnace and the grill portion to finely adjust the completion of the optimal firepower and roasting speed suitable for the type of roasting the roasting at all To bake, and to rotate the plurality of grills mounted on the grill portion while maintaining the overall horizontal, the function of automatically turning the grill while rotating intermittently 1/2 rotation of the grill to rotate in the horizontal state and the grill Roasting the grilled water more deliciously by selectively rotating the fire on the brazier, and grilling the grilled food in the fire room or using smoked heat of convection and charcoal in the smoke room. Multifunctional roaster for easy thermal control according to roasting One will.

Description

Multi-functional roaster being easy to heating power control}

The present invention maintains the optimum fire power and roasting speed according to the type of roasting while varying the distance between the grill portion and the furnace located on the upper portion of the brazier, and revolves a plurality of grills mounted on the grill in various ways It is an invention belonging to the technical field of the multifunctional roaster which bakes the roast more deliciously while rotating.

In general, charcoal roasters, which can cook various kinds of meats and fishes by direct fire, have difficulty in controlling fire power compared to gas stoves or electric heaters, and are cumbersome to use. There is an advantage of improving the taste of roasting, such as lightening the taste of the meat by the heat of direct heating, so it is much preferred.

The conventional charcoal roaster has a tendency to burn easily by burning heat of charcoal in the roasting process by installing a heat source such as a charcoal or gas burner inside the flame chamber and inserting the roasted water into the grill disposed on the heat source. There is a need to adjust the fire power of the charcoal, but most charcoal is difficult to control the immediate fire power, and the grill is placed directly on the brazier (fixed position), so it is difficult to control the roasting speed so that the roasting material does not burn. It is very difficult and fine control of the firepower according to the type of roasting is very difficult, as well as the situation of adjusting the speed of baking.

Therefore, the roasting is continuously exposed to the heat of combustion, which causes severe burns (burnt odors), which lowers the flavor of the roasting, and easily burns the inside of the roasting. Even though the speeds are different from each other, they are baked under the same conditions, so that the meat part burns locally, and thus, the taste and flavor of the roasted food are lowered.

In addition, in the process of baking the grilling, while the cook observes the state of the grilling with the naked eye, the firepower must be adjusted from time to time according to the degree of ripening of the roasting, as well as the cumbersome discontinuation of the roasting repeatedly.

In addition, grilled foods can be tasted properly when grilled or grilled or smoked and indirectly cooked using indirect heat using convection and heat. In the past, roasters for indirect roasting, roasters such as ovens, and roasters equipped with charcoal and braziers for roasting are separately manufactured. As it is necessary to provide a limited menu by selecting a single roaster mainly due to the cost burden according to this situation does not meet the needs of various buyers.

The present invention is to actively solve all the problems in the conventional roaster, and in the simple method of selectively varying the separation distance between each other while horizontally moving the furnace and the grill in the opposite direction to the type and roasting method of roasting In order to maintain the optimum firepower and roasting speed according to the above, a plurality of grills mounted on the grill portion to rotate the rotating and rotating in various manners to burn the grilled goods without burning as a problem of the invention.

In addition, it is another object of the present invention to use a single roaster equipped with a direct fire room and a smoke room to selectively roast the grill, barbecue and smoked.

According to the present invention, a pair of carrier rails are respectively provided on both sides of the direct combustion chamber as means for solving the above problems, and the grill carrier and the brazier carrier are respectively installed on the carrier rail so as to be movable horizontally. In order to install a conveyor chain that rotates forward and reverse in accordance with the operation of the carrier drive motor, a technology for connecting the grill carrier and the furnace carrier to the upper and lower sides of the conveyor chain, respectively, is devised.

In addition, the present invention is installed on the grill carrier to rotate the revolution shaft in accordance with the operation of the idler plate driving motor, and a pair of grill revolution plate is rotatably installed on both sides of the revolution shaft, but the grill mounting plate on one side of the grill revolution plate The rotatable grille rotating shaft is installed to be rotatably installed, and the other side of the grill revolving plate is provided with a grill rotating support, and the grill mounting plate and the grill rotating support are devised for the technique of mounting the grill.

In addition, the present invention is installed so that the clutch support plate is spaced apart from the grill idler plate on the outer side of the idler shaft through the bearing so as not to interfere with the rotation of the idler shaft, the clutch slider is connected to be movable back and forth along the outer surface of the clutch support plate. And guide the guide roller installed at the tip of the clutch slider via the chain clutch, while the chain clutch moves back and forth simultaneously with the clutch slider to selectively engage or release the sprocket installed on the other side of the grill rotating shaft. Find skills to do this.

In addition, the present invention rotatably coupled to install the counterweight on the grill rotating shaft, a pair of cam levers rotatably coupled to the lower end on both sides of the counterweight is connected to each other by a spring pull, the cam roller installed on the cam lever The present invention seeks a technique having a grill horizontal holding means for automatically keeping the level of the grill mounted on the grill mounting plate while being fitted into both concave grooves of the disc cam integrally installed on the outside of the grill mounting plate.

According to the present invention, it is possible to finely control the completion of the optimum firepower and roasting speed suitable for the type of roasting by a simple method of easily varying the separation distance between the furnace and the grill portion while selectively horizontally moving the furnace and the grill portion in the opposite direction to each other It provides the effect of baking roasting at all.

In addition, by rotating or rotating the plurality of grills mounted on the grill in various ways, the automatic rotation of the grill or the continuous rotation of the grill on the brazier by simply performing a function to grill regardless of the type of roasting It does not burn the water and maintains its excellent flavor while providing a more delicious baking effect.

In addition, the present invention is roasted by using a single roaster provided with a direct fire room and a smoke room, or roasted in the direct fire room, or indirectly smoked and grilled barbecue by using hot convection heat and charcoal heat in the smoke room. It not only saves the cost of having several roasts but also dramatically improves the operability and utilization of the roaster.

1 is a front cross-sectional view of the multifunctional roaster to which the present invention is applied
2 is a right cross-sectional view of the present invention multifunction roaster
Figure 3 is a left side view of the installation state of the carrier shifter, grill carrier and brazier carrier of the present invention
Figure 4 is a left side view of the installation state of the grill carrier and grill clutch device of the present invention
Figure 5 is a partial cross-sectional view of the installation state of the grill portion of the present invention
Figure 6 is a right cross-sectional view of the installation state of the grill portion and grill clutch device of the present invention
Figure 7 is a right cross-sectional view of the operating state of the clutch slider and chain clutch of the present invention
Figure 8 is an enlarged cross-sectional view of the engaged state of the chain clutch and sprocket for the present invention.
Figure 9 is an enlarged cross-sectional view of the cam lever of the present invention the horizontal holding means of the grill
Figure 10 is an enlarged cross-sectional view of the cam lever of the present invention the horizontal holding means of the open state
Figure 11 is an enlarged cross-sectional view of the separation state of the grill mounting device of the present invention
12 is an enlarged cross-sectional view of the grill rotating support and the grill coupling plate of the present invention in a separated state;
Figure 13 is a side cross-sectional view of the state in which the blocking plate installed in the main exhaust port of the present invention is opened.
14 is a rear view longitudinal cross-sectional view showing the internal structure of the present invention dust removal duct
15 is a side cross-sectional view of a state in which a blocking plate installed in an auxiliary exhaust port of the present invention is opened;
Figure 16 is an enlarged cross-sectional view of the combination of the control holder and play control device of the present invention

Preferred embodiments of the present invention will now be described in more detail with reference to the accompanying drawings.

Looking at the overall technical configuration according to the preferred embodiment according to the preferred embodiment of the present invention based on the accompanying drawings, the furnace chamber 103 is surrounded by a heat insulating wall 102 on the lower side of the fire chamber 101, the furnace chamber Rotor body 100 is provided on both sides of the 103, the front door 105 and the main exhaust port 106 is formed before and after the upper portion of the furnace chamber 103; A pair of chain supports 202 are respectively installed on the rail supports 201 provided before and after the power chamber 104, and both sides of the conveyor chain 203 are rotatably connected to the chain supports 202. The conveyor chain 203 includes a carrier moving device 200 which provides forward and backward movement force to the brazier carrier 500 and the grill carrier 400 while selectively forward / reversely rotating according to the operation of the carrier driving motor 206; A pair of carrier rails (300) (300a) spaced apart from each other above and below the conveyor chain (203) in a state in which both sides are integrally connected to the rail support (201); The base plate 401 is respectively seated to move forward and backward along the upper carrier rail 300, and the vertical strut 403 installed on the upper end of the base plate 401 is connected via a connection frame 404. A grill carrier 400 having a chain connecting piece 405 attached to a lower end of the base plate 401 integrally connected to an upper portion of the conveyor chain 203; Suspending frames 501 connected upwardly at both ends through the lower sides of the heat insulation wall 102 are respectively seated to be moved back and forth along the lower carrier rail 300a and attached to the upper ends of the hanging frames 501. A chain carrier piece 500 having a chain link piece 503 integrally connected to a lower portion of the conveyor chain 203; Revolving idle shaft 601 is rotatably installed on both vertical struts 403 of the grill carrier 400 in accordance with the operation of the revolving plate driving motor 603, and a plurality of revolving shafts 601 are provided on both sides of the revolving shaft 601. A pair of grill revolving plates 605 and 605a integrally connected to each other via a connecting rod 606 are installed to interlock with the revolving shaft 601 and radially between the grill revolving plates 605 and 605a. It can be seen that a plurality of grills 607 is made of an organic coupling configuration of the grill portion 600 having a configuration that is connected and mounted.

Hereinafter, the present invention made of the above-described schematic configuration will be described more easily.

The roaster main body 100 of the present invention is formed of a rectangular body, but the furnace chamber 103 is provided on the lower side of the fire chamber 101 formed therein surrounded by four sides of the insulating wall 102 installed using an ocher brick, Power chambers 104 are provided on both sides of the furnace chamber 103 so that the furnace chamber 103 is blocked by the high temperature heat transfer to the power chamber 104 while maintaining the heat insulation inside the furnace wall 102. The power chamber 104 is not different from the ambient air temperature so as to prevent heating of the carrier moving device 200 including the carrier driving motor 206 installed in the power chamber 104 to improve durability.

In addition, the front and rear doors 105 for putting or removing roasted goods into the inside of the flame chamber 101 and the main exhaust port 106 for exhausting the exhaust gas in the flame chamber 101 to the outside before and after the upper portion of the furnace chamber 103. ) Is formed, and the heat insulating inner wall 107 using the ocher brick is installed on both sides of the furnace chamber 103.

In the carrier moving device 200 installed in the power chamber 104, a pair of rail supports 201 are installed upright before and after the power chamber 104, respectively, on the same horizontal line on the rail supports 201. A chain support 202 is installed, and both sides of the conveyor chain 203 are rotatably connected to the chain support 202.

In this case, the pair of conveyor chains 203 installed in the both side power chambers 104 are connected to each other by integrally connecting the main sprockets 204 through the main shaft 205 and simultaneously rotating the main shaft 205 of the main shaft 205. One side is connected to the carrier drive motor 206 and the chain 207 so as to be capable of power transfer, in accordance with the operation of the carrier drive motor 206 optionally a pair of conveyor chain 203 is forward / reverse rotation brazier carrier ( 500 and the grill carrier 400 can be provided at the same time back and forth movement force.

A pair of carrier rails 300 and 300a are spaced apart from each other above and below the conveyor chain 203, and both sides of the carrier rails 300 and 300a are integrally connected to the rail support 201 so that the grilles It is possible to guide the stable sliding movement of the carrier 400 and the brazier carrier 500.

The carrier rail 300 located in the upper center of the carrier rails 300 and 300a guides the sliding movement of the grill carrier 400 exclusively, and the carrier rail 300a located in the lower part slides the furnace carrier 500. It is responsible for guiding the move exclusively.

The grill carrier 400 is seated so that the movable pulley 402 installed at the bottom of the base plate 401 is movable back and forth along the upper carrier rail 300, the vertical support (top) of the base plate 401 403 is installed upright, the pair of vertical struts 403, the upper portion is integrally connected via the connecting frame 404 as shown in Figure 5 to maintain a more solid integrity, the bottom of the base plate 401 Chain connection piece 405 attached to the configuration is formed integrally connected to the upper portion of the conveyor chain 203 so that the grill carrier 400 interlocks with the forward / reverse rotation of the conveyor chain 203 to move back and forth. do.

In addition, the furnace carrier 500 disposed in the furnace chamber 103 is disposed through the carrier passage 102a formed at both sides of the lower side of the heat insulating wall 102, as shown in FIG. The moving pulleys 502 installed on both sides of the suspension frame 501 are seated so as to be movable back and forth along the carrier rail 300a on the lower side, and the chain connection piece 503 attached to the upper end of the suspension frame 501 is a conveyor chain. By being configured to be integrally connected to the lower portion of the (203) it is possible to move forward and backward by interlocking the furnace carrier 500 in accordance with the forward / reverse rotation of the conveyor chain (203).

At this time, the grill carrier 400 and the brazier carrier 500 are connected to the upper and lower portions of the conveyor chain 203, respectively, so that the grill portion 600 is installed on the grill carrier 400 while horizontally moving in opposite directions as shown in FIG. ) And the distance between the brazier 510 seated on the brazier carrier 500 can be freely varied.

Therefore, according to the type of roasting to place the grill portion 600 in the upper portion of the brazier 510 to maintain the firepower for roasting, as well as placing the grill portion 600 in the upper front of the brazier 510 It can maintain the proper firepower for barbecue grilling by indirect heating, by providing a micro-adjustment of the completion rate of the roasting speed according to the roasting method such as roasting in various ways without burning the roast at all.

On the other hand, the grill portion 600 that can be selectively removed or mounted to the grill 607 is installed in the grill carrier 400, the detailed technical configuration of this as shown in Figure 4 and 5 vertical pillar ( The idle shaft 601 is rotatably installed horizontally in the 403, and the main sprocket 602 coupled to the idle shaft 601 is connected to the idle plate driving motor 603 and the chain 604 to be idle. It is possible to rotate in accordance with the operation of the plate driving motor 603.

And on both sides of the revolving shaft 601 are installed to rotate together with the revolving shaft 601 by using a key in a state in which a pair of grill revolving plate 605, 605a are spaced apart, respectively, the grill revolving plate ( 605 and 605a are integrally connected to each other via a plurality of connecting rods 606 disposed radially about the revolving shaft 601, and thus, a pair of grill revolving plates 605 and 605a together with the revolving shaft 601. ) Is integrally rotatable, as well as reinforcing the strength of the idle shaft 601, and the grill idler plate 605, 605a is composed of a plurality of detachable grille 607 is radially connected and mounted. .

Here, the grill 607 of the present invention is mounted between the pair of grill revolving plates 605 and 605a by the grill mounting apparatus 610, and the grill mounting apparatus 610 is shown in FIGS. 11 and 12. The grill rotating shaft 611 is rotatably installed through one side of the grill revolving plate 605, the grill mounting plate 612 is coupled to one side of the grill rotating shaft 611 is fitted, the grill mounting A plurality of fastening members 613 are screwed radially to the plate 612, the head of the fastening member 613 serves as a grill fitting protrusion 614 for fitting the grill 607, The grill rotating support 615 is screwed through the grill revolving plate 605a on the other side.

Coupling plates 616 and 616a are attached to both ends of the grill 607, respectively, and the coupling holes 617 are formed in the same position as the grill fitting protrusion 614 in the coupling plate 616 on one side. The grill fitting protrusion 614 is fitted, and at the same time, the grill rotating support 615 is fitted into the coupling hole 617 formed at the center of the other coupling plate 616a, so that the grill fitting protrusion 614 and Maintaining a state mounted between the grill rotation support 615, the method of separating it is to release the grill rotation support 615 first to separate the coupling plate 616a on one side and then the coupling plate 616 on the other side ) Is removed from the grill fitting protrusion 614 to disassemble the grill 607.

In addition, the grill 607 has the same configuration in which a pair of coupling plates 616 and 616a are installed on both sides so that selective removal and mounting is possible, but between the two coupling plates 616 and 616a. Grills 607 of various shapes (flat, cylindrical, etc.) suitable for types and roasting applications are provided so that various types of roasts (meat, fish, sweet potatoes, etc.) can be grilled for a necessary purpose using a single roaster. It provides the effect of drastically improving the utilization of roaster.

According to the present invention having the above-described configuration, as the grill revolving plate 605 and 605a rotate together with the revolving shaft 601, the grill 607 makes revolving motion around the revolving shaft 601. In the process, the grill horizontal holding means 700 for maintaining the grill 607 in a horizontal state is additionally grafted so that the roast is evenly baked in the unfolded state.

The horizontal grill means 700 for this purpose is provided with a counterweight 701 is rotatably coupled to the grill rotation axis 611 between the grill revolving plate 605 and the grill mounting plate 612 as shown in Figure 9 to 11 On both sides of the counterweight 701, a pair of lower ends of the pair of cam levers 702 is rotatably coupled via a hinge fastener 703, and the cam levers 702 are cam rollers 704 on the upper side. Each of which is installed, the upper and lower pull springs 705 are connected to each other by the cam lever 702 is maintained in the pulled state.

And the outer side of the grill mounting plate 612 is integrally penetrated through the fastening member 613 in the ring-shaped disc cam 706 is fitted to the outside of the grill rotation axis 611, the disc cam 706 The support washer 707 is fitted to the outer side of the fastening member 613 between the grill mounting plate 612 and the cam levers in the concave grooves 708 formed at both outer peripheries of the disc cam 706. By keeping the cam roller 704 of 702 fitted, the counterweight 701 enables the grill mounting plate 612 to perform only an orbital movement while automatically maintaining an accurate horizontal state without rotating normally.

However, when a separate rotational power is applied to the grill rotating shaft 611 unlike the usual, the grill mounting plate 612 and the grill mounting plate 612 rotates at the same time, and the disk mounting plate 612 integrally assembled with the disc As the cam 706 rotates together, the cam roller 704 is grounded to the outer periphery of the cam roller 704 while leaving the concave groove 708, so that the horizontal holding force by the counterweight 701 is temporarily released.

In addition, the present invention is a function of automatically inverting the roast while intermittently rotating 1/2 of the grill (607) to rotate in a horizontal state and the function of continuously rotating the grill (607) on the brazier (510) A special technique is provided in which the grill clutch device 800 that controls the rotational motion of the grill 607 is installed outside the one-side grill plate 605 so as to selectively grill the grilled food while selectively performing the back.

The technical configuration of the grill clutch device 800 for this purpose is shown intensively in Figures 4 to 8, the clutch support plate 810 in a state spaced apart from the one side of the grill revolving plate 605. By installing the bearing 811 as a medium, the clutch support plate 810 is not bound by the idle shaft 601 without any obstacle to the rotational operation of the idle shaft 601. A pair of guide protrusions 812 are formed to protrude from the upper and lower sides of the outer surface, respectively.

The clutch slider 820 coupled to the outside of the clutch support plate 810 so as to be slidably moved forward and backward has sliding plates 822 and connecting bars 823 at both ends of a pair of rod bars 821 spaced up and down, respectively. It is formed integrally, and both sides of the rod bar 821 is formed with a long hole 824 through which the guide projection 812 is inserted to guide the clutch support plate 810 is capable of sliding back and forth, the sliding plate 822 A pair of guide rollers 825 for guiding the rotational movement of the chain clutch 840 are rotatably installed above and below.

The link bracket 831 attached to the outer circumference of the clutch support plate 810 is rotatably installed on the first link stage 832 via the hinge shaft 833, and is provided on the upper end of the first link stage 832. The clutch actuating lever 830 is rotatably connected, and the second actuation link 834 is connected between the first link rest 832 and the connection bar 823 to selectively push the clutch actuation lever 830. According to the pulling operation, the clutch slider 820 can slide in the front-rear direction.

In addition, the chain clutch 840 that rotates according to the operation of the clutch driving motor 841 installed on the base plate 401 of the grill carrier 400 may include a pair of guide rollers 825 installed on the clutch slider 820. Since the clutch slider 820 is slidably moved forward and backward while the chain clutch 840 simultaneously moves while being installed to be rotatable via a plurality of sprockets 842, the clutch slider 820 is selectively attached to the outer end of the grill rotating shaft 611. The rotational power of the grill rotating shaft 611 may be selectively interrupted while being engaged or released by the sprocket 843 for exclusive use.

Therefore, in the present invention, when the grill clutch device 800 is not operated as shown in FIG. 4, the grill idler plates 605 and 605a rotate, and the plurality of grills 607 are centered on the idle shaft 601. While maintaining the horizontal state by the counterweight (701) while rotating the roasting baked evenly spread in a state.

Next, when the clutch operation lever 830 of the grill clutch device 800 is pulled forward, the clutch slider 820 slides forward and the chain clutch 840 moves together with the grill revolving plate 605 ( The magnetic sprocket 843 attached to the grill rotating shaft 611 which was in an orbital motion together with the chain clutch 840 is engaged with the chain clutch 840, and the grill revolving plates 605 and 605a continuously rotate in this state. As shown in FIG. 8, the grill rotating shaft 611 and the grill 607 rotate while rotating in the opposite direction to the grill rotating shaft 601.

At this time, the sprocket 843 for the rotation is rotated in the opposite direction to the grill revolution axis 601 only in the engagement with the chain clutch 840, the engagement section of the chain clutch 840 is such The sprocket 843, which corresponds to one-half of the pitch circle of the sprocket 843, rotates exactly 1/2 (180 °) while rotating while being engaged with the chain clutch 840 and the grill 607. ) And automatically flips over correctly.

In addition, when the sprocket 843 for self-locking stops the rotation of the grill revolving plate 605, 605a in engagement with the chain clutch 840, the grille 607 is operated by the clutch drive motor 841 alone. Continuously rotating the grill 607 on the brazier 510 by continuously rotating the rotating motion at a predetermined position without any idle movement, as well as efficiently performing the roasting of the grill 607. (180 °) Rotate the grill 607 automatically flips over time according to the set time in the inverted state can be burned without burning.

In addition, the engagement section of the chain clutch 840 corresponds to a section via a pair of upper and lower guide rollers 825 installed on the clutch slider 820, the chain by adjusting the upper and lower height of the guide roller 825. The engagement section of the clutch 840, that is, the angle at which the grille 607 is flipped can be finely adjusted.

To this end, the guide roller 825 is not installed in a completely fixed state on the sliding plate 822, and is rotatably installed at the tip of the roller pivot 825-1 rotatably installed on the sliding plate 822. The guide bolt 825-2 protruding from one side of the roller pivot 825-1 penetrates through the clutch section adjusting hole 825-3 formed circumferentially in the sliding plate 822, thereby providing a nut 825-. By screwing 4) by adjusting the position of the guide roller 825 while rotating the roller pivot 825-1 up and down, the clutch section of the chain clutch 840 can be finely adjusted, such a chain clutch ( The tension adjusting sprocket 845 is provided to maintain the tension of the chain clutch 840 according to the clutch section adjustment of the 840 and the tension for the sprocket 843 for smooth engagement with each other. 845 the chain clutch 840 Is preferably via.

In addition, in the present invention, a plurality of rolling rollers 850 are radially installed on the inner surface of the clutch support plate 810, and the rolling rollers 850 are in close contact with the grill revolving plate 605. By guiding the rotational movement of the 605, the clutch support plate 810 and the grill revolving plate 605 always maintain a constant distance, so that the grill revolving plate 605 does not flow from side to side and always adheres to the correct position and smoothly. Rotation further provides the effect that the sprocket 843 for engagement can be accurately engaged with the chain clutch 840 in the process of clutching the chain clutch 840.

Furthermore, the revolving shaft 601 between the other grill revolving plate 605a of the grill revolving plate 605 and the vertical strut 403 is integrally fixed to the revolving member 861 while the control holder 860 is fitted. Is installed, one end of the control holder 860, the play control 862 is screwed to the outer periphery, the front end of the play control 862 is in close contact with the outer surface of the grill revolving plate (605a) Keep it.

Accordingly, when the play control device 862 is rotated forward / backward, the grill revolving plate 605 and 605a are simultaneously moved from side to side, so that the grill revolving plate 605 does not fall excessively from the clutch support plate 810. The play can be adjusted.

On the other hand, the present invention is the main exhaust port 106 installed in the rear of the roaster body 100 to effectively exhaust the smoke, dust and oil vapor generated during the roasting and barbecue grill in the fire chamber 101 to the outside. 13, the blocking plate 111 is rotatably installed at the center of the upper end, and the opening and closing bracket 112 attached to the bottom surface of the blocking plate 111 is provided with an exhaust opening control lever via the opening and closing link 113. 110 is rotatably connected to the exhaust valve intermittent lever 110 is installed through the front plate 108 of the roster body 100 via the direct fire chamber 101 is exposed to the outside by the exhaust port intermittent lever 110 Pull out the blocking plate 111 is opened while rotating.

In this case, a dust removal duct 120 is additionally installed at an upper end of the main exhaust port 106 so as to prevent dust and oil vapor from being exhausted into the air. A pair of first guide plates 122 are formed on both sides of the top surface, respectively, to be inclined toward the upper side, and a pair of second guide plates 124 are formed to be inclined toward the bottom, respectively, on both sides of the bottom surface of the top plate 123. As a result, a bend path 125 is formed between the first and second guide plates 122 and 124, and flow paths disposed on the outside of the second guide plate 124 on both sides of the upper plate 123. A forced exhaust pipe 127 communicating with 126 is provided.

Therefore, the smoke, dust, gas and oil vapor flowing into the dust removal duct 120 through the open blocking plate 11 is directed upward and then moves downward again along the bending path 125 to the upper again. While moving, it is exhausted to the outside through the forced exhaust pipe 127, so that most of the dust is stuck to the bottom surface or inner wall of the dust removal duct 120 while remaining for a long time in the interior of the dust removal duct 120. Although not shown, a curved corrugated pipe and an exhaust fan may be additionally installed at the upper end of the forced exhaust pipe 127 to exhaust only the dust removed to the atmosphere.

In addition, the present invention by adjusting the separation distance between the brazier 510 and the grill portion 600 in the flame chamber 101 can be grilled grilled by direct fire and barbecue, as well as separately used to smoke smoked The smoke room 130 is provided at the same time.

To this end, a heat insulation top plate 131 is installed on the upper portion of the direct fire chamber 101, but a separate smoke chamber 130 is provided on the upper side of the heat insulation top plate 131, and the fire chamber 101 and the smoke chamber 130 are provided. ) Between the smoking passage 132 is installed in communication between the convection heat and heat generated in the direct combustion chamber 101 (燻熱) through the smoking passage 132 flows into the smoking chamber 130 and smoked chamber 130 ), You can smoke the roasted food.

In this case, the blocking plate 111 installed in the main exhaust port 106 of the smoked roasting chamber 101 using the smoke chamber 130 is closed, and convection heat and heat generated from the furnace 510 are smoked into the smoke chamber 130. It is preferable to allow a large amount to be introduced, the smoke in the smoke chamber 130 is to allow the natural exhaust to the outside through a separate auxiliary exhaust port 133 installed in the rear of the smoke chamber (130).

As shown in FIG. 15, the auxiliary exhaust port 133 is rotatably installed at the lower center of the auxiliary exhaust port 133, and the opening and closing bracket 135 attached to the blocking plate 134 is rotated in front of the smoke chamber 130. The upper part of the rotating table 136 rotatably installed around the coaxial 136a and the first opening / closing link 137 are freely connected with each other, and the lower part of the rotating table 136 is the front of the roster body 100. When the exhaust port intermittent lever 138 is pulled out through the plate 108 and exposed to the outside, the exhaust plate intermittent lever 138 rotates to open the blocking plate 134 so that the exhaust gas and the smoke are assisted in the auxiliary exhaust port 133. Pass through the exhaust through the natural exhaust pipe 139 is installed in communication with the upper end of the auxiliary exhaust port 133 to the atmosphere.

100: roaster main body 101: flame chamber
102: insulation wall 103: furnace chamber
111, 134: blocking plate 120: dust removal duct
122: first guide plate 124: second guide plate
125: bend road 130: smokehouse
132: smoking passage 200: carrier moving device
203: conveyor chain 206: carrier drive motor
300, 300a: carrier rail 400: grill carrier
401: base plate 403: vertical strut
405, 503: chain connection 500: brazier carrier
600: grill portion 601: idle shaft
603: Slip plate driving motor 605, 605a: Grill Slip plate
607: Grill 610: Grill Mounting Device
611: grill rotating shaft 612: grill mounting plate
614: grill fitting 615: grill rotating support
616, 616a: coupling plate 700: grill level holding means
701: counterweight 702: cam lever
704: Camcorder 705: Pulling Spring
706: disc cam 708: concave groove
800: clutch clutch device 810: clutch support plate
820: clutch slider 824: long hole
825: guide roller 825-1: roller pivot
825-3: Clutch section adjusting hole 830: Clutch operating lever
840: chain clutch 850: rolling roller
860: control holder 862: play control

Claims

The furnace chamber 103 is provided in the lower side of the flame chamber 101 surrounded by the heat insulating wall 102, the power chamber 104 is provided on both sides of the furnace chamber 103, the furnace chamber 103 A roster body 100 having front doors 105 and a main exhaust port 106 formed before and after an upper portion thereof;
A pair of chain supports 202 are respectively installed on the rail supports 201 provided before and after the power chamber 104, and both sides of the conveyor chain 203 are rotatably connected to the chain supports 202. The conveyor chain 203 includes a carrier moving device 200 which provides forward and backward movement force to the brazier carrier 500 and the grill carrier 400 while selectively forward / reversely rotating according to the operation of the carrier driving motor 206;
A pair of carrier rails (300) (300a) spaced apart from each other above and below the conveyor chain (203) in a state in which both sides are integrally connected to the rail support (201);
The base plate 401 is respectively seated to move forward and backward along the upper carrier rail 300, and the vertical strut 403 installed on the upper end of the base plate 401 is connected via a connection frame 404. A grill carrier 400 having a chain connecting piece 405 attached to a lower end of the base plate 401 integrally connected to an upper portion of the conveyor chain 203;
Suspending frames 501 connected upwardly at both ends through the lower sides of the heat insulation wall 102 are respectively seated to be moved back and forth along the lower carrier rail 300a and attached to the upper ends of the hanging frames 501. A chain carrier piece 500 having a chain link piece 503 integrally connected to a lower portion of the conveyor chain 203;
Revolving idle shaft 601 is rotatably installed on both vertical struts 403 of the grill carrier 400 in accordance with the operation of the revolving plate driving motor 603, and a plurality of revolving shafts 601 are provided on both sides of the revolving shaft 601. A pair of grill revolving plates 605 and 605a integrally connected to each other via a connecting rod 606 are installed to interlock with the revolving shaft 601 and radially between the grill revolving plates 605 and 605a. Multifunction roaster easy to adjust the fire power according to the roasting, characterized in that consisting of a grill portion 600 having a configuration in which a plurality of grills (607) is connected and mounted.

The method of claim 1,
The grill rotating shaft 611 with the grill mounting plate 612 is rotatably installed in one grill revolving plate 605, and the grill rotating support 615 passes through the other grill revolving plate 605a. The grill fitting protrusion 614 and the grill rotating support 615 screwed to the grill mounting plate 612 are coupled holes of the coupling plates 616 and 616a attached to both ends of the grill 607. 617) multi-function roaster easy to adjust the fire power according to the roasting, characterized in that it is further provided with a grill mounting device 610 made of a configuration coupled to each.

The method of claim 2,
The grill clutch device 800 for controlling the rotational movement of the grill 607 is installed outside the grill revolving plate 605;
The grill clutch device 800 is fitted in a state spaced apart from the grill revolving plate 605 on the outer side of the revolving shaft 601, and the clutch support plate 810, the guide projections 812 protruding on the upper and lower sides of the outer surface and ;
The sliding plate 822 and the connecting bar 823 are integrally formed at both ends of the pair of rod bars 821 in which the guide protrusion 812 is inserted and guided, and the sliding bar 822 is formed. A clutch slider 820 provided with a pair of guide rollers 825 above and below;
Is rotatably connected to the upper end of the first link stage 832 rotatably installed on the link bracket 831 of the clutch support plate 810, between the first link stage 832 and the connecting bar 823 A clutch actuating lever 830 for slidingly moving the clutch slider 820 back and forth according to the two link stages 834 connected and selectively pushing and pulling;
Is rotated in accordance with the operation of the clutch drive motor 841 installed in the base plate 401 is guided through the guide roller 825 of the clutch slider 820, while moving back and forth with the clutch slider 820 Grilling, characterized in that it is provided with a chain clutch 840 to selectively engage the rotation sprocket 843 attached to the outer end of the grill rotation shaft 611 to control the rotational power of the grill rotation shaft 611 Multifunctional roaster for easy thermal control according to water.

The method of claim 3, wherein
The guide roller 825 is rotatably installed at the tip of the roller pivot 825-1 rotatably installed on the sliding plate 822, and has guide bolts formed on one side of the roller pivot 825-1. 825-2 is easy to adjust the thermal power according to the roasting material, characterized in that the nut 825-4 is screwed through the clutch section adjusting hole 825-3 circumferentially formed on the sliding plate 822. Multifunctional Roaster.

The method of claim 3, wherein
A plurality of rolling rollers 850 are radially installed on the inner surface of the clutch support plate 810, and the rolling rollers 850 guide the rotational movement of the grill revolving plate 605 in close contact with the grill revolving plate 605. Multifunction roaster easy to adjust the fire power according to the roasting, characterized in that to maintain a constant distance between the clutch support plate 810 and the grill revolving plate 605.

The method of claim 2,
A pair of counterweights 701 are rotatably coupled to the grill rotating shaft 611 between the grill revolving plate 605 and the grill mounting plate 612, and lower ends are rotatably coupled to both sides of the counterweight 701. Cam levers 702 of the cam lever 702 are connected to each other by the spring 705, the cam rollers 704 respectively installed on the cam lever 702 of the disc cam 706 integrally assembled to the outside of the grill mounting plate 612 The grill is characterized in that the grill further comprises a horizontal holding means (700) to be inserted into the two recessed grooves (708) to automatically maintain the horizontal level of the grill (607) mounted on the grill mounting plate (612). Multifunctional roaster for easy thermal control.

The method of claim 1,
A blocking plate 111 is rotatably installed at the center of the upper end of the main exhaust port 106, and the opening and closing bracket 112 attached to the bottom surface of the blocking plate 111 has an exhaust opening control lever via an opening and closing link 113. 110 is freely connected with the exhaust port intermittent lever 110 through the fire chamber 101 and penetrates through the front plate 108 of the roaster body 100 is exposed to the outside installed Multifunctional roaster for easy thermal control.

The method of claim 7, wherein
A dust removal duct 120 is installed at an upper end of the main exhaust port 106, and the dust removal duct 120 has a pair of first guide plates 122 on both sides of an upper surface of the lower plate 121, respectively. It is formed to be inclined, and a pair of second guide plate 124 is formed to be inclined toward the bottom outer side on both sides of the bottom surface of the top plate 123, while bending between the first, second guide plate 122, 124 The furnace 125 is formed, and both sides of the upper plate 123 is provided with a forced exhaust pipe 127 in communication with the flow path 126 located on the outside of the second guide plate 124 is installed in Multifunctional roaster for easy thermal control.

The method of claim 1,
An insulating top plate 131 is installed on the upper portion of the direct fire chamber 101, and a smoking chamber 130 is provided on the upper side of the thermal insulation top plate 131, between the direct fire chamber 101 and the smoking chamber 130. Multi-function roaster easy to control the fire according to the roasting characterized in that the smoke passage 132 is installed in communication.

The method of claim 9,
A blocking plate 134 is rotatably installed at the center of the lower end of the auxiliary exhaust port 133 installed at the rear of the smoke chamber 130, and the opening and closing bracket 135 attached to the blocking plate 134 is a rotating shaft 136a. An upper portion of the rotating table 136 rotatably installed around the first and the first opening and closing link 137 is rotatably connected, and the lower portion of the rotating table 136 is the front plate 108 of the roster body 100. It is connected to the exhaust port intermittent lever 138 exposed to the outside through the, while the upper end of the auxiliary exhaust port 133, the natural exhaust pipe 139 is a multi-function roaster easy to control the fire according to the roasting, characterized in that the communication .

The method of claim 1,
The control shaft holder 860 is integrally fitted to the revolving shaft 601 between the grill revolving plate 605a and the vertical strut 403, and there is a play control 862 at the outer circumference of the control holder 860. The screw is coupled, the front end of the clearance control 862 is a multi-function roaster easy to adjust the fire power according to the roasting, characterized in that in close contact with the outer surface of the grill revolving plate (605a).