A kind of shocks fixing shape machine
Technical field
The invention belongs to socks production technical field, is related to a kind of shocks fixing shape machine.
Background technology
Socks need to shape to it after casting off, and to ensure that socks are remaining definite shape after, increase socks
Service life.The existing sizing to socks is mainly shaped using high steam, passes through the cotton thread of high steam socks
Sizing.
Often carried out when high steam is shaped at present in steam fixed pot, socks are first unified to place to stack shaping box again
It is interior, the end cap of steam setting tank is opened, the shaping box equipped with socks is put into steam setting tank, then by steam setting tank
End cap, which covers, carries out high steam sizing, and end cap is opened after the completion of sizing, waits the steam in steam setting tank to discharge work after cooling
People again takes out shaping box out of steam setting tank, then next shaping box is put into steam setting tank, and so circulation is completed
The sizing of socks.From the foregoing, it will be observed that the access of the shaping box of existing socks is inconvenient, and it is less efficient;After one-step building is completed
Need to wait steam to disperse cooling, less efficient, the vapor (steam) temperature of release is higher, employee be present production safety risk;Shaping box
Interior socks, which stack, to be placed, and the socks positioned at inner side can not be contacted sufficiently with steam, cause the ineffective of sizing.
The content of the invention
The purpose of the present invention is above mentioned problem be present for existing technology, it is proposed that a kind of shocks fixing shape machine, the present invention
The technical problem of solution is to be efficiently completed the sizing of socks.
The purpose of the present invention can be realized by following technical proposal:
A kind of shocks fixing shape machine, including fixed pot and storage socks frame, it is characterised in that the fixed pot includes tank body and position
End cap one and end cap two in tank body both ends, steam inlet and steam (vapor) outlet, the end cap one are provided with the side wall of the tank body
The both ends of tank body can be sealed respectively with end cap two, the end cap one and end cap two can be along the axis directions of tank body with respect to tank body
Slide, be fixed with two support bars one along the axis direction of tank body on the end cap one, along the axis of tank body on the end cap two
Direction is fixed with two support bars two, and the storage socks frame can be placed on two support bars one or on two support bars two.
The socks for needing to shape are placed on storage socks inframe, corresponding support bar one and branch when end cap one is opened with end cap two
Strut two can stretch out tank body, the storage socks frame equipped with socks is placed on support bar one, the storage socks equipped with socks after the completion of sizing
Frame then removes tank body with support bar two, and the storage socks frame equipped with socks after the completion of sizing is unloaded from support bar two, turns off shifting
Moved end lid one and end cap two close tank body, support bar one with storage socks frame enter tank body in, therefore handling store up socks frame when without
Tank body need to be entered so that more convenient operation, the sizing of completion socks that can be more efficient.
In above-mentioned shocks fixing shape machine, the support bar one and support bar two are hollow pipe, the He of support bar one
It is equipped with some groups of electromagnet in support bar two, axis side of some groups of electromagnet in the support bar one along support bar one
To being arranged at intervals and some groups of electromagnet, between axis direction of some groups of electromagnet along support bar two in the support bar two
Every setting, the bottom plate of the storage socks frame includes the connecting rod group for some pieces of metallic plates of metallic plate and connection that some block gaps are set
Into some metallic plates correspond with some electromagnet on support bar one, on some metallic plates and support bar two
Some electromagnet correspond, the support bar one can with store up socks frame metallic plate recline, the support bar two can with store up socks
The metallic plate of frame reclines.It is connected in series between some groups of electromagnet in support bar one, it is some in support bar two
It is connected in series between group electromagnet, in sock molding, support bar one and support bar two support storage socks frame simultaneously, now support bar
The electromagnet in electromagnet and support bar two in one is powered, that is, support bar one and support bar two attract storage socks frame
Firmly, storage socks are avoided to outline existing movement;Need to frame shift on storage socks after sock molding is completed and remove, now the electromagnet of support bar one breaks
Electricity, the electromagnet of support bar two remain powered on, and storage socks frame is attracted by support bar two, therefore is opened simultaneously in end cap one and end cap two
When, storage socks frame to the port of the close end cap two of tank body removes tank body with support bar two, then to be empty on support bar one, therefore tank
The port that body is located at end cap one is empty after the opening of end cap one, therefore can be after end cap one and end cap two are opened, in end cap one
Side will be loaded with the storage socks frame of socks that needs to shape and load onto on support bar one, at the same sizing will be housed in the side of end cap two after
The storage socks frame of socks unloads from support bar two, realizes the synchronous progress of handling storage socks frame, improves efficiency, while store up socks frame
Handling are carried out in the outside of tank body, are conveyed by support bar one by socks frame is stored up into tank body, are transferred out by support bar two by socks frame is stored up
Tank body, hence in so that the handling of storage socks frame are more convenient, further improve the efficiency of storage socks frame handling;After the completion of handling,
The electromagnet of support bar one is powered, and the electromagnet of support bar two remains powered off, and end cap one and end cap two are moved to tank body, store up socks frame
It is transported in tank body and carries out steam shaping.
In above-mentioned shocks fixing shape machine, the relative side of the storage socks frame two of which is by some spaced montants
Composition, the upper end of some montants on same side are fixed by fix bar, and two other is relative on the storage socks frame
Side is made up of some spaced cross bars up and down, peg is provided between the cross bar on opposite flank, the peg level is set
Put and between the cross bar of sustained height on opposite flank, some hooks are fixed with along its axis direction on the peg.Should
The storage socks frame side of structure is open, therefore steam can quickly enter storage socks inframe and be contacted with socks, improve socks and determine
Efficiency during type, each socks are hung on hook, and can guarantee that between socks, there is gap steam is wrapped socks entirely
Wrap up in so that silk thread on socks can fully and vapor action, so as to improve the effect of sock molding;Socks are loading storage socks inframe
When first by sock hanger on peg, then by the peg for hanging with socks be put into storage socks inframe two cross bars between, improve socks
It is put into the efficiency of storage socks inframe.
In above-mentioned shocks fixing shape machine, the forming machine also includes steam oven and vapor storage, the steam oven with
Vapor storage connects, and the vapor storage has venthole and back-steam mouth, passed through between the venthole and steam inlet
Admission passage connects, and is provided between steam (vapor) outlet and the back-steam mouth by back-steam pipeline connection, the stage casing of the admission passage
The defeated heat pump that the steam in vapor storage can be pumped into tank body, the stage casing of the back-steam pipeline is provided with can be by the steaming in tank body
Vapour draws back the back-steam pump in vapor storage.
Steam caused by steam oven, which enters in vapor storage, to be stored, defeated when needing to inject steam chamber progress sock molding
Steam in vapor storage is pumped into tank body by heat pump, is taken out the steam in tank body by back-steam pump after sock molding is completed
Return vapor storage in, realize the cycling and reutilization of steam, reduce caused quantity of steam needed for steam oven, saved into
This;Simultaneously after completing to shape, the steam in tank body is drawn back into vapor storage, therefore after end cap one and the opening of end cap two not
Have substantial amounts of high-temperature steam to shed, ensure that the safety of field personnel, improve production security.
In above-mentioned shocks fixing shape machine, the both sides up and down of the end cap one are respectively and fixedly provided with connecting tube, the connecting tube edge
The axis direction arrangement of tank body, the both sides up and down of the end cap two are rotatably connected to shank, and the shank is along tank
The axis direction arrangement of body, the shank are oppositely arranged to connecting tube and in the end caps one and two closed tank of end cap when institute
State shank to be plugged in connecting tube, two motors, two motors and grafting are fixed with the end cap two
Bar corresponds and motor can drive corresponding to shank rotate, the shank close to one section of end cap two be provided with outside
Thread segment, the connecting tube are provided with internal thread segment close to end, and the external thread section can be threadedly coupled with internal thread segment, and
The internal thread segment end cap one and end cap two both ends sealed connection with tank body respectively when being threadedly coupled with external thread section.
Realize that movement is stable by the guiding of connecting tube and shank when end cap one and end cap two relatively move, while
The both ends of end cap one and end cap two respectively with tank body rotate shank connecting tube and shank against rear by motor
Between form relatively close pretightning force so that port plaster corresponding to two more close tank body of end cap one and end cap leans on, further
Lift-off seal effect;Pressure in sock molding in tank body is more than atmospheric pressure, therefore passes through shank and the pretension of connecting tube
Power causes end cap one and end cap two to remain to be sealed against with the both ends of tank body in sock molding, ensure end cap one and end cap two with
Sealing between tank body.
Compared with prior art, this shocks fixing shape machine has the advantages of sizing that can be efficiently completed socks.
Brief description of the drawings
Fig. 1 is the cross section structure diagram of this fixed pot.
Cross section structure diagram when Fig. 2 is this fixed pot built with storage socks frame.
Fig. 3 is the mplifying structure schematic diagram in A portions in Fig. 2.
Fig. 4 is the side structure schematic view for storing up socks frame.
Fig. 5 is the structural representation of steam-return line.
In figure, 1, fixed pot;11st, tank body;111st, steam inlet;112nd, steam (vapor) outlet;113rd, collect cavity;114th, valve;
12nd, slide rail;13rd, end cap one;131st, support bar one;14th, end cap two;141st, support bar two;15th, electromagnet;16th, sliding block;2nd, store up
Socks frame;21st, metallic plate;211st, arc chute;22nd, connecting rod;23rd, montant;24th, fix bar;25th, cross bar;251st, neck;26、
Peg;261st, bending segment;27th, link up with;3rd, steam oven;31st, vapor storage;32nd, admission passage;321st, defeated heat pump;33rd, back-steam
Pipeline;331st, back-steam pump;332nd, magnetic valve;34th, back-steam fan;35th, grid;36th, blower fan;37th, breather cheek valve;38th, keep out the wind
Plate;4th, mounting blocks one;41st, connecting tube;411st, internal thread segment;412nd, aperture section;413rd, big hole section;42nd, mounting blocks two;43rd, insert
Extension bar;431st, external thread section;432nd, big footpath section;433rd, path section;434th, banking stop;44th, motor;45th, bulge loop is sealed;
46th, sealing surface;5th, guide pad one;51st, guide pad two;52nd, through hole;6th, leg;61st, flat board is supported.
Embodiment
It is the specific embodiment of the present invention and with reference to accompanying drawing below, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in Figures 1 to 5, shocks fixing shape machine includes fixed pot 1 and storage socks frame 2, and fixed pot 1 includes tank body 11 and position
End cap 1 and end cap 2 14 in the both ends of tank body 11, steam inlet 111 and steam (vapor) outlet 112 are provided with the side wall of tank body 11,
End cap 1 and end cap 2 14 respectively can seal the both ends of tank body 11, and end cap 1 and end cap 2 14 can be along the axles of tank body 11
Line direction is slided with respect to tank body 11, and two support bars 1, end cap two are fixed with along the axis direction of tank body 11 on end cap 1
Be fixed with two support bars 2 141 along the axis direction of tank body 11 on 14, storage socks frame 2 can be placed on two support bars 1 or
Person is on two support bars 2 141.
Support bar 1 and support bar 2 141 are hollow pipe, if being equipped with support bar 1 and support bar 2 141
A dry group electromagnet 15, axis direction of some groups of electromagnet 15 along support bar 1 in support bar 1 be arranged at intervals and
Some groups of electromagnet 15, axis direction interval of some groups of electromagnet 15 along support bar 2 141 in support bar 2 141 are set
Put, be connected in series between some groups of electromagnet 15 in support bar 1, some groups of electricity in support bar 2 141
It is connected in series between magnet 15, positioned at adjacent between adjacent electromagnet 15 and in support bar 2 141 in support bar 1
Reinforcing prop is filled between electromagnet 15.Keep real by reinforcing prop support bar 1 and the inside of support bar 2 141
The heart, strengthen the intensity of support bar 1 and support bar 2 141 diametrically, avoid support bar 1 and the quilt of support bar 2 141
Storage socks frame 2 is bent.
Storing up the bottom plate of socks frame 2 includes the connecting rod for some pieces of metallic plates 21 of metallic plate 21 and connection that some block gaps are set
22 compositions, some metallic plates 21 correspond with some electromagnet 15 on support bar 1, some metallic plates 21 and support bar
Some electromagnet 15 on 2 141 correspond, and support bar 1 can recline with storing up the metallic plate 21 of socks frame 2, support bar two
141 can recline with storing up the metallic plate 21 of socks frame 2.Four arc chutes 211, two of which arc are provided with the lower edge of metallic plate 21
Shape chute 211 is located at the both ends of metallic plate 21, and two other arc chute 211 is located at the both sides at the middle part of metallic plate 21, support bar
1 and support bar 2 141 be cylindrical shape, two support bars 1 are each passed through the arc cunning positioned at the one end of metallic plate 21
Groove 211 and the arc chute 211 positioned at the middle part of metallic plate 21 and remote one end of metallic plate 21, two support bars 2 141 are worn respectively
Cross positioned at the arc chute 211 of the other end of metallic plate 21 and positioned at the middle part of metallic plate 21 and away from the arc of the other end of metallic plate 21
Shape chute 211.The structure causes the storage socks frame 2 that support bar 1 and support bar 2 141 are respectively provided with enough spacing to support,
So that storage socks frame 2 keeps stable during handling and transfer.
The inner bottom surface of tank body 11 is plane, and the inner bottom surface of tank body 11 is provided with arranged along the axis direction of tank body 11 four
One slide rail 12, four one slide rails 12 correspond with two support bars 1 and two support bars 2 141 respectively, support bar one
131 and support bar 2 141 on be equipped with some sliding blocks 16, the sliding block 16 of support bar 1 be slidably connected at corresponding to slide rail 12
On, the sliding block 16 of support bar 2 141 is slidably connected on corresponding slide rail 12.The structure causes end cap 1 and end cap 2 14 dozens
Support bar 1 and support bar 2 141 can be supported by slide rail 12 when opening, and ensure the support of support bar 1 and support bar 2 141
Intensity, while keep stable when the cooperation of sliding block 16 and slide rail 12 enables support bar 1 and support bar 2 141 to move, protect
Stabilization during the transfer of card storage socks frame 2.At least two pieces of sliding blocks 16 are equipped with support bar 1 and support bar 2 141, are supported
One end end that bar 1 and support bar 2 141 are stretched in tank body 11 is fixed with sliding block 16.The structure ensures end cap 1 and end
It is that the end of support bar 1 and the end of support bar 2 141 have support that lid 2 14 is opened completely so that support bar 1
Storage socks frame 2 can be supported with support two.
The relative side of storage socks 2 two of which of frame is made up of some spaced montants 23, on same side
The upper end of some montants 23 is fixed by fix bar 24, and two other relative side has some between the upper and lower every setting on storage socks frame 2
The cross bar 25 put forms, and peg 26 is provided between the cross bar 25 on opposite flank, peg 26 is horizontally disposed and is located at opposite flank
Between the cross bar 25 of upper sustained height, some hooks 27 are fixed with along its axis direction on peg 26.The both ends of peg 26 have
There is bending segment 261, bending segment 261 is in arc-shaped, and bending segment 261 can be hooked on corresponding cross bar 25.Pass through bending segment 261
The both ends of peg 26 are hung on corresponding cross bar 25, convenient that peg 26 is installed in storage socks frame 2, while will can easily also be hung
Bar 26 takes out storage socks frame 2, improves the efficiency of work needed for sock molding.Interval is provided with some necks 251, peg 26 on cross bar 25
Bending segment 261 be stuck in corresponding in neck 251.It can be determined by the peg 26 of neck 251 on the axis direction of cross bar 25
Position, avoids the opposing rail 25 of peg 26 from sliding.Montant 23, cross bar 25, fix bar 24 and peg 26 are adopted made of plastic.Plastics
Material is lighter, can reduce the difficulty of transfer storage socks frame 2, while reduces the pressure to support bar 1 and support bar 2 141.
The side of storage socks frame 2 of the structure is open, therefore steam can be quickly entered and connect in storage socks frame 2 with socks
Touch, improve efficiency during sock molding, each socks are hung on hook 27, can guarantee that between socks there is gap so that steaming
Vapour can wrap up socks entirely so that silk thread on socks can fully and vapor action, so as to improve the effect of sock molding;Socks
When loading in storage socks frame 2 first by sock hanger on peg 26, then the peg 26 for hanging with socks is put into two stored up in socks frame 2
Between cross bar 25, improve efficiency socks being put into storage socks frame 2.
Forming machine also includes steam oven 3 and vapor storage 31, and steam oven 3 connects with vapor storage 31, steam storage
Tank 31 has venthole and back-steam mouth, is connected between venthole and steam inlet 111 by admission passage 32, steam (vapor) outlet 112
Connected between back-steam mouth by back-steam pipeline 33, the stage casing of admission passage 32 is provided with and can take out the steam in vapor storage 31
Enter the defeated heat pump 321 in tank body 11, the stage casing of back-steam pipeline 33 is provided with and the steam in tank body 11 can be drawn back into vapor storage 31
Interior back-steam pump 331.Back-steam fan 34 is provided with positioned at steam (vapor) outlet 112 on tank body 11, is fixed at the inner port of steam (vapor) outlet 112
There is grid 35.It is provided with and back-steam pipeline 33 can be blocked or opened between back-steam pump 331 and back-steam mouth on back-steam pipeline 33
Magnetic valve 332.Back-steam pipeline 33 is closed by magnetic valve 332 in sock molding, steam is pumped into tank body by defeated heat pump 321
Cause the environment that high steam is formed in tank body 11 in 11.Tank body 11, which is located on the inwall of upper end, is fixed with some blower fans 36, if
Axis direction distribution of the dry-air blast machine 36 along tank body 11, blower fan 36 are set downwards.Blower fan 36 can cause in sock molding
Steam flows in tank body 11, so that steam is easier the thread contact with socks, improves sock molding efficiency.Tank body 11
Deep bead 38 is inside fixed with, deep bead 38 is located between the right opposite of steam inlet 111 and the inwall of deep bead 38 and tank body 11
With spacing.Steam blow-through is avoided to avoid socks from dropping to the socks in storage socks frame 2.It is fixed with the upper side of tank body 11
The breather cheek valve 37 of the inner chamber of tank body 11 connection.Steam is drawn back vapor storage 31 by back-steam pump 331 to be caused in tank body 11
Negative pressure is formed, causes end cap 1 and end cap 2 14 to open difficulty, by setting in the energy tank body 11 of breather cheek valve 37
Outside air can enter in tank body 11 to balance pressure when air pressure reaches atmospheric pressure.
Be provided with collect cavity 113 in tank body 11, collect cavity 113 is located at the underface of the inner bottom surface of tank body 11, tank body 11 it is interior
Some limbers connected with collect cavity 113 are provided with bottom surface, the bottom of tank body 11 is fixed with the valve connected with collect cavity 113
114.High-temperature steam has partial coagulation into water droplet in the inwall of tank body 11 when being contacted with tank body 11, by setting the energy of collect cavity 113
So that the water droplet condensed on the inwall of tank body 11 gathers unified recovery in collect cavity 113, when the water in collect cavity 113 reaches one
The water in collect cavity 113 is bled off by valve 114 after quantitative.
Steam caused by steam oven 3, which enters in vapor storage 31, to be stored, and is needing to inject steam chamber progress sock molding
When defeated heat pump 321 by vapor storage 31 steam be pumped into tank body 11 in, after sock molding is completed pass through back-steam pump 331 general
Steam in tank body 11 is drawn back in vapor storage 31, realizes the cycling and reutilization of steam, is reduced and is produced needed for steam oven 3
Quantity of steam, saved cost;Simultaneously after completing to shape, the steam in tank body 11 is drawn back into vapor storage 31, therefore
End cap 1 and end cap 2 14 do not have substantial amounts of high-temperature steam after opening and shed, and ensure that the safety of field personnel, carry
High production security.
The both sides up and down of end cap 1 are respectively and fixedly provided with connecting tube 41, and axis direction of the connecting tube 41 along tank body 11 is arranged,
The both sides up and down of end cap 2 14 are rotatably connected to shank 43, axis direction arrangement of the shank 43 along tank body 11, grafting
Bar 43 is oppositely arranged to connecting tube 41 and shank 43 is plugged to connecting tube in 2 14 closed tank 11 of end cap 1 and end cap
In 41, two motors 44 are fixed with end cap 2 14, two motors 44 correspond with shank 43 and drive electricity
Machine 44 can drive corresponding to shank 43 rotate, shank 43 is provided with external thread section 431 close to one section of end cap 2 14, connects
Pipe 41 is provided with internal thread segment 411 close to end, and external thread section 431 can be threadedly coupled with internal thread segment 411, and in internal thread segment
The both ends of 411 end caps 1 when being threadedly coupled with external thread section 431 and end cap 2 14 respectively with tank body 11 are tightly connected.
The two-port outer wall of tank body 11 is respectively provided with sealing bulge loop 45, and the outer peripheral face of sealing bulge loop 45 is round table surface, and sealing is convex
The less one end of the diameter of ring 45 is respectively provided with the periphery of sealing bulge loop 45 on the port of tank body 11, end cap 1 and end cap 2 14
The sealing surface 46 that face matches, end cap 1 and corresponding ports on tank body 11 against when end cap 1 on sealing surface 46 with it is corresponding
The outer peripheral face of sealing bulge loop 45 reclines, on end cap 2 14 and tank body 11 corresponding ports against when end cap 2 14 on sealing surface 46 with
The outer peripheral face of corresponding sealing bulge loop 45 reclines.By sealing sealing surface 46 on bulge loop 45 and end cap 1 or end cap 2 14
Sealing surface 46, which coordinates, enables end cap 1 and end cap 2 14 to be moved to the position of the two-port sealing of tank body 11 all the time.Sealing
Sealing ring is cased with the outer peripheral face of bulge loop 45.Both ends on shank 43 positioned at external thread section 431 are respectively big footpath section 432 and small
Footpath section 433, the diameter of big footpath section 432 are more than the diameter of path section 433, and the end of big footpath section 432 is close to end cap 2 14, path section
Towards connecting tube 41, the both ends in connecting tube 41 positioned at internal thread segment 411 are respectively aperture section 412 and big hole section for 433 end
413, the end of aperture section 412 close to end cap 1, the end of big hole section 413 towards shank 43, the internal diameter of aperture section 412 with
The external diameter matching of path section 433, the external diameter of big footpath section 432 are less than the internal diameter of big hole section 413.The structure can guarantee that the energy of shank 43
In the connecting tube 41 of grafting, and the outer wall of the path section 433 of shank 43 can paste with the inwall of the aperture section 412 of connecting tube 41
Lean on, that is, guide effect can be played between shank 43 and connecting tube 41 so that end cap 1 and end cap 2 14 move relative
Keep stable when dynamic, so that can be sealed the both ends of tank body 11 when end cap 1 and end cap 2 14 are closed every time.
Tank body 11 is respectively and fixedly provided with guide pad 1, tank body 11 and end cap two up and down with the opposite side of end cap 1 on outer wall
14 opposite sides are respectively and fixedly provided with guide pad 2 51 up and down on outer wall, through hole 52 is provided with guide pad 1 and guide pad 2 51,
When end cap 1 and end cap 2 14 open tank body 11, the end of connecting tube 41 passes through the through hole 52 of guide pad 1, and shank
43 pass through the through hole 52 of guide pad 2 51, and in 2 14 closed tank 11 of end cap 1 and end cap, connecting tube 41 is also cross leading
The through hole 52 of through hole 52 and guide pad 2 51 to block 1, shank 43 are plugged in connecting tube 41.Guide pad can the company of support
Adapter 41 and shank 43 so that connecting tube 41 and shank 43 remain relative, while can guarantee that connecting tube 41 and grafting
Bar 43 arranges that ensureing can be by tank body 11 when end cap 1 and end cap 2 14 are closed every time along the axis direction of tank body 11 all the time
Both ends sealing.
The both sides up and down of end cap 1 are respectively and fixedly provided with mounting blocks 1, and one end of connecting tube 41 is fixed on mounting blocks 1,
The both sides up and down of end cap 2 14 are respectively and fixedly provided with mounting blocks 2 42, and shank 43 is rotatably connected on mounting blocks 2 42, shank 43
On be fixed with the banking stop 434 positioned at the both sides of mounting blocks 2 42.Ensure shank 43 with end cap 2 14 in axle by banking stop 434
Positioning upwards.The bottom of tank body 11 is fixed with leg 6, and support flat board 61 is fixed between leg 6, positioned at the downside of end cap 1
Mounting blocks 1 and support flat board 61 against, positioned at the downside of end cap 2 14 mounting blocks 2 42 and support flat board 61 against.By this
Structure realizes support when end cap 1 and end cap 2 14 are opened.
Realized when end cap 1 and end cap 2 14 relatively move by the guiding of connecting tube 41 and shank 43 mobile steady
It is fixed, while shank 43 is rotated by motor 44 against rear at the both ends of end cap 1 and end cap 2 14 respectively with tank body 11
So that relatively close pretightning force is formed between connecting tube 41 and shank 43 so that end cap 1 and end cap 2 14 are more close
Port plaster corresponding to tank body 11 leans on, further lift-off seal effect;Pressure in sock molding in tank body 11 is more than atmospheric pressure,
Therefore by the pretightning force end cap 1 of shank 43 and connecting tube 41 and end cap 2 14 is remained in sock molding and tank
The both ends of body 11 are sealed against, and ensure the sealing between end cap 1 and end cap 2 14 and tank body 11.
In sock molding, support bar 1 and support bar 2 141 support storage socks frame 2 simultaneously, now in support bar 1
Electromagnet 15 and support bar 2 141 in electromagnet 15 be powered, that is, support bar 1 and support bar 2 141 will
Storage socks frame 2 has attracted, and avoids storage socks frame 2 from moving;Need to remove storage socks frame 2 after sock molding is completed, now support
The electromagnet 15 of bar 1 powers off, and the electromagnet 15 of support bar 2 141 remains powered on, and storage socks frame 2 is attracted by support bar 2 141,
Therefore when end cap 1 and end cap 2 14 are opened simultaneously, storage socks frame 2 is with support bar 2 141 to tank body 11 close to end cap 2 14
Port remove tank body 11, then to be empty on support bar 1, therefore tank body 11 is located at the port of end cap 1 in end cap 1
It is empty after opening, therefore can be after end cap 1 and end cap 2 14 are opened, will be loaded with the side of end cap 1 needs what is shaped
The storage socks frame 2 of socks is loaded onto on support bar 1, at the same the storage socks frame 2 of socks after the side of end cap 2 14 is by equipped with sizing
Unloaded from support bar 2 141, realize the synchronous progress of handling storage socks frame 2, improve efficiency, while the handling for storing up socks frame 2 are equal
Carry out in the outside of tank body 11, conveyed by support bar 1 by socks frame 2 is stored up into tank body 11, socks frame 2 will be stored up by support bar 2 141
Tank body 11 is transferred out, hence in so that the handling of storage socks frame 2 are more convenient, further improves the efficiency of the handling of storage socks frame 2;Filling
After the completion of unloading, the electromagnet 15 of support bar 1 is powered, and the electromagnet 15 of support bar 2 141 remains powered off, end cap 1 and end
Lid 2 14 is moved to tank body 11, and storage socks frame 2, which is transported in tank body 11, carries out steam shaping.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology belonging to the present invention is led
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.