KR101912929B1 - Device for producing scorched rice - Google Patents

Abstract

The present invention relates to an apparatus for automatically producing a large amount of overcooked rice crust. Specifically, the apparatus comprises: a fixing part (100) having a first heat transfer plate (101) built therein; and a moving part (200) having a second heat transfer plate (201) built therein and moving up and down by being in contact with a pressurizer (300).

Description

Device for producing scorched rice

The present invention is an apparatus for automatically producing a large amount of scorched rice.

The apparatus for manufacturing a burner of patented invention 001 includes a rotary part provided with a chain conveyor for conveying a rectangular formed housing, a material supply part provided with nozzles for supplying rice called the upper part of the housing, An upper heating plate installed on the chain conveyor and hermetically supplied with rice supplied from an upper portion of the opened housing, a pressing portion conveyed by the lower heating plate, An opening / closing guide portion provided in two rows along a chain conveyor so that the upper heating plate can be opened and closed in a lower heating plate moved by the chain conveyor; A heating unit installed at each of upper and lower ends of the chain conveyor and provided with a heater for generating heat by an applied power source; . The manufacturing apparatus of Patent Invention 001 is characterized in that it can mass-produce the burned rice by automation using a mechanical device.

Patent invention 002 relates to a method of manufacturing a rice cake for mass production. The manufacturing method includes a washing step of washing the rice by mixing the rice and the water for a predetermined period of time, and a step of immersing the washed rice in the fresh water to make the rice having a water content of 20% to 25% A step of mixing a mixture of 0.4 wt.% Of starch, 0.4 wt.% Of oxalate, 0.2 wt.% Of round gravel and the remaining rice to prepare a mixed material; a step of mixing a plurality of lower heating plates heated to a predetermined temperature A material distribution step of distributing the mixed materials by a predetermined amount and then generating a centrifugal force by using a rotating member to distribute the uniform distribution of the mixed materials; A heating step of making a semi-dry baked rice having a moisture content of 7% to 10% by heating and pressing, and naturally drying the semi-dry baked rice for 4 hours or more to make a dry baked rice having a moisture content of 3% A first packaging step of wrapping the dry baking paper in a predetermined number of bags to form a first packaging product; a metal inspection step of inspecting the first packaging product using a metal detector; And a secondary packaging step of packaging the primary packaging product by a predetermined quantity, wherein the central temperature of the mixing material in the heating step is 130 ° C to 150 ° C and is heated and pressed for 12 minutes to 15 minutes.

Patent Document 003 relates to a rice burner manufacturing apparatus, which can manufacture a rice burner using both rice and rice as a burnishing material, comprising: a base frame having at least one burner; A molding plate which is provided with a lower plate to which the rubbing material is supplied and an upper plate that covers the lower plate and is heated while being moved in the base frame; A spreader for spreading the scorched material supplied to the lower plate of the forming plate; An inverting unit for selectively inverting the heated plate according to the scraping material provided on the forming plate; An open section for opening the upper plate of the molded plate from the lower plate; A separating portion for separating the burned rice adhered to the open top plate; An exhaust guider for discharging the produced burned paper from the plate; A sensing unit for checking the molded plate from which the burned rice is discharged to detect an abnormality; A washing unit for washing the lower plate of the molded plate that has passed through the sensing unit; And a drying unit for drying and discharging the burned rice discharged from the molded plate.

Patent Document 004 discloses an apparatus for continuously producing a rice cake by heating cooked rice moving along a conveyor and comprises a chain conveyor 10, a heating plate 20, a guide frame 30, an oven 40 And a brushing device 80. The upper heating plate is opened while the burnishing rudder 2 is rotated around the sprocket and the free falling The burned rice sticking to the lower heating plate is separated by using the burnishing device 50, and the residue on the lower heating plate is peeled off by the kneading device and then sucked. The remaining foreign matters are cleaned by the brushing device 80, And thus it is possible to provide a manufacturing environment of the burning rice.

(Patent invention 001) KR 10-2008-0002347 A (public date January 04, 2008) (Patent invention 002) KR 10-1626144 B1 (Registration date May 25, 2016) (Patent invention 003) KR 10-2018-0041803 A (Publication date April 25, 2018) (Patent invention 004) KR 10-1848832 B1 (Registration date April 09, 2018)

The present invention is an apparatus for automatically producing a large amount of scorched rice.

The present invention relates to a device for producing a rice cake, comprising a fixing part (100) in which a first heat conductive plate (101) is embedded as a specific main constituent, a second heat conductive plate (201) And a moving unit 200 for moving the moving object.

The present invention relates to an apparatus for producing a rice cake, wherein the first frame (611) on which the fixing unit (100) is mounted and formed in a plate shape, the presser (300) A second frame 612 formed in a plate shape; and a third frame 613 fixing the first frame and the second frame at predetermined intervals.

According to the present invention, there is provided an apparatus for producing a rice cake, comprising: a case (620) for receiving the first frame, the second frame and the third frame; And a ground support table 630.

According to the present invention, in the above-described invention, the present invention includes a door (710) located in a through hole on one side of the case and opening and closing the inside and outside of the case.

The present invention can secure effective structural safety by the first, second and third frames. According to the present invention, it is possible to prevent personal injury caused by the operation of the fixed portion and the movable portion by the case. Since the movable plate of the present invention can horizontally project the second contact plate, user's convenience can be improved. Since the second support base of the present invention is operated by the moving base synchronization, the second contact base plate can be horizontally protruded automatically. Since the presser of the present invention uses a pneumatic cylinder, it is possible to automatically produce the rice cake without using the human body force. The first and second internal and external plates of the present invention can prevent the external leakage of heat required for manufacturing the rubbing paper and prevent mechanical damage due to foreign matter generated during the production of the rubbing paper. The duct of the present invention has the effect of rapidly discharging water vapor generated during the process of producing the rice cake. The collecting container of the present invention has the effect of quickly discharging particles generated during the production process of the rice cake and easily disposing the discharged particles. The door of the present invention is not mounted on the case but is coupled to a separate mounting fixture, thereby enabling modularization.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an arrangement and a detailed structure of a fixed portion, a moving portion, and a subscriber of the present invention; FIG.
Fig. 2 is a conceptual view of the normal pressurization and lateral conveyance of the frying pans of the present invention. Fig.
3 is a conceptual view of a shape groove formed on a second contact surface and a second contact surface of the present invention;
Figures 4 and 5 are perspective views of a horizontal transfer device of a second support of the present invention.
Fig. 6 is a view showing the case configuration of the present invention and the door operating concept
7 is a perspective view of the angle limiting device of the door of the present invention.
8 is a layout diagram of first and second end plates, a ventilation fan, a collecting body and a case of the present invention.
Fig. 9 is a diagram showing the relationship between the first, second and third frames, the first internal plate and the door of the present invention. Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[Example 1-1] In the production apparatus of the present invention, the fixing unit 100 in which the first heat transfer plate 101 is embedded; the second heat transfer plate 201 in which the pressurizing unit 300 is mounted; (200). ≪ / RTI >

The present invention relates to a machine for producing a rice cake. Two pressing plates (fixing portion, moving portion) are formed, the fixing portion is fixed, and the moving portion is moved up and down by the pressing device. The fixing portion and the moving portion are formed in a plate shape, and the first and second heat transfer plates are inserted into the fixing portion. The rice put on the moving part spreads widely by the pressing part of the stationary part and the moving part, and is made to be burned by the heat of the first and second heating plates.

[Example 1-2] In Example 1-1 of the present invention, the fixing portion includes a first support 102 for forming a first heat transfer plate receiving groove 102a on one surface thereof, And a second contact surface (103).

[Example 1-3] In Example 1-1 according to the present invention, the moving part has a second supporting plate 202 having a plate-shaped second heating plate receiving groove 202a formed on one surface thereof, And a second contact surface (203) which is engaged with the fixed portion by the movement of the moving part.

The first heat transfer plate is not exposed to the outside, and is located between the first support and the first contact surface. The first support, the first heat transfer plate, and the first contact surface are assembled into a single structure. Specifically, the first support base has a receiving groove formed on one surface thereof, and the first heat conductive plate is inserted into the receiving groove. Also, the first contact surface and the first support are fastened with the bolts 105. The bolt is intended to facilitate deformation of the first contact surface, replacement of the first contact surface shape, and internal repair. As described above, the second support, the second contact surface, and the second heat transfer plate have the same structure as the first support, the first contact surface, and the first heat transfer plate. Further, the first contact surface and / or the second contact surface may be provided with a shape groove 203a. The grooves may be formed in a plurality of grooves. For example, a square plate shape, a circular plate shape, a heart shape, and a stick shape.

The surfaces of the first contact surface and / or the second contact surface form a coating layer 104 (204). The coating layer is provided to prevent the pressed burned rice from adhering. It is preferable that the coating layer is formed of a Teflon.

[Embodiment 1-4] In Embodiment 1-3 according to the present invention, a moving base 400 positioned between the pusher 300 and the second supporting base 202, And being moved from one side to the other side.

[Examples 1-5] In Examples 1-4 according to the present invention, guides (410) formed on the contact surfaces of the moving table and the second supporting table. And the second support is moved laterally from the moving stand.

In the present invention, the second support of the apparatus for producing rice is moved in the horizontal direction. In order to realize this, a moving bar is formed between the pusher and the second support. The movable base is moved up and down only, and the second base mounted on the movable base is horizontally moved. For stable movement of the second support, a guide is formed on the moving table and the contact surface. Specifically, two guide protrusions 411 in the longitudinal direction are formed on the movable base, and guide grooves 206 inserted into the protrusions are formed on the second support base. The guide projection and the guide groove are engaged and slid. One side of the moving platform is contacted with a pressurizer and receives a concentrated load because the force is transmitted. Concentrated loads can cause deformation and breakage. To prevent this, the load distribution plate 420 is positioned between the moving table and the presser. The load distribution plate is coupled to the moving table by a fastening means (421). The fastening means uses a bolt, and can be replaced with an object having the same purpose and effect. The load distribution plate is provided with a direction guiding groove (423). The directional dispersion plate has the same shape as the surface of the pressurizer and forms an inclined surface, so that the position of the load distribution plate can be accurately corrected upon contact with the pressurizer. This is because the pressurizer and the load ejection plate are separated and engaged only when the moving part moves upward.

[Example 1-6] In Examples 1-4 according to the present invention, a recoil gear 211 combined with the second support and formed of one or a plurality of pins, a pinion 501 engaged with the recoil gear, And a movable baseball drive (502) for driving the pinion.

[Embodiment 1-7] In Embodiment 1-4 of the present invention, the moving forehead synchronization includes a moving motor 502a. The moving motor includes a pneumatic motor or an electric motor.

For the horizontal movement of the moving band, a rak gear is formed on the lower surface of the moving band. Preferably, the position of the recoil gear is formed inside the guide groove. For reciprocating movement of the return gear, the pinion 501 is engaged with the lever gear. The pinion drive shaft 503 rotates the pinion, and the motion of the drive shaft causes the pinion drive shaft to rotate. The moving bed actuator consists of a pneumatic motor or an electric motor. The synchronizing rotational force of the movable base is transmitted to the rotating shaft 502b, and the rotating shaft is transmitted to the pinion driving shaft through the power transmitting device. The rotary shaft power transmitting device may be driven by any one of a gear engagement, a belt engagement, and a wire engagement, and is preferably coupled with a worm gear.

For modularization, the movable pinion motors, the power transmission device, the pinion drive shaft, and the pinion are housed in a mobile device 500 formed integrally. The moving device is formed in a bent plate shape and inserts the pinion drive shaft into two corresponding side plates 500a. A support plate 500b is formed between the side plates, and the support plate is inserted and coupled to the structure. Also, between the side plate and the support plate, a moving base synchronization and a power transmission device are accommodated. Thus, the mobile device can take modularity.

[Embodiment 1-8] In Embodiment 1-1 of the present invention, the pusher includes a cylinder housing 311 and a rod 312 inserted into the cylinder housing and operated by pneumatic pressure.

[Examples 1-9] In Examples 1-8 of the present invention, a pneumatic compressor (320) for supplying air pressure to the cylinder housing is included.

[Examples 1-10] In Examples 1-8 of the present invention, the cylinder housing and the operation rod are formed in one or a plurality, and the air compressor supplies the same air pressure to the cylinder housing .

In the present invention, the presser uses a pneumatic cylinder. The pneumatic cylinder is formed of a cylinder housing and a rod, and one side of the rod is in contact with a load injection plate on the lower side of the movable base. In particular, one side of the rod is inserted into the direction guiding groove of the load injection plate to move the movable base upward. The pneumatic cylinder may have one or more than two pneumatic cylinders. In one case, it is located at the center of the moving band, and when two or more are formed, it is symmetrically disposed at a uniform load distribution position. An air compressor supplies compressed air to the pneumatic cylinder, which can be disposed inside or outside the burner production apparatus. And can be operated by receiving external compressed air. The case described later forms a control panel. The control plate forms a pressure controller for controlling the pressure of the pneumatic cylinder, and the pressing force can be controlled by the pressure controller. In addition, the flow controller can be mounted to control the lifting and lowering speed of the moving part. The control panel controls the height of the curling iron to be finally produced by controlling the elevation height of the moving part.

[Example 1-11] In Example 1-1 according to the present invention, the pusher is driven by an electric motor and has a rotating shaft with a thread formed on the outer periphery, a female screw fastened to the thread, And an operating rod for applying a load to the moving part.

[Example 1-12] In Example 1-1 according to the present invention, the pusher is driven by an electric motor and has a rotating shaft having a thread formed on the outer periphery thereof. The rotating shaft is engaged with the thread and the female screw, And a link for generating a displacement in the direction of the arrow.

[Example 1-13] In Example 1-1 of the present invention, the pusher includes a rotating shaft driven by an electric motor, an operating shaft coupled to the rotating shaft and the worm gear, and transmitting rotational force in a direction perpendicular to the rotating shaft, And an actuating rod for generating a vertical displacement by rotation of the actuating shaft.

The pusher may be a pneumatic cylinder as well as various electric motors. The rotational force of the electric motor is converted into a vertical movement of the movable base. The rotating force of the electric motor rotates the rotating shaft formed in the electric motor, and the rotating force of the rotating shaft is converted into the reciprocating vertical movement. The reciprocating up and down movement may be performed by the operation rod or by a link. It is also possible to change the angle of the rotating shaft by combining worm gears.

[Example 1-14] In Example 1-1 according to the present invention, a first temperature sensor and a second temperature sensor for measuring the temperature of the fixing part and the moving part, and a power source for supplying power to the first heat conductive plate and the second heat conductive plate And an electrothermal controller for measuring the first temperature sensor and the second temperature sensor signal and controlling operation of the power supply unit.

The first heat transfer plate and the second heat transfer plate generate heat, and the heat uses electric energy. That is, the first and second heat transfer plates are equipped with power supply units. A temperature sensor is mounted on the fixing part and the moving part, and a temperature signal of the temperature sensor is inputted to the electrothermal controller, and the electrothermal controller controls the power supplying device so that a certain heat can be stably supplied to the moving part and the fixing part. So that the temperature can be supplied with the adjusted temperature value.

[Example 2-1] The burnishing apparatus according to the present invention is the same as the burning apparatus according to the embodiment 1-1, except that the first frame 611, on which the fixing unit 100 is mounted, And a third frame 613 for fixing the first frame and the second frame at a predetermined interval.

The first, second, and third frames accommodate the stationary part, the pressurizer, and the moving part, and are installed stably. The first and second frames are formed in a plate shape and are spaced apart from each other at a predetermined interval. A third frame is used to fix the first and second frames.

[Embodiment 2-1] In Embodiment 2-1 of the present invention, the first frame, the second frame, and the third frame are formed of metal.

[Embodiment 2-2] In Embodiment 2-1 of the present invention, the third frame is formed of any one selected from a rod, a pipe, and a section steel.

[Embodiment 2-3] In Embodiment 2-1 of the present invention, the first frame and the second frame are coupled to the third frame by a fastening device. Wherein the fastening device is formed of any one selected from a nut, a key, and a pin; And those which are substituted by the same objects and effects.

[Embodiment 2-4] In Embodiment 2-1 of the present invention, the first frame, the second frame, and the third frame are formed of a combination structure of metal plates.

The first, second, and third frames may be formed of a metal. This is because the high load of the presser is stably supported. The third frame is formed of any one selected from a rod, a tube, and a frame, and is positioned between the first and second frames. It is preferable that a plurality of the third frames are provided and uniformly arranged at equal intervals. Further, it may be formed as a rod, or a male screw may be formed on the outer periphery of the rod so as to be mountable and detachable with another apparatus.

The first and second frames and the third frame can be coupled using a nut to secure the frame, wherein the double nut can be used to prevent it from loosening. In addition, a physical coupling method such as a key or a pin can be used, or a chemical coupling can be performed using an epoxy or the like. The first, second and third frames are made of stainless steel. During the process of making rice bran, the water vapor from the rice bran can corrode the metal. To prevent this, it is made of corrosion resistant material. In another embodiment, the outer surfaces of the first, second, and third frames may be coated. This is also intended to prevent corrosion due to contact with water vapor. The first, second, and third frames may be formed of a single plate structure. That is, a structure is formed by a plate material combination. This is to improve productivity. The first, second, and third frames may be formed of a press die, respectively, and then may be fastened by welding or riveting, or may be formed of a combination of three or more plate structures.

[Embodiment 3-1] A burnishing apparatus according to embodiment 2-1 according to the present invention comprises: a case 620 that houses the first frame, the second frame, and the third frame; And a ground support 630 in contact with the ground.

The present invention relates to a case and a ground support of a rice burner production apparatus. In order to protect internal equipment and ensure a beautiful appearance, the first, second and third frames are housed inside the case. In the lower part, a ground support frame is formed to be in contact with the ground. The case is made of a painted metal plate that is resistant to corrosion and stiffness. A plurality of air vents are formed on the case side plate. The air vent is composed of an air vent 624 for discharging the input air vent 621. Fans 623 and 625 are mounted inside the case where the inlet air vent and the exhaust air vent are located. Place the filter net 622 between the inlet air vent and the fan. First and second heat transfer plates are disposed inside the case, and the heat transfer plate generates high heat. If the heat is collected in the case, it may cause a cause of an image and damage to the apparatus. In order to prevent this, the inside and outside of the case must flow air in real time. To improve air circulation efficiency, a fan is installed in the air vent. A filter net is formed in the middle of the inlet air vent and the fan to prevent foreign fine dust and foreign matter from being injected.

[Example 3-2] In Example 3-1 of the present invention, a first indentation plate 631 in which a sheet material is bent in a C-letter shape and one side of three sides is engaged with three sides of the fixing unit; And a second internal plate 632, which is bent in a C-shape and has three sides of one side thereof coupled with the four sides of the moving side.

[Embodiment 3-3] In Embodiment 3-2 of the present invention, a friction plate 633 is disposed between the first and second end plates and coupled to the second end plate.

The first embedded board is coupled to the fixed portion, and the second embedded board is coupled to the moving board. The first indentation plate and the second indentation plate shape form a bent C-shaped metal plate member. A fixing part is mounted on the inside of the upper part of the first covering plate, and a moving table is mounted on the outside of the upper part of the second covering plate. That is, the second built-in plate is accommodated in the first covering plate, and the second covering plate is moved up and down inside the first covering plate together with the moving plate. The C-shaped opening is for allowing horizontal movement of the second support. The first covering plate and the second covering plate are formed of stainless steel. This is to prevent corrosion by the moisture of rice. A friction plate is coupled between the first internal plate and the second internal plate. The friction plate is engaged with the second end plate. The friction plate is made of nylon or Teflon, which is resistant to high temperature heat and to reduce the coefficient of friction.

[Embodiment 3-4] In Embodiment 3-1 of the present invention, a duct 643 for communicating a first opening 641 formed in the case and a third opening 642 formed in the first indentation plate; And a first ventilation fan 644 formed in the first opening.

[Embodiment 3-5] In Embodiment 3-1 of the present invention, a second opening 645 formed in the case and a second ventilation fan 646 formed in the second opening are included.

In the process of making rice, rice produces high-temperature water vapor, which is contained inside the first internal plate. A duct 643 is formed between the first indwelling plate and the case for rapid discharge of water vapor. The duct communicates the first opening on the case side and the third opening on the first indentation plate side. Further, a first ventilation fan is formed on the case side so that the first built-in panel water vapor is rapidly discharged to the outside. It is preferable that the duct and the first ventilation fan are made of stainless steel for corrosion prevention and high temperature resistance. The water vapor exiting the first enclosure is present between the case and the first enclosure. This causes corrosion of machinery. In order to prevent this, a second opening is formed in the case and a second ventilation fan is formed on the second opening side. Therefore, the steam discharged from the first covering plate can be quickly discharged.

[Example 3-6] In Example 3-1 of the present invention, a collecting container 652 having one side communicated with the fifth opening 651 formed in the first covering plate and the other side being located inside the case, And a conveying pipe 653 communicating with the conveying pipe 653.

[Embodiment 3-7] In Embodiment 3-6 of the present invention, a collecting body 654 formed in the collecting container and having a corrugated shape is included.

The rice cooked in the process of making rice is made of rice cake, and small size rice cake fragments can be generated from the rice cake. If the debris is remained on the first and second contact surfaces, it will cause problems in the subsequent production of the burned rice. Therefore, every time during production, the presence of fragments should be checked and debris removed. For the gentle removal of debris, use a pneumatic nozzle to remove debris. The air pressure ejected from the nozzle moves the debris, and the moved debris is collected into the trap container through the fifth opening and the transfer pipe. In order to prevent scattering of fragments, a collecting body of a corrugated shape is formed inside the collecting container. The pneumatic nozzle 655 ejects air pressure, which uses the air pressure of the air compressor formed to actuate the air cylinder.

[Embodiment 3-8] In Embodiment 3-7 of the present invention, a container discharge door formed in the case, and a collection container fastening portion formed on the container discharge door side.

A container outlet door is formed in the case to remove debris contained in the collector. A hinge is formed on one side of the container discharge door to be coupled to the case, and the other side of the container discharge door can be selectively engaged and detached. In addition, a collection container fastening portion is formed inside the case, and a collection container is coupled to the collection container fastening portion. Therefore, after the user opens the container discharging door, the collecting container can be discharged to the outside from the collecting container fastening portion.

[Embodiment 3-9] In Embodiment 3-1 or Embodiment 2-1 of the present invention, the ground support is combined with the third frame and is led to the outside of the case.

[Embodiment 3-10] In the embodiment 3-9 of the present invention, the ground support stand is formed of a caster equipped with a lock device.

The ground support is made of rubber. Absorbs the vibration generated during machine operation of the fixed-to-ground rubber-made production equipment made of rubber. The ground support also forms a screw, which can be adjusted in height by screw rotation. This is to ensure the safety of the installation of the rice burner production equipment. The ground support mounts the wheel. The rice burner production apparatus made of metal has a weight. Therefore, the wheel is mounted to ensure mobility. The ground support is preferably fastened to the third frame. This is to stably support the weight of the burnishing apparatus.

[Embodiment 4-1] A burnishing apparatus according to embodiment 3-1 of the present invention includes a door 710 located in a through hole on one side of the case and opening / closing the inside and outside of the case.

The outside of the production apparatus of the present invention is closed with a case, and the case forms a through-hole on one side. The through-hole engages a pivoting door. The reason for installing the through-hole is to allow the outer projection of the horizontally moved second support. The door is opened when the second support is moved outside, and the door is closed when the second support is moved inside. The door pivots about the hinge. A handle 701 is mounted on the outer surface of the door. The door can be opened and closed manually using the handle.

[Example 4-2] In Example 4-1 of the present invention, a hinge band 711 formed on one side of the door and formed as a plurality of hinges; a hinge pin 712 coupled with the hinge band; A hinge frame 720 for rotatably fixing the hinge pin, a mounting fixture 800 to which the hinge frame is mounted, and both side surfaces thereof are coupled to the third frame.

[Embodiment 4-3] In Embodiment 4-1 of the present invention, a first support surface 721 and a second support surface 722, which are formed on the hinge frame and arranged at an angle of 90 degrees with respect to the center of the hinge pin, .

Two protruding hinge bars are formed on the lower portion of the door. The hinge block is formed in a hexahedral block shape. The hinge frame is inserted into the hinge frame and coupled with the hinge pin. That is, the hinge pin connects the hinge band and the hinge frame. The hinge pin is fixed to either the hinge frame or the hinge frame, and is coupled so as to be sliding friction elsewhere.

When the door is closed, the case is closed, and when the door is opened, the case is opened to support the protruded second support. The hinge block is formed in a protruding block shape, and both surfaces are selectively in contact with the first support surface or the second support surface of the hinge frame. When the door is closed, the first supporting surface of the hinge frame and the one surface of the hinge frame are in contact with each other. When the door is opened, the second supporting surface of the hinge frame and the other surface of the hinge are brought into contact with each other. That is, the hinge frame first support surface and the second support surface define the operating angle range of the door. The hinge frame is preferably manufactured by bending a metal plate. One side of the hinge frame is coupled to the mounting frame, and the mounting frame is coupled to the third frame. That is, the door is not engaged with the case but is coupled with the mounting fixture. The mounting fixture may be coupled to the mobile device 500 described above. Thus, the mounting fixture simultaneously engages a mobile device that moves the second support and a hinge frame that limits the hinge pivot range.

[Embodiment 4-4] In Embodiment 4-3 of the present invention, a door cylinder 730, one side of which is coupled to the hinge band and the other side of which is coupled to the hinge frame, is operated by pneumatic operation.

The hinge-to-body side joins the door cylinder. The door cylinder controls door opening and closing operations. The door cylinders operate with air pressure, which utilizes the pneumatic pressure of the air compressor 320, which supplies pneumatic pressure to the pressurizer.

Doors and cages should be sealed. In order to realize this, a stepped surface is formed in the case in which the door is formed. The step surfaces are seated on four corners of one side of the door. A seal is formed on the four corners of the door surface, and the inside and the outside of the case are sealed.

[Embodiment 4-5] In Embodiment 4-1 of the present invention, a support pedestal 713 coupled to an inner surface of the door and supporting a part of the second support is included.

When the door is opened, the lower surface of the second support should be in contact with the upper part of the door opening surface. The door forms a support pedestal 713 for stably supporting the protruded second support. A second guide protrusion 714 is formed on the upper surface of the support pedestal, and the second guide protrusion is engaged with the guide groove of the second support vertically moved to define a stable position.

100: Fixing portion 101: First heat transfer plate
102: first support table 103: first contact surface
104: coating layer 200: moving part
201: second heat transfer plate 202: second support
203: second contact surface 203a:
204: coating layer 206: guide groove
211: Leak gear 300: Presser
311: cylinder housing 312: rod
320: Pneumatic compressor 400: Movable stand
410: guide 411: guide projection
420: load distribution plate 421: fastening means
423: direction guide groove 501: pinion
502: moving cod synchronizer 611: first frame 611;
612: second frame 613: third frame
620: Case 630: Ground support
631: first end plate 632: second end plate
633: friction plate 643: duct
644: first ventilation fan 652: collection container
653: Feed pipe 701: Handle
710: door 711: hinge band
712: Hinge pin 720: Hinge frame
721: first supporting surface 722: second supporting surface
730: door cylinder 713: support pedestal
800: Mounting fixture

Claims (4)

In the burnishing apparatus,
A fixing part 100 having a first heat transfer plate 101 built therein;
A moving part 200 having a second heat transfer plate 201 built therein and moving up and down in contact with the pressurizer 300;
The fixing part includes a first support 102 forming a first heat receiving plate receiving groove 102a on one side thereof; And a first contact surface (103) in contact with and fastened to the first support;
The moving unit includes a second support base 202 having a plate-shaped second support plate 202a formed on one surface thereof. And a second contact surface (203) coupled to the second support, the second contact surface being in contact with the stationary part by the movement of the moving part;
A moving base 400 positioned between the pusher 300 and the second support 202;
And the second support being moved laterally from the moving stand surface;
Two guide protrusions 411 are formed in the movable base in the longitudinal direction and a guide groove 206 inserted into the guide protrusions is formed in the second support base;
And a load distribution plate (420) positioned between the moving band and the pressurizer.
The method according to claim 1,
A first frame 611 on which the fixing part 100 is mounted and formed in a plate shape;
A second frame 612 on which the pusher 300 is mounted and formed in a plate shape;
And a third frame (613) fixing the first frame and the second frame at a predetermined interval.
The method of claim 2,
A case 620 receiving the first frame, the second frame, and the third frame;
And a ground support (630) mounted on the lower portion of the case and contacting with the ground.
The method of claim 3,
And a door (710) located in a through hole on one side of the case and opening and closing the inside and the outside of the case.

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