KR20200030182A - Cup merchandise manufacture system of rotary type - Google Patents

Abstract

Disclosed is a rotary type cup merchandise manufacturing system. The disclosed rotary type cup merchandise manufacturing system comprises: a rotating table performing step rotation by a rotating shaft through a driving unit in a frame; a gear ratio adjustment unit provided on a lower side of the rotating table to transmit power of the driving unit to the rotating shaft, and adjusting a gear ratio according to an increase in the number of equal fractions of step rotation of the rotating table; a mold attaching and detaching unit which attaches and detaches a mold plate seating a cup to and from the rotating plate to be separated; a cup feeding device which stacks the plurality of cups in up, down, forward and backward directions to transfer the cups in a sliding manner, and descends and supplies the cup on the mold plate by allowing an adsorption member to be elevated through a power transmission device transmitting the power to the driving unit; a liquid water supply device which performs a pump operation to supply liquid water to the cup; a lead supply device which slides in a guide frame to descend and load a plurality of leads through opening and closing operations, and reverses and supplies the lead to an upper side of the cup through a reversing mechanism which works via the power transmission device; a lead heating device which heats the lid seated on the upper side of the cup to be fused and fixed to the cup; and a cup discharging device moving and discharging the manufactured cup to a discharge conveyor.

Description

Rotary cup product manufacturing system {CUP MERCHANDISE MANUFACTURE SYSTEM OF ROTARY TYPE}

The present invention relates to a system for manufacturing a rotary cup product, and more specifically, a gear ratio adjusting unit is provided on the lower side of the rotary table to accommodate and adjust an increase in the equal number of rotation and stop sections, and slide the mold plate on the rotary table. It is easy to attach and detach, and the cup is loaded onto the mold plate through slide transfer and lifting by loading the cup in a large amount in the up and down direction and using the cup supply device, so that a large amount of cup can be supplied. Adjust the amount of liquid water supply using the supply device, move the lead supply device in a slide manner, load it through the opening and closing operation, load it, supply it to the upper side of the cup through the reversing mechanism, and retract the lead heating device by rotating it and repair it It relates to a cup product manufacturing system that facilitates.

In general, a cup product (cup merchandise) is placed in a state in which a lid (lid, cover) is placed on the upper side of the cup in a state in which a liquid such as dairy or ice cream is supplied to the cup and stored, and then heat-sealed and capped again. It is sold by putting on or removing the cap and fusion only the lead.

As described above, when looking at the process of manufacturing the cup product using the manufacturing system for the cup product, the cup supply process for adsorbing and supplying the cup to the adsorption descending transfer device, and the liquid using the liquid supply device for transporting the supplied cup A process of receiving a liquid substance for supplying a fixed amount of water, a process of supplying a lead containing a liquid-containing cup and supplying a lead to the upper side of the cup with a lead supply device; and the supplied lead to a lead with a lead heating device on the upper edge of the cup. Manufacture of cup products through a lead fusion process that heats and fuses to the cup, a cap supply process that supplies and covers the cap on the upper side of the transferred cup, and a cup discharge lump that discharges the finished cup product to the cup discharging device. Is made.

Existing manufacturing systems for cup products have various devices arranged in a longitudinal direction on a straight movement line, and cups are manufactured through the above-described process while the cups are sequentially moved in a straight line, but there is a problem in that the installation area of the manufacturing system is increased.

Therefore, in order to improve this, recently, the cup product manufacturing system is configured in a circular rotation method, and the cup adsorption descending transfer device, the liquid water supply device, the lead supply device, the lead heating device, and the cup discharge device are sequentially arranged at each set angle. The cup product is manufactured through the above process while placing and transporting the cup on a rotating table rotated by a rotating shaft.

I ?, cup adsorption descending transfer device, lead supply device, etc. is configured to transfer power from the power unit configured at the lower side of the plate to pull the lift shaft downward through the plate or to push the upper side while downwardly transporting the cup, lid and cap. .

However, the existing rotary cup product manufacturing system includes a cup adsorption descending transfer device, a liquid water supply device, a lead supply device, a lead heating device, a cap supply device, and a cup discharge device on the upper or lower side of the plate disposed under the rotary table. The power is distributed through a power transmission distribution device for driving to move up and down, but as various devices, etc. are added to the circular table, the equal number of sections increases. There is a problem in that power distribution between operating hours cannot be sufficiently implemented.

In addition, the existing rotary cup product manufacturing system consists of a configuration in which the shape of the cup accommodates only liquid substances, but recently, as the cup is formed in a complex configuration that accommodates liquids and cereals, the cup supply and supply device, There is a need to improve the liquid water supply device and the lead supply device.

As a related background technology, there is Republic of Korea Patent Registration No. 1547224 (2015.08.19, title of the invention: a rotary manufacturing system for cup products having a power transmission device).

The present invention was created by the necessity as described above, and equipped with a gear ratio adjusting part on the lower side of the rotating table to accommodate and adjust the increase in the equal number of rotation and stop sections, and slide and move the mold plate on the rotating table to facilitate attachment and detachment. In addition, a large amount of cups are loaded on the mold plate through slide transfer and elevation by loading a large amount of cups in the up and down and forward and backward directions using a cup supply device, and a liquid water supply device capable of adjusting the operating section is used. To adjust the liquid water supply amount, move the lead supply device in a slide manner, load it through an opening / closing operation, lower it, load it, supply it to the upper side of the cup through a reversing mechanism, and flip the lead heating device through a rotational operation to facilitate repair. The aim is to provide a cup product manufacturing system.

In order to achieve the above object, a system for manufacturing a rotary cup product according to the present invention comprises: a rotary table stepped by a rotary shaft through a driving unit in a frame; A gear ratio adjusting unit provided at a lower side of the rotating table to transmit power to the rotating shaft to adjust gear ratio according to an increase in the equal fraction of step rotation of the rotating table; A mold detachable part detachably detachable from the mold plate for seating the cup on the rotating plate; A cup supply device that slides the cups in a large amount in the up and down and forward and backward directions, slides them, and lifts and removes the adsorption member through a power transmission device that transmits power to the driving unit; A liquid water supply device that performs a pump operation to supply liquid water to the cup; A lead supply device that slides from the guide frame to load and load several of the leads through an opening / closing operation, and inverting and supplying the leads to the upper side of the cup through an inversion mechanism operated through the power transmission device; A lead heating device for fusion-fixing the cup by applying heat to the lid seated on the upper side of the cup; And a cup discharging device for discharging the cup by discharging the manufactured cup.

The gear ratio adjusting unit adjusts the gear ratio to increase the movement time and stop time of the driving unit to match the number of divisions of the rotary table, and the gear ratio adjusting unit adjusts a small number of gear values coupled to an axis extending upwardly of the driving unit. A first spur gear having; And connected to the rotating shaft and formed to have more gear values than the first spur gear, so that even if the number of rotations of the first spur gear is large, the number of rotations of the rotation table is reduced to adjust the rotation gear ratio according to the equal fraction of the rotation table. It characterized in that it comprises a; second spur gear to enable.

The mold attaching and detaching portion, a plurality of protrusions protruding upwards on both edges of the upper and lower through-holes of the rotary table, and a guide protrusion formed with a locking jaw at the upper end; A slide jaw part formed at both edges of the mold plate so as to be caught in the guide protrusion; And it characterized in that it comprises a; to prevent the separation by mounting the mold plate to prevent separation.

The cup supply device is a magazine portion which is disposed at a position spaced apart from the circumference of the rotary table, stacks a plurality of cups up and down, and arranges and transfers them to the front and rear sides; A cup multi-receiving unit configured to receive a first row of cups from among the cups arranged back and forth in the magazine unit and to supply the cups on the rotating table; A slide operation unit for moving the cup multi-receiving unit reciprocally between the rotary table and the magazine unit; And

Including a cup dispenser unit for loading a cup dropped from the cup multi-receiving unit moved by the slide operation unit and sequentially supplying a cup on the mold plate through vertical movement and adsorption of the adsorption member; It is characterized by.

The magazine portion, the frame member for loading the cup up and down, and arranged inclined to the front and rear side; It is provided on the lower side of the frame member, the front and rear conveying unit for transferring power through the driving unit to transfer the cup in the front-rear direction; And a stopper portion for preventing the cup from falling over to the front side when the cup is temporarily suspended without being transported through the cup before and after the transfer portion.

The cup back and forth transfer unit, a driving pulley provided on either the front side or the rear side from the lower side of the frame member; A driven fleece disposed on either a rear side or a front side of the frame member so as to be spaced apart from the drive pulley; A transfer belt wound around the driving pulley and the seed pulley, the cup being seated and moving to the front side; And an operation unit connected to an axis on which the driving pulley is installed to provide power.

The stopper portion, an operating cylinder provided on the upper side of the frame member; A width operation member connected to the operation cylinder and operating in a width direction of the frame member;

A plurality of hinge lever members that are hinged to each of the width-operating members and are lever-operated; And a stopper member which is axially connected to the hinge lever member and rotates to supply or stop the cup arranged in the front-rear direction to the front side through a stopper dolly.

The cup multi-receiving unit, a moving frame connected to the slide operation unit; A rotating bracket installed on the moving frame and rotating inclined to correspond to the magazine in a vertical state or rotating in a vertical state in a tilted state; A rotating cylinder installed on the moving frame and connected to an axis of the rotating bracket to rotate the rotating bracket through a telescopic operation; A forward and backward bracket installed to be movable in a straight direction on the rotating bracket and moving forward and backward toward the magazine portion; A forward and backward cylinder installed on the rotating bracket to move the front and rear forward and backward brackets forward and backward; It is rotatably installed on the front-rear bracket, and seated by hanging the lower side of the cup loaded on the magazine portion, and the cup is moved to the upper side of the rotary table by the slide operation portion, and the cup is turned to the cup dispenser side. A falling cup seating wet member; And a rotation cylinder installed on the front-rear bracket, and connected to the cup seating wet member to rotate the cup seating wet member through an expansion and contraction operation.

The slide operation unit, a rail member connecting the frame disposed on the upper side of the rotating cable and the magazine unit; A slide guide member provided on the cup multi-receiving portion to be coupled to the rail member, and guiding the horizontal movement of the cup multi-receiving portion; And a body installed in the frame, and an axis connected to the slide guide member to horizontally move the cup multi-receiving portion from the rail member by a telescopic operation.

The liquid water supply device, the pump main body is connected to the inlet and outlet pipes connected to the hopper, the liquid material is accommodated therein through the hopper; A first opening / closing valve installed on the connection pipe to open and close the inflow of liquid water; A second opening / closing valve installed on the discharge pipe to open and close the discharge of liquid material; A nozzle member connected to the discharge pipe and supplying liquid to the cup; And a pump operation unit for reciprocating the piston installed inside the pump body to suck or discharge liquid water.

The pump operation unit, a drive motor; A pinion gear unit installed in the driving motor; A rack gear part engaged with the pinion gear part and operating in the vertical direction in the vertical direction; A lever member connected to the rack gear portion and lever-operated around a hinge; An operating shaft member connected to the piston and operated through a lever member; And a stroke adjusting unit that moves the actuating shaft member in a radial reduction or expansion direction of the lever member to adjust the reciprocating stroke of the actuating shaft member.

The lead supply device, the slide member is provided to be movable in the longitudinal direction to supply the lead from the outside to the guide frame; A lead guide rod that moves along the slide member and loads the leads upward; A pair of lead hook members provided on the sludge member and hooking both sides of the lead; A width guide member connected to each of the lead hook members and guiding the width direction movement of the lead hook members; A pair of link members respectively connected to the width guide members; A width adjustment cylinder connected to the link member to support or drop the lead by opening or closing the lead hook member by the width guide member as the link member operates in a straight direction; And a lid dispenser unit for supplying the lid, which has been dropped and moved by the operation of the width adjustment cylinder, to the upper side of the cup placed on the mold plate by the operation of the reversing mechanism.

The lead heating device may include: a heat heating member attached to the cup by applying heat to an upper side of the lead seated on the cup; A heater member provided on an upper side of the thermal heating member and providing heat; A pressure cylinder which is axially connected to the upper side of the heater member and lifts the heater member and the thermal heating member to press the lid on the upper side of the cup; A connection support member for mutually supporting the pressure cylinder; A heating lever member connected to the connection support member and rotatably supporting a lever; A heating cylinder that is connected to the free end of the heating lever member and retracts the heat heating member, the heater member, and the pressurizing cylinder through the lever member through a telescopic operation, thereby facilitating repair work; And a plurality of cushioning elastic members that absorb and absorb shock when the heat heating member is pressed against the lid by the operation of the straight cylinder.

The rotary cup product manufacturing system according to the present invention is provided with a gear ratio adjusting part on the lower side of the rotary table to accommodate and adjust an increase in the number of equal fractions of the rotation and stop sections, and slide the mold plate on the rotary table to facilitate detachment, A large amount of cups are loaded on the mold plate through slide transfer and elevation by loading a large amount of cups in the up and down and forward and backward directions using a cup supply device, and it is possible to supply a large amount of cups and use a liquid water supply device that can adjust the operating section. The water supply is adjusted, the lid supply device is moved in a slide manner, lowered through an opening / closing operation, loaded, supplied to the upper side of the cup through a reversing mechanism, and the reed heating device is tilted through a rotational operation to facilitate repair. .

1 is a plan view of a rotary cup product manufacturing system according to an embodiment of the present invention.
2 is a front view of a rotary cup product manufacturing system according to an embodiment of the present invention.
Figure 3 is a view of the peer a transmission device and gear ratio control unit from the top of the rotary cup product manufacturing system according to an embodiment of the present invention.
Figure 4 is an exploded and assembled perspective view showing a mold end of the rotary cup product manufacturing system according to an embodiment of the present invention.
5 is a plan view and a side view of the installation state of the mold plate in the rotary cup product manufacturing system according to an embodiment of the present invention.
6 is a side view of a magazine part and a cup multi-receiving part in a cup supply device of a rotary cup product manufacturing system according to an embodiment of the present invention.
7 is a front view of a magazine portion in the cup supply device of the rotary cup product manufacturing system according to an embodiment of the present invention.
8 is a plan view of a magazine portion in a cup supply device of a rotary cup product manufacturing system according to an embodiment of the present invention.
9 is a side view of the cup multi-receiving unit in the cup supply device of the rotary cup product manufacturing system according to an embodiment of the present invention.
10 is a front view of the cup multi-receiving unit in the cup supply device of the rotary cup product manufacturing system according to an embodiment of the present invention.
11 is a front view of the cup dispenser unit in the cup supply device of the rotary cup product manufacturing system according to an embodiment of the present invention.
12 is a plan view and a partial side view of a cup dispenser portion in a cup supply device of a rotary cup product manufacturing system according to an embodiment of the present invention.
13 is a front view and a side view of a foreign matter removal device in a rotary cup product manufacturing system according to an embodiment of the present invention.
14 is a front view of a serial supply device in a rotary cup product manufacturing system according to an embodiment of the present invention.
15 is a side view of a serial supply device in a rotary cup product manufacturing system according to an embodiment of the present invention.
16 is a front view of a liquid water supply device in a rotary cup product manufacturing system according to an embodiment of the present invention.
17 is a front view and a side view of the cup lift in the liquid water supply device of the rotary cup product manufacturing system according to an embodiment of the present invention.
18 is a front view of the lead supply device of the rotary cup product manufacturing system according to an embodiment of the present invention.
19 is a plan view of a main portion of a lead supply device in a rotary cup product manufacturing system according to an embodiment of the present invention.
20 is a view showing a process of reversing the lead using a rotating mechanism in the lead supply device of the rotary cup product manufacturing system according to an embodiment of the present invention.
21 is a front view of a reed heating apparatus of a rotary cup product manufacturing system according to an embodiment of the present invention.
22 is a plan view and a front view of a cup discharging device of a rotary cup product manufacturing system according to an embodiment of the present invention.
23 is a view showing a process of discharging a lifted cup in a cup discharging apparatus of a rotary cup product manufacturing system according to an embodiment of the present invention and discharging it into a discharge conveyor.

Hereinafter, a system for manufacturing a rotary cup product according to an embodiment of the present invention will be described with reference to the accompanying drawings.

In this process, the thickness of the lines or the size of components shown in the drawings may be exaggerated for clarity and convenience. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or practice. Therefore, definitions of these terms should be made based on the contents throughout this specification.

1 is a plan view of a rotary cup product manufacturing system according to an embodiment of the present invention, FIG. 2 is a front view of a rotary cup product manufacturing system according to an embodiment of the present invention, and FIG. 3 is an embodiment of the present invention. It is a view seen from the upper side of the companion transmission device and the gear ratio control unit of the rotary cup product manufacturing system according to, Figure 4 is an exploded and assembled perspective view showing the mold end of the rotary cup product manufacturing system according to an embodiment of the present invention, Figure 5 Is a plan view and a side view of a mold plate installation state in a rotary cup product manufacturing system according to an embodiment of the present invention, and FIG. 6 is a magazine and cup in a cup supply device of a rotary cup product manufacturing system according to an embodiment of the present invention. Side view of the multi-receiving unit, Figure 7 is a front view of the magazine portion in the cup supply device of the rotary cup product manufacturing system according to an embodiment of the present invention, Figure 8 is the present A plan view of a magazine portion in a cup supply device of a rotary cup product manufacturing system according to an embodiment of the invention, and FIG. 9 is a side view of a cup multi-receiving unit in a cup supply device of a rotary cup product manufacturing system according to an embodiment of the present invention, 10 is a front view of the cup multi-receiving unit in the cup supply device of the rotary cup product manufacturing system according to an embodiment of the present invention, Figure 11 is a cup dispenser in the cup supply device of a rotary cup product manufacturing system according to an embodiment of the present invention It is a front view of a part, and FIG. 12 is a plan view and a partial side view of a cup dispenser part in a cup supply device of a rotary cup product manufacturing system according to an embodiment of the present invention.

13 is a front view and a side view of a foreign matter removal device in a rotary cup product manufacturing system according to an embodiment of the present invention, and FIG. 14 is a front view of a serial supply device in a rotary cup product manufacturing system according to an embodiment of the present invention , FIG. 15 is a side view of a serial supply device in a rotary cup product manufacturing system according to an embodiment of the present invention, and FIG. 16 is a front view of a liquid water supply device in a rotary cup product manufacturing system according to an embodiment of the present invention, FIG. 17 is a front view and a side view of the cup lift in the liquid water supply device of the rotary cup product manufacturing system according to an embodiment of the present invention, Figure 18 is a lead supply device of a rotary cup product manufacturing system according to an embodiment of the present invention 19 is a plan view of a main part of a lead supply device in a rotary cup product manufacturing system according to an embodiment of the present invention, and FIG. 20 is an embodiment of the present invention. It is a view showing a process of reversing the lead using a rotating mechanism in the lead supply device of the rotary cup product manufacturing system according to an embodiment, Figure 21 is a front view of the lead heating device of the rotary cup product manufacturing system according to an embodiment of the present invention , Figure 22 is a plan view and a front view of the cup discharging device of the rotary cup product manufacturing system according to an embodiment of the present invention, Figure 23 is a lifting device in the cup discharging device of the rotary cup product manufacturing system according to an embodiment of the present invention The drawings show the process of pushing the old cup and discharging it into the discharge conveyor.

1 to 23, a rotary cup product manufacturing system according to an embodiment of the present invention includes a rotary table 30 that is step-spinned by a rotating shaft 34 through a driving unit 21 in a frame 2 , Gear ratio adjusting unit 40 provided at the lower side of the rotating table 30 to transmit power of the driving unit 21 to the rotating shaft 34 and adjust and adjust the gear ratio according to the equal fraction increase of step rotation of the rotating table 30 ), The mold attaching and detaching part 100 detachably attaching and detaching the mold plate 6 for seating the cup on the rotating table 100, and the cup 4 by loading a large amount in the up and down and forward and backward directions, and transporting the slide. Since the adsorption member 280 is moved up and down through the power transmission device 20 that transmits the power of the 210, the cup supply device 200 and the cup 4 that descend and supply the cup 4 on the mold plate 6 ) To supply the liquid to the liquid supply device 500 to perform the pump operation, and the guide frame (605) The slides are moved to open and close, and the several leads 5 are lowered and loaded, and the leads 5 are reversed on the upper side of the cup 4 through the reversing mechanism 680 operated through the power transmission device 20. The lead supply device 600 to supply, the lead heating device 700 to heat and fuse the lead 5 mounted on the cup 4 to the cup 4, and the cup 4 to discharge the conveyor ( It characterized in that it comprises a; 860) to move to discharge the cup discharge device (800).

2 and 3, the power transmission device 20 includes a main driving pulley 22 that branches and rotates a portion of the power of the driving unit 210 and a main driven pulley that is spaced apart from the main driving pulley 22. (23), the main drive pulley (22) and the main transmission pulley (23) wound around the transmission belt (24) and the main driven pulley (23) connected to the shaft of a plurality of drive bevel gears and main driven bevel gears Power distribution unit 25 for distributing power by using, and a plurality of connecting shafts 26 rotating and output from the power distribution unit 25, and connected to any one of the connecting shafts 26, the cup supply device Connected to the cam operating portion 27 for converting power to lift and move the cup lifting shaft 276 connected to the adsorption member 280 of (200), the other connecting shaft 26, the lead supply device * 600 ) Includes a lever operation unit 28 for converting power to move the lead elevating shaft 672 up and down,

The rotary table 20 according to the present invention is divided into 20 equal parts at intervals of 18 °, and the cap supply device 200, the debris removal device 300, and the two (section) serial supply devices are required at each construction. 400), liquid water supply device 500, lead supply device 600, lead heating device 700, cup discharging device 800 and cap supply device (not shown) and other various devices 20 are possible It is composed.

As described above, as the equal fractions of each section of the rotary table 30 increase, when the existing driving unit is directly connected, the gear ratio is not sufficiently exhibited, and thus the operation time and battery time cannot be matched. Therefore, it is necessary to provide the gear ratio adjusting unit 400 according to the present invention in order to match the gear ratio according to the increase in the number of equal fractions of the front table 30.

The gear ratio adjustment unit 40 may adjust the gear ratio to increase the movement time and the stop time of the driving unit 210 to match the number of divisions of the rotary table 30.

The gear ratio adjusting part 40 is connected to the first spur gear 42 having a small number of gear values coupled to a shaft extending upwardly of the driving part 210 and the rotation shaft 34, and the first spur gear 42 It is formed so as to have a larger number of gears compared to the first spur gear 42, even if the number of revolutions of the first spur gear 42 to reduce the number of revolutions of the rotary table 30 to enable rotation gear ratio adjustment according to the equal fraction of the rotary table 30 Spur gear 44; includes.

The mold attaching and detaching portion 100 is formed with a plurality of protrusions on both edges of the upper and lower through holes 32 of the rotary table 30, and the roller supporting portion 110 for guiding by contacting both sides of the mold plate 6 and the rotating table The upper and lower through holes 320 of 30 are formed to protrude upwardly at both edges, and the guide protrusion 120 is formed with a locking jaw at the upper end, and the mold plate 6 is caught by the guide protrusion 120. It includes a slide jaw portion 130 formed on both sides of the edge, and a detachment prevention portion 140 to prevent the separation by mounting the mold plate 6.

The detachment preventing unit 140 uses various attachment and detachment methods, such as an elastic hook method, a screw coupling method, and a hook method.

1, 2, 6 to 12, the cup supply device 200 is disposed at a position spaced apart from the circumference of the rotary table 30 to load a plurality of cups 4 up and down, and before and after To accommodate the cups 4 in the first row among the cups 4 arranged back and forth in the magazine portion 210 and the magazine portion 210 arranged and transferred to the side, and to supply the cup 4 on the rotary table 30 The cup multi-receiving unit 250 and the slide operation unit 260 for moving the cup multi-receiving unit 250 reciprocally between the rotary table 30 and the magazine unit 210 and the slide operating unit 260 are operated. A cup for loading the cup 4 dropped from the cup multi-receiver 250 moved by the cup, and sequentially supplying the cup 4 on the mold plate 6 through up and down movement and adsorption of the adsorption member 280 It includes a dispenser unit 270.

The magazine portion 210 is provided on the lower side of the frame member 220 and the frame member 220, which loads the cup 4 up and down, and is arranged obliquely to the front and rear sides, and transmits power through the driving unit 21. Cup 4 to transfer the cup (4) in the front-rear direction and the cup (4) through the cup before and after the transfer section (230) to prevent the cup (4) from falling forward when the cup (4) is not transferred and temporarily sperm It includes a stopper portion 240.

Cup before and after the transfer unit 230, the driving pulley 231 provided on either the front or rear side from the lower side of the frame member 220, and the drive pulley 231 is spaced apart from the rear or front side of the frame member 220 The driven pulley 232 disposed in any one, the driving pulley 231 and the driven pulley 232 are wound, the cup 4 is seated and moved to the front conveying belt 233 and the driving pulley 231 It includes an operation unit 234 that is connected to the shaft to provide power.

The operation unit 234 may include a motor that generates power, and a reducer that is connected to the motor and increases power while decelerating the speed.

The stopper portion 240, the operating cylinder 241 provided on the upper side of the frame member 220, and connected to the operating cylinder 241, the width operating member 242 operating in the width direction of the frame member 220 Wow, a plurality of hinge lever members 243 that are hinged to be pivotably connected to each of the width operating members 243 and axially connected to the hinge lever members 243, and in the front-rear direction to the frame member 220 It includes a stopper member 244 that rotates to supply or stop the cup 4 arranged as a stopper dol 245 through the front side.

The cup multi-receiving unit 250 is installed on the moving frame 251 connected to the slide operation unit 260 and the moving frame 251, and is rotated or inclined to correspond to the magazine unit 210 in a vertical state. In the rotating bracket 252 rotating in a vertical state, and installed on the moving frame 251, the shaft is connected to the rotating bracket 252 and a rotating cylinder 253 for rotating the rotating bracket 252 by expansion and contraction, It is installed to be able to move straight on the rotating bracket 252, the forward and backward bracket 257 that moves forward and backward toward the magazine portion 210, and the forward and backward cylinder installed on the rotating bracket to move the forward and backward bracket 257 forward and backward. (256), is installed rotatably on the forward and backward brackets (257), seated by hanging the lower side of the cup (4) loaded on the frame member 220 of the magazine section 210, to the slide operation unit (260) The cup dispenser unit 27 is moved to the upper side of the rotary table 30, and then the cup 4 is flipped. 0) is installed on the cup seating wetting member 254 and the front and rear forward brackets 257 falling to the side, the shaft is connected to the cup seating wetting member 254 to rotate the cup seating wetting member 254 through expansion and contraction operation. It includes; a tilting cylinder.

The tilting cylinder 255 is a configuration in which the cup multi-receiving unit 250 contracts only when the upper side of the rotary table 30 moves, so that the cup multi-receiving unit 254 is tilted, and the cup 4 seated on the cup seating member 254 is retracted. Flip it and drop it to the cup dispenser part 270 side.

The front-rear forward bracket 257 approaches the cup forward and backward transfer section 230 of the magazine section 210 and approaches, and the cups 4 stacked up and down through the operation of the transfer belt 233 of the front-back transfer section 230 ) Is dropped and seated on the cup seating wet member 254 to receive it, and then returns to the main position in an inclined state, and moves to the rotary table 30 side through the slide operation unit 260.

The slide operation unit 260 accommodates the cup member to be coupled to the rail member 261 and the rail member 261 connecting the frame 2 and the magazine part 210 disposed on the upper side of the rotating cable 30. It is provided on the upper side of the portion 250, the slide guide member 262 for guiding the horizontal movement of the cup multi-receiving unit 250, and a body is installed on the frame 2, the shaft is on the slide guide member 262 It is connected to the telescopic operation includes a long axis cylinder 263 for horizontally moving the cup multi-receiving portion 250 from the rail member 261.

The cup dispenser unit 270 arranges the cup 4 vertically and guides the guide rod 271 and the bottom of the bottom cup 4 of the cups 4 descending along the guide rod 271 from both sides. A pair of lower horizontal plate members 272 and a pair of first horizontal cylinders 273 for performing the operation of the lower horizontal plate members 272 and lower horizontal plate members 272, which are opened for walking or descending, respectively ) Is provided on the upper side, and when the lower hanging plate member 272 opens the cup 4 and descends, the second cup 4 is hooked from the bottom of the cup 4, and the lower hanging plate member 272 When the cup 4 is hung, a pair of second horizontal cylinders for performing the operation of the upper hung plate member 274 and the upper hung plate member 274, which are opened to guide the lower side of the cup 4, 275), a cup lifting shaft 276 for receiving and receiving power from the power transmission device 20, and a lifting bracket provided at the ends of the cup lifting shaft 276, and in which the adsorption member 280 is installed ( 277).

  Since the first horizontal cylinder 273 and the second horizontal cylinder 275 perform stretching and contraction in reverse, the cups 4 are sequentially provided on the mold plate 6 provided on the rotating table 30 one by one for a plurality of lines. It can be lowered to settle down.

It is assumed that five cups 4 are arranged at a predetermined interval in the radial direction of the rotary table 30. The number of cups 4 in the radial direction of the rotary table 30 can be changed as necessary.

The cup 4 may be provided with a space for liquid water storage or serial storage, respectively.

In the cup 4, it is preferable to form a space portion for storing liquid water larger than a space portion for storing cereals.

The subsequent position of the cup supply device 200 may be provided with a foreign material removal device 300 that blows air inside the cup 4 to remove foreign materials.

13, the foreign matter removal device 300 is supplied from the air supply unit 310 for supplying air, the air movement pipe 320 for moving the air supplied from the air supply unit 310, and the air movement pipe 320 Since the air is blown by placing the air inside the cup 4, the foreign substance removal nozzle 330 for blowing and removing foreign substances remaining in the cup 4 and the foreign substance removal nozzle 330 are lifted to lift the cup ( It includes; 4) the nozzle lifter 340 to move to the inside or leave.

The foreign substance removal nozzle 330 is formed in a pair of spaces in which liquid materials are injected in the cup 3 and spaces in which cereals are supplied, so as to be aired.

The nozzle elevating unit 340 is connected to the shaft of the nozzle elevating cylinder 341 and the nozzle elevating cylinder 341 installed on the frame 2, and a connecting member integrally connecting a plurality of foreign matter removal nozzles 330 (342).

14 and 15, between the debris removal device 300 and the liquid water supply device 500, one or more serial supply devices 400 for supplying cereal to the space portion of the cup 4 may be provided. You can.

The serial supply device 400 includes a hopper 410 for storing cereal, and a first opening / closing member 420 installed to be opened and closed at the lower side of the hopper 410 to supply or block cereal to the lower side by cylinder operation, A horizontal guide case 430 extending horizontally from the lower side of the hopper 410 and horizontally guiding the cereal moved by opening of the first opening / closing member 420, and provided on the front side of the horizontal guide case 430, It includes a vertical guide case 440 extending to the lower side, and a second opening / closing member 450 which is installed at the inlet side of the vertical guide case 440 and supplies or blocks the cereal by moving it to the lower side by cylinder operation. .

At the end of the vertical guide case 440, an outlet for discharging cereal is formed, and the outlet of the vertical guide case 440 is configured to supply cereal to a small space having a small area among two spaces of the cup 4 do.

When the cereal is supplied to the cup through the opening and closing of the second opening / closing member 450, the serial supply device 400 places the cup 4 to arrange the space portion of the cup 4 on the outlet side of the vertical guide case 440. And a serial elevating unit 460 for elevating.

The serial elevating unit 460 is connected to the axis of the serial elevating cylinder 461 and the serial elevating cylinder 461, and a connecting bracket 462 that is branched upward and extended. It includes a cup lifting plate member 463, which is disposed horizontally at the end of the connecting bracket 462, and has a supporting protrusion 464 for supporting the bottom surface of the cup 4, respectively.

16 and 17, the liquid water supply device 500 is connected to the inlet pipe 521 and the outlet pipe 522 connected to the hopper 510, and the liquid material therein through the hopper 510 The pump body 520 accommodated therein, the first opening / closing valve 530 installed on the connecting pipe 521 to open and close the inflow of liquid, and the second opening / closing installed on the discharge pipe 522 to open and close the discharge of the liquid. The valve 540 is connected to the discharge pipe 522, and the nozzle member 550 for supplying liquid water to the cup 4 and the piston 505 installed inside the pump body 520 are repeatedly operated. It includes a pump operation unit 560 for inhaling or discharging the liquid.

The nozzle member 550 is formed to be biased to one side to supply a liquid to a large space having a large area among the two spaces of the cup 4.

The pump operation part 560 is engaged with the drive motor 561, the pinion gear part 562 provided on the drive motor 561, and the pinion gear part 562, and the rack gear which operates in the vertical direction in the vertical direction. The operation is connected to the unit 563, the rack gear portion 563, the lever member 564 for lever-operating around the hinge, and the piston 505, and is repeatedly operated through the lever member 564. It includes a shaft member 565 and a stroke adjusting unit 570 for moving the working shaft member 565 in the radial reduction or expansion direction of the lever member 564 to adjust the stroke of the working shaft member 565.

The stroke adjusting unit 570 includes an installation member 571 installed on the free end side of the lever member 564, a guide shaft 572 extending outwardly to the installation member 571, and a guide shaft 572 The support block 573, which is slidably connected to the axis of the operating shaft member 565, is hinged and coupled to an end of the guide shaft, and a departure preventing member 574 that prevents the support block 573 from coming off. , It is fastened to the support block 573 through the release preventing member 574 to move the support block 573 in the radial direction of the lever member 564 by tightening and loosening to adjust the stroke of the working shaft member 575 Includes; stroke adjustment member 575.

The liquid water supply device 500 may include a cup elevation part 580 that pushes the cup 4 upward and approaches the nozzle member 550.

The cup elevating portion 580 is connected to the shaft of the cup steel cylinder 581 and the cup cylinder 581, and a connecting bracket 582 extending and branching upward. It includes a cup lifting plate member 63 which is disposed horizontally at the end of the connecting bracket 582, and has a supporting protrusion 584 for supporting the bottom surface of the cup 4, respectively.

18 to 20, the lead supply device 600 includes a slide member 610 and a slide member movably provided in the longitudinal direction to supply the lead 5 from the outside to the guide frame 605. 610, a lead guide rod 620 for moving the lid 5 upward, and a pair of lead hanger members provided on the sled member 610 and hooking both sides of the lead 5 ( 630), a lead linking member 630 and a pair of links respectively connected to the width guiding member 640 and the width guiding member 640, respectively, which guide the width direction movement of the lead hanger member 630. As the member 650 and the link member 650 are connected to operate the link member 650 in a straight direction, the lead hook member 630 is closed or opened by the width guide member 640 to lead 5 The width adjustment cylinder (660) for supporting or falling, and the lead (5) dropped by the operation of the width adjustment cylinder (660) It includes a lead dispenser 670 to be supplied to the upper side of the cup (4) placed in operation by the mold plate 6 of the mechanism 680.

The width guide member 640 may be provided with a width guide rail 642 to guide movement in the width direction.

The guide frame 605 is disposed to extend outwardly from the rotary table 30.

The lead dispenser unit 670 is provided with a lead 5, a lead support member 671 having a through hole through which the lead 5 passes, and a lead support member 671, which is provided under the power transmission device ( 20) the upper and lower leads of the lead 5 are absorbed from the upper side through the lead elevating shaft 672, which receives power and moves up and down, and the reversing mechanism 680 installed on the lead elevating shaft 672, and leads to the lower side (5). ) To invert the lid 4 and cover the upper side of the cup 4.

Referring to FIG. 21, the lead heating apparatus 700 includes a heat heating member 710 attached to the cup 4 by applying heat to the top of the lead 5 seated on the cup 4, and a heat heating member. It is provided on the upper side of the (710), the heater member 720 to provide heat, the shaft is connected to the upper side of the heater member 720, the heater member 720 and the heating member 710 is elevated to lead (5) ) Is connected to the pressing cylinder 730 for pressing the cup 4 on the upper side, the connecting support member 740 for mutually supporting the pressing cylinder 730, and the connecting support member 740, and is rotatably supported by the lever The heating lever member 750 is connected to the free end of the heating lever member 750, and the heat heating member 710, the heater member 720, and the pressurizing cylinder 730 through the heating lever member 750 through expansion and contraction operations. ), The shock absorber absorbs the shock when the thermal heating member 710 is pressed against the lid 5 by the operation of the straight cylinder 760 and the straight cylinder 760 to facilitate repair work. And a buffer of elastic members (770).

The cushioning elastic member 770 may include a coil spring wound around the connecting shaft.

Four cushioning elastic members 770 are formed, and are configured to maintain balance during cushioning while operating up and down.

The heater member 720 is formed in a portion connected to the end of the shaft of the pressurizing cylinder 730, so that even when the balance between left and right is twisted during the pressing operation of the heat pressurizing member 710, the heater member 720 and the heat pressurizing member are provided by the ball. The fine rotation control and balance of the 710 can be achieved.

22 and 23, the cup discharging device 800, the discharge cylinder 810, the discharge elevating member 820 connected to the shaft of the discharge cylinder 810, and the free of the discharge elevating member 820 The push member 830, which is provided at each end and pushes the bottom surface of the cup 4 upward, and a side plate member which is supported by each push member 830 and pushes the side surface of the cup 4 lifted ( 840), the push plate 850 is coupled to the side plate member 840 and pushes the cup 4 toward the front side, thereby discharging by moving the cup 4 adjacent to the discharge conveyor * 860.

The present invention has been described with reference to the embodiment shown in the drawings, but this is only exemplary, and those skilled in the art to which the art belongs can various modifications and equivalent other embodiments from this. Will understand.

Therefore, the true technical protection scope of the present invention should be defined by the claims below.

2: Frame 4: Cup
5: rod 6: mold plate
8: Seating groove 20: Power transmission device
21: drive unit 22: main drive pulley
23: driven main pulley 24: power transmission belt
25: power distribution unit 26: connecting shaft
27: cap operation portion 28: lever operation portion
30: rotating table 32: up and down through
34: rotating shaft 40: gear ratio adjustment unit
42: first spur gear 44: second spur gear
100: mold detachable portion 110: roller support portion
120: guide projection 130: glide jaw
140: cock prevention part 200: cup supply device
210: maegeonjin 220: frame member
230: Cup back and forth transfer section 231: Driving pulley
232: driven pulley 233: transfer belt
234: operation portion 240: stopper portion
241: operating cylinder 242: width operating member
243: hinge lever member 244: stopper member
245: stopper protrusion 250: cup multi-receiving unit
251: moving frame 252: rotating bracket
253: rotating cylinder 254: cup seating wet member
255: tilting cylinder 260: slide operation unit
261: rail member 262: slide guide member
263: long cylinder 270: cup dispenser
271: guide rod 272: lower hanging plate member
273: first horizontal cylinder 274: upper hanging plate member
275: 2nd horizontal cylinder 276: Cup lift shaft
277: lifting bracket 300: foreign matter removal device
310: air supply unit 320: air moving pipe
330: foreign matter removal nozzle 340: nozzle lift
341: nozzle lifting cylinder 342: connecting member
400: serial supply device 410: hopper
420: first opening and closing member 430: horizontal guide case
440: vertical guide case 450: second opening and closing member
460: Serial elevating unit 461: Serial elevating cylinder
462: connecting bracket 463: cup lifting plate member
464: support protrusion 500: liquid water supply device
510: hopper 520: pump body
521: inlet pipe 522: outlet pipe
530: first opening and closing valve 540: second opening and closing valve
550: Nozzle member 560: Pump operation unit
561: drive motor 562: pinion gear unit
563: rack gear part 564: lever member
565: operating shaft member 570: stroke adjustment unit
571: mounting member 572: guide shaft
573: Support block 574: Departure prevention member
575: Stroke adjustment member 580: Cup lift
381: Cup lifting cylinder 600: Lead supply device
605: Guide frame 610: Slide member
620: Lead guide rod 630: Lead hook member
640: width guide member 650: link member
660: width adjustment cylinder 642: width guide rail
670: lead dispenser unit 671: lead support member
672: Lead lifting shaft 673: Lead adsorption member
680: reversing mechanism 700: lead heating device
710: thermal heating member 720: heater member
730: pressurized cylinder 740: connecting support member
750: Heating lever member 760: Straight cylinder
770: cushioning elastic member 800: cup discharge device
810: discharge cylinder 820: discharge elevating member
830: Push member 840: Side plate member
850: push cylinder

Claims (13)

A rotating table 30 stepped by the rotating shaft 34 through the driving unit 21 in the frame 2;
Gear ratio adjustment to be provided on the lower side of the rotary table 30 to transmit the power of the driving unit 21 to the rotating shaft 34 and adjust the gear ratio according to the increase in the equal fraction of the step rotation of the rotating table 30 Part 40;
A mold detachable part 100 detachably detachable from the mold plate 6 for seating the cup on the rotary table 100;
The mold plate 6 is mounted and lifted by the suction member 280 through the power transmission device 20 that transfers the power of the driving unit 210 by loading the cup 4 in a large amount in the vertical direction and in the front-rear direction. A cup supply device 200 for descendingly supplying the cup 4 on the top;
A liquid water supply device 500 performing a pump operation to supply liquid water to the cup 4;
Slide the guide frame 605 to open and close the lid 5 through the opening and closing operation, and load it, and through the power transmission device 20, the reversing mechanism 680 operates through the cup 4 to the upper side. A lead supply device 600 for reversing and supplying the lead 5;
A lead heating device 700 fusion-fixed to the cup 4 by applying heat to the lid 5 seated on the cup 4; And
Cup discharging device 800 for moving the cup 4 to the discharge conveyor 860 to discharge;
Rotary cup product manufacturing system comprising a.
According to claim 1,
The gear ratio adjustment unit 40 adjusts the gear ratio to increase the movement time and stop time of the driving unit 210 to match the number of divisions of the rotary table 30,
The gear ratio adjustment unit 40,
A first spur gear 42 having a small number of gear teeth coupled to a shaft extending upwardly of the driving unit 210; And
It is connected to the rotating shaft 34 and is formed to have more gear values than the first spur gear 42, so that even if the rotation speed of the first spur gear 42 is large, the rotation speed of the rotating table 30 is reduced. A second spur gear 44 that enables rotation gear ratio adjustment according to the equal fraction of the rotation table 30;
Rotary cup product manufacturing system comprising a.
According to claim 1,
The mold detachable part 100,
A plurality of roller protrusions 110 protruding from both edges of the upper and lower through holes 32 of the rotary table 30 and contacting and guiding the both sides of the mold plate 6;
A plurality of guide protrusions 120 protruding upwardly from both edges of the upper and lower through holes 320 of the rotary table 30, and a locking jaw formed at an upper end;
A slide jaw portion 130 formed on both side edges of the mold plate 6 to be caught by the guide protrusion 120; And
The mold plate (6) to prevent departure by preventing the departure part 140;
Rotary cup product manufacturing system comprising a.
According to claim 1,
The cup supply device 200,
A magazine portion 210 disposed at a position spaced apart from the circumference of the rotary table 30 to stack a plurality of cups 4 up and down, and to arrange and transfer them to the front and rear sides;
The cup multi-receiving unit 250 which operates to accommodate the cup 4 of the first row among the cups 4 arranged back and forth in the magazine portion 210 and to supply the cup 4 on the rotary table 30 );
A slide operation unit 260 for reciprocating slide movement of the cup multi-receiving unit 250 between the rotary table 30 and the magazine unit 210; And
The cup 4 dropped from the cup multi-receiving unit 250 moved by the slide operation unit 260 is loaded, and the mold plate 6 is mounted on the mold plate 6 through vertical movement and adsorption of the adsorption member 280. Cup dispenser unit 270 for sequentially supplying the cup (4) to the
Rotary cup product manufacturing system comprising a.
The method of claim 4,
The magazine unit 210,
A frame member for loading the cup 4 upward and downward, and arranged obliquely to the front and rear sides;
It is provided on the lower side of the frame member 220, and transmits power through the drive unit 21 to transfer the cup 4 forward and backward in the forward and backward direction 230; And
A stopper unit 240 for preventing the cup 4 from falling over to the front side when the cup 4 is not temporarily transported through the cup forward and backward transfer portion 230;
Rotary cup product manufacturing system comprising a.
The method of claim 5,
Before and after the cup transfer unit 230,
A driving pulley 231 provided on either a front side or a rear side of the lower side of the frame member 220;
A driven fleece 232 disposed on either a rear side or a front side of the frame member 220 to be spaced apart from the driving pulley 231;
A transfer belt 233 wound around the driving pulley 231 and the seed pulley 232, and the cup 4 is seated and moved to the front side; And
An operation unit 234 connected to an axis of the driving pulley 231 to provide power;
Rotary cup product manufacturing system comprising a.
The operation unit may include a motor that generates power, and a reducer that is connected to the motor and increases power while decelerating speed.
The method of claim 5,
The stopper portion 240,
An operating cylinder 241 provided on an upper side of the frame member 220;
A width operation member 242 connected to the operation cylinder 241 and operating in a width direction of the frame member 220;
A plurality of hinge lever members 243 which are hinged to each of the width operation members 243 and rotatably connected to each other to operate a lever; And
A stopper member that is axially connected to the hinge lever member 243 and rotates to supply or stop the cup 4 arranged in the front-rear direction to the frame member 220 in a forward direction or through a stopper dol 245. (244);
Rotary cup product manufacturing system comprising a.
The method of claim 4,
The cup multi-receiving unit 250,
A moving frame 251 connected to the slide operation unit 260;
A rotating bracket 252 which is installed on the moving frame 251 and rotates obliquely to correspond to the magazine part 210 in a vertical state or rotates in a vertical state in an inclined state;
A rotating cylinder 253 installed on the moving frame 251 and connected to an axis of the rotating bracket 252 to rotate the rotating bracket 252 in a telescopic operation;
A forward and backward bracket 257 installed to be movable in a straight line on the rotating bracket 252 and operated back and forth toward the magazine part 210;
A forward and backward cylinder cylinder 256 installed on the rotating bracket 252 to move the forward and backward forward bracket 257 forward and backward;
It is installed rotatably on the forward and backward forward bracket 257, seated by hanging the lower side of the cup 4 loaded on the magazine section 210, and by the slide operation section 260 of the rotary table 30 A cup seating wetting member 254 that is flipped in the state of being moved upwards and drops the cup 4 toward the cup dispenser portion 270; And
It is installed on the front and rear vibration bracket 257, the shaft is connected to the cup seating wet member 254, the tilting cylinder 255 for rotating the cup seating wet member 254 through a telescopic operation;
Rotary cup product manufacturing system comprising a.
The method of claim 4,
The slide operation unit 260,
A rail member 261 connecting between the frame 2 disposed on the upper side of the rotating cable 30 and the magazine part 210;
A slide guide member 262 provided on the cup multi-receiving part 250 to be coupled to the rail member 261 and guiding the horizontal movement of the cup multi-receiving part 250; And
A body is installed on the frame (2), an axis is connected to the slide guide member 262, and a long axis cylinder (263) that horizontally moves the cup multi-receiving part (250) from the rail member (261) by a stretching operation. ;
Rotary cup product manufacturing system comprising a.
According to claim 1,
The liquid water supply device 500,
A pump body 520 in which an inlet pipe 521 and an outlet pipe 522 connected to the hopper 510 are connected, and liquid water is accommodated therein through the hopper 510;
A first opening / closing valve 530 installed on the connecting pipe 521 to open and close the inflow of liquid water;
A second opening / closing valve 540 installed in the discharge pipe 522 to open and close discharge of liquids;
A nozzle member 550 connected to the discharge pipe 522 and supplying liquid to the cup 4;
A pump operation unit 560 for reciprocating operation of the piston 505 installed inside the pump body 520 to suck or discharge liquid substances;
Rotary cup product manufacturing system comprising a.
The method of claim 10,
The pump operation unit 560,
Drive motor 561;
A pinion gear part 562 installed in the driving motor 561;
A rack gear part 563 engaged with the pinion gear part 562 and operating in the vertical direction in the vertical direction;
A lever member 564 connected to the rack gear part 563 and lever-operated around a hinge;
An operating shaft member 565 connected to the piston 505 and operated to be retracted through the lever member 564; And
A stroke adjusting part 570 for moving the working shaft member 565 in the radial reduction direction or the extending direction of the lever member 564 to adjust the stroke of the working shaft member 565;
Rotary cup product manufacturing system comprising a.
According to claim 1,
The lead supply device 600,
A slide member 610 movably provided in the longitudinal direction to supply the lead 5 from the outside to the guide frame 605;
A lead guide rod 620 that moves along the slide member 610 and loads the lid 5 upwards;
A pair of lead hook members 630 provided on the sludge member 610 and hooking both sides of the lead 5;
A width guide member 640 connected to each of the lead hook members 630 and guiding the width direction movement of the lead hook members 630;
A pair of link members 650 respectively connected to the width guide members 640;
As the link member 650 is connected to the link member 650 and operates in the straight direction, the lead hook member 630 is closed or opened by the width guide member 640 to support the lead 5 or A drop-adjusting cylinder 660; And
A lead dispenser unit 670 for supplying the lead 5, which has been dropped and moved by the operation of the width adjustment cylinder 660, to the upper side of the cup 4 placed on the mold plate 6 by the operation of the reversing mechanism 680 );
Rotary cup product manufacturing system comprising a.
According to claim 1,
The lead heating device 700,
A heating member 710 attached to the cup 4 by applying heat to the upper side of the lid 5 mounted on the cup 4;
A heater member 720 provided on an upper side of the thermal heating member 710 to provide heat;
A pressure cylinder 730 that is axially connected to the upper side of the heater member 720 and lifts the heater member 720 and the thermal heating member 710 to press the lead 5 to the upper side of the cup 4. ;
A connection support member 740 for mutually supporting the pressure cylinder 730;
A heating lever member 750 connected to the connection support member 740 and rotatably supporting a lever;
Since it is connected to the free end of the heating lever member 750 through the stretching lever member 750 through the heating lever member 750, the heating member 710, the heater member 720 and the pressurizing cylinder 730 are retracted. A straight cylinder 760 to facilitate repair work; And
A plurality of cushioning elastic members 770 that absorb and absorb shock when the thermal heating member 710 is pressed against the lid 5 by the operation of the straight cylinder 760;
Rotary cup product manufacturing system comprising a.

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