CN211055562U

CN211055562U - Novel four-side ironing and shaping machine

Info

Publication number: CN211055562U
Application number: CN201922123530.6U
Authority: CN
Inventors: 肖军文
Original assignee: Yiwu Junwen Mechanical Equipment Co ltd
Current assignee: Yiwu Junwen Mechanical Equipment Co ltd
Priority date: 2019-12-02
Filing date: 2019-12-02
Publication date: 2020-07-21
Anticipated expiration: 2029-12-02

Abstract

The utility model provides a novel trimmer is scalded on four sides, scalds mechanism and upper shield shell subassembly including frame, control box, four sides, and the four sides scalds the mechanism setting in the frame, and the four sides scalds and sets up upper shield shell subassembly in the mechanism, and the control box scalds mechanism line connection with the four sides, and the four sides scalds the mechanism and scalds the subassembly including controlling and scalding the subassembly and scald the subassembly from top to bottom, and the product is sent into from controlling the pan feeding mouth of scalding the subassembly, and the discharge gate of scalding the subassembly from top to bottom releases. The machine has the advantages that mechanical connection and mechanical transmission are adopted among all parts of the machine, pneumatic elements such as air cylinders and electromagnetic valves are not used, the structure is simplified, the maintenance cost is reduced, the whole operation process is continuous operation, the production efficiency is improved, the packing materials are heated and pressed uniformly, and the packing quality is improved.

Description

Novel four-side ironing and shaping machine

Technical Field

The utility model relates to a plastic machine is scalded on four sides.

Background

The automatic packaging and shaping machine is used for shaping, sealing and ironing and wrapping product shells so as to improve packaging quality and packaging grade, and the automatic packaging and shaping machine seals and irons different quantities of shaping surfaces according to product requirements, and has different corresponding structural settings, such as four-surface ironing, point ironing, two-surface ironing and the like.

Most of the existing automatic packaging and shaping machines adopt a form of a cylinder-driven ironing plate to heat and pressurize and shape the surface of a packaged object, and have the following defects: 1) besides the power supply, the air supply is needed to provide compressed air, and the machine has a complex structure, is troublesome to maintain and maintain in daily life and has high equipment failure rate due to the involvement of pneumatic elements such as cylinders, electromagnetic valves and the like; 2) the whole working process is intermittent, the speed is low, and the efficiency is low; 3) sometimes a mark is made on the position of the package relative to the edge of the ironing board, which affects the packaging effect.

SUMMERY OF THE UTILITY MODEL

For solving above-mentioned problem, provide a novel plastic machine is scalded on four sides, can use mechanical transmission's mode to carry out work, effectively simplify mechanical structure, reduce the fault rate, improve work efficiency, promote packaging quality.

In order to achieve the above object, the present invention provides the following solutions: the utility model provides a novel trimmer is scalded on four sides, scalds mechanism and upper shield shell subassembly including frame, control box, four sides, and the four sides scalds the mechanism setting in the frame, and the four sides scalds and sets up upper shield shell subassembly in the mechanism, and the control box scalds mechanism line connection with the four sides, and the four sides scalds the mechanism and scalds the subassembly including controlling and scalding the subassembly and scald the subassembly from top to bottom, and the product is sent into from controlling the pan feeding mouth of scalding the subassembly, and the discharge gate of scalding the subassembly from top to bottom releases.

Furthermore, control and scald the subassembly including controlling scalding drive mechanism, controlling and scalding the hot plate and controlling and scalding track width adjustment mechanism, scald the subassembly including scalding drive mechanism, scalding the hot plate and scalding track height adjustment mechanism from top to bottom.

Furthermore, control and scald drive mechanism and include first motor, hold-in range, synchronous pulley, first transmission bevel gear, second transmission bevel gear and first drive key, first motor passes through the hold-in range with synchronous pulley and is connected, and synchronous pulley drives first transmission bevel gear and rotates, connects through first transmission key between first transmission bevel gear and the second transmission bevel gear.

Further, control and scald drive mechanism still including controlling scalding the Teflon high temperature area, control and scald the driving roller, control and scald driven cylinder and control and scald the rolling stand, control and scald the driving roller and control and scald driven cylinder and rotationally fix and scald the rolling stand both sides about with controlling, control and scald Teflon high temperature area winding and control and scald driving roller and control and scald driven cylinder a week, form a conveyer belt of controlling and scalding the driving roller and drive, control of left side seal and scald the mechanism and scald driving roller below and connect first driven bevel gear, control and scald the mechanism on the right side and scald driving roller below and connect the driven bevel gear of second, first driven bevel gear and first transmission bevel gear meshing transmission, the driven bevel gear of second and second transmission bevel gear meshing transmission.

Furthermore, control and scald track width adjustment mechanism including control adjusting screw, control adjusting nut, control the adjusting guide rail and control adjusting device, left side seals scalds mechanism and right side and seals the mechanism and slide on controlling the adjusting guide rail, two control adjusting nut and connect respectively and seal the mechanism below scalding mechanism and right side in a left side, control adjusting screw and two control adjusting nut meshing, control adjusting screw one side tip and be equipped with driven regulation bevel gear, control adjusting device and set up in driven regulation bevel gear top, control adjusting device below and be equipped with initiative regulation bevel gear, initiative regulation bevel gear and driven regulation bevel gear meshing, control adjusting device drive initiative regulation bevel gear and rotate.

Furthermore, the upper and lower ironing transmission mechanism comprises a second motor, a second transmission key, a third transmission bevel gear and a fourth transmission bevel gear, the second motor drives the third transmission bevel gear to rotate, and the second transmission key is connected between the third transmission bevel gear and the fourth transmission bevel gear.

Further, scald drive mechanism from top to bottom and still include scald the Teflon high temperature area from top to bottom, scald the driving roll from top to bottom, scald driven cylinder from top to bottom and scald the rolling stand from top to bottom, scald the driving roll from top to bottom and scald the driven cylinder from top to bottom and rotationally fix in scalding rolling stand both sides from top to bottom respectively with scalding driven cylinder from top to bottom, scald the driving roll from top to bottom and scald a driven cylinder week from top to bottom in the winding of the Teflon high temperature area from top to bottom, seal down and scald the driving roll below and connect the driven bevel gear of third from top to bottom of mechanism, seal up and scald the driving roll below and connect the driven bevel gear of fourth from top to bottom of mechanism, the driven bevel gear of third and third transmission bevel gear meshing transmission, the driven.

Further, the upper and lower hot-pressing height adjusting mechanism comprises an upper adjusting screw, a lower adjusting nut, an upper adjusting guide rail, a lower adjusting guide rail and an upper and lower adjusting device, the upper hot-pressing mechanism and the lower hot-pressing mechanism slide on the upper and lower adjusting guide rails, the two upper and lower adjusting nuts are respectively connected below the upper hot-pressing mechanism and the lower hot-pressing mechanism, the upper and lower adjusting screw is meshed with the two upper and lower adjusting nuts, one side end part of the upper and lower adjusting screw is connected with the upper and lower adjusting device, and the upper and lower adjusting device drives the upper and lower adjusting screw.

Furthermore, the control box comprises a control box body, an indicator light, a starting button, a control panel, a change-over switch, a stopping button, a frequency converter control panel, a temperature controller and a ship-shaped switch, wherein a frequency converter is arranged in the control box, and the first motor and the second motor are connected with the same frequency converter.

Further, the upper cover shell assembly comprises a main frame, an air spring and a sealing plate, wherein the main frame is made of aluminum profiles, and the sealing plate is a transparent PC plate.

The utility model discloses an useful part lies in:

1. all adopt mechanical hookup, mechanical transmission between this machine each part, do not use pneumatic elements such as cylinder and solenoid valve, do not have extra air supply unit to simplified the structure, reduced the fault rate, reduced the maintenance cost by a wide margin.

2. The rollers on the left side and the right side in the left and right ironing components and the rollers on the left and the right sides in the upper and lower ironing components of the machine are driven by the same transmission key in a bevel gear transmission mode, so that the possibility of inconsistent linear speeds of Teflon high-temperature belts on the two sides is eliminated on hardware; the motors driving the left ironing component, the right ironing component and the upper ironing component and the lower ironing component are controlled by the same frequency converter, so that the problem that the two motors run asynchronously is avoided, and the whole running speed can be set and adjusted by one key; whole operation process is continuous operation, and the centre does not have the reaction time of cylinder and solenoid valve, has improved production efficiency to make the packing material be heated the pressurized evenly, can not produce the impression, promoted packaging quality.

3. The track adjusting part of the machine adopts a high-precision linear guide rail, so that the relative position precision of parts is ensured, and the running reliability of the whole machine is improved.

4. The rack assembly is made of high-quality aluminum profiles and stainless steel materials, so that the stability of the machine is improved; the sealing and ironing mechanism is additionally provided with the highly transparent PC housing, so that the sealing and ironing mechanism is protected, and the appearance of the whole machine is simple and attractive.

Drawings

Fig. 1 is the structure schematic diagram of the novel four-side ironing and shaping machine of the utility model.

Fig. 2 is the utility model relates to a novel scald the structure schematic diagram of subassembly about in plastic machine is scalded to four sides.

Fig. 3 is the utility model relates to a novel scald the structure schematic diagram of subassembly about in plastic machine is scalded to four sides.

Fig. 4 is the utility model relates to a structural schematic diagram of control box in novel plastic machine is scalded on four sides.

Reference numerals: a Teflon high-temperature belt 1, a synchronous pulley 2, a synchronous belt 3, a first transmission key 4, a first motor 5, a left-right adjusting screw 6, a left-right adjusting guide rail 7, a left-right ironing driving roller 8, a first driven bevel gear 81, a second driven bevel gear 82, a second transmission bevel gear 9, a first transmission bevel gear 91, a heating plate 10, a left-right ironing roller bracket 11, a left-right adjusting nut 12, an ironing plate supporting seat 13, a driving adjusting bevel gear 14, a left-right adjusting device 15, a left-right ironing driven roller 16, a up-down adjusting device 17, an up-down adjusting guide rail 18, an up-down adjusting screw 19, a fourth transmission bevel gear 20, a second transmission key 21, an up-down ironing driving roller 22, a third transmission bevel gear 23, a second motor 24, an up-down ironing driven roller 25, an up-down ironing roller bracket 26, a left-right ironing assembly 1001, an up-down ironing assembly 1002, a, A control box 2001, an indicator lamp 2002, a start button 2003, a control panel 2004, a change-over switch 2005, a stop button 2006, a frequency converter control panel 2007, a temperature controller 2008 and a boat switch 2009.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to fig. 1-4 of the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments.

The utility model provides a novel trimmer is scalded at four sides, scalds mechanism and upper shield shell subassembly including frame, control box 1005, four sides, and the four sides scalds the mechanism and sets up in the frame, and the four sides scalds and sets up upper shield shell subassembly in the mechanism, and control box 1005 scalds mechanism line connection with the four sides, and the four sides scalds the mechanism and scalds subassembly 1001 and scald subassembly 1002 from top to bottom including controlling, and the product is sent into from controlling the pan feeding mouth that scalds subassembly 1001, and the discharge gate that scalds subassembly 1002 from top to bottom is released.

Control and scald subassembly 1001 including controlling scalding hot plate 10, controlling to scald drive mechanism and controlling to scald track width adjustment mechanism, scald subassembly 1002 including scalding hot plate 10 from top to bottom, scald drive mechanism and scald track height adjustment mechanism from top to bottom.

Control and scald drive mechanism and include first motor 5, hold-in range 3, synchronous pulley 2, first transmission bevel gear 91, second transmission bevel gear 9 and first transmission key 4, first motor 5 passes through hold-in range 3 with synchronous pulley 2 and is connected, and synchronous pulley 2 drives first transmission bevel gear 91 and rotates, is connected through first transmission key 4 between first transmission bevel gear 91 and the second transmission bevel gear 9.

Control and scald drive mechanism still including controlling scalding teflon high temperature area 1, control and scald driving roller 8, control and scald driven cylinder 16 and control and scald rolling bracket 11, control and scald driving roller 8 and control and scald driven cylinder 16 and rotationally fix in controlling and scalding rolling bracket 11 both sides respectively, control and scald teflon high temperature area 1 winding and control to scald driving roller 8 and control and scald driven cylinder 16 a week, form one by controlling the conveyer belt that scalds driving roller 8 and drive, control and scald driving roller 8 below and connect first driven bevel gear 81 for a left side of sealing the mechanism, control and scald driving roller 8 below and connect second driven bevel gear 82 for a right side of sealing the mechanism, first driven bevel gear 81 and first drive bevel gear 91 meshing transmission, second driven bevel gear 82 and second drive bevel gear 9 meshing transmission.

Control and scald track width adjustment mechanism and include that adjusting screw 6 controls, control adjusting nut 12, control adjusting guide rail 7 and control adjusting device 15, left side is sealed scalds mechanism and right side and is sealed the mechanism and slide on controlling adjusting guide rail 7, adjusting nut 12 is connected respectively and is sealed on left side and scald the mechanism and right side and seal and scald the mechanism below about two, control adjusting screw 6 and two and control adjusting nut 12 meshing, control 6 one side tip of adjusting screw and be equipped with driven regulation bevel gear, control adjusting device 15 and set up in driven regulation bevel gear top, control adjusting device 15 below and be equipped with initiative regulation bevel gear 14, initiative regulation bevel gear 14 and driven regulation bevel gear meshing, control adjusting device 15 drive initiative regulation bevel gear 14 and rotate.

The left and right ironing assembly 1001 operates as follows: the first motor 5 transmits power to the first transmission key 4 through belt transmission consisting of the synchronous belt pulley 2 and the synchronous belt 3, the first transmission key 4 drives the left ironing driving roller 8 and the right ironing driving roller 8 through the first transmission bevel gear 91 and the second transmission bevel gear 9, and finally the left ironing driving roller 8 and the right ironing driving roller 8 drive the left ironing driven roller 16 to rotate through the Teflon high-temperature belt 1. The product is fed by the left and right ironing driving rollers 8 and is pushed out from the left and right ironing driven rollers 16. In the process, the Teflon high-temperature belt 1 can drive the product to pass through at a constant speed, and the left hot-pressing heating plate 10 and the right hot-pressing heating plate 10 continuously heat the product and apply certain pressure through the Teflon high-temperature belt 1 with good heat conductivity to shape and seal the product. And after the product passes through the Teflon high-temperature zone 1 and comes out of the track, the shaping process of the two side surfaces is finished. The distance between the left sealing and ironing mechanism and the right sealing and ironing mechanism is adjusted by rotating the adjusting handle on the left and right adjusting device 15. The driving adjusting bevel gear 14 is meshed with the driven adjusting bevel gear to drive the left and right adjusting screw rods 6 to rotate, and a screw mechanism consisting of the left and right adjusting screw rods 6 and the left and right adjusting nuts 12 converts the rotary motion into linear motion, so that the opening and closing of the left sealing and ironing mechanism and the right sealing and ironing mechanism on the left and right adjusting guide rails 7 are realized.

The up-down ironing transmission mechanism comprises a second motor 24, a second transmission key 21, a third transmission bevel gear 23 and a fourth transmission bevel gear 20, the second motor 24 drives the third transmission bevel gear 23 to rotate, and the second transmission key 21 is connected between the third transmission bevel gear 23 and the fourth transmission bevel gear 20.

The upper sealing and ironing mechanism and the lower sealing and ironing mechanism comprise an upper hot-pressing high-temperature belt 1, an upper hot-pressing driving roller 22, a lower hot-pressing driven roller 25 and an upper hot-pressing roller support 26, the upper hot-pressing driving roller 22, the lower hot-pressing driven roller 25 and the upper hot-pressing roller support 26 are rotatably fixed on two sides of the upper hot-pressing roller support 26, the upper hot-pressing driving roller 22 and the lower hot-pressing driven roller 25 are wound on the upper hot-pressing high-temperature belt 1, a conveying belt driven by the upper hot-pressing driving roller 22 and the lower hot-pressing driving roller 22 is formed, a third transmission bevel gear 23 is connected below the upper hot-pressing driving roller 22 and the lower hot-pressing driving roller 23 of the lower sealing and ironing mechanism, a fourth transmission bevel gear 20 is connected below the upper hot-pressing driving roller 22 and the lower hot.

The upper and lower ironing height adjusting mechanism comprises an upper and lower adjusting screw rod 19, an upper and lower adjusting nut, an upper and lower adjusting guide rail 18 and an upper and lower adjusting device 17, the upper sealing ironing mechanism and the lower sealing ironing mechanism slide on the upper and lower adjusting guide rail 18, the two upper and lower adjusting nuts are respectively connected below the upper sealing ironing mechanism and the lower sealing ironing mechanism, the upper and lower adjusting screw rod 19 is meshed with the two upper and lower adjusting nut, one side end part of the upper and lower adjusting screw rod 19 is connected with the upper and lower adjusting device 17, and the upper and lower adjusting device 17 drives the upper and lower adjusting screw rod.

The upper and lower ironing assembly 1002 operates as follows: the second motor 24 transmits power to the upper and lower ironing driving rollers 22 through the second transmission key 21, the third transmission bevel gear and the fourth transmission bevel gear by 20, the two upper and lower ironing driving rollers 22 rotate reversely at the same speed, the upper and lower ironing driving rollers 22 and the upper and lower ironing driven rollers 25 form belt transmission through the teflon high-temperature belt 1, so that a product is heated and pressed in the transmission of the upper and lower teflon high-temperature belts 1, and the shaping effect on two surfaces of the top surface and the bottom surface of the product is achieved (the principle is the same as that of the left and right ironing component 1001). The up-down adjusting screw rod 19 is used for adjusting the height of the upper plane Teflon high-temperature zone 1 according to the height size of a product, the position can be adjusted by shaking a crank (an adjusting handle on the up-down adjusting device 17), and a position display is arranged on the crank for displaying the position of the high-temperature zone in the vertical direction.

Because the rollers on the two sides in the left-right ironing component 1002 and the upper-lower ironing component are driven by the same transmission key in a bevel gear transmission mode, the possibility that the linear speeds of the Teflon high-temperature belts 1 on the two sides are inconsistent is eliminated on hardware; whole operation process is continuous operation, and the centre does not have the reaction time of cylinder and solenoid valve, has improved production efficiency to make the packing material be heated the pressurized evenly, can not produce the impression, promoted packaging quality. The heating temperature and the heating time can be conveniently controlled by adjusting the rotating speed of the roller and the temperature of the heating plate 10; the track adjusting part adopts a high-precision linear guide rail, so that the relative position precision of parts is ensured, and the running reliability of the whole machine is improved.

The control box 1005 is mainly an equipment control unit, and mainly includes components such as a control box 2001, an indicator lamp 2002, a start button 2003, a control panel 2004, a changeover switch 2005, a stop button 2006, a frequency converter control panel 2007, a temperature controller 2008, and a ship switch 2009, and controls the motor and each heating unit. In the device, the motors driving the left and right ironing assemblies 1001 and the upper and lower ironing assemblies 1002 are controlled by the same frequency converter, so that the problem of asynchronous operation of the two motors is avoided, and the whole operation speed of the mechanism can be set by one key when needing to be adjusted.

The upper cover shell component mainly comprises parts such as an upper cover shell main frame 1003, a gas spring, a sealing plate 1004 and the like, is mainly made of 30-30 aluminum profiles and a highly transparent PC plate, and mainly plays roles of safety protection, heat insulation and attractiveness.

It is obvious to a person skilled in the art that the invention is not limited to details of the above-described exemplary embodiments, but that it can be implemented in other specific forms without departing from the spirit or essential characteristics of the invention, and that the embodiments are therefore to be considered in all respects as exemplary and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.

Claims

1. The utility model provides a novel trimmer is scalded on four sides, a serial communication port, scald mechanism and upper shield shell subassembly including frame, control box, four sides, the four sides scalds the mechanism setting in the frame, and the four sides scalds and sets up upper shield shell subassembly in the mechanism, and the control box scalds mechanism line connection with the four sides, and the four sides scalds the mechanism and scalds the subassembly and scald the subassembly from top to bottom including controlling, and the product is sent into from controlling the pan feeding mouth that scalds the subassembly, and the discharge gate of scalding the subassembly from top to bottom is released.

2. The novel four-side ironing and shaping machine according to claim 1, wherein the left and right ironing components comprise a left and right ironing transmission mechanism, a left and right ironing heating plate and a left and right ironing track width adjusting mechanism, and the upper and lower ironing components comprise an upper and lower ironing transmission mechanism, an upper and lower ironing heating plate and an upper and lower ironing track height adjusting mechanism.

3. The novel four-sided ironing and shaping machine according to claim 2, wherein the left ironing and right ironing transmission mechanism comprises a first motor, a synchronous belt, a synchronous pulley, a first transmission bevel gear, a second transmission bevel gear and a first transmission key, the first motor is connected with the synchronous pulley through the synchronous belt, the synchronous pulley drives the first transmission bevel gear to rotate, and the first transmission bevel gear is connected with the second transmission bevel gear through the first transmission key.

4. The novel four-side ironing shaper according to claim 3, characterized in that the left and right ironing transmission mechanisms further comprise left and right ironing Teflon high-temperature belts, left and right ironing driving rollers, left and right ironing driven rollers and left and right ironing roller supports, the left and right ironing driving rollers and the left and right ironing driven rollers are rotatably fixed on two sides of the left and right ironing roller supports respectively, the left and right ironing Teflon high-temperature belts are wound around the left and right ironing driving rollers and the left and right ironing driven rollers for a circle to form a transmission belt driven by the left and right ironing driving rollers, the left and right ironing driving rollers of the left and right ironing mechanism are connected with the first driven bevel gear below, the right and left ironing driving rollers of the right and left ironing mechanism are connected with the second driven bevel gear below, the first driven bevel gear is in meshing transmission with the first driven bevel gear, and the second driven bevel gear is in meshing transmission with.

5. The novel four-side ironing and shaping machine according to claim 4, wherein the left and right ironing rail width adjusting mechanism comprises a left and right adjusting screw, a left and right adjusting nut, a left and right adjusting guide rail and a left and right adjusting device, the left and right ironing mechanisms and the right ironing mechanisms slide on the left and right adjusting guide rail, the two left and right adjusting nuts are respectively connected below the left and right ironing mechanisms, the left and right adjusting screw is meshed with the two left and right adjusting nuts, a driven adjusting bevel gear is arranged at one side end of the left and right adjusting screw, the left and right adjusting device is arranged above the driven adjusting bevel gear, a driving adjusting bevel gear is arranged below the left and right adjusting device, the driving adjusting bevel gear is meshed with the driven adjusting bevel gear, and the left and right adjusting device drives the driving adjusting.

6. The novel four-side ironing and shaping machine according to claim 5, wherein the up-down ironing transmission mechanism comprises a second motor, a second transmission key, a third transmission bevel gear and a fourth transmission bevel gear, the second motor drives the third transmission bevel gear to rotate, and the second transmission key is connected between the third transmission bevel gear and the fourth transmission bevel gear.

7. The novel four-side ironing and shaping machine according to claim 6, wherein the upper and lower ironing transmission mechanism further comprises an upper and lower ironing Teflon high-temperature belt, an upper and lower ironing driving roller, an upper and lower ironing driven roller and an upper and lower ironing roller support, the upper and lower ironing driving roller and the upper and lower ironing driven roller are rotatably fixed on two sides of the upper and lower ironing roller support respectively, the upper and lower ironing Teflon high-temperature belt is wound around the upper and lower ironing driving roller and the upper and lower ironing driven roller for one circle to form a transmission belt driven by the upper and lower ironing driving roller, a third driven bevel gear is connected below the upper and lower ironing driving roller of the lower ironing mechanism, a fourth driven bevel gear is connected below the upper and lower ironing driving roller of the upper ironing mechanism, the third driven bevel gear is in meshing transmission with the third driven bevel gear, and the fourth driven bevel gear is in meshing transmission with the.

8. The novel four-side ironing and shaping machine according to claim 7, wherein the upper and lower ironing height adjusting mechanisms comprise upper and lower adjusting screw rods, upper and lower adjusting nuts, upper and lower adjusting guide rails and upper and lower adjusting devices, the upper and lower ironing mechanisms slide on the upper and lower adjusting guide rails, the two upper and lower adjusting nuts are respectively connected below the upper and lower ironing mechanisms, the upper and lower adjusting screw rods are engaged with the two upper and lower adjusting nuts, one side end portion of the upper and lower adjusting screw rods is connected with the upper and lower adjusting devices, and the upper and lower adjusting devices drive the upper and lower adjusting screw rods to rotate.

9. The novel four-side ironing shaper according to claim 1, wherein the control box comprises a control box body, an indicator light, a start button, a control panel, a change-over switch, a stop button, a frequency converter control panel, a temperature controller and a ship-shaped switch, wherein a frequency converter is arranged in the control box, and the first motor and the second motor are connected with the same frequency converter.

10. The novel four-side ironing and shaping machine as claimed in claim 9, wherein the upper cover comprises a main frame, an air spring and a sealing plate, the main frame is made of aluminum section, and the sealing plate is made of a transparent PC plate.