KR101458747B1 - Heater supporting device for roaster and roaster using the same - Google Patents

Abstract

Disclosed is a heating supporting device in the present invention where using a rectangular link structure increases support and moves the heating supporting device to up and down, front and back direction while the position of the heating supporting device keeps horizontal. The heating supporting device comprises a first arm member having two hinge parts formed on both ends; a second arm member having two hinge parts formed on both ends which is connected to the upper hinge part of the first arm member via a lower hinge part and is assembled to the upper hinge part of the first arm member, forming a middle joint part; a third arm member having two hinge parts on both ends which is connected to the middle joint part via the hinge part and is protruded toward the direction that the middle joint part is folded; a first connection part forming the rectangular link structure wherein the both ends are connected to the third arm member and the heating supporting device and then are assembled; and a second connection part supporting the first connection part via the third arm member wherein the both ends are connected to the third arm member and a prop and are assembled.

Description

Heater supporting device for roaster and roaster using same

The present invention relates to improvement of a roasting machine, and particularly relates to improvement of a roasting machine heating zone and roasting machine which can be suitably used for roasting various meat or fish.

There has been developed and used a baking apparatus capable of cooking food by means of an infrared lamp or a ceramic heater capable of emitting far infrared rays on the upper side and a food to be cooked on the lower side and cooking food by heat radiated from the heater. Such a downward heat radiating type radiator is disclosed in Patent Registration No. 10-0704444 entitled " Downward heat dissipation type ceramic electric grilling apparatus, Inventor: Choi Kwangho.

The Kwang-Ho Choi discloses at least one ceramic heat transfer element having a heating wire wound around a ceramic tube; A fixture fixedly installed with the ceramic heater and supplying electricity from the external power source to the ceramic heater; A ceramic electrothermal casing provided on the fixture to surround an upper side of the ceramic electrothermal material and to expose a lower side of the ceramic electrothermal material; And a support body formed on the lower side of the fixture to support the fixture and the ceramic heater case so as not to collapse.

In the above-mentioned Kwangho patent, the supporting member supporting the heating element is in the form of a column, it is necessary to unlock the fixing member fixing the heating member, then to lock the fixing member again after the height is adjusted, and when the flexible pipe is used, There is a problem that it is difficult to precisely adjust the posture of the heat conductor precisely horizontally because the heat conductor is inclined to one side when adjusting the height.

In addition, Choi, Kwangho's patent has a problem that the region where the heat generated from the heating body is heated is not uniformly transferred to the entire supporting body, and the cooked food is not uniformly cooked.

In order to uniformly apply heat, a shaft hole is formed at the center of the support body, and a container provided with a rotation shaft is installed at the center of the bottom of the support body so as to be rotatable. A belt is connected between the rotation shaft of the container and the drive shaft of the motor, However, this requires a specific type of fan provided with a rotary shaft, so that there is a problem that the food can be cooked while rotating the food material.

Further, since the power of the motor is directly transmitted to the rotating shaft of the rotation center through the belt, a large force is required to rotate the fan, and the capacity of the motor must be large.

In addition, when it is used for baking meat and the like, the fan must be rotated very slowly, which requires a costly motor or a separate speed reducer.

In addition, when the power of the motor is directly transmitted to the rotary shaft through the belt, there is a problem that the fan rotated by the motor can not be forcibly stopped by hand or rotated more quickly.

It is an object of the present invention to provide a heating zone complex capable of stably supporting a heating means having a large load and adjusting the height of the heating means and a roaster using the same.

It is another object of the present invention to provide a heating zone complex which is not only large in bearing capacity but also easy to vertically move the heating means in a horizontal state, and to provide a roaster using the same.

It is a further object of the present invention to provide a heating water district which can move up and down while keeping the heating means horizontal by pressing the upper part of the heating means or the upper arm member or rotating the lower arm member, I have to.

Another object of the present invention is to provide a heating water district which can move the heating means outwardly while keeping the heating means horizontal if necessary, and to provide a roaster using the same.

It is another object of the present invention to provide a baker which can uniformly cook food ingredients contained in a container while rotating and rotating various kinds of containers regardless of the presence or absence of a rotating shaft.

It is another object of the present invention to provide a baker which can rotate a container placed on a rotating support part and a rotatable support part slowly while using a motor having a small driving force as compared with a conventional one, and to uniformly cook food ingredients contained in the container.

It is still another object of the present invention to provide a roaster capable of stopping a container on a rotating support portion being rotated by a motor or rotating the same more quickly regardless of the speed of the motor.

A first embodiment of the present invention will now be described with reference to the accompanying drawings. FIG. 1 is a perspective view of a heating unit according to a first embodiment of the present invention; FIG. A second arm member having a hinge portion formed at both ends thereof and rotatably connected to an upper hinge portion of the first arm member through a lower end hinge portion to form a middle joint portion; And a hinge portion formed at both ends of the hinge portion. The hinge portion is coupled to the middle joint portion through a hinge portion at one end to allow relative rotation of the first arm member and the second arm member, Arm members; And the lower end is rotatably connected to the hinge portion of the laterally projecting portion of the third arm member and the upper end is rotatably connected to the heating means so as to be spaced apart from the second arm member so that the second arm member, A first connecting piece forming a quadrilateral link structure in which mutual connecting portions mutually rotatable together with the heating means; And a lower end rotatably installed on the pedestal at a position spaced apart from the first arm member and an upper end rotatably connected to a hinge portion of the laterally projecting portion of the third arm member, And a second connecting piece that rotates the third arm member in accordance with the first connecting piece and supports the load of the heating unit acting on the first connecting piece on the pedestal so that the first connecting piece can support the heating unit.

Wherein the first arm member is engaged with the first arm member at one end and the other end is hooked to the support member to apply an elastic force in a direction that the first arm member is rotated to a vertical position in a state in which the first arm member is inclined outward It is preferable that a torsion spring is installed.

And a second torsion coil spring which applies an elastic force in a direction toward a horizontal position in a state where the one end is engaged with the second arm member and the other end is caught by the heating means and the heating means is rotated to the horizontal lower portion, It is good to have a spring installed.

At least one of a connection portion of the pedestal and the first arm member, a connection portion of the first arm member to the third arm member, and a connection portion of the second arm member and the heating means is coupled to the outer side surface of the hinge portion A nut is provided on the lid, and a shaft member having a spiral that is coupled to the nut is installed in the connection portion.

Wherein a pair of left and right upper hinge portions of the first arm member are provided, and a leg insertion port is formed along the shaft hole and the shaft hole at the center, and the hinge portion of the one end of the third arm member Wherein the pair of hinge portions of the first arm member is provided with a bobbin and is coupled between the pair of hinge portions of the first arm member, And a plurality of pressing legs which are inserted into the leg insertion holes and press the side surfaces of the third arm member are respectively coupled to the lower arm portions of the first arm member and the lower arm member, And a pressing piece insertion port is formed along the periphery of the shaft, wherein the pressing plate insertion port is provided with a circular plate of the pressing port And a nut which is coupled to the spiral of the shaft member is formed on both side surfaces of the second arm member so as to press the pressing piece inwardly Lt; RTI ID = 0.0 > lid < / RTI >

A roaster according to the present invention includes a pedestal installed on a floor; A heating water heating unit according to the present invention installed rotatably on the pedestal and extending upward; And heating means which is supported by the heating water complex and is arranged to be opposed to the pedestal with a gap therebetween and which applies heat to a container or a flat plate placed on the pedestal.

The pedestal includes: a bottom supporting part supported on the floor; And a rotation support unit provided on the upper surface of the bottom support unit so as to be rotatable in a horizontal direction, wherein the rotation support unit has a first rotation plate installed to be rotatable about a central axis, and the bottom support unit Wherein the rotary drive means is provided with a motor and a pinion provided on a drive shaft of the motor and engaged with the gear, wherein the rotary drive means is provided on the first rotary plate along an inner circumferential surface or an outer circumferential surface of a predetermined radius, .

The ball support portion may be provided with a ball guide portion for guiding movement of the ball while supporting a lower portion of the ball along a circumference of a predetermined radius.

And a second rotating plate mounted on the first rotating plate so as to be rotatable about the central axis and being supported by the upper portion of the ball so as to be able to rotate relative to the first rotating plate.

The container / disposer support unit is provided on the upper surface of the rotatable support unit to replace various kinds of containers or hot plates. The container / disposer support unit is provided with three or more upwardly projecting support members Or a flat support portion whose top surface is formed in a plane.

Since the baking machine according to the present invention uses a square link structure in the construction of the heating water complex, it is very easy to move the heating means upward and downward while keeping the heating means horizontal, It can be moved outward by pushing it to the rear outside while keeping it.

According to the present invention, the height of the heating means can be adjusted simply by adjusting the knob provided on one side of the heating means upward or downward, which is very convenient for use.

According to the present invention, frictional force acts between the first arm member and the third arm member through the joint auxiliary port, thereby improving the bearing capacity and the feeling of operation on the middle joint portion.

According to the present invention, a torsion spring is provided at a connecting portion of the heating means and the second arm member while taking a rectangular link structure in the structure of the heating water complex, and the heating means is supported elastically upward, It is possible to maintain the horizontal state.

Even if an impact is applied to the heating means or the like, the first and second arm members are folded or unfolded to cushion the impact, so that the damage to the impact-sensitive heating means can be alleviated have.

According to the present invention, regardless of whether or not there is a rotating shaft in the lower center, various types of containers suitable for the type of food to be studied such as a frying pan or a general container can be selected, It is possible to provide a roaster capable of uniformly grinding the material.

According to the present invention, it is possible to drastically reduce the capacity of the motor required to rotate the flat plate or the container and to increase the speed reduction ratio of the pinion and the first rotating body itself, so that a separate speed reducer or a costly motor .

According to the present invention, it is convenient to use because the container on the rotating support portion being rotated by the motor can be stopped or rotated at a higher speed regardless of the speed of the motor.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partially exploded perspective view of a heating water heater complex for a gasifier according to the present invention,
FIG. 2 is an exploded perspective view of the heating water heater complex for the grid shown in FIG. 1,
Fig. 3 is a perspective view of a baking dish using the heating water complex shown in Fig. 1,
Fig. 4 is a partial cutaway side view for explaining the internal structure of the rotating pedestal and the heating means shown in Fig. 3,
5 is a perspective view of a rotatable pedestal for a grinder according to the present invention,
Fig. 6 is an exploded perspective view of the rotating pedestal shown in Fig. 5,
FIG. 7 is an exploded perspective view of the rotating pedestal shown in the bottom view,
8 is a perspective view showing a state in which a fire plate is mounted on the rotary pedestal,
Fig. 9 is a view for explaining a mounting state of a hot plate,
10 is a view showing a roaster using a modified rotating pedestal of the present invention,
11 is a view showing still another embodiment of a gaiter according to the present invention.

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

FIG. 1 is a partially exploded perspective view of a heating water heater complex for a gasifier according to the present invention, FIG. 2 is an exploded perspective view of a heating water heater complex for a grid shown in FIG. 1, and FIG. 3 is a perspective view And Fig. 4 is a partial cutaway side view for explaining the internal structure of the rotating pedestal and the heating means shown in Fig.

As shown in Figs. 1 to 4, the gauze 100a according to the present invention has a heating water heating zone 160. This heating water heating complex 160 serves to stably support the heating means 190 above the pedestal, preferably the rotary pedestal 100, and adjust the height of the heating means 190 up and down. The rotating pedestal 100 will be described later in more detail with reference to FIGS.

Although the heating water complex 160 is preferably installed on the rotary pedestal 100 having the rotary pedestal 130 in this embodiment, It is of course possible to constitute a grate by installing the grate on a general pedestal without the grate.

The heating water heating zone 160 according to the present invention has a first arm member 161. Hinge portions 161a and 161b are formed at both ends of the first arm member 161. [ The first arm member 160 is a portion rotatably installed on the support concave portion 119 formed on one side of the bottom support portion 110 through the lower hinge portion 161a and the first shaft member S1 . The first shaft member S1 is installed by a nut member N provided on one of the lids 163 of the lower hinge unit 161a and a first shaft member S1 having a bolt shape formed with a spiral formed on the nut N, As shown in Fig.

A first torsion spring TS1 is provided on the lower hinge portion 161a of the first arm member 161. [ One end of the first torsion spring TS1 is supported by the bottom support portion 110 and the other end of the first torsion spring TS1 is supported by the first arm member 161 so that the first arm member 161 is tilted outward And serves to provide an elastic force in a rotating direction. The upper hinge portion 161b of the first arm member 161 is formed with two left and right spaced apart portions and has a leg insertion hole 162 formed along the periphery of the shaft hole SH and the shaft hole SH at the center have.

The heating water heating zone 160 according to the present invention has a second arm member 171 and a third arm member 181. The second arm member 171 has hinge portions 171a and 171b formed at both ends thereof. The second arm member 171 is rotatably connected to the upper hinge portion 161b of the first arm member 161 through the lower hinge portion 171a to form an intermediate joint portion.

The upper hinge portion 171b of the second arm member 171 is connected to the heating means 190 so as to be rotatable. A second torsion spring TS2 is provided on the upper hinge portion 171b of the second arm member 171. [ The second torsion spring TS2 resiliently supports between the second arm member 171 and the heating means 190 in a direction in which the heating means 190 lifts the head in a state of being bowed, ) Serves to provide an elastic support force so that the user does not bow his head downward. The connection between the upper hinge portion 171b of the second arm member 171 and the heating means 190 is performed by the third shaft member S3 in the form of a bolt and the upper hinge portion 171b of the second arm member 171 And a nut (N) provided on a lid (173) provided on both sides of the lid (173). Two lower hinge portions 171a of the second arm member 171 are formed at wider intervals than the upper hinge portions 161b of the first arm member 161. [ The two lower hinge portions 171a of the second arm member 171 are disposed outside the pair of pressing holes 166 and are provided with a pressing piece insertion portion 166 formed around the shaft hole SH and the shaft hole SH at the center, (172).

The third arm member 181 also has hinge portions 181a and 181b formed at both ends thereof. And is coupled to the middle joint through a pair of hinge portions 181a to permit the relative rotation of the first arm member 161 and the second arm member 171 and to project laterally in the direction in which the middle joint portion is folded. The third arm member 181 has its one hinge portion 181a provided with a shaft hole SH and is coupled between the two upper hinge portions 161b of the first arm member 161. [

The connecting portions of the first arm member 161, the second arm member 171 and the third arm member 181 constituting the middle joint part are connected to the lid 175 on both sides of the lower hinge part 171a of the second arm member 171 The first arm member 161, the second arm member 171, and the second arm member 171 are formed in the second shaft member S2, The third arm member 181 may be rotated about the second shaft member S2.

The heating water heating zone 160 according to the present invention preferably has an auxiliary support 165 for allowing the above three arm members to provide a supporting force to each other through a frictional force. The joint auxiliary port 165 is engaged with the outside of the upper hinge portion 161b of the first arm member 161 to press the both sides of the third arm member 181 and the second arm member 171 And a plurality of pressing pieces 167 which are pressed inward by the lid 175 to press the presser 166 while being engaged with the lower hinge part 171a of the lower hinge part 171a.

The pressing member 166 has a circular plate 166a formed with a shaft hole SH at the center thereof and a plurality of pressing legs 166b projecting inward from the inner surface of the circular plate 166a. The pressing leg 166b is inserted into the leg insertion port 162 and serves to press the side surface of the third arm member 181. Two of these pressing members 166 are required.

In this embodiment, a total of six pressing pieces 167 are used, three on each side. The pressing piece 167 presses the circular plate 166a of the pressing tool 166 inward while being inserted into the pressing piece insertion port 172 to improve the operability of the middle joint part and to support the force to some extent.

The shaft hole (SH) in which the first arm member (161), the second arm member (171), the third arm member (181) And a lid 175 for pressing the pressing piece 167 inward is provided on both sides of the second arm member 171 with a nut N coupled to the spiral of the second shaft member S2 Lt; / RTI > The magnitude of the frictional force acting between the pressing piece 167 and the pressing member 166, the pressing member 166 and the third arm member 181 can be adjusted by adjusting the degree of locking the lid 175, As a result, the degree of operation of the middle joint can be adjusted.

The heating water heating zone 160 according to the present invention has a first connecting piece 176. The first connecting piece 176 is preferably made of stainless steel or the like having a high strength without rusting. Both ends of the first connecting piece 176 are flattened for connection with other members and the hole 176a is pierced. The lower end of the first connecting piece 176 is rotatably connected to the hinge portion 181b of the portion protruding laterally of the third arm member 181 and the upper end of the first connecting piece 176 is separated from the second arm member 171, 190 so as to form a quadrilateral link structure in which the mutual connection portions of the second arm member 171, the third arm member 181 and the heating means 190 are mutually rotatable.

The heating water heating zone 160 according to the present invention has a second connecting piece 178. The second connecting piece 178 is also preferably made of stainless steel or the like having a high strength without rusting. Both ends of the second connecting piece 178 are flattened for connection with other members and the hole 178a is pierced. The lower end of the second connecting piece 178 is rotatably installed on the pedestal 100 through the support pin SP at a position spaced apart from the first arm member 161 and the upper end is rotatably installed laterally of the third arm member 181 And is rotatably connected to the hinge portion 181b of the protruded portion to rotate the third arm member 181 according to the rotation angle of the first arm member 161. [ The second connecting piece 178 supports the load of the heating means 190 acting on the first connecting piece 176 to the pedestal 100 so that the first connecting piece 176 can support the heating means 190 do. The first connecting piece 176 serves to support the heating means 190 horizontally by supporting the third arm member 181 at a predetermined angle by rotating the third arm member 181 according to the rotation angle of the first arm member 161 . The second connecting piece 178 together with the first arm member 161, the third arm member 181 and the bottom supporting part 110 forms a quadrilateral link structure in which mutual connecting portions are mutually rotatable.

Accordingly, the heating means 190 can be adjusted up and down in a state in which the heating means 190 does not tilt to one side or maintains a horizontal position, and if necessary, the heating means 190 is pushed backward The heating means 190 can be pushed backward while being kept horizontal. When the handle 195 is held and pulled forward, the hydrothermal means 190 returns to a state of being kept horizontal. In this embodiment, the heating means 190 is not moved to the left or right.

Accordingly, the heating means 190 can be adjusted up and down in a state in which the heating means 190 is inclined to one side or kept horizontal without being deflected to one side.

3 and 4, the gauze 100a according to the present invention using the heating water complex 160 as described above can be seen.

As shown in Figs. 3 and 4, the gauze 100a according to the present invention is equipped with a heating means 190. Fig. The heating means 190 is supported by the heating water complex 160 so as to be opposed to the rotary pedestal 100 at an interval to heat the food material in the container by applying heat to the container placed on the rotary pedestal 100 To be able to do so.

It is preferable that the heating means 190 has a lamp 191 which receives power and generates heat. The heating means 190 of this embodiment is provided with a reflector 193 or the like for preventing heat from escaping upward from the bottom of the shoulder 192 and a lamp 191 and a protection net 194 provided under the reflector 193 .

A knob 195 is provided on the outer side surface of the cap 192 so that the height of the heating means 190 can be adjusted and a temperature control switch 196 is provided on the top surface of the cap 190 to control the temperature of the heating means 190 do.

The power switch SW for turning on / off the power supplied to the motor 151 is preferably installed in the heating water complex 160 at a position higher than the upper surface of the rotary pedestal 100. At times, the power switch SW may be provided on the upper surface of the heating means 190 together with the temperature control switch 196.

The heating means 190 may be formed of any other heating element such as an electric heating wire other than a lamp.

FIG. 5 is a perspective view of a rotary pedestal according to the present invention, FIG. 6 is an exploded perspective view of the rotary pedestal shown in FIG. 5, and FIG. 7 is an exploded perspective view of a rotary pedestal shown in a bottom view.

5 to 7, the rotary pedestal 100 according to the present invention has a floor supporting part 110 supported on the floor and a rotation supporting part 130 installed on the floor supporting part 110 so as to be rotatable in the horizontal direction.

The bottom support 110 has a center axis 111 for rotatably supporting the rotation support 130 installed thereon. A ball guide 113 is provided around the center shaft 111 to guide the movement of the ball 131 while supporting the lower portion of the ball b along a circumference having a predetermined radius. And a motor mounting portion 115 is provided on the outer side of the ball guide portion 113. The bottom supporting portion 110 has an extending portion 117 extending laterally on one side and a supporting concave portion 119 is formed at the end of the extending portion 117 for rotatably coupling the heating water complex as described later . A lid 118 is provided on the upper surface of the extension 117. In this embodiment, the outer circumferential surface of the support portion 119 also serves as one leg 121. [

The rotary pedestal 100 for a scissors according to the present invention is provided with a rotation support part 130 provided on the center shaft 111 so as to be rotatable. The rotation receiving unit 130 includes a first rotating plate 133. A frame 134 protruding downward is provided along the edge of the first rotating plate 133 and a gear 135 is formed along the inner circumferential surface of the rim 134.

The first rotating plate 133 is formed with a ball mounting portion 136 spaced apart along a circumference of a predetermined radius between the center axis 111 and the rim 134. The ball mounting portion 136 is provided with a ball 131 Lt; / RTI > The ball mounting portion 136 is formed so as to penetrate up and down, and the upper surface and the lower surface of the ball 131 mounted thereon are respectively protruded upward and downward. The lower surface of the ball 131 is coupled to the ball guide 113. Accordingly, when the first rotation plate 133 rotates, the ball 131 supports the first rotation plate 133 while moving along the ball guide 113. Since the first rotating plate 133 rotates while being supported by the ball 131, the first rotating plate 133 can be smoothly rotated by receiving a small frictional force.

The rotation receiving portion 130 preferably further includes a second rotating plate 141. [ The second rotary plate 141 is installed on the first rotary plate 133 and is rotatable around the central axis 111. The second rotating plate 141 is supported by the upper portion of the ball 131 and is installed to be able to rotate relative to the first rotating plate 133. Accordingly, even when the first rotating plate 133 rotates, the second rotating plate 141 can be held by a hand or a spatula and stopped or rotated faster than the first rotating plate 133. The second rotary plate 141 is preferably formed with a guided groove 143 which is coupled to the upper surface of the ball 131 along its bottom surface and is guided by the ball 131. In addition, a ring-shaped release preventing piece 145 having one side opened is coupled through a groove formed along the circumference of the upper end of the central axis 111 above the second rotation plate 141, (111).

On the upper surface of the second rotary plate 141, a container / disposable plate holder 147 for replacing various kinds of containers or plates is installed. The container / disposable plate receiving portion 147 has support pieces 147a radially disposed and projecting upward. In this embodiment, four support pieces 147a are provided. At least three support pieces 147a are preferably provided. It is a matter of course that the container / bulletin board support 147 may have a flat support portion whose top surface is formed flat without the support piece 147a. This is because the container / disposer 147 can only stably support various kinds of container bottoms.

It is of course possible to provide a container / disposable plate holder 147 for replacing various kinds of containers on the first rotary plate 133 without the second rotary plate 141.

The rotary pedestal 100 according to the present invention is preferably equipped with rotation driving means 150 for rotating the rotary support portion 130. [ The rotation driving means 150 is constituted by a motor 151 provided on the bottom supporting portion 110 and a pinion 153 provided on the driving shaft of the motor 151. As the motor 151, a DC deceleration motor of about 15 rpm may be used. The pinion 153 is engaged with a gear 135 formed along the inner circumferential surface of the first rotating plate 133. [

That is, the pinion 153 rotates the first rotary plate 133 while being engaged with the gear 135 formed at the edge of the first rotary plate 133, which is distant from the central axis 111. In this case, since the length of the first rotary plate 133 is about the radius of the first rotary plate 133 serves as a moment arm or a lever, the first rotary plate 133 can be rotated with a small force have. In addition, since the rotation angle of the first rotary plate 133 to be rotated per one rotation of the pinion 153 is very small, the load on the motor 151 is also very small.

As a result, according to the present invention, it is possible to rotate the container placed on the rotating pedestal 110 to be rotated by using the motor 151 having a much smaller capacity than the conventional one.

In addition, according to the present invention, since the gear teeth 135 can be formed on the first rotating plate 133 along the circumferential surface of the diameter much larger than the diameter of the pinion 153, the gear 135 can be formed without a separate reduction gear, Or the first rotating plate 133 can be rotated very slowly without using an expensive motor which is driven very slowly.

8 is a perspective view showing a state in which a fireplace is mounted on the rotating pedestal, and FIG. 9 is a view for explaining a state in which the fireplace is mounted.

The motor 151 rotates the pinion 153 and the pinion 153 rotates in the first direction when the fire plate 185 is placed on the rotary pedestal 100 and the power switch SW is turned on as shown in Figs. And engages with a gear 135 formed along the inner circumferential surface of the rotating plate 133 to rotate the first rotating plate 133 slowly. When the motor 151 rotates at 15 rpm and the gear ratio of the pinion 153 and the first rotating plate 133 is 1/15, the first rotating plate 133 rotates by one rotation in about 60 seconds. The temperature control switch 196 may be adjusted so that the blanch plate 185 is slowly rotated and the heating means 190 is heated and the food material such as meat or fish is placed on the blanch 185 rotating and baked. If the user desires to temporarily stop the long plate (185), the second plate (141) rotates even when the first rotary plate (133) is rotated by the motor (151) by pressing the edge of the long plate with a spoon or chopstick You can stop. The second rotating plate 141 is rotated on the rotating first rotating plate 133 when a force is applied to the edge of the rotating plate 185 in the rotating direction of the long plate 185 And can rotate faster than the first rotating plate 133 while being supported by the ball 131. [

When the height of the heating means 190 is to be lowered, the heating means 190 is rotated downward with respect to the upper hinge portion 171b of the second arm member 171, I get the power to do it. The first arm member 161 and the second arm member 171 are rotated by the first arm member 181 and the second arm member 171. The force to rotate the second arm member 171 acts as a force to push the third arm member 181 backward through the first connecting piece 176, So that the height of the heating means 190 can be lowered as shown by the one-dot chain line in Fig. The second connecting piece 178 supports the side protruding portion of the third arm member 181 to the bottom supporting portion 110 and the first connecting piece 176 supports the heating means 190 to the second arm member 171 The heating means 190 can be lowered down while maintaining the horizontal position.

When the height of the heating means 190 is desired to be increased, the heating means 190 is rotated in the direction of upward force with respect to the upper hinge portion 171b of the second arm member 171 . The first connecting piece 176 pulls the third arm member 181 inward and the first arm member 171 rotates relative to the second arm member 176 while rotating toward the vertical position do. As a result, the first arm member 161 and the second arm member 171 are unfolded so that the angle between them increases, and the heating means 190 ascends while maintaining the level.

When the meat is burned a little and then the meat is cut, when the handle 195 is held and pushed back, the heated water heating zone 160 of the square-shaped link structure is rotated backward as shown by the dashed line in FIG. 10, The heating means 190 which is supported by the rectangular link structure can be retracted backward while maintaining the horizontal position. After the meat is cut, the handle 195 is held and pulled back to the front, and the heating means 190 moves forward while returning to its original position while maintaining the level.

10 is a view showing a roaster using a modified rotating pedestal of the present invention.

In some cases, the container / bull receiving portion 147 provided on the upper surface of the rotating pedestal 100 may have a planar supporting portion 147b. The rest are the same as those described with reference to Figs.

11 is a view showing still another embodiment of a gaiter according to the present invention.

The rotation receiving unit 130 may include a member fixed on the first rotating plate 133 without the second rotating plate described above and a container / bull receiving unit 147 provided on the fixed member, And the rotator 100 can be used to form the roaster 100a as shown in FIG.

The rest are the same as those described with reference to Figs.

The present invention is likely to be used to prepare a desired type of container or pan on a rotating pedestal and to make a roaster that is used to cook food ingredients.

100: rotating pedestal 100a:
110: bottom support part 130:
133: first rotating plate 135: gear
141: second rotating plate 150: rotation driving means
151: motor 153: pinion
160: heating water district 161: first arm member
165: joint auxiliary instrument 171: second arm member
176: first connecting piece 178: second connecting piece
181: third arm member 190: heating means

Claims (10)

A heating water treatment system for heating a floor in a heating furnace,
A first arm member having hinges formed at both ends thereof;
A second arm member having a hinge portion formed at both ends thereof and rotatably connected to an upper hinge portion of the first arm member through a lower end hinge portion to form a middle joint portion;
And a hinge portion formed at both ends of the hinge portion. The hinge portion is coupled to the middle joint portion through a hinge portion at one end to allow relative rotation of the first arm member and the second arm member, Arm members;
And the lower end is rotatably connected to the hinge portion of the laterally projecting portion of the third arm member and the upper end is rotatably connected to the heating means so as to be spaced apart from the second arm member so that the second arm member, A first connecting piece forming a quadrilateral link structure in which mutual connecting portions mutually rotatable together with the heating means; And
And the lower end is rotatably installed on the pedestal at a position spaced apart from the first arm member and the upper end is rotatably connected to a hinge portion of the laterally projecting portion of the third arm member, And a second connecting piece that rotates the third arm member and supports the load of the heating means acting on the first connecting piece to the pedestal so that the first connecting piece can support the heating means The heating zone is characterized by the district. [2] The apparatus of claim 1, wherein the first arm member is hinged to the lower hinge portion at one end thereof by the first arm member and the other end is hooked by the bracket to rotate the first arm member in a vertical position And a first torsion spring for exerting an elastic force is provided. The apparatus according to claim 1, wherein an upper hinge portion of the second arm member is engaged with the second arm member at one end and hooked to the heating means at the other end, and the elastic force is applied in a direction toward the horizontal position And a second torsion spring for applying a second torsion spring to the second torsion spring. The method as claimed in claim 1, wherein at least one of a connecting portion between the pedestal and the first arm member, a connecting portion between the first arm member and the third arm member, and a connecting portion between the second arm member and the heating means, Having a lid coupled to the outer side,
Wherein a nut is provided on the lid, and a shaft member having a spiral coupled to the nut is installed in the connection portion. [2] The apparatus of claim 1, wherein the upper hinge portion of the first arm member is provided with a pair of left and right spaced apart legs, a leg hole is formed along the shaft hole and the shaft hole,
The hinge portion of the one end of the third arm member is coupled between the pair of hinge portions of the first arm member with a shaft hole,
Wherein the pair of hinge portions of the first arm member is provided with a circular plate having a shaft hole formed at its center portion and a plurality of pressing portions inserted into the leg insertion holes and projecting inward from the inner side surface of the circular plate, And a pressurizing port having a leg are respectively coupled,
A pair of lower hinge portions of the second arm member are disposed outside the pair of pressing holes, and a pressing piece insertion port is formed along the shaft hole and the shaft hole,
Wherein the pressing piece insertion port is provided with pressing pieces for pressing the circular plate of the pressing port inward,
The shaft yoke is coupled with a shaft member having a spiral,
Wherein the second arm member has a nut coupled to the spiral of the shaft member on both side surfaces thereof, and a lid for pressing the pressing piece inward is coupled to the second arm member. A pedestal mounted on the floor;
The heating water heating system according to any one of claims 1 to 5, further comprising: And
And a heating means supported by the heating water complex and arranged to face the base with a gap therebetween and heating the base to a container or a plate to be raised on the base. 7. The apparatus of claim 6,
A bottom support supported on the floor; And
And a rotation support portion provided on an upper surface of the bottom support portion so as to be rotatable in a horizontal direction,
Wherein the rotation support portion is provided with a first rotation plate provided so as to be rotatable about a central axis and a rotation driving means for rotating the rotation support portion is provided on the bottom support portion,
Wherein a gear is formed along an inner circumferential surface or an outer circumferential surface of a predetermined radius on the first rotary plate, and the rotary drive means includes a motor and a pinion installed on a drive shaft of the motor and engaged with the gear. The ball guide according to claim 7, wherein a ball is provided on the first rotating plate with a gap therebetween, and a ball guide portion for guiding movement of the ball while supporting a lower portion of the ball along a circumference of a predetermined radius is provided on the bottom supporting portion. Baked to. [8] The apparatus of claim 8, further comprising a second rotating plate mounted on the first rotating plate so as to be rotatable about the central axis, and supported by an upper portion of the ball to be able to rotate relative to the first rotating plate Baked with. [7] The apparatus of claim 7, wherein the top surface of the rotatable support unit is provided with a container / disposer support unit for exchanging various kinds of containers or hot plates, and the container / disposer support unit is disposed radially and protruded upward Wherein the support has at least one support piece or a flat support portion whose upper surface is formed in a flat surface.

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