CN203697343U - Mold structure for preparing finished boots or semi-finished boots - Google Patents
Mold structure for preparing finished boots or semi-finished boots Download PDFInfo
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- CN203697343U CN203697343U CN201320740752.2U CN201320740752U CN203697343U CN 203697343 U CN203697343 U CN 203697343U CN 201320740752 U CN201320740752 U CN 201320740752U CN 203697343 U CN203697343 U CN 203697343U
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- shoe tree
- bed die
- face mould
- die seat
- mold mechanism
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Abstract
The utility model provides a mold structure for preparing finished boots or semi-finished boots. The mold mechanism comprises a boot tree, a bottom mold seat, a surface mold and a magnetic force fixing mechanism, wherein the bottom mold seat is provided with a positioning ring for positioning the shoe tree on the bottom mold seat; the bottom of the boot tree is arranged in the positioning ring of the bottom mold seat; the surface mold is composed of a plurality of surface mold modules; a complete surface mold composed of the plurality of surface mold modules is approximately as the same as the boot surface of a boot in shape; the surface mold modules the inner surfaces of which are applied with sizing material liquids can be pasted on the outer surface of the boot tree; the magnetic force fixing mechanism is used for positioning the surface mold modules which are directly or indirectly pasted on the outer surface of the boot tree on the corresponding part of the outer surface of the boot tree. The mold structure for preparing the finished boots or semi-finished boots, which is provided by the utility model, can be well adaptive to the preparation of boots with diverse styles.
Description
Technical field
The utility model relates to footwear boots finished product or half-finished preparation field, relates in particular to a kind of shoemaking boots finished product or half-finished mold mechanism.
Background technology
At present, produce with the footwear boots of sizing material fabric (typical in rain rubber boots especially) by traditional handicraft, and cloth shoes, leather footwear, sport footwear, leather shoes etc., the loaded down with trivial details defect of fabrication schedule often there is.
Its face mould 200 of mould that manufacture sizing material fabric footwear boots adopt is at present overall structure (referring to Fig. 1), when production, each shoe tree piece is spliced and combined into complete shoe tree, shoe tree 300 is located on bed die seat 100, then whole face mould is placed on outside shoe tree, locates the position of face mould, shoe tree by holder, between face mould and shoe tree, form die cavity 400, then to die cavity cast sizing material, after sizing material is shaped, carry out the demoulding.But this mould, is often difficult to face mould to deviate from smoothly while carrying out the demoulding, and in knockout course, be easy to make vamp distortion or damaged.And this mould is because being adapted to the shoe-making process of one cast, can not the designing requirement of the diversified footwear boots of flexible adaptation, often can only only adopt for the production of whole vamp a kind of footwear boots of sizing material fabric.
Utility model content
In order to make up the deficiencies in the prior art, it is a kind of novel for the preparation of footwear boots finished product or half-finished mold mechanism that the utility model provides, this mold mechanism can well be adapted to the footwear boots preparation of a great variety of models, not only can be applicable to prepare vamp entirety and be the waterproof footwear boots of sizing material vamp, and can be applied to and prepare fashion footwear boots, the functional safety footwear that vamp is sizing material vamp and the collocation of other fabric vamps.
The technical scheme that the utility model solves its technical problem employing is as follows:
A kind of for the preparation of footwear boots finished product or half-finished mold mechanism, comprise shoe tree, bed die seat, face mould, magnetic force fixed structure, described bed die seat has one for locating the centring ring of shoe tree position on bed die seat on it, and its bottom of shoe tree is placed in the centring ring of bed die seat; Described face mould its by multiple face mould module compositions, the complete face mould of multiple face mould module compositions and the vamp shape of footwear boots are roughly the same, the face mould module that inner surface is applied with sizing material liquid can be affixed on shoe tree outer surface; Described magnetic force fixed structure is for being directly or indirectly positioned the face mould module that is attached to shoe tree outer surface for shoe tree outer surface relevant position.
Preferably, described magnetic force fixed structure comprises the multiple hardware of shoe tree inside, multiple magnet pieces that are independent of shoe tree of being embedded in, when described magnet piece is placed in the face mould module outer surface that is attached to shoe tree outer surface, described magnet piece is adsorbable is closely attached on face mould module outer surface.
Described magnetic force fixed structure comprises is located at the magnetic element of shoe tree inside, multiple iron block that is independent of shoe tree, when described iron block is placed in the face mould module outer surface that is attached to shoe tree outer surface, under the magneticaction that described iron block can produce at described magnetic element, absorption is closely attached on face mould module outer surface.
Described magnetic force fixed structure comprises is located at the magnetic element of shoe tree inside, multiple magnet piece that is independent of shoe tree, described magnetic element and magnet piece can be inhaled by Magnetic Phase, when described magnet piece is placed in the face mould module outer surface that is attached to shoe tree outer surface, under the magneticaction that described magnet piece can produce at magnetic element, absorption is closely attached on facial mask module outer surface.
Further, in bed die seat, be provided with magnetic element, in shoe tree, be embedded with and can adopted metal material to make by the hardware of the magnetic-adsorption of magnetic element generation in bed die seat or shoe tree bottom surface near the position of shoe tree bottom surface, the shoe tree being placed on bed die seat can be adsorbed and be fixed on bed die seat under the magneticaction of this magnetic element generation.
Bed die seat is to be embedded with hardware in metal material or bed die seat, in shoe tree, is provided with magnetic element near the position of shoe tree bottom surface, when shoe tree is placed on bed die seat, and under the magneticaction producing at this magnetic element, adsorbable being fixed on bed die seat in shoe tree bottom.
Its edge of described centring ring is provided with multiple spurs, and the intra-zone level that described spur is surrounded towards centring ring by centring ring edge protrudes out, when shoe tree is placed in centring ring, and the end butt of shoe tree outer surface and multiple spurs.
Further, bed die seat is provided with multiple locating pins, and when shoe tree is placed in centring ring, bed die seat is connected with shoe tree bottom surface by described multiple locating pins.
As a kind of possibility, in the region that described bed die seat surrounds at centring ring, be provided with a holding tank, in described holding tank, can hold sole or die for shoe-sole.
The technical solution of the utility model has following beneficial effect:
1, the mold mechanism that the utility model provides, its face mould is by multiple face mould module compositions, and the specific region of face mould module and vamp is corresponding, and for example, some face mould modules are corresponding to toe-cap, and some face mould modules are corresponding to upper of a shoe etc.The cooling rear sizing of sizing material liquid drying that face mould module inner surface is smeared forms sizing material vamp.The mould that the utility model provides is with traditional to form the mould of sizing material vamp by pouring type different, mould of the present utility model can be prepared sizing material vamp by the mode of spraying at face mould module inner surface or smear sizing material liquid, can adopt to apply different sizing material liquid at different face mould module inner surfaces and prepare the multiple different sizing material fabric vamp forming of arranging in pairs or groups.In addition, can also be for the preparation of the vamp of sizing material fabric and other fabrics (as leather, cloth etc.) variation collocation, while preparing this vamp, corresponding face mould module by those corresponding to sizing material upper portion is elected, the face mould module inner surface of selecting at these is smeared sizing material liquid, the face mould module that these have been smeared to sizing material liquid is attached to relevant position, shoe tree surface and prepares sizing material upper portion, after sizing material upper portion prepares, other fabrics and sizing material upper portion are connected to the vamp that can form variation collocation.The mold mechanism that the utility model provides, has feature applied widely, can be flexible multi-purpose.
2, its face mould of mold mechanism of the present utility model adopts multiple face mould module compositions, and the demoulding is very convenient, is not easy to cause the problems such as vamp distortion.
3, mold mechanism of the present utility model goes for the footwear boots preparation without sewing technology in shoemaking process, can simplify footwear boots preparation section, saves a large amount of manpower and materials, raises the efficiency, and reduces costs.
4, the mold mechanism that the utility model provides is simple in structure, ingenious, adopt magnetic force fixed structure can make the face mould module that is attached to shoe tree surface better be closely attached on shoe tree surface, the phenomenon of avoiding occurring the slippage of face mould module, plays positioning action, can effectively ensure the quality of sizing material vamp.The mold mechanism that the utility model provides can be adapted to the preparation of shoes, boots.
Brief description of the drawings
Fig. 1 is existing shoemaking boots mold mechanism;
Fig. 2 is the structural representation of the mold mechanism of the utility model the first embodiment;
Fig. 3 is the structural representation of the mold mechanism of the utility model the second embodiment;
Fig. 4 is the structural representation of the mold mechanism of the third embodiment of the utility model;
Fig. 5 is the schematic top plan view of centring ring.
Fig. 6 is a kind of syndeton schematic diagram between shoe tree bottom and bed die seat;
Fig. 7 is the schematic diagram that increases the thick adjustment structure of material in the mould structure shown in Fig. 2.
Fig. 8 is the enlarged diagram at A place in Fig. 7.
Fig. 9 is the structural representation of the another kind of size of Fig. 4 mold mechanism.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is described further.
For the ease of embodying the overall structure of mold mechanism, the mold mechanism shown in Fig. 2～Fig. 4, Fig. 7, Fig. 9, its each face mould module inner surface has all been smeared sizing material liquid, and all face mould modules of face mould have all been attached to shoe tree outer surface.But in actual applications, the face mould module inner surface that need be only sizing material upper portion corresponding to vamp at those is smeared sizing material liquid, the face mould module that only these need have been smeared to sizing material liquid when use is attached to relevant position, shoe tree surface.Its raw material of sizing material liquid that puts on face mould module inner surface can be selected from the conventional sizing material raw material of the art, such as can be liquid plastic, modified polyurethane prepolymer, liquid rubber, paste polyvinyl chloride, silica gel, latex etc.
It is a kind of for the preparation of footwear boots finished product or half-finished mold mechanism that the utility model provides.
The first embodiment as shown in Figure 2.Mold mechanism comprises shoe tree 300, bed die seat 100, face mould 200 and magnetic force fixed structure.Wherein, have a centring ring 101 on bed die seat, the schematic top plan view of centring ring is referring to Fig. 5, and the shape of centring ring 101 and shoe tree bottom 303 are roughly the same, and the size of centring ring is slightly larger than shoe tree bottom size.The periphery of centring ring is provided with some spurs 1011, in the region that these spurs surround towards centring ring, level protrudes out, in shoe tree is placed in centring ring time, the end of these spurs and shoe tree outer surface butt, shoe tree is well positioned in the centring ring of bed die seat, avoids shoe tree to move on bed die seat everywhere.Shoe tree 300 is spliced by multiple shoe tree pieces 301, and these shoe tree pieces are sliceable is combined into complete shoe tree.Shoe tree bottom 303 is placed on centring ring 101 when interior, is subject to the restriction of centring ring, and shoe tree can not move everywhere on bed die seat.Face mould 200 is made up of multiple face mould modules 201, and the footwear boots vamp profile of face mould 200 its global shapes and design is roughly the same, and each face mould module is corresponding to a pocket of vamp.Smear after the sizing material liquid 600 that is used to form sizing material vamp at face mould module inner surface, can be sticked on shoe tree outer surface relevant position.Magnetic force fixed structure comprises magnetic element 502 and polylith iron block 501, magnetic element 502 in present embodiment is electromagnet, electromagnet adopts existing electromagnet, the coil 5021 that it has iron core 5022 and is surrounded on iron core, two terminations of coil are electrically connected to power supply 5023, come energising and the power-off of control coil by controlling power switch 5024.What magnetic element 502 was vertical is arranged at shoe tree inside, when iron block is positioned over to the face mould module outer surface that is attached to shoe tree outer surface, power-on switch, electromagnet produces magnetic force, make iron block absorption be closely attached on the face mould module outer surface corresponding with iron block position, meanwhile, also make the face mould module 201 that is attached to shoe tree outer surface better be affixed on shoe tree, make it be not easy slippage, thereby play the effect that the face mould module that is attached to shoe tree outer surface is positioned to shoe tree outer surface relevant position.Preferably, in the polylith iron block of magnetic force fixed structure, the shape of each iron block 501 is corresponding to the shape of a certain face mould module of face mould, thereby face mould module is better adjacent to by iron block.
In the first embodiment, the position corresponding to centring ring roughly in bed die seat, is provided with magnetic element 504; Shoe tree bottom adopts the metal of the magnetic-adsorption that can be produced by magnetic element 504 to make, and metal is for example iron etc.What magnetic element 504 adopted is electromagnet.After two terminations of electromagnet coil and power supply 5041 are connected, electromagnet produces magnetic force, and shoe tree bottom is subject to magneticaction and is tightly absorbed and fixed on bed die seat.In actual applications, the magnetic element 502,504 in the first embodiment also can adopt alnico magnets to substitute, but preferably adopts electromagnet.
The second embodiment as shown in Figure 3.The main difference part of this embodiment and the first embodiment is, bed die seat employing iron etc. can for example, be made by the metal (: iron) of alnico magnets or electromagnet absorption, in shoe tree, be also provided with magnetic element 503 near the position of shoe tree bottom, this magnetic element adopts alnico magnets, in this embodiment, in its bed die seat, do not need to arrange magnetic element 504 as the first embodiment.When in the centring ring that shoe tree 300 is placed in to bed die seat, under the magneticaction producing at magnetic element 503, bed die seat can be subject to magnetic attraction, and under 503 magneticaction, shoe tree bottom just can well be absorbed and fixed in bed die seat centring ring, and shoe tree can not be rocked.
In actual applications, magnetic element 503 in the second embodiment also can adopt electromagnet, bed die seat itself also can not adopt metal to make, can such as, by the metal material of magnet or electromagnet absorption, iron block etc. but bury underground corresponding to the position of centring ring in bed die seat bottom.
The third embodiment as shown in Figure 4.The main difference of this third embodiment and the first embodiment is, magnetic element 502 is not installed in shoe tree, but in shoe tree, be embedded with multiple hardwares 506, these hardwares can be iron block or iron staff, and the outside magnet piece 505 that adopts of shoe tree replaces the iron block 501 in the first embodiment simultaneously.In the region surrounding corresponding to centring ring 101 at bed die seat 100, also offer a holding tank 102 downwards, this holding tank is used for holding sole 900.The third embodiment is optimum embodiment, and it locates by magnet piece 505 and the magnetic-adsorption effect between the hardware in shoe tree that is embedded in the face mould module that is attached to shoe tree surface, and the locating effect of this magnetic force fixed structure is better.
Taking the third embodiment as example, the using method of 4 pairs of mold mechanisms describes by reference to the accompanying drawings below:
Set prepared footwear boots, its vamp that adjoins sole is sizing material vamp, and the vamp of other parts is also sizing material vamp.Adopt the mold mechanism of the third embodiment to prepare the step of footwear boots as follows:
1) the prior holding tank 102 that sole 900 is placed in to bed die seat 100, and then shoe tree bottom 303 is placed in centring ring 101, now, shoe tree is also positioned on sole, in bed die seat the magneticaction that produces of magnetic element 504 under, shoe tree is absorbed and fixed in the centring ring of bed die seat;
2) spray or smear sizing material liquid at each face mould module 201 inner surfaces of face mould 200, the face mould module that these have been applied to sizing material liquid 600 sticks on relevant position, shoe tree surface;
3) magnet piece 505 is placed in to the outer surface of the face mould module 201 that is attached to shoe tree surface, under the magneticaction producing at magnet piece, between hardware 506 in magnet piece and shoe tree, produce magnetic-adsorption effect, magnet piece can adsorb and is adjacent to the face mould module outer surface corresponding with its position, can apply the pressure towards shoe tree to face mould module like this, thereby make face mould module well be positioned at the position that it pastes, make face mould module be not easy to produce and slide on shoe tree surface;
4) then sole 900 peripheries and and the sole periphery face mould module of adjoining between boundary 800 smear or spray paste feed liquid, sizing material liquid and the sole of the face mould module inner surface that adjoins sole 900 are linked up;
5) whole mould is placed in to drying plant, sizing material liquid 600 is dried, cooling afterwards, make the sizing material liquid sizing that puts on face mould module inner surface form sizing material vamp, together with sole has been bonded in the upper portion of adjoining sole;
6) finally magnet piece and face mould module are disassembled, obtain complete footwear boots.
Adopt the mold mechanism of the third embodiment, when sizing has formed sizing material vamp, also sole and the vamp that adjoins sole are connected, can greatly save like this operation, reduce manpower and materials, raise the efficiency.In actual applications, can also in holding tank 102, put into sole mould, instead of put into sole.Sole mould is the mould that those skilled in the art are used for preparing sole, and it has the sole die cavity for holding sole rubber feed liquid, and the shape of sole die cavity and sole shape are roughly the same.In sole die cavity, inject after sole rubber feed liquid (as PU sole rubber feed liquid), drying sizing can form sole, like this can be in the time preparing sizing material vamp, and sole is prepared in sizing simultaneously.
Referring to Fig. 6, in embodiment 1～2, can also further on bed die seat, be provided with multiple locating pins 103, when the bottom 303 of shoe tree 300 is placed in centring ring, bed die seat is connected with shoe tree bottom surface by these multiple locating pins 103, thereby better fixes shoe tree, and Fig. 6 only part shows the syndeton between shoe tree and the bed die seat in mold mechanism, for the schematic diagram at the shoe tree back side, all not shown for the miscellaneous part of mold mechanism.
The mold mechanism of the first embodiment can also increase the thick adjustment structure of material of a face mould module, specifically can be referring to Fig. 7 and Fig. 8, face mould module 201 inner surfaces are provided with some installing holes 702, shoe tree 300 outer surfaces are provided with some locating holes 703, some adjustable columns 701 are installed in installing hole 702, adjustable column first end 7012 is installed in installing hole 702, and with installing hole is threaded, the degree of depth that adjustable column first end 7012 extend in installing hole 702 can regulate by the different thread turns of precession, and adjustable column the second end 7011 can insert in locating hole 703.Smear or spray after certain thickness sizing material liquid 600 at face mould module inner surface, before face mould module is affixed on to shoe tree outer surface, can first regulate adjustable column first end 7012 to extend into the length in installing hole 702, thereby adjustable column is inserted behind 703 holes, location, the thickness of adjustable column middle part 7013 length that expose out and sizing material liquid adapts, and the second end 7011 of adjustable column is inserted in the corresponding locating hole 703 of shoe tree outer surface afterwards again.The thick adjustment structure of this material, can make to be applied to the sizing material liquid of face mould module inner surface, and its thickness can not change easily, and the face mould module that is conducive to be attached to shoe tree outer surface is better positioned at pasted position, is not easy displacement.
Mold mechanism provided by the utility model, its face mould is by multiple face mould module compositions, and face mould module inner surface is smeared or the cooling rear sizing of sizing material liquid drying of spraying forms sizing material vamp.The mold mechanism that the utility model provides is with traditional to form the mold mechanism of sizing material vamp by pouring type different, the mold mechanism that the utility model provides can be prepared sizing material vamp by the mode of spraying at face mould module inner surface or smear sizing material liquid, can adopt to apply different sizing material liquid at different face mould module inner surfaces and prepare by the multiple different sizing material fabrics vamp forming of arranging in pairs or groups.In addition, can also be for the preparation of the vamp of sizing material fabric and other fabrics (as leather, cloth etc.) variation collocation, while preparing this vamp, corresponding face mould module by those corresponding to sizing material upper portion is elected, the face mould module inner surface of selecting at these is smeared sizing material liquid, and the face mould module that these have been smeared to sizing material liquid is attached to relevant position, shoe tree surface and prepares sizing material upper portion.After sizing material upper portion prepares, other fabrics and sizing material upper portion are connected to the vamp that can form variation collocation.While adopting the mold mechanism of first and second kinds of embodiments to prepare footwear boots, preparing after vamp, vamp and sole are sewed up or be bonded as one can make complete footwear boots.
The mold mechanism that the utility model provides, has feature applied widely, can be flexible multi-purpose.In actual applications, those skilled in the art can be according to the concrete condition of prepared footwear boots, die size of the present utility model is adjusted accordingly, make the size of shoe tree and face mould be adapted to institute's shoemaking boots (for example for high side boots or in low side boots) size, Fig. 9 shows Fig. 4 mold mechanism and is adapted to the structural representation of low shoes boots, it is only the variation of size, and the mold mechanism of structure fundamental sum Fig. 4 is identical.Provide at application the utility model mold mechanism time, those skilled in the art can be according to the design needs of footwear boots vamp decorative pattern, and the concrete face mould module of selecting to have corresponding decorative pattern inner surface.
The mold mechanism of what the utility model provided prepare footwear boots, goes for the manufacture of rubber overshoes and multiple fashion style of shoe, boots.
The above, it is only preferred embodiment of the present utility model, not the utility model is done to any pro forma restriction, do not depart from the content of technical solutions of the utility model therefore all,, all still belong in the scope of technical solutions of the utility model any simple modification made for any of the above embodiments, equivalent variations and modification according to technical spirit of the present utility model.
Claims (9)
1. for the preparation of footwear boots finished product or a half-finished mold mechanism, it is characterized in that, comprise shoe tree, bed die seat, face mould, magnetic force fixed structure,
Described bed die seat has one for locating the centring ring of shoe tree position on bed die seat on it, and its bottom of shoe tree is placed in the centring ring of bed die seat;
Described face mould its by multiple face mould module compositions, the complete face mould of multiple face mould module compositions and the vamp shape of footwear boots are roughly the same, the face mould module that inner surface is applied with sizing material liquid can be affixed on shoe tree outer surface;
Described magnetic force fixed structure is for being directly or indirectly positioned the face mould module that is attached to shoe tree outer surface for shoe tree outer surface relevant position.
2. mold mechanism according to claim 1, it is characterized in that, described magnetic force fixed structure comprises the multiple hardware of shoe tree inside, multiple magnet pieces that are independent of shoe tree of being embedded in, when described magnet piece is placed in the face mould module outer surface that is attached to shoe tree outer surface, described magnet piece is adsorbable is closely attached on face mould module outer surface.
3. mold mechanism according to claim 1, it is characterized in that, described magnetic force fixed structure comprises is located at the magnetic element of shoe tree inside, multiple iron block that is independent of shoe tree, when described iron block is placed in the face mould module outer surface that is attached to shoe tree outer surface, under the magneticaction that described iron block can produce at described magnetic element, absorption is closely attached on face mould module outer surface.
4. mold mechanism according to claim 1, it is characterized in that, described magnetic force fixed structure comprises is located at the magnetic element of shoe tree inside, multiple magnet piece that is independent of shoe tree, described magnetic element and magnet piece can be inhaled by Magnetic Phase, when described magnet piece is placed in the face mould module outer surface that is attached to shoe tree outer surface, under the magneticaction that described magnet piece can produce at magnetic element, absorption is closely attached on facial mask module outer surface.
5. according to the mold mechanism described in claim 1～4 any one, it is characterized in that, in bed die seat, be provided with magnetic element, in shoe tree, be embedded with and can adopted metal material to make by the hardware of the magnetic-adsorption of magnetic element generation in bed die seat or shoe tree bottom surface near the position of shoe tree bottom surface, the shoe tree being placed on bed die seat can be adsorbed and be fixed on bed die seat under the magneticaction of this magnetic element generation.
6. according to the mold mechanism described in claim 1～4 any one, it is characterized in that, bed die seat is to be embedded with hardware in metal material or bed die seat, in shoe tree, be provided with magnetic element near the position of shoe tree bottom surface, when shoe tree is placed on bed die seat, under the magneticaction producing at this magnetic element, adsorbable being fixed on bed die seat in shoe tree bottom.
7. mold mechanism according to claim 1, it is characterized in that, its edge of described centring ring is provided with multiple spurs, and the intra-zone level that described spur is surrounded towards centring ring by centring ring edge protrudes out, when shoe tree is placed in centring ring, the end butt of shoe tree outer surface and multiple spurs.
8. mold mechanism according to claim 1, is characterized in that, bed die seat is provided with multiple locating pins, and when shoe tree is placed in centring ring, bed die seat is connected with shoe tree bottom surface by described multiple locating pins.
9. mold mechanism according to claim 1, is characterized in that, in the region that described bed die seat surrounds at centring ring, is provided with a holding tank, in described holding tank, can hold sole or die for shoe-sole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320740752.2U CN203697343U (en) | 2013-11-21 | 2013-11-21 | Mold structure for preparing finished boots or semi-finished boots |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320740752.2U CN203697343U (en) | 2013-11-21 | 2013-11-21 | Mold structure for preparing finished boots or semi-finished boots |
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| Publication Number | Publication Date |
|---|---|
| CN203697343U true CN203697343U (en) | 2014-07-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320740752.2U Withdrawn - After Issue CN203697343U (en) | 2013-11-21 | 2013-11-21 | Mold structure for preparing finished boots or semi-finished boots |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103640134A (en) * | 2013-11-21 | 2014-03-19 | 佛山市高明尚昂科技有限公司 | Mold mechanism for manufacturing shoe finished product or semi-finished product, and application thereof |
-
2013
- 2013-11-21 CN CN201320740752.2U patent/CN203697343U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103640134A (en) * | 2013-11-21 | 2014-03-19 | 佛山市高明尚昂科技有限公司 | Mold mechanism for manufacturing shoe finished product or semi-finished product, and application thereof |
| CN103640134B (en) * | 2013-11-21 | 2016-08-03 | 佛山市高明尚昂科技有限公司 | For preparing mold mechanism and the application thereof of footwear finished product or semi-finished product |
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Granted publication date: 20140709 Effective date of abandoning: 20160803 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |