CN106906596B - A kind of shaping and drying structure of shocks fixing shape machine - Google Patents
A kind of shaping and drying structure of shocks fixing shape machine Download PDFInfo
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- CN106906596B CN106906596B CN201611257565.3A CN201611257565A CN106906596B CN 106906596 B CN106906596 B CN 106906596B CN 201611257565 A CN201611257565 A CN 201611257565A CN 106906596 B CN106906596 B CN 106906596B
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- mold plate
- connecting rod
- sizing
- hook
- drying
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C5/00—Shaping or stretching of tubular fabrics upon cores or internal frames
- D06C5/005—Shaping or stretching of tubular fabrics upon cores or internal frames of articles, e.g. stockings
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C7/00—Heating or cooling textile fabrics
- D06C7/02—Setting
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention provides a kind of shaping and drying structure of shocks fixing shape machine reasonable in design, and at low cost, fixed effect is good.Left mold plate and right mold plate are slidably mounted in sizing rack；It is equipped with left sizing room in left mold plate, is provided with left steam entrance and left bank steam port in left sizing room；It is equipped with right sizing room in right mold plate, is provided with right steam entrance and right row's steam port in right sizing room；Left mold plate driving mechanism is mounted in sizing rack, and is connect with left mold plate；Right mold plate driving mechanism is mounted in sizing rack, and is connect with right mold plate；Eccentric shaft cylinder passes through eccentric shaft connecting rod and eccentric axis connection；Hook cylinder is connect by hook connecting rod with hook；The card slot of eccentric shaft and hook disengaged can connect；Drying room is provided in drying support；Heating tube is fixedly mounted on drying support, is located in drying room, and is located at drying position two sides.
Description
Technical field
The present invention relates to a kind of shaping and drying structures of shocks fixing shape machine.
Background technique
Socks need to be formed using high-temperature steam after the completion of braiding, socks indeformable in socks use process to guarantee
The equipment that forming machine is just used exclusively for the technique, such as application No. is 201110189933.6, entitled sock molding device and
The Chinese patent of sock molding method.
There are following disadvantages for the shocks fixing shape machine of the prior art:
1, now country for fuel burning boiler using extremely limiting, some places do not allowed even using, and
Shocks fixing shape machine steam is mainly provided by boiler, therefore has to use electric boiler substitution, but the steam heat that electric boiler generates instead
Not as good as fuel boiler, cause fixed effect bad；
2, the sock molding device sizing room of the prior art is arranged on a movable cabinet, when sizing the cabinet to
One fixed boxboard constitutes sealing after drawing close, and the sealing structure effect is bad, and gap is easy to produce between cabinet and boxboard and is led
It causes steam to leak, will affect fixed effect, and since sizing room is arranged on cabinet, boxboard only serves the effect of sealing, leads
Cause socks uneven heating even, it is few close to boxboard side steam, it is heated low, will affect fixed effect；
3, it is fixed after cabinet and boxboard are drawn close by a fastening structure, which only serves fixed function, prevents case
Body and boxboard are detached from, and cannot generate the effect compressed to cabinet and boxboard.
Summary of the invention
It is an object of the invention to overcome the above deficiencies in the existing technologies, and provide a kind of reasonable in design
The shaping and drying structure of shocks fixing shape machine, at low cost, fixed effect is good.
Technical solution used by the present invention solves the above problems is: a kind of shaping and drying structure of shocks fixing shape machine,
It is characterized in that: including drying component and styling components；
Styling components include left mold plate, right mold plate, left mold plate driving mechanism, right mold plate driving mechanism, sizing
Rack and mold plate retaining mechanism；Left mold plate and right mold plate are slidably mounted in sizing rack, and left mold plate and the right side are fixed
Template is oppositely arranged；It is equipped with left sizing room in left mold plate, is provided with left steam entrance and left bank steam port in left sizing room；It is right
It is equipped with right sizing room in mold plate, is provided with right steam entrance and right row's steam port in right sizing room；Left mold plate driving mechanism
It is mounted in sizing rack, and is connect with left mold plate, left mold plate can be driven to slide in sizing rack；Right mold plate driving
Mechanism is mounted in sizing rack, and is connect with right mold plate, and right mold plate can be driven to slide in sizing rack；Left mold plate
Driving mechanism and right mold plate driving mechanism push left mold plate and right mold plate to relatively move respectively, left mold plate and right sizing
After plate closes up, left sizing room and right sizing room close up composition sock molding room；Mold plate retaining mechanism include eccentric shaft assembly and
Hook component；Eccentric shaft assembly includes eccentric shaft cylinder, eccentric shaft and eccentric shaft connecting rod；Eccentric shaft cylinder passes through eccentric shaft connecting rod
With eccentric axis connection, eccentric shaft cylinder can drive eccentric shaft to rotate；Hook component includes that hook cylinder, hook and hook connect
Bar；Hook cylinder is connect by hook connecting rod with hook, and hook cylinder can drive hook to rotate；Card slot is provided on hook；It is eccentric
The card slot of axis and hook disengaged can connect；Eccentric shaft assembly and hook component are separately mounted to left mold plate and right mold plate
On；After left mold plate and right mold plate close up, hook cylinder driving hook turns to locked position, and the driving of eccentric shaft cylinder is inclined
Mandrel eccentric rotary is caught in fixation in the card slot of hook and forms locking mechanism to locked position in eccentric shaft rotation process,
Left mold plate and right mold plate are locked；
Drying component includes drying support, heating tube and steam pipe；Drying room is provided in drying support；Heating tube is fixed
It is mounted on drying support, is located in drying room；Steam pipe is fixedly mounted on drying support, is located at beside heating tube,
Steam pipe is connected to left steam entrance and right steam entrance.
Drying component of the present invention further includes insulating layer, and insulating layer is fixed on drying support, and covers on drying room
On.
Left mold plate driving mechanism of the present invention includes left cylinder and left connecting rod component；Left connecting rod component includes upper left
Connection rod set, left connecting rod and left lower link group；Upper left connection rod set includes upper left connecting rod one and upper left connecting rod two；Left lower link group packet
Include left lower link one and left lower link two；Left cylinder is mounted in sizing rack, and is connect with left mold plate, and left sizing can be driven
Plate sliding；The left end of upper left connecting rod one and sizing rack are hinged, and the left end of right end and upper left connecting rod two is hinged, upper left connecting rod two
Right end and left mold plate are hinged；The left end of left lower link one and sizing rack are hinged, and the left end of right end and left lower link two is hinged,
The right end of left lower link two and left mold plate are hinged；Upper left connection rod set is located at right above left lower link group；Left connecting rod is set vertically
It sets, the upper end and the right end of upper left connecting rod one and the left end of upper left connecting rod two are hinged, the right end and a left side of lower end and left lower link one
The left end of lower link two is hinged；The equal length of upper left connecting rod one and left lower link one, upper left connecting rod two and left lower link two
Equal length.
Right mold plate driving mechanism of the present invention includes right cylinder and right connecting rod component；Right connecting rod component includes upper right
Connecting rod and bottom right connection rod set in connection rod set, the right side；Upper right connection rod set includes upper right connecting rod one and upper right connecting rod two；Bottom right connection rod set packet
Include bottom right connecting rod one and bottom right connecting rod two；Right cylinder is mounted in sizing rack, and is connect with right mold plate, and right sizing can be driven
Plate sliding；The right end of upper right connecting rod one and sizing rack are hinged, and left end and the right end of upper right connecting rod two are hinged, upper right connecting rod two
Left end and right mold plate are hinged；The right end of bottom right connecting rod one and sizing rack are hinged, and left end and the right end of bottom right connecting rod two are hinged,
The left end of bottom right connecting rod two and right mold plate are hinged；Upper right connection rod set is located at right above the connection rod set of bottom right；Connecting rod is set vertically in the right side
It sets, the upper end and the left end of upper right connecting rod one and the right end of upper right connecting rod two are hinged, the left end and the right side of lower end and bottom right connecting rod one
The right end of lower link two is hinged；The equal length of upper right connecting rod one and bottom right connecting rod one, upper right connecting rod two and bottom right connecting rod two
Equal length.
Left sizing room of the present invention and right sizing interior are equipped with pressure gauge installation position, and pressure gauge is installed on installation position
There is pressure gauge.
Styling components of the present invention further include left chain wheel, right pulley and sliding rail；The sliding rail is fixed on forming machine
On frame, left chain wheel and right pulley are slidably installed on the slide rail；Left mold plate is mounted on left chain wheel, and hangs over cunning by left chain wheel
On rail, it can be slided along sliding rail；Right mold plate is mounted on right pulley, and is hung on the slide rail by right pulley, can be slided along sliding rail.
Drying component of the present invention further includes compressed air hose, and compressed air hose is fixedly mounted on drying support,
It is located at beside heating tube；Compressed air is connected to left sizing room and right sizing room.
Compared with prior art, the present invention having the following advantages that and effect:
1, drying component carries out reheating to steam pipe, ensure that the heat of steam, even if using electric boiler, sizing effect
Fruit can also be guaranteed；
2, no longer sizing room is arranged on a cabinet by the present invention, but is respectively equipped on left mold plate and right mold plate
After sizing room, left mold plate and right mold plate close up, left sizing room and right sizing room close up composition sock molding room, pass through the knot
Structure, not only sealing effect is good, does not allow to be also easy to produce gap between left mold plate and right mold plate, and there are steaming in sock molding room two sides
Vapour input,
Socks are heated evenly, and fixed effect is good；
3, in the fit structure precision of the fit structure of eccentric shaft assembly and hook component, eccentric shaft assembly and hook component
Face requirement is low, and eccentric shaft is caught in during hook card slot, and eccentric shaft and hook have a horizontally pulling force between each other, should
Pulling force makes the effect that compression is generated between left mold plate and right mold plate, so that left sizing room and right sizing room close up composition
Sock molding room sealing effect is good.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram for being provided with the shocks fixing shape machine of the embodiment of the present invention.
Fig. 2 is the positive structure diagram for being provided with the shocks fixing shape machine of the embodiment of the present invention.
Fig. 3 is the positive structure diagram of the embodiment of the present invention.
Fig. 4 is the partial structural diagram of the left-half of Fig. 3.
Fig. 5 is the partial structural diagram of the right half part of Fig. 3.
Fig. 6 is the structural schematic diagram of the right mold plate of the embodiment of the present invention.
Fig. 7 is the structural schematic diagram of left mold plate and mould bases of the embodiment of the present invention.
Fig. 8 is the enlarged structure schematic diagram of part A in Fig. 2.
Specific embodiment
The present invention is described in further detail with reference to the accompanying drawing and by embodiment, and following embodiment is to this hair
Bright explanation and the invention is not limited to following embodiments.
Referring to FIG. 1 to FIG. 8, be provided with the embodiment of the present invention shocks fixing shape machine include drying component 1 of the present invention,
Styling components 3 and rotary disc assembly 2 of the present invention.
Rotary disc assembly 2 includes turntable rack 26, turntable 21, mould bases 22 and rotary disc driving mechanism.
The horizontal rotation of turntable 21 is mounted in turntable rack 26.
Mould bases 22 is fixed on vertically on turntable 21, the shape of the shape of mould bases 22 similar to socks.Mould bases 22 can be with turntable 21
Make circle rotation, and is provided with set socks position on the path of circular motion, sizing position, drying position, plays socks position, mould bases
Successively by set socks position, sizing position, drying position, socks position in 22 rotary courses, then socks position rotates to set by
Socks position forms circulation.When mould bases 22 rotates to set socks position, socks quilt cover top mold holder 22；Then mould bases 22 rotates to sizing
Position, socks are by steam shaping；Subsequently mould bases 22 rotates to drying position, and socks are oven-dried；Last mould bases 22 has rotated to
Socks position, socks are removed mould bases 22；Mould bases 22 is rotated again to set socks position, thus recycles.
Rotary disc driving mechanism is connect with turntable 21, and turntable 21 can be driven to rotate horizontally.Rotary disc driving mechanism includes rotation electricity
Machine 23, gear ring 24 and gear 25.Rotary electric machine 23 is connect with gear 25, and gear 25 is engaged with gear ring 24.Gear ring 24 and rotation electricity
Machine 23 is separately mounted on turntable 21 and turntable rack 26, i.e., gear ring 24 is mounted on turntable 21, and rotary electric machine 23, which is mounted on, to be turned
In disk rack 26 or gear ring 24 is mounted in turntable rack 26, and rotary electric machine 23 is mounted on turntable 21.23 work of rotary electric machine
Band moving gear 25 rotates when making, and due to the meshing relation of gear 25 and gear ring 24, turntable 21 horizontally rotates, and mould bases 22 is therewith
Make circular-rotation.
Styling components 3 include left mold plate 31, right mold plate 32, left mold plate driving mechanism 33, right mold plate driving machine
Structure 34, sizing rack 35, mold plate retaining mechanism 36, left chain wheel 37, right pulley 38 and sliding rail 39.
Sliding rail 39 is fixed on the top of sizing rack 35, and left and right is put.
Left chain wheel 37 and right pulley 38 are slidably mounted on sliding rail 39.
Left mold plate 31 is mounted on left chain wheel 37, and is hung on sliding rail 39 by left chain wheel 37, can be along sliding rail 39 or so
Sliding, mold plate 31 left so are just slidably mounted in sizing rack 35.Left sizing room 310, Zuo Ding is equipped in left mold plate 31
Left steam entrance 311 and left bank steam port 312 are provided in type room 310, left steam entrance 311 is sent for sizing room 310 to the left
Into steam, steam is discharged for sizing room 310 to the left in left bank steam port 312.
Right mold plate 32 is mounted on right pulley 38, and is hung on sliding rail 39 by right pulley 38, can be along sliding rail 39 or so
Sliding, mold plate 32 right so are just slidably mounted in sizing rack 35.Right sizing room 313 is equipped in right mold plate 32, the right side is fixed
Right steam entrance 314 and right row's steam port 315 are provided in type room 313, right steam entrance 314 is sent for sizing room 313 to the right
Into steam, steam is discharged for sizing room 313 to the right in right row's steam port 315.
Left mold plate 31 and right mold plate 32 are oppositely arranged, and the sizing position of mould bases 22 is located at left mold plate 31 and right sizing
Between plate 32, mould bases 22 is made to be able to rotate when circle rotation between left mold plate 31 and right mold plate 32.
Left mold plate driving mechanism 33 is mounted in sizing rack 35, and is connect with left mold plate 31, and left sizing can be driven
Plate 31 horizontally slips in sizing rack 35 along sliding rail 39.Left mold plate driving mechanism 33 includes left cylinder 316a and left connecting rod group
Part.Left connecting rod component includes upper left connection rod set, left connecting rod 321a and left lower link group.Upper left connection rod set includes upper left connecting rod one
Two 318a of 317a and upper left connecting rod.Left lower link group includes two 320a of one 319a of left lower link and left lower link.
Left cylinder 316a is mounted in sizing rack 35, and is connect with left mold plate 31, and left mold plate 31 can be driven along cunning
Rail 39 horizontally slips.
The left end of one 317a of upper left connecting rod and sizing rack 35 are hinged, and the left end of right end and two 318a of upper left connecting rod is hinged,
The right end of two 318a of upper left connecting rod and left mold plate 31 are hinged.
The left end of one 319a of left lower link and sizing rack 35 are hinged, and the left end of right end and two 320a of left lower link is hinged,
The right end of two 320a of left lower link and left mold plate 31 are hinged.
Upper left connection rod set is located at right above left lower link group.
Left connecting rod 321a is vertically arranged, a left side of two 318a of right end and upper left connecting rod of the upper end and one 317a of upper left connecting rod
End is hinged, and lower end and the left end of two 320a of right end and left lower link of one 319a of left lower link are hinged.
The equal length of one 319a of one 317a of upper left connecting rod and left lower link, two 318a of upper left connecting rod and left lower link two
The equal length of 320a.
By the left connecting rod component, the process that left cylinder 316a drives left mold plate 31 to horizontally slip along sliding rail 39 can guarantee
In, the 31 generation translations of left mold plate run more stable more accurate, left mold plate 31 and the conjunction of right mold plate 32 without rotation
Do not allow to be also easy to produce gap between the two after holding together, and only need a left cylinder 316a as dynamical system, reduces cost.
Right mold plate driving mechanism 34 is mounted in sizing rack 35, and is connect with right mold plate 32, and right sizing can be driven
Plate 32 horizontally slips in sizing rack 35 along sliding rail 39.Right mold plate driving mechanism 34 includes right cylinder 316b and right connecting rod group
Part.Right connecting rod component include upper right connection rod set, the right side in connecting rod 321b and bottom right connection rod set.Upper right connection rod set includes upper right connecting rod one
Two 318b of 317b and upper right connecting rod.Bottom right connection rod set includes two 320b of one 319b of bottom right connecting rod and bottom right connecting rod.
Right cylinder 316b is mounted in sizing rack 35, and is connect with right mold plate 32, and right mold plate 32 can be driven along cunning
Rail 39 horizontally slips.
The right end and sizing rack 35 of one 317b of upper right connecting rod is hinged, and left end and the right end of two 318b of upper right connecting rod are hinged,
The left end of two 318b of upper right connecting rod and right mold plate 32 are hinged.
The right end and sizing rack 35 of one 319b of bottom right connecting rod is hinged, and left end and the right end of two 320b of bottom right connecting rod are hinged,
The left end of two 320b of bottom right connecting rod and right mold plate 32 are hinged.
Upper right connection rod set is located at right above the connection rod set of bottom right.
Connecting rod 321b is vertically arranged in the right side, the right side of two 318b of left end and upper right connecting rod of the upper end and one 317b of upper right connecting rod
End is hinged, and lower end and the right end of two 320b of left end and bottom right connecting rod of one 319b of bottom right connecting rod are hinged.
The equal length of one 319b of one 317b of upper right connecting rod and bottom right connecting rod, two 318b of upper right connecting rod and bottom right connecting rod two
The equal length of 320b.
By the right connecting rod component, the process that right cylinder 316b drives right mold plate 32 along the right sliding of sliding rail 39 can guarantee
In, the 32 generation translations of right mold plate run more stable more accurate, left mold plate 31 and the conjunction of right mold plate 32 without rotation
Do not allow to be also easy to produce gap between the two after holding together, and only need a right cylinder 316b as dynamical system, reduces cost.
The left cylinder 316a of left mold plate driving mechanism 33 and the right cylinder 316b of right mold plate driving mechanism 34 are pushed away respectively
Left mold plate 31 and the relative movement of right mold plate 32 are moved, after left mold plate 31 and right mold plate 32 close up, left sizing room 310 and the right side
Sizing room 313, which closes up, constitutes sock molding room, and the sizing position of mould bases 22 is located in sock molding room, and the socks on mould bases 22 exist
By steam high-temperature shaping in sock molding room.
It is equipped with pressure gauge installation position 328 in left sizing room 310 and right sizing room 313, is installed on pressure gauge installation position 328
There is pressure gauge, pressure gauge is used to detect the air pressure of sock molding room.
Mold plate retaining mechanism 36 is connect with left mold plate 31 and right mold plate 32, when left mold plate 31 and right mold plate 32
After closing up, 36 pairs of mold plate retaining mechanism left mold plates 31 and right mold plate 32 are locked.
Mold plate retaining mechanism 36 includes eccentric shaft assembly and hook component.
Eccentric shaft assembly includes eccentric shaft cylinder 327, eccentric shaft 322 and eccentric shaft connecting rod 323.
Eccentric shaft cylinder 327 is connect by eccentric shaft connecting rod 323 with eccentric shaft 322, and eccentric shaft cylinder 327 can drive bias
322 eccentric rotary of axis.
Hook component includes hook cylinder 324, hook 325 and hook connecting rod 326.
Hook cylinder 324 is connect by hook connecting rod 326 with hook 325, and hook cylinder 324 can drive hook 325 to rotate.
Card slot 329 is provided on hook 325.
Eccentric shaft 322 disengaged can be connected with hook 325.
Eccentric shaft assembly and hook component are separately mounted on left mold plate 31 and right mold plate 32, i.e., eccentric shaft assembly peace
On left mold plate 31, hook component is mounted on right mold plate 32, alternatively, eccentric shaft assembly is mounted on right mold plate 32
On, hook component is mounted on left mold plate 31.
After left mold plate 31 and right mold plate 32 close up, hook cylinder 324 drives hook 325 to turn to locked position,
Eccentric shaft cylinder 327 drives 322 eccentric rotary of eccentric shaft to locked position again, and active blocks 322 eccentric rotary of eccentric shaft in the process
Enter fixation in the card slot 329 of hook 325 and form locking mechanism, left mold plate 31 and right mold plate 32 is locked, and eccentric shaft 322
Left mold plate 31 and right mold plate 32 are compressed with the interaction of hook 325.The fit structure of eccentric shaft assembly and hook component, has
Two advantages: 1, the fit structure relative to hook and fixing axle or non-eccentricity axis, eccentric shaft assembly and hook component are matched
Close structure precision above require it is low because eccentric shaft 322 be caught in rotation process in the card slot 329 of hook 325, even if two
The practical locked position of person and design locked position have certain deviation, as long as eccentric shaft more than 322 turns certain angle or turns one less
Determine angle, it can be fixed with the card slot 329 of hook 325；2, eccentric shaft 322 is caught in during 325 card slot 329 of hook, eccentric shaft
322 and hook 325 have a horizontally pulling force between each other, which to produce between left mold plate 31 and right mold plate 32
The raw effect compressed, so that the sock molding room sealing effect that left sizing room 310 and right sizing room 313 close up composition is good.Sizing
After the completion, eccentric shaft 322 and hook 325 invert, and the card slot 329 of eccentric shaft 322 and hook 325 is detached from, left mold plate 31 and the right side
32 locking state of mold plate releases.
Drying component 1 includes drying support 11, heating tube 12, steam pipe 13, insulating layer 14 and compressed air hose.
Drying support 11 is fixedly installed.Drying room 15 is provided in drying support 11, the drying position of mould bases 22, which is located at, dries
In dry chamber 15, mould bases 22 enters in rotary course from the entrance of drying room 15, is dried after rotating to drying position, then from
It produces the outlet of drying room 15.
Heating tube 12 is fixedly mounted on drying support 11, is located in drying room 15, and is located at drying position two sides.Add
Socks of the heat drying on the mould bases 22 in drying position are generated when heat pipe 12 works.
Steam pipe 13 is fixedly mounted on drying support 11, is located at 12 side of heating tube, and heating tube 12 generates when working
Steam in heat steam pipe 13 can overcome the problems, such as steam heat deficiency in this way.Steam pipe 13 and left steam entrance
311 are connected to right steam entrance 314, for sending high-temperature steam to sock molding room.
Insulating layer 14 is fixed on drying support 11, and is covered on drying room 15, and heat preservation is played the role of.
Compressed air hose is fixedly mounted on drying support 11, is located at 12 side of heating tube, and heating tube 12 produces when working
Compressed air in heat amount heated compressed air pipe can overcome the problems, such as that compressed air heat is insufficient in this way.Compressed air
It is connected to left sizing room 310 and right sizing room 313, for sending compressed air to sock molding room, improves the pressure of sock molding room
Power and heat, so that fixed effect is more preferable.
In present specification, the orientation such as upper and lower, left and right are based on Fig. 3.
In addition, it should be noted that, the specific embodiments described in this specification, the shape of parts and components are named
Title etc. can be different, and above content is only to structure of the invention example explanation described in this specification.
Claims (7)
1. a kind of shaping and drying structure of shocks fixing shape machine, it is characterised in that: including drying component and styling components；
Styling components include left mold plate, right mold plate, left mold plate driving mechanism, right mold plate driving mechanism, sizing rack
With mold plate retaining mechanism；Left mold plate and right mold plate are slidably mounted in sizing rack, left mold plate and right mold plate
It is oppositely arranged；It is equipped with left sizing room in left mold plate, is provided with left steam entrance and left bank steam port in left sizing room；Right sizing
It is equipped with right sizing room in plate, is provided with right steam entrance and right row's steam port in right sizing room；Left mold plate driving mechanism installation
It in sizing rack, and is connect with left mold plate, left mold plate can be driven to slide in sizing rack；Right mold plate driving mechanism
It is mounted in sizing rack, and is connect with right mold plate, right mold plate can be driven to slide in sizing rack；Left mold plate driving
Mechanism and right mold plate driving mechanism push left mold plate and right mold plate to relatively move respectively, and left mold plate and right mold plate close
After holding together, left sizing room and right sizing room close up composition sock molding room；Mold plate retaining mechanism includes eccentric shaft assembly and hook
Component；Eccentric shaft assembly includes eccentric shaft cylinder, eccentric shaft and eccentric shaft connecting rod；Eccentric shaft cylinder is by eccentric shaft connecting rod and partially
Mandrel connection, eccentric shaft cylinder can drive eccentric shaft to rotate；Hook component includes hook cylinder, hook and hook connecting rod；
Hook cylinder is connect by hook connecting rod with hook, and hook cylinder can drive hook to rotate；Card slot is provided on hook；Eccentric shaft with
The card slot of hook disengaged can connect；Eccentric shaft assembly and hook component are separately mounted on left mold plate and right mold plate；When
After left mold plate and right mold plate close up, hook cylinder driving hook turns to locked position, and eccentric shaft cylinder drives eccentric shaft
Eccentric rotary is caught in fixation in the card slot of hook and forms locking mechanism to locked position in eccentric shaft rotation process, will be left
Mold plate and the locking of right mold plate；
Drying component includes drying support, heating tube and steam pipe；Drying room is provided in drying support；Heating tube is fixedly mounted
On drying support, it is located in drying room；Steam pipe is fixedly mounted on drying support, is located at beside heating tube, steam
Pipe is connected to left steam entrance and right steam entrance.
2. the shaping and drying structure of shocks fixing shape machine according to claim 1, it is characterised in that: the drying component is also
Including insulating layer, insulating layer is fixed on drying support, and is covered on drying room.
3. the shaping and drying structure of shocks fixing shape machine according to claim 1, it is characterised in that: the left mold plate drives
Motivation structure includes left cylinder and left connecting rod component；Left connecting rod component includes upper left connection rod set, left connecting rod and left lower link group；It is left
Upper connecting rod group includes upper left connecting rod one and upper left connecting rod two；Left lower link group includes left lower link one and left lower link two；Left gas
Cylinder is mounted in sizing rack, and is connect with left mold plate, and left mold plate can be driven to slide；The left end of upper left connecting rod one and sizing
Rack is hinged, and the left end of right end and upper left connecting rod two is hinged, and the right end of upper left connecting rod two and left mold plate are hinged；Left lower link one
Left end and sizing rack it is hinged, the left end of right end and left lower link two is hinged, the right end of left lower link two and left mold plate hinge
It connects；Upper left connection rod set is located at right above left lower link group；Left connecting rod is vertically arranged, the right end of the upper end and upper left connecting rod one and
The left end of upper left connecting rod two is hinged, and lower end and the right end of left lower link one and the left end of left lower link two are hinged；Upper left connecting rod one
With the equal length of left lower link one, the equal length of upper left connecting rod two and left lower link two.
4. the shaping and drying structure of shocks fixing shape machine according to claim 1, it is characterised in that: the right mold plate drives
Motivation structure includes right cylinder and right connecting rod component；Right connecting rod component include upper right connection rod set, the right side in connecting rod and bottom right connection rod set；It is right
Upper connecting rod group includes upper right connecting rod one and upper right connecting rod two；Bottom right connection rod set includes bottom right connecting rod one and bottom right connecting rod two；Right gas
Cylinder is mounted in sizing rack, and is connect with right mold plate, and right mold plate can be driven to slide；The right end of upper right connecting rod one and sizing
Rack is hinged, and left end and the right end of upper right connecting rod two are hinged, and the left end of upper right connecting rod two and right mold plate are hinged；Bottom right connecting rod one
Right end and sizing rack it is hinged, left end and the right end of bottom right connecting rod two are hinged, the left end of bottom right connecting rod two and right mold plate hinge
It connects；Upper right connection rod set is located at right above the connection rod set of bottom right；Connecting rod is vertically arranged in the right side, the left end of the upper end and upper right connecting rod one and
The right end of upper right connecting rod two is hinged, and lower end and the left end of bottom right connecting rod one and the right end of bottom right connecting rod two are hinged；Upper right connecting rod one
With the equal length of bottom right connecting rod one, the equal length of upper right connecting rod two and bottom right connecting rod two.
5. the shaping and drying structure of shocks fixing shape machine according to claim 1, it is characterised in that: the left sizing room and
Right sizing interior is equipped with pressure gauge installation position, and pressure gauge is equipped with pressure gauge on installation position.
6. the shaping and drying structure of shocks fixing shape machine according to claim 1, it is characterised in that: the styling components are also
Including left chain wheel, right pulley and sliding rail；The sliding rail is fixed in sizing rack, and left chain wheel and right pulley are slidably mounted on cunning
On rail；Left mold plate is mounted on left chain wheel, and is hung on the slide rail by left chain wheel, can be slided along sliding rail；Right mold plate installation
It hangs on the slide rail, can be slided along sliding rail on right pulley, and through right pulley.
7. the shaping and drying structure of shocks fixing shape machine according to claim 1, it is characterised in that: the drying component is also
Including compressed air hose, compressed air hose is fixedly mounted on drying support, is located at beside heating tube；Compressed air and Zuo Ding
Type room is connected to right sizing room.
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| CN201611257565.3A CN106906596B (en) | 2016-12-30 | 2016-12-30 | A kind of shaping and drying structure of shocks fixing shape machine |
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| CN201611257565.3A CN106906596B (en) | 2016-12-30 | 2016-12-30 | A kind of shaping and drying structure of shocks fixing shape machine |
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| CN106906596B true CN106906596B (en) | 2019-04-23 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107503058B (en) * | 2017-09-12 | 2019-11-08 | 万见芬 | A kind of shocks fixing shape machine |
| CN109704000B (en) * | 2019-02-01 | 2020-07-24 | 义乌市利源针织袜业有限公司 | Automatic underpants shaping and stacking machine |
| CN112176612A (en) * | 2020-10-13 | 2021-01-05 | 东莞市科美机械有限公司 | Steam shaping mechanism |
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| CN2043981U (en) * | 1988-12-14 | 1989-09-06 | 黄勤建 | Footwear boarding and drying machine |
| CN2131878Y (en) * | 1992-04-10 | 1993-05-05 | 唐山市吉祥实业公司 | Reciprocating automatic shaper |
| DE19923002A1 (en) * | 1999-05-14 | 2000-11-16 | Sipra Patent Beteiligung | Circular knitter has a steam station between the knitting zone and the fabric take-off to deliver steam at one side of the fabric to be caught by a chamber at the other side to prevent kinked edges |
| CN102251366A (en) * | 2011-07-06 | 2011-11-23 | 叶国宣 | Sock shaping apparatus and method |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2043981U (en) * | 1988-12-14 | 1989-09-06 | 黄勤建 | Footwear boarding and drying machine |
| CN2131878Y (en) * | 1992-04-10 | 1993-05-05 | 唐山市吉祥实业公司 | Reciprocating automatic shaper |
| DE19923002A1 (en) * | 1999-05-14 | 2000-11-16 | Sipra Patent Beteiligung | Circular knitter has a steam station between the knitting zone and the fabric take-off to deliver steam at one side of the fabric to be caught by a chamber at the other side to prevent kinked edges |
| CN102251366A (en) * | 2011-07-06 | 2011-11-23 | 叶国宣 | Sock shaping apparatus and method |
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Effective date of registration: 20200115 Address after: 311800 No.28 Qianxi Road, Taozhu street, Zhuji City, Shaoxing City, Zhejiang Province Patentee after: Zhejiang Yifu Machinery Technology Co., Ltd Address before: 311508 Tonglu City, Hangzhou Province, the new town of Hopewell Village Patentee before: TONGLU RONGYIFU MACHINERY CO., LTD. |