KR100501232B1 - Chestnut baking device addtioning pressure method - Google Patents

Abstract

The present invention relates to a chestnut roasting apparatus, comprising: upper and lower exterior materials which are fastened to each other to be detached from each other while being attached to an inner surface of the chestnut roasting apparatus; Heated by the heating device under the control of the controller while horizontally mounted and rotated in the inner space formed by the fastening of the upper and lower exterior materials, the head is closed by the predetermined angle rotation and the tightening of the central fastening screw. A chamber in which an opening and closing member having a double sealing plate is installed; In order to rotate the chamber, a rotating shaft mounted to protrude longitudinally from the rear center portion of the chamber is positioned through the upper and lower exterior materials, and a driven gear mounted on the rotating shaft is chained with the driving gear. Drive means mounted to be interlocked with a reduction motor fixed to an upper surface of a horizontally positioned support plate so as to divide the internal space of the lower housing material so that selective power is applied thereto; The holder is installed at the distal end of the fixed shaft installed vertically upwardly from the base so that the pivot shaft protruding from the side of the lower sheathing material is installed, and the base includes a moving means equipped with wheels for rolling motion with the ground; By eliminating the sticking of the night baked by the chamber, the warranty period of the device is extended, and the burden on the after-service is significantly reduced, and the operation that requires attention in the operation of the device is performed by the controller. The present invention relates to a chestnut roaster with a pressure method that can be improved, and a baking method and a pressure method are used at the same time so that a good product having a slightly different taste can be produced.

Description

Chestnut baking device addtioning pressure method

The present invention relates to a chestnut roasting apparatus, and more particularly, to a chestnut roasting apparatus using a pressure method such that the chamber to be completely closed is heated while being rotated so that the chestnuts in the chamber are baked by the inner surface of the chamber and the high pressure. .

In general, the chestnut roasting device is a device for heating the outer surface of the chestnut to cook up to the inner core, it is common to bake the chestnut using a heating plate exposed to the outside or a roasting barrel maintained in the same state as the ambient pressure.

However, the conventional chestnut roasting apparatus in which the heating plate or the roasting container is used has a chestnut in contact with the surface of the heating plate or the roasting container heated by heat in a state of being exposed to normal temperature and external pressure, so that the chestnut is cooked. Pressing occurred at the point, and in order to prevent this, the stirring means was separately installed or accompanied by manual labor of the operator, and the night ripening time also took a long time, and there was a problem in that the discomfort of the consumers clustered in an instant increased.

The present invention has been made in view of the above problems, it is configured to heat the chamber of the hermetically sealed to rotate in conjunction with the motor, the phenomenon that the chestnut in the chamber is baked by the surface of the heated chamber is removed The night time is reduced to a minimum due to the high temperature and high pressure, and the convenience of the customer is increased, and the attachment of the controller allows the pressure in the chamber to be adjusted and the night baking time can be adjusted according to the type and size of the night. Its purpose is to provide a night roaster with a pressure system that is also designed to improve efficiency.

In order to achieve the above object, the present invention is a chestnut roasting apparatus, the upper and lower exterior materials which are mutually fastened to the upper and lower detachable while the heat insulating material is attached to the inner surface; Heated by a heating device controlled by the controller while being horizontally mounted and rotated in the inner space formed by the fastening of the upper and lower exterior materials, the head is closed by being locked by the predetermined angle rotation and tightening the central fastening screw. A chamber in which an opening and closing member having a double sealing plate is installed; A rotary shaft mounted to protrude in the longitudinal direction from the rear center portion of the chamber to rotate the chamber is positioned through the coupled upper and lower outer packaging material, and the driven gear mounted to the rotary shaft is chained with the drive gear, The drive gear includes drive means mounted to the reduction gear motor which is fixed to the upper surface of the horizontally positioned support plate to divide the internal space of the lower housing material so that selective power is applied by the controller; A cradle is installed at the distal end of the fixed shaft installed vertically upwardly from the base so that the pivot shaft protruding from the side of the lower sheath is fixed, and the base includes a moving means equipped with wheels for rolling motion with the ground.

The heating means is installed so that the igniter is fixedly seated in the lower space separated by the support plate of the lower housing so that the flame is sprayed on the lower outer surface of the rotating chamber, the fuel supply pipe is installed in communication with the fuel supply source.

The heating means has an annular ceramic heater attached to the outer surface of the chamber, and a carbon brush connected by the pigtail is installed at a position close to the chamber.

Both sides of the lower facer are equipped with a carrying handle and a round bar into which the carrying handle is slid.

An angle adjusting plate having a plurality of angle adjusting grooves having a center line at a predetermined curvature is attached to the side surface of the lower exterior member, and a fastening bar selectively coupled to the angle adjusting groove is reciprocated by elastic force. The angle adjusting unit is further included to be built in the fixed rod formed to protrude laterally at the front end of the fixed shaft with the spring.

The head portion further includes a pressure gauge to control the pressure inside the chamber in which the pressure is heated and the pressure is increased, and a pressure control valve selectively opened and closed to communicate with the inside of the chamber.

Hereinafter, a night roasting apparatus to which the pressure method according to the present invention is added will be described in detail with reference to the accompanying drawings.

2 is a front view schematically showing a chestnut roaster according to a preferred embodiment of the present invention, the chestnut roaster 10 according to the present invention is a heat insulating material (22, 32) is attached to the inner surface is detachably fastened to each other The chamber 40 sealed by the opening / closing member 42 in the inner space of the upper and lower exterior materials 20 and 30 is mounted to be rotated by the driving means 50 including the motor 52, and the chamber 40 Is heated by the heating device 60 installed in the lower portion of the chamber 40, the controller 80 for controlling the heating temperature and internal pressure of the chamber 40 and the operation of the heating device is the upper exterior material 20 Is attached to a predetermined outer surface, and the chamber 40, the drive means 50, the heating device 60, and the upper and lower exterior materials 20 and 30 equipped with a controller are rolled by the wheel 72. It is made to be seated on the moving means (70).

The chamber 40 is a cylindrical shape having an open head portion 44, the rear shaft is formed to protrude in the longitudinal direction, the opening and closing in the fastening groove (44a) formed in the front end of the head portion 44 The circumferential portion of the member 42 is fitted forward to seal the head portion 44 by rotation of a predetermined angle and tightening the central fastening screw, and the opening / closing member 42 has a central center while the double sealing plate 46 has the same center line. It is made to be in close contact and spaced apart by the rotation of the fastening screw (48).

The upper and lower exterior materials 20 and 30 are detachably coupled by fastening members (not shown), and the support plate 34 is horizontally installed so that the inner space of the lower exterior material 30 is divided into upper and lower parts. On the upper surface of one side of the support plate 34, a driving means 50 including a motor 52 which is operated by applying electricity is installed.

The driving means 50 will be described in more detail, and the driving gear 56 is installed to be interlocked with the motor 52 seated on the support plate 34, and the driving gear 56 and the chain 57 are connected to each other. Since the driven gear 58 is installed on the axis line of the rotating shaft 54 protruding from the rear part of the chamber 40, the operation of the motor 52 finally induces rotation of the chamber 40.

In this case, the chamber 40 may be rotated by the motor 52 when the rear part and the head part 44 on which the rotating shaft 54 is installed are supported, and the rear part of the chamber 40 may be disposed on the lower exterior member 30. Longitudinal rotary member 41 which is supported and installed is positioned to form the same center line at the proximal end of the rotary shaft 54 to guide the rotation of the rotary shaft 54, the head portion of the chamber 40 A pair of longitudinal rollers 43 supported and installed on the lower exterior material 30 come into contact with a predetermined outer surface of the head portion 44 to guide the rotation of the chamber 40 to achieve smooth rotation.

On the other hand, the heating device 60 for heating the chamber 40 is divided into a gas type and heat transfer type, the gas type is shown in Figure 2, the fuel supply pipe 62 is in communication with the fuel supply source (not shown) The flame ignited by the igniter 64 which is installed to be mounted on the igniter 64 installed in the lower space divided by the support plate 34 of the lower exterior material 30, and the chamber 40 burns fuel. Heated to.

In addition, as shown in FIG. 3, the annular ceramic heater 66 is attached to the outer surface of the chamber 40, and the electric heater is connected by the ceramic heater 66 and the peak tail 67. The ceramic brush 68 is applied to be positioned in close proximity to the chamber 30 while the heat insulating material 32 is interposed so that the chamber 40 is a heater that is connected to the carbon brush 68 to which the power is applied to the ceramic heater ( 66).

Here, the igniter 64 and the carbon brush 68 are controlled to supply fuel and electricity by the controller 80 so that the internal temperature and the internal pressure of the chamber 40 satisfy the optimum conditions, and the controller The data 80 is input in advance such as heating time, heating temperature, duration, internal pressure of the chamber 40 so that the best product can be produced according to various conditions such as the storage condition and size of the night. The operator can select and operate appropriately. In addition, the controller 80 receives the data of the pressure gauge 82 attached to the head 44 of the chamber 40 to control the opening and closing of the pressure control valve 84 mounted on the head 44. Will be. Of course, the pressure control valve 84 can be operated manually.

Meanwhile, the upper and lower exterior materials 20 and 30 provided with the chamber 40, the driving means 50, the heating means 60, and the controller 80 are mounted on the moving means 70 to be rotated at a predetermined angle. It is possible to move to another place, which is the rotation shaft 32 protruding from the center of both sides of the lower outer material 30 is fixed to the cradle 74 of the moving means 70 by the wheel 72 In the cloud movement, the moving means 70 is mounted to the tip of the fixed shaft 78 is installed vertically upward from the base 76, the base 76, The wheel 72 and the rolling motion of the ground is mounted.

The lower exterior member 30 is equipped with a carrying handle 34 on both sides and a round bar 36 through which the carrying handle 34 is inserted, and a carrying handle 34 withdrawn from the round bar 36 is used. The pivot shaft 32 is seated on the cradle 74, and in this state, the fixing plate 74a is installed and fixed.

In addition, the predetermined angle rotation of the upper and lower outer packaging material 20, 30 is made by the angle adjusting portion 90, the angle adjusting portion 90, as shown in Figure 5, the side of the lower outer packaging material 30 The angle adjusting groove 94 is formed by the number of the angle adjusting groove 92 for the rotation angle conversion is attached to the angle adjusting groove 92 so that the center line is a predetermined curvature spaced apart from each other, the angle adjusting groove 92 of the angle adjusting plate 94 Fastening bar 96 is installed so that one end is selectively fitted to the coupling bar, which is open at one end of the fixed shaft 78 of the moving means 70 together with a spring (not shown). It is made to be mounted in the fixed rod (79) formed to be.

As a result, one end of the fastening bar 96 provided with the elastic force of the spring is selectively protruded by an external force, and the external force protrudes to the outside through the guide hole 79a formed in the fixing rod 79. It is transmitted to the fastening bar 96 through the winding projection 96a of the 96.

Hereinafter, the night roasting apparatus using the pressure method according to the present invention will be briefly described by the operating sequence.

First, the fastening bar 96 of the angle adjusting unit 90 is detached from the fastening groove 92 of the angle adjusting plate 94 by an external force in the night roasting device 10 that is completely manufactured with the chamber 40 horizontal. When the fastener is refastened to the other fastening groove 92a, the head part 44 of the chamber 40 is fixed in an upward position, and the opening / closing member 42 of the chamber 40 is released to open the head part 44. When a certain amount of chestnuts for cooking is introduced into the chamber 40, and when the opening and closing member 42 is refastened so that the chamber 40 is sealed, the angle adjusting unit 90 is configured to re-level the chamber 40. It is operated in reverse order.

After that, the drive means 50 drives the rotation of the chamber 40 through the controller 80 operated by the operator, and the heating device 60 is the chamber 40 while the chamber 40 is rotated. ), The chestnut in the chamber 40 is baked. In the meantime, the melody or music will flow out to provide the buyer with comfort.

The operation of the heating device 60 is stopped by preset data of the controller 80, and the high pressure in the chamber 40 is discharged to the outside by the opening of the pressure regulating valve 84. When the fastening is released and the chamber 40 is opened, and then the head part 44 of the chamber 40 is rotated downward by the angle adjusting part 90, the chestnuts baked in this state are discharged to the outside and transferred to the purchaser. do.

On the other hand, the storage container may be installed in the vicinity of the upper and lower exterior materials for storing the baked chestnut.

According to the present invention configured as described above, the pressing of the night baked by the rotating chamber is eliminated, the warranty period of the device is prolonged, the burden on the after-service is significantly reduced, which requires attention in the operation of the device Since the operation is performed by the controller, the operator's efficiency can be improved, and by using the baking method and the pressure method at the same time, a good product having a slightly different taste can be produced.

1 is a front view schematically showing a roasting apparatus using a pressure method according to an embodiment of the present invention,

2 is a cross-sectional view schematically showing the main part of the gas-type chestnut roasting apparatus of FIG.

Figure 3 is a plan view schematically showing the main parts of the heat transfer roasting apparatus of Figure 1,

4 is an exploded view schematically showing the angle adjuster of FIG. 1;

<Description of the symbols for the main parts of the drawings>

10 ... chestnut roaster 20, 30 ...

40 ... chamber 42 ... opening and closing member,

44 head 50 driving means,

52 ... motor 60 ... heater,

64 igniter 66 ceramic heater,

68.Carbon Brush 70

80 ... controller 90 ... angle adjuster.

Claims (6)

Night roasting device, Upper and lower exterior materials that are attached to the inner surface and the upper and lower separable to be separated from each other; Heated by a heating device controlled by the controller while being horizontally mounted and rotated in the inner space formed by the fastening of the upper and lower exterior materials, the head is closed by being locked by the predetermined angle rotation and tightening the central fastening screw. A chamber in which an opening and closing member having a double sealing plate is installed; A rotary shaft mounted to protrude in the longitudinal direction from the rear center portion of the chamber to rotate the chamber is positioned through the coupled upper and lower outer packaging material, and the driven gear mounted to the rotary shaft is chained with the drive gear, The drive gear includes drive means mounted to the reduction gear motor which is fixed to the upper surface of the horizontally positioned support plate to divide the internal space of the lower housing material so that selective power is applied by the controller; A moving unit installed at a distal end of the fixed shaft installed vertically upwardly from the base so that the rotating shaft protruding from the side of the lower sheath is fixed to the base; Chestnut roaster with the added pressure method, characterized in that the made. The method of claim 1, The heating device is installed so that the igniter is fixedly seated in the lower space separated by the support plate of the lower housing so that the flame is injected into the lower outer surface of the rotating chamber, and the fuel supply pipe is installed to supply the fuel from the fuel supply source. Chestnut roasting device with a pressure method, characterized in that made to be. The method of claim 1, The heating device has a circular frame-shaped ceramic heater attached to the outer surface of the chamber, and the carbon brush connected to the pigtail is installed at a position close to the chamber, and the carbon brush and the pigtail to which electricity is applied. Night roasting apparatus with a pressure method, characterized in that the ceramic heater is heated through. The method of claim 1, Both sides of the lower outer packaging material conveying handle, and the night roasting device with a pressure method, characterized in that the carrying rod is inserted into the sliding bar is mounted. The method of claim 1, An angle adjusting plate having a plurality of angle adjusting grooves having a center point at a predetermined curvature is attached to the side surface of the lower exterior material, and the center line has a predetermined curvature, and is selectively fitted to the angle adjusting groove to adjust the rotation angle of the chamber. And an angle adjusting part further included in a fixed bar formed to protrude laterally at a fixed shaft end of the moving means together with a spring such that the fastening bar is reciprocated by an elastic force. The method of claim 1, The head unit has a pressure gauge, characterized in that the pressure gauge further comprises a pressure gauge to be heated in the chamber is heated and the pressure is increased, and is installed in communication with the interior of the chamber and selectively opened and closed Roasting equipment.