CN208036826U - A kind of socks packaging sizing pressuring flat device - Google Patents
A kind of socks packaging sizing pressuring flat device Download PDFInfo
- Publication number
- CN208036826U CN208036826U CN201820502146.XU CN201820502146U CN208036826U CN 208036826 U CN208036826 U CN 208036826U CN 201820502146 U CN201820502146 U CN 201820502146U CN 208036826 U CN208036826 U CN 208036826U
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- China
- Prior art keywords
- socks
- hole
- embedded column
- holder
- piston
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Abstract
The utility model discloses a kind of socks packaging sizing pressuring flat device, including the flexible insertion column stretched into stocking blank, the embedded column is hollow cylindrical structure, the cavity sidewalls of embedded column are double-wall structure, there is closed interlayer space between two layers of walls, the interlayer space is equipped with the first aeration connector towards one end end face on the outside of stocking blank, the first aeration connector is connected with the first compressed gas source, the compressed air that first compressed gas source provides can enable embedded column expansion become larger and so that stocking blank is firmly sleeved on embedded column；Through-hole will be inside socks and external communication, and the second aeration connector is equipped with towards one end outside socks in through-hole, the second aeration connector is connected with the second compressed gas source, and the compressed air that second compressed gas source provides expands socks inner inflatable in the shape after being through on foot after socks can be enabled to be sleeved on embedded column.Socks packaging sizing pressuring flat device can fast and effeciently install the socks of sizing.
Description
Technical field
The utility model belongs to the equipment for flattening socks before socks packing technique field more particularly to a kind of packaging.
Background technology
We can have found that socks are smooth when buying socks, and socks reduction volume is on the one hand convenient for be packed,
On the other hand also there is styling after certain packaging, and existing socks production technology is diversified, part socks are being produced
Be required for flattening in socks after coming, be packed, it is existing when being packaged in pressing it is difficult to ensure that fold does not occur for socks, for can
The device for controlling socks shape and preferably flattening socks, for how more to be passed through in the case where ensureing socks shape as possible
Installation socks in Ji ground are not solved effectively always.
Utility model content
Utility model aims to solve above-mentioned technical problems, provide a kind of socks packaging sizing pressuring flat device, should
Socks packaging sizing pressuring flat device can fast and effeciently flatten the socks of sizing.
The technical solution of the utility model is as follows：
A kind of socks packaging sizing pressuring flat device, including the flexible insertion column stretched into stocking blank, the insertion
Column is hollow cylindrical structure, and the cavity sidewalls of embedded column are double-wall structure, have closed interlayer space between two layers of walls,
The interlayer space is equipped with the first aeration connector, the first aeration connector and the first compression towards one end end face on the outside of stocking blank
Air source is connected, the compressed air that first compressed gas source provides can enable embedded column expansion become larger and so that stocking blank is firmly sleeved on
On embedded column；The embedded column is additionally provided with through-hole along its axial direction, and the through-hole is by inside socks and external communication, and in through-hole court
One end outside socks is equipped with the second aeration connector, and the second aeration connector is connected with the second compressed gas source, second pressure
The compressed air that contracting air source provides expands socks inner inflatable in the shape after being through on foot after socks can be enabled to be sleeved on embedded column；
The second aeration connector includes pipe, and the pore of pipe includes two sections of cylindrical holes of different sizes and is located at two sections
Conical bore between cylindrical hole, wherein the big end of conical bore coaxially connects with the big cylindrical hole of that section for connecting embedded column through-hole, greatly
Holder is equipped in cylindrical hole, holder is equipped with the guide rod for passing perpendicularly through holder and can be free to slide in holder, guide rod wherein one
End be connected with it is coniform can be cased with both ends by the cut-off piston that conical bore is blocked completely, outside guide rod and be separately fixed at cut-off live
Hold out against spring on plug and holder, it is described hold out against spring under inoperative situation will cut-off piston top to conical bore is completely plugged
Position；The connecting rod across holder is also vertically equipped on the large end face of the cut-off piston, connecting rod is pierced by the freedom of holder
End is equipped with connecting hole；
Further include the exhaust pipe on embedded pipe side wall, embedded point of the exhaust pipe on tube wall is located at the branch
Between frame and the through-hole of embedded column, the port that exhaust pipe is located at the free end on the outside of pipe is the venthole of cone, venthole
Big end towards the outside, closed piston in venthole is also in cone and its small end inwardly and is connected with taper spring and bullet
Property rope, the big end of the taper spring are fixed on the inner wall of exhaust pipe, and small end is connected with closed piston small end face and in non-work
To make closed piston top under situation to by venthole open position, the elastic string is connected with the connecting hole on the connecting rod,
And the cut-off piston by air-flow into big cylindrical hole when, connecting rod by pull elastic string closed piston is got lodged in into venthole
On.
Further, the length of the embedded column is submerged completely within the socks neck at stocking blank.
Further, the interlayer space is in ring-shaped structure.
Further, the cylindrical structure of the cavity.
Further, the through-hole is in conical bore, and the big end of conical bore is towards inside socks.
Further, the embedded column outer wall is equipped with a circle groove at position corresponding with stocking blank edge, so that
Socks stocking blank edge in inflation can cover in the trench.
The beneficial effects of the utility model：The utility model will first fill a certain amount of gas in packaging inside socks, and protect
It holds air-flow and is constantly in perfusion state, ensure that socks are inflated and swell, in the shape after being through on foot, using flexible embedding
Enter column and realize installation of the socks in inflation, makes socks, be rapidly connected on embedded column, it is i.e. sharp when installation being needed to connect
Air-flow is injected with the first compressed gas source so that embedded column expands and socks are firmly sleeved on embedded column, straight when needing dismounting
It connects and closes the first compressed gas source, in this way, the shape state after socks can be then placed in a kind of dress in packaging, then
It is flattened, flattens the optional two boards of equipment and draw close extruding, will first can flattened at socks sole, unclamp again air source and take
Socks neck is flattened after going out embedded column, this mode can ensure shape when socks flatten as best one can under more economical cost.
On the other hand, when being filled with compressed air socks being made to swell, it is open-top that air-flow first will out end piston from the second compressed gas source,
Air-flow enters, and the closed piston in exhaust pipe is pulled to the position for blocking gas vent by connecting rod simultaneously, convenient for rapid inflation；?
Socks inflation and start flatten socks when.The second compressed gas source is closed, through-hole of the air part in socks from embedded column
Gush out, and cut-off piston top returned into closed position under the reply force effect for holding out against spring and discharges elastic string simultaneously so that
Closed piston is again open-top by taper spring, opens venthole, starts to be vented, and avoiding flattening socks by force leads to socks socks linear slit
Gap is excessively split, and elasticity is impaired.
In addition, the utility model also there are better effects for the drying of existing socks, socks in the prior art are being dried
When fixation also provide solution, i.e., after connect socks with embedded column, be passed through thermal current, this method is relative to showing
Have for technology and also has larger advantageous effect.
Description of the drawings
FIG. 1 is a schematic structural view of the utility model.
Fig. 2 is the attachment structure schematic diagram between embedded column and socks.
Fig. 3 is the enlarged view at I in Fig. 2.
Fig. 4 is the second aeration joint structure schematic diagram.
Component label instructions：Socks 1, embedded column 2, the first aeration connector 3, the second aeration connector 4, interlayer space 201, ditch
Slot 202, through-hole 204, pipe 401, holder 402, guide rod 403, holds out against spring 404, cut-off piston 405, exhaust pipe at cavity 203
406, elastic string 407, taper spring 408, closed piston 409.
Specific implementation mode
Illustrate that the embodiment of the utility model, those skilled in the art can be by these by particular specific embodiment below
Content disclosed by specification understands other advantages and effect of the utility model easily.
The utility model is described in further detail with reference to the accompanying drawings and examples：
As shown in Fig. 1-4, a kind of socks packaging sizing pressuring flat device, including it is flexible stretch into it is embedding in stocking blank
Enter column 2, the embedded column 2 is hollow cylindrical structure, is embedded in 203 side wall of cavity of column 2 for double-wall structure, between two layers of walls
With closed interlayer space 201, the interlayer space 201 is equipped with the first aeration connector 3 towards one end end face on the outside of stocking blank,
The first aeration connector 3 is connected with the first compressed gas source, and the compressed air that first compressed gas source provides can enable embedded column 2
Expansion become larger and so that stocking blank is firmly sleeved on embedded column 2；The embedded column 2 is additionally provided with through-hole 204 along its axial direction, described logical
Hole 204 is equipped with the second aeration connector 4 by 1 inside of socks and external communication, and in through-hole 204 towards one end outside socks 1, described
Second aeration connector 4 is connected with the second compressed gas source, and it is embedding that the compressed air that second compressed gas source provides can enable socks 1 be sleeved on
1 inner inflatable of socks is expanded in the shape after being through on foot after entering column 2.
The second aeration connector 44 includes pipe 401, the pore of pipe 401 include two sections of cylindrical holes of different sizes and
Conical bore between two sections of cylindrical holes, wherein the big end of conical bore is big with that section for connecting 22 through-hole 204204 of embedded column
Cylindrical hole coaxially connects, and holder 402 is equipped in big cylindrical hole, and there are one centre bore, holder 402 is equipped with to hang down tool on holder 402
Direct puncture cross holder 402 and can be free to slide in holder 402 guide rod 403, the wherein one end of guide rod 403 be connected with it is coniform can
The cut-off piston 405 that conical bore is blocked completely is cased with both ends outside guide rod 403 and is separately fixed at cut-off piston 405 and holder
Spring 404 is held out against on 402, the spring 404 that holds out against pushes up cut-off piston 405 to conical bore is complete under inoperative situation
The position of blocking；The connecting rod across holder 402 is also vertically equipped on the large end face of the cut-off piston 405, connecting rod is pierced by
The free end of holder 402 is equipped with connecting hole.
Further include the exhaust pipe 406 on 401 side wall of embedded pipe, insertion of the exhaust pipe 406 on 401 tube wall of pipe
For point between the holder 402 and the through-hole 204204 of embedded column 22, exhaust pipe 406 is located at the free end in 401 outside of pipe
Port be cone venthole, the big end of venthole towards the outside, be located at venthole in closed piston 409 also be in cone
And its small end inwardly and is connected with taper spring 408 and elastic string 407, the big end of the taper spring 408 is fixed on exhaust pipe
On 406 inner wall, small end is connected with 409 small end face of closed piston and will extremely go out on the top of closed piston 409 under inoperative situation
Stomata open position, the elastic string 407 are connected with the connecting hole on the connecting rod, and in the cut-off piston 405 by gas
When flowing in big cylindrical hole, connecting rod is by pulling elastic string 407 to get lodged in closed piston 409 on venthole.
A certain amount of gas will be first filled inside socks 1 in packaging, and air-flow is kept to be constantly in perfusion state, ensures socks
1 is swollen by lasting inflation, and in the shape after being through on foot, only substantially socks 1 after socks 1 are worn in simulation to shape herein
3D shape is certainly, practical also to arrive some accurate foot type without simulating.Socks are realized using flexible embedded column 2
Installation of the son 1 in inflation, makes socks 1, is rapidly connected on embedded column 2, and first is utilized when installation being needed to connect
Compressed gas source injects air-flow so that embedded column 2 expands and socks 1 are firmly sleeved on embedded column 2, is directly closed when needing dismounting
The first compressed gas source is closed, in this way, the shape state after socks 1 can be then placed in a kind of dress in packaging, then will
It is flattened, and existing equipment can directly be selected by flattening equipment, can also use other devices more simplified, such as flatten and set
It is standby to draw close extruding using two boards, it will first can be flattened at 1 sole of socks, and unclamp again air source and take out socks neck after embedded column 2
It flattens, this mode can ensure shape when socks 1 flatten, socks when being not in pressing as best one can under more economical cost
Son 1 occurs significantly to fold.On the other hand, when being filled with compressed air socks being made to swell, air-flow is first from the second compressed gas
Source is out open-top by cut-off piston 405, and air-flow enters, and the closed piston 409 in exhaust pipe 406 is pulled to and will be arranged by connecting rod simultaneously
The position that stomata is blocked, convenient for rapid inflation；Socks inflation and start flatten socks when.The second compressed gas source is closed,
Air part in socks gushes out from the through-hole 204 of embedded column 2, and cut-off is lived under the reply force effect for holding out against spring 404
Plug 405 pushes up back closed position and discharges elastic string 407 simultaneously so that and closed piston 409 is again open-top by taper spring 408,
Venthole is opened, starts to be vented, avoiding flattening socks by force causes socks socks linear slit gap excessively to be split, and elasticity is impaired.Certainly, originally
First aeration connector 3 of embodiment can also be used the structure as the second aeration connector 4, and when implementation can be from craftsmanship and cost
Consider to select.
Further, the length of the embedded column 2 is submerged completely within the socks neck at stocking blank, with promoted as possible socks neck with it is embedding
Enter the contact area of column 2 so that connection is more firm, while when embedded column 2 is embedded in stocking blank, and more conducively embedded column 2 is swollen
The socket that swells after swollen between socks neck.
Further, the interlayer space 201 is in ring-shaped structure, and expansion can be made more uniform, and connection is more reliable.
Further, 203 cylindrical structure of the cavity can make expansion more uniform, and connection is more reliable.
Further, the through-hole 204 is in conical bore, and the big end of conical bore is towards inside socks 1, after entering so as to air-flow to the greatest extent
Fast diffusion, expansion socks 1.
Further, 2 outer wall of embedded column is equipped with a circle groove 202 at position corresponding with stocking blank edge, with
The stocking blank edge in inflation of socks 1 is sleeved in groove 202, when this structure makes embedded column 2 expand, stocking blank
Edge can naturally enter in groove 202, prevent stocking blank edge in 2 slippery surface of embedded column, further prevent
It falls off, which can be made wide as possible as needed, so that stocking blank edge can preferably enter.
The above embodiments are only illustrative of the principle and efficacy of the utility model, new not for this practicality is limited
Type.Any person skilled in the art can all carry out above-described embodiment under the spirit and scope without prejudice to the utility model
Modifications and changes.Therefore, such as those of ordinary skill in the art without departing from the revealed essence of the utility model
All equivalent modifications completed under refreshing and technological thought or change, should be covered by the claim of the utility model.
Claims (6)
1. a kind of socks packaging sizing pressuring flat device, it is characterised in that：Including the flexible insertion column stretched into stocking blank,
The embedded column is hollow cylindrical structure, and the cavity sidewalls of embedded column are double-wall structure, are had between two layers of walls closed
Interlayer space, the interlayer space are equipped with the first aeration connector, the first aeration connector towards one end end face on the outside of stocking blank
It is connected with the first compressed gas source, the compressed air that first compressed gas source provides can enable embedded column expansion become larger and make stocking blank
It is firmly sleeved on embedded column；The embedded column is additionally provided with through-hole along its axial direction, the through-hole by inside socks and external communication,
And it is equipped with the second aeration connector towards one end outside socks in through-hole, the second aeration connector is connected with the second compressed gas source,
It is in be through foot that the compressed air that second compressed gas source provides, which expands socks inner inflatable after socks can be enabled to be sleeved on embedded column,
Shape after upper；
The second aeration connector includes pipe, and the pore of pipe includes two sections of cylindrical holes of different sizes and is located at two sections of cylinders
Conical bore between hole, wherein the big end of conical bore coaxially connects with the big cylindrical hole of that section for connecting embedded column through-hole, big cylinder
Holder is equipped in hole, holder is equipped with the guide rod for passing perpendicularly through holder and can be free to slide in holder, and guide rod wherein one end connects
Be connected to it is coniform can by the cut-off piston that conical bore is blocked completely, be cased with outside guide rod both ends be separately fixed at cut-off piston and
Spring is held out against on holder, the spring that holds out against will end piston top extremely by the completely plugged position of conical bore under inoperative situation
It sets；The connecting rod across holder is also vertically equipped on the large end face of the cut-off piston, connecting rod is pierced by the free end of holder
Equipped with connecting hole；
Further include the exhaust pipe on embedded pipe side wall, embedded point of the exhaust pipe on tube wall be located at the holder and
Between the through-hole of embedded column, port that exhaust pipe is located at the free end on the outside of pipe is conical venthole, venthole it is big
Towards the outside, the closed piston in venthole is also in conical and its small end inwardly and is connected with taper spring and elasticity at end
Rope, the big end of the taper spring are fixed on the inner wall of exhaust pipe, and small end is connected with closed piston small end face and in inoperative
By closed piston top to by venthole open position under situation, the elastic string is connected with the connecting hole on the connecting rod, and
The cut-off piston by air-flow into big cylindrical hole when, connecting rod by pull elastic string closed piston is got lodged on venthole.
2. socks packaging sizing pressuring flat device according to claim 1, it is characterised in that：The length of the embedded column does not have completely
Enter within the socks neck at stocking blank.
3. socks packaging sizing pressuring flat device according to claim 2, it is characterised in that：The interlayer space is tied in circular
Structure.
4. socks packaging sizing pressuring flat device according to claim 3, it is characterised in that：The cylindrical structure of cavity.
5. socks packaging sizing pressuring flat device according to claim 4, it is characterised in that：The through-hole is in conical bore, circular cone
The big end in hole is towards inside socks.
6. according to any one of the claim 1-5 socks packaging sizing pressuring flat device, it is characterised in that：Outside the embedded column
Wall is equipped with a circle groove at position corresponding with stocking blank edge, so that socks stocking blank edge in inflation can cover
In the trench.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820502146.XU CN208036826U (en) | 2018-04-10 | 2018-04-10 | A kind of socks packaging sizing pressuring flat device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820502146.XU CN208036826U (en) | 2018-04-10 | 2018-04-10 | A kind of socks packaging sizing pressuring flat device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208036826U true CN208036826U (en) | 2018-11-02 |
Family
ID=63944017
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820502146.XU Expired - Fee Related CN208036826U (en) | 2018-04-10 | 2018-04-10 | A kind of socks packaging sizing pressuring flat device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208036826U (en) |
-
2018
- 2018-04-10 CN CN201820502146.XU patent/CN208036826U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181102 Termination date: 20210410 |