CN206529600U - The efficient ironing machine of Intelligent energy-saving - Google Patents

Abstract

The utility model discloses gantry base, track, transmission device, main control box, steam chest and the cooling box of a kind of efficient ironing machine of Intelligent energy-saving, including loop configuration.Transmission device, main control box, steam chest and cooling box are installed in gantry base；Transmission device includes motor, travelling gear and driving-chain；Driving-chain is combined with travelling gear and arranged along gantry base inner ring；Track includes transport rail and sizing rail, and transport rail extends along gantry base；Sizing rail is arranged on inside steam chest and is maintained at same straight line with transport rail, and steam chest is installed between transport rail both ends, and gap is left between transport rail and sizing rail；Transmission device is also included located at steam chest both sides, the pushing meanss and pull unit that are fixedly mounted in gantry base.Garment grips are installed, Garment grips are connected with described driving-chain on track.The utility model has cabinet space big, the characteristics of can carrying out the boiling hot sizing whole in batch of ready-made clothes, efficiency high and good fixed effect.

Description

The efficient ironing machine of Intelligent energy-saving

Technical field

The utility model is related to steam shaping equipment, especially a kind of efficient ironing machine of Intelligent energy-saving.

Background technology

There is whole boiling hot process together after sweater ready-made clothes completion of processing, it is therefore an objective to which sweater ready-made clothes is subjected to smoothing wrinkle, sizing, to protect Demonstrate,prove the overall version type of clothes, it is ensured that the elasticity and pliability of clothes.

At present, the sizing of sweater is pressed also in using electric iron, because the heating area of electric iron is small, has been pressed One integral piece sweater ready-made clothes is wasted time and energy, inefficiency, and ironing effect is not ideal enough.

The content of the invention

The purpose of this utility model is to provide a kind of efficient ironing machine of Intelligent energy-saving, realizes sizing, the automation of cooling Process.

What the utility model was solved is that the steam shaping of existing sweater is pressed also in using electric iron, due to electricity The heating area of flatiron is small, and pressing complete part sweater ready-made clothes wastes time and energy, inefficiency, and ironing effect is dissatisfactory to ask Topic.

The utility model solve its technical problem use technical scheme be：The utility model includes the frame of loop configuration Base, track, transmission device, main control box, steam chest and cooling box；Described transmission device, main control box, steam chest and drop Incubator is installed in gantry base；Described transmission device includes motor, travelling gear and driving-chain；Described driving-chain with Travelling gear is combined and arranged along gantry base inner ring.Described track includes transport rail and sizing rail, described transport rail Extend along gantry base；Described sizing rail is arranged on inside steam chest and is maintained at same straight line with transport rail, described Steam chest is installed between transport rail both ends, and gap is left between described transport rail and sizing rail；Described transmission device Also include located at steam chest both sides, the pushing meanss and pull unit that are fixedly mounted in gantry base；Pacify on described track Garment grips are filled, described Garment grips are connected with described driving-chain.

Further, described steam chest includes casing, support frame and pneumatic means；The relative both sides difference of the casing For entrance and exit, support frame as described above is arranged on the top of correspondence tank inlet and outlet；It is all provided with described entrance and exit There is sliding door；The width of the sliding door is adapted with the width in gap；The both sides of support frame as described above and tank inlet and exit Both sides be respectively equipped with guiding trestle；The other end of the guiding trestle is provided with directive wheel, and described sliding door, which is installed in, to be led It is in contact on support, and with directive wheel；Described pneumatic means includes sliding door cylinder and lock and taken offence cylinder；Described sliding door cylinder On support frame, the push rod of sliding door cylinder is connected with sliding door；Described lock take offence cylinder installed in the top of casing, bottom and Other relative both sides.

Further, the four side edge of the sliding door is respectively mounted on fixture block, the casing along four sides of entrance and exit While being respectively mounted snap fit, the quantity of snap fit is consistent with the quantity of fixture block；Described lock takes offence cylinder also including linkage connecting rod, described Snap fit is installed on linkage connecting rod, and the push rod for locking cylinder of taking offence is connected with linkage connecting rod；At the entrance and exit of the casing Sealing gasket is installed in the plane contacted with the sliding door, and described plane is provided with assembly in groove, described groove and slided Mechanism is taken turns, described pulley mechanism includes pulley and spring, and described spring is in contact with pulley, and described pulley relies on spring Support is at the opening of groove.

Further, the side wall of the casing is provided with steam inlet, fresh air inlet and exhaust vent；Described steam inlet It is connected with steam pipework, described fresh air inlet connection centrifugal blower, described exhaust vent connects vapour-recovery unit using conduit； The cylinder of valve and control valve switch is respectively equipped with described fresh air inlet and exhaust vent.

Further, described vapour-recovery unit includes water pipe and collection tank；Described collection tank is provided with steaming Vapour entrance hole, the water inlet connection cold water source of the water pipe, the interlude of the water pipe is located inside collection tank, the water pipe Delivery port connection hot-water collection's case.

Further, described transport rail is divided into starting and terminates transport section and continuously transmit section；Described driving-chain includes First driving-chain and the second driving-chain, the first described driving-chain control Garment grips to terminate transport section entering to steam chest from starting Movement at mouthful；The second described driving-chain controls the movement that is exported to starting termination transport section at of the Garment grips from steam chest.

Further, the pushing meanss and pull unit are respectively arranged at the entrance and exit of steam chest；Described pushes away Dynamic device includes the first rotary cylinder and the first twin shaft cylinder；Described pull unit includes the second rotary cylinder and the second twin shaft Cylinder.

Further, the first twin shaft cylinder of the pushing meanss is arranged on the end of the push rod of the first rotary cylinder；Institute The second twin shaft cylinder of pull unit is stated installed in the end of the push rod of the second rotary cylinder；The first twin shaft cylinder and second The end of the push rod of twin shaft cylinder is equipped with bulge-structure.

Further, the described cooling box cooling box adjacent and described with steam chest is open and be across transport rail Both sides, the top and both sides of the cooling box are respectively mounted the upcast ventilation pipe being mutually communicated and crosswind pipe；The top of described upcast ventilation pipe Blower fan is installed in portion, and the side wall of the crosswind pipe is uniformly distributed air outlet.

Further, described driving-chain is hooked provided with convex, and described Garment grips are provided with links the perforation connect with convex.

The beneficial effects of the utility model are：The utility model devises a kind of intelligentized steam forming machine.The device Cabinet space is big, can carry out the boiling hot sizing whole in batch of ready-made clothes, efficiency high and fixed effect is good.

The mode that the steam chest of the utility model design is moved up and down using sliding door, can ensure steam chest to greatest extent Inner space, the utilization of surrounding space can be reduced again.

Due to steam chest when shaping work, it is necessary to a closed space, in order to ensure confined space is efficiently shaped Effect, so the utility model has been specifically designed pushing meanss and pull unit at the entrance and exit of steam chest, it is ensured that clothing The continuity that stand is moved in orbit.

In view of the steam in steam chest needs outer row, so setting up vertical vapour-recovery unit.After can clothes sizing be finished, It is retained in outside the steam in steam chest and drains into vapour-recovery unit, carries out heating operation to be applicable using the heat of these steam In the utilization of other equipment, operating efficiency can be improved, energy consumption can be saved again.

Brief description of the drawings

Fig. 1 is one of structural representation of the present utility model.

Fig. 2 is the two of structural representation of the present utility model.

Fig. 3 is the structural representation of the vapour-recovery unit of the utility model.

Fig. 4 is the structural representation of the gantry base part of the utility model.

Fig. 5 is the structural representation of the steam chest of the utility model.

Fig. 6 is the enlarged diagram at I in Fig. 3.

Fig. 7 is the pushing meanss of the utility model and one of the operating diagram of pull unit.

Fig. 8 be the utility model pushing meanss and pull unit operating diagram two.

Fig. 9 be the utility model pushing meanss and pull unit operating diagram three.

Figure 10 be the utility model pushing meanss and pull unit operating diagram four.

Figure 11 is the three of structural representation of the present utility model.

Figure 12 is the enlarged diagram at A in Fig. 9.

In figure：1. gantry base；2. track；20. transport rail；201. startings terminate transport section；202. continuously transmit section； 21. gap；22. rail of shaping；3. transmission device；30. travelling gear；31. motor；32. driving-chain；320. first driving-chains； 321. second driving-chains；4. cooling box；40. blower fan；41. upcast ventilation pipe；42. crosswind pipe；420. air outlet；5. steam chest；50. lead To wheel；51. sliding door cylinder；52. support frame；53. sliding door；54. fixture block；The cylinder 55. lock is taken offence；56. casing；560. steam inlet； 561. exhaust vent；562. fresh air inlet；563. entrance；564. outlet；57. valve；570. cylinder；58. snap fit；59. link connecting rod； 6. centrifugal blower；7. main control box；8. convex hook；9. Garment grips；10. vapour-recovery unit；100. collection tank；101. water pipe； 1010. water inlet；1011. interlude；1012. delivery port；102. steam entrance hole；11. pushing meanss；110. the first rotary pneumatic Cylinder；111. the first twin shaft cylinder；12. pull unit；120. the second twin shaft cylinder；121. the second rotary cylinder；13. sealing gasket； 14. groove；15. pulley mechanism；150. spring；151. pulley.

Embodiment

The utility model is described in further detail with reference to the accompanying drawings and examples.

As depicted in figs. 1 and 2, gantry base 1 of the utility model including loop configuration, track 2, transmission device 3, master control Case 7 processed, steam chest 5 and cooling box 4.Transmission device 3, main control box 7, steam chest 5 and cooling box 4 are installed in gantry base 1 On.Main control box 7 mainly using PLC can programming control panel control transmission device 3, steam chest 5 and cooling box 4 it is whole from Dynamic chemical industry is made.Transmission device 3 includes motor 31, travelling gear 30 and driving-chain 32, and driving-chain 32 is combined simultaneously with travelling gear 31 Arranged along the inner ring of gantry base 1.Track 2 includes transport rail 20 and sizing rail 22, and transport rail 20 extends along gantry base 1； Sizing rail 22 is arranged on the inside of steam chest 5 and is maintained at same straight line with transport rail 20, and steam chest 5 is installed on the two ends of transport rail 20 Between portion, gap 21 is left between transport rail 20 and sizing rail 22.

Garment grips 9 are installed, Garment grips 9 are connected with driving-chain on track 2.6-7 groups Garment grips 9 are installed, every group sets on track 2 There are 20-30 Garment grips 9.Driving-chain 32 hooks 8 provided with convex, and Garment grips 9 are provided with hooks 8 perforation being connected with convex.It is convex to hook 8 and clothing Perforation is engaged on stand 9, and so, the transmission of driving-chain 32 has driven the movement of Garment grips 9.

Steam chest 5 includes casing 56, support frame 52 and pneumatic means.The relative both sides of casing 56 are respectively the He of entrance 563 Sliding door 53 is equipped with outlet 564, entrance 563 and outlet 564.The width of sliding door 53 is adapted with the width in gap 21.Support Frame 52 is arranged on the top of correspondence tank inlet 563 and outlet 564.The both sides of support frame 52 and tank inlet 563 and outlet Both sides at 564 are respectively equipped with guiding trestle, and the other end of guiding trestle is provided with directive wheel 50, and sliding door 53 is installed in guiding On support, and it is in contact with directive wheel 50.Pneumatic means includes sliding door cylinder 51 and lock and taken offence cylinder 55.Sliding door cylinder 51 is arranged on On support frame 52, the push rod of sliding door cylinder 51 is connected with sliding door 53, sliding door 53 along directive wheel 50 sliding door cylinder 51 drive Under, entrance 563 and outlet 564 above and below slide.

Lock takes offence cylinder 55 installed in the top of casing 56, bottom and both sides relative in addition.The four side edge of sliding door 53 is equal Fixture block 54 is installed.Fixture block 54 has several, on the side for being evenly distributed on sliding door 53.Along entrance 563 and outlet on casing 56 564 four side is respectively mounted snap fit 58, and the quantity of snap fit 58 is consistent with the quantity of fixture block 54.Lock takes offence cylinder also including linkage company Bar 59, snap fit 58 is installed on linkage connecting rod 59, and the push rod for locking cylinder 55 of taking offence is connected with linkage connecting rod 59.Therefore, cylinder of taking offence is locked The stretching of 55 push rod and contractive action, have driven the movement of linkage connecting rod 59, so as to reach the connection of snap fit 58 and fixture block 54 With separating.When at the closure entrance 563 of sliding door 53 and outlet 564, the connection of snap fit 58 and fixture block 54, the sliding door 53 of steam chest 5 Reach comprehensive locking；When lock takes offence the separation of the control snap fit 58 of cylinder 55 and fixture block 54, sliding door 53 is in sliding door cylinder 51 Moved up under drive, steam chest 5 is opened.

As shown in Figure 5 and Figure 6, sealing gasket is installed in the plane that is contacted with sliding door 53 at the entrance 563 of casing and outlet 564 13, the effect of sealing gasket 13 is that sliding door 53 reaches the leakage that steam is reduced after comprehensive locking, is kept to greatest extent in casing The temperature of steam.Groove 14 is additionally provided with plane, groove 14 there are several, is uniformly distributed in the plane.Assembly is slided in groove 14 Mechanism 15 is taken turns, pulley mechanism 15 includes pulley 151 and spring 150, and spring 150 is in contact with pulley 151, and pulley 151 relies on bullet The support of spring 150 is at the opening of groove 14.Sliding door 53 is acted on pulley 151, reply masterpiece of the pulley 151 in spring 150 With lower inconsistent with sliding door 53, sliding door 53 is on the one hand promoted to be slid along pulley 151, on the other hand between plane holding necessarily Gap, it is to avoid the abrasion of sealing ring.Sealing gasket 13, lock are taken offence cylinder 55, snap fit 58 and the collective effect of fixture block 54, it is ensured that steam chest it is complete Totally-enclosed.

The side wall of casing 56 is provided with steam inlet 560, fresh air inlet 562 and exhaust vent 561.Steam inlet 560 is with steaming Vapor pipeline is connected, and centrifugal blower 6 is installed at fresh air inlet 562, and exhaust vent 561 connects vapour-recovery unit 10 using conduit.Air intake The cylinder 570 of valve 57 and control valve switch is respectively equipped with hole 562 and exhaust vent 561.Vapour-recovery unit 10 can by from The steam that steam chest 5 is discharged is reused, applied in other equipment.The main function of centrifugal blower 6 is once to determine Type finishes rear, it is necessary to which the entrained steam in steam chest 5 is discharged and the drying in steam chest 5 is kept, so by centrifuging wind The work of machine 6 promotes steam to be discharged rapidly at exhaust vent 561, and enters vapour-recovery unit 10 along conduit.

As shown in figure 3, vapour-recovery unit 10 includes water pipe 101 and collection tank 100, collection tank 100 is provided with steaming Vapour entrance hole 102, the connection cold water source of water inlet 1010 of water pipe 101, the interlude 11011 of water pipe 101 is located at collection tank 100 Inside, the connection hot-water collection's case of delivery port 1012 of water pipe 101.As the hot water that these are heated by steam can apply dyeing installation Dyeing course.

As shown in figure 4, transmission device is also included located at steam chest both sides, the promotion being fixedly mounted in gantry base 1 dress Put 11 and pull unit 12.Pushing meanss 11 and pull unit 12 are respectively arranged at the entrance 563 of steam chest 5 and outlet 564.Push away Dynamic device 11 includes the first rotary cylinder 110 and the first twin shaft cylinder 111, and pull unit 12 includes the He of the second rotary cylinder 121 Second twin shaft cylinder 120.First twin shaft cylinder 111 of pushing meanss 11 is arranged on the end of the push rod of the first rotary cylinder 110. Second twin shaft cylinder 120 of pull unit 12 is arranged on the end of the push rod of the second rotary cylinder 121.First twin shaft cylinder 111 Bulge-structure is equipped with the end of the push rod of the second twin shaft cylinder 120.

As shown in fig. 7, when Garment grips 9 are moved at the entrance 563 of steam chest 5, starting pushing meanss 11 and working.Promote dress The first rotary cylinder 110 for putting 11 works, and is rotated by 90 ° towards the side provided with Garment grips 9, while the first twin shaft cylinder 111 And then turn over and turn 90 degrees.Now, the bulge-structure of the push rod end of the first twin shaft cylinder 111 catches on the pin of the bottom of Garment grips 9, then Push rod is pushed out, as shown in figure 8, after Garment grips 9 are admitted in steam chest 5, the first rotary cylinder 110 reversely rotates 90 degree again, The first twin shaft cylinder 111 is driven also to reversely rotate 90 degree, bulge-structure and the Garment grips 9 of the push rod end of the first twin shaft cylinder 111 Sliding door 53 at the pin separation of bottom, the push rod return of the first twin shaft cylinder 111, the entrance 563 of steam chest 5 is closed, and carries out steam Heat treatment.After heat treatment is finished, the sliding door 53 at the outlet of steam chest 5 564 is opened, and is started pull unit 12 and is worked.Such as Fig. 9 Shown, the push rod of the second twin shaft cylinder 120 of pull unit 12 stretches to Garment grips 9, and then the second rotary cylinder 121 is towards provided with clothing The side of stand 9 is rotated by 90 °, and the second twin shaft cylinder 120 is also rotated by 90 ° under the drive of the second rotary cylinder 121, now, The bulge-structure of the push rod end of second twin shaft cylinder 120 catches on the pin of the bottom of Garment grips 9, and then the second twin shaft cylinder 120 is pushed away Bar return, Garment grips 9 is pulled in the transport rail 20 at steam chest outlet 564, as shown in Figure 10；Then the second rotary cylinder 121 reversely rotate 90 degree, and the second twin shaft cylinder 120 of drive also reversely rotates 90 degree, the push rod end of the second twin shaft cylinder 120 it is convex Structure is played to separate with the pin of the bottom of Garment grips 9.The convex hook 8 that Garment grips 9 are not stopped on the driving-chain 32 of transmission is caught on, such clothing Stand 9 just continues to return in transport rail 20, under the drive of driving-chain 32, into the processing of process next time.

As shown in figure 1, cooling box 4 is adjacent with steam chest 5.Cooling box 4 is open and be across the both sides of transport rail 20.Drop The top and both sides of incubator 4 are respectively mounted the upcast ventilation pipe 41 and crosswind pipe 42 being mutually communicated.The top of upcast ventilation pipe 41 is installed by blower fan 40, the side wall of the pipe of crosswind 42 is uniformly distributed air outlet 420.When being transported to as clothing at cooling box 4, start blower fan 40, wind from Blown out at the air outlet 420 of crosswind pipe 42, realize the purpose cooled down to ready-made clothes.

Because steam chest 5 is installed between the both ends of transport rail 20, in order to ensure the normal folding of steam chest sliding door 53 With the full closeding state of steam chest 5, transport rail 20 and be installed in steam chest sizing rail 22 between gap 21 width with The width of sliding door 53 is adapted, therefore gap 21 can just accommodate sliding door 53.The entrance 563 of steam chest 5 and outlet 564 are set respectively There are pushing meanss 11 and pull unit 12, the control pushing meanss 11 of main control box 7 and pull unit 12 complete Garment grips 9 from transport Rail 20 is moved to sizing rail 22, then is moved from sizing rail 22 to transport rail 20, so being that no driving-chain passes through herein.Clothes hanger Seat 9 passes in and out the actions of steam chests 5 and is implemented in combination with respectively with pushing meanss 11 and pull unit 12 by driving-chain 32.

As shown in figure 4,20 points of transport rail terminates transport section 201 for starting and continuously transmits section 202.Driving-chain 32 includes the One driving-chain 320 and the second driving-chain 321, the first driving-chain 320 control Garment grips 9 to terminate transport section 202 to steam from starting Movement at tank inlet 563, the second driving-chain 321 controls Garment grips to be terminated from steam chest outlet 564 to starting at transport section 202 Movement.

As is illustrated by figs. 11 and 12, operation principle of the present utility model is：Some Garment grips 9 constitute one group and moved together, Clothes hanger is installed on Garment grips 9, transport section 201 is terminated by the way that manually ready-made clothes is placed on clothes hanger in the starting of transport rail 20 first, Then so that the upper convex hook 8 of the first driving-chain 320 catches on Garment grips 9, the transmission of the first driving-chain 320 drives Garment grips 9 in transport Moved on rail 20, when one group of Garment grips 9 is moved at the entrance 563 of steam chest 5, the sliding door 53 at entrance 563 is opened, then Start pushing meanss 11 to work, Garment grips 9 are pushed into steam chest 5 by pushing meanss 11, and the sliding door 53 at entrance 563 is closed, and is entered Row heat treatment.After being disposed, the sliding door 53 at outlet 564 is opened, and recycles pull unit 12 that this group of Garment grips 9 are whole The sliding door 53 that body is drawn out at transport rail 20, outlet 564 is closed, and Garment grips 9 are combined with the second driving-chain 321 again, second Enter cooling box 4 under the drive of driving-chain 321 and carry out cooling treatment.Transport artificial to starting termination transport section 201 after cooling again Clothes is taken off from clothes hanger, after having taken off, Garment grips 9 can change ready-made clothes to be shaped, such repetitive cycling again again.

Such Garment grips 6-7 groups can be set in transport rail 20, every group is provided with 20-30 Garment grips, by constantly following Ring is operated, and improves the efficiency of sizing, and good by the fixed effect of steam chest 5.One-step building terminates, will be residual in steam chest 5 Stay steam to be discharged into vapour-recovery unit 10 from exhaust vent 561 along conduit in the presence of centrifugal blower 6, on the one hand to keep steaming Drying inside vapour 5, on the other hand steam can be collected and recycled, save other equipment energy consumption.

Claims (10)

1. a kind of efficient ironing machine of Intelligent energy-saving, including the gantry base of loop configuration, track, transmission device, main control box, Steam chest and cooling box；Described transmission device, main control box, steam chest and cooling box is installed in gantry base；It is described Transmission device include motor, travelling gear and driving-chain；Described driving-chain is combined with travelling gear and along gantry base Inner ring is arranged；It is characterized in that described track includes transport rail and sizing rail, described transport rail extends along gantry base； Described sizing rail is arranged on inside steam chest and is maintained at same straight line with transport rail, and described steam chest is installed on transport rail Between both ends, gap is left between described transport rail and sizing rail；Described transmission device also includes being located at steam chest two Side, the pushing meanss and pull unit being fixedly mounted in gantry base；Garment grips, described clothes hanger are installed on described track Seat is connected with described driving-chain.

2. the efficient ironing machine of Intelligent energy-saving according to claim 1, it is characterised in that described steam chest include casing, Support frame and pneumatic means；The relative both sides of the casing are respectively entrance and exit, and support frame as described above is arranged on correspondence casing The top of entrance and exit；Sliding door is equipped with described entrance and exit；The width of the sliding door is mutually fitted with the width in gap Match somebody with somebody；The both sides in the both sides of support frame as described above and tank inlet and exit are respectively equipped with guiding trestle；The guiding trestle The other end is provided with directive wheel, and described sliding door is installed on guiding trestle, and is in contact with directive wheel；Described pneumatic dress Put and taken offence cylinder including sliding door cylinder and lock；Described sliding door cylinder is arranged on support frame, and push rod and the sliding door of sliding door cylinder connect Connect；Described lock takes offence cylinder installed in the top of casing, bottom and both sides relative in addition.

3. the efficient ironing machine of Intelligent energy-saving according to claim 2, it is characterised in that the four side edge of the sliding door is equal Install and be respectively mounted snap fit, the quantity of snap fit and the quantity of fixture block along the four side of entrance and exit on fixture block, the casing Unanimously；Described lock takes offence cylinder also including linkage connecting rod, and described snap fit is installed on linkage connecting rod, described to lock pushing away for cylinder of taking offence Bar is connected with linkage connecting rod；Sealing gasket is installed in the plane contacted at the entrance and exit of the casing with the sliding door, and Described plane is provided with assembly pulley mechanism in groove, described groove, and described pulley mechanism includes pulley and spring, institute The spring stated is in contact with pulley, and described pulley is located at by spring supporting at the opening of groove.

4. the efficient ironing machine of Intelligent energy-saving according to claim 2, it is characterised in that set on the side wall of the casing There are steam inlet, fresh air inlet and exhaust vent；Described steam inlet is connected with steam pipework, described fresh air inlet connection centrifugation wind Machine, described exhaust vent connects vapour-recovery unit using conduit；Be respectively equipped with described fresh air inlet and exhaust vent valve and The cylinder of control valve switch.

5. the efficient ironing machine of Intelligent energy-saving according to claim 4, it is characterised in that described vapour-recovery unit bag Include water pipe and collection tank；Described collection tank is provided with steam entrance hole, the water inlet connection cold water source of the water pipe, institute The interlude for stating water pipe is located inside collection tank, delivery port connection hot-water collection's case of the water pipe.

6. the efficient ironing machine of Intelligent energy-saving according to claim 2, it is characterised in that described transport rail is divided into starting Terminate transport section and continuously transmit section；Described driving-chain includes the first driving-chain and the second driving-chain, the first described transmission Chain controls Garment grips to terminate transport section to the movement of the porch of steam chest from starting；Described the second driving-chain control Garment grips From the movement being exported at starting termination transport section of steam chest.

7. the efficient ironing machine of Intelligent energy-saving according to claim 2, it is characterised in that the pushing meanss and pulling are filled Put at the entrance and exit for being respectively arranged on steam chest；Described pushing meanss include the first rotary cylinder and the first twin shaft cylinder； Described pull unit includes the second rotary cylinder and the second twin shaft cylinder.

8. the efficient ironing machine of Intelligent energy-saving according to claim 7, it is characterised in that first pair of the pushing meanss Axle cylinder is arranged on the end of the push rod of the first rotary cylinder；Second twin shaft cylinder of the pull unit is arranged on the second rotation The end of the push rod of cylinder；The end of the push rod of the first twin shaft cylinder and the second twin shaft cylinder is equipped with bulge-structure.

9. the efficient ironing machine of Intelligent energy-saving according to claim 1, it is characterised in that described cooling box and steam chest Adjacent and described cooling box is open and is across transport rail both sides, and the top and both sides of the cooling box are respectively mounted phase The upcast ventilation pipe and crosswind pipe of mutual insertion；Blower fan is installed at the top of described upcast ventilation pipe, and the side wall of the crosswind pipe is uniformly distributed out Air port.

10. the efficient ironing machine of Intelligent energy-saving according to claim 1, it is characterised in that described driving-chain is provided with convex Hook, described Garment grips are provided with links the perforation connect with convex.