CN201675165U - Shoe rack capable of regulating inner interval of layers and shaping box - Google Patents
Shoe rack capable of regulating inner interval of layers and shaping box Download PDFInfo
- Publication number
- CN201675165U CN201675165U CN201020170488XU CN201020170488U CN201675165U CN 201675165 U CN201675165 U CN 201675165U CN 201020170488X U CN201020170488X U CN 201020170488XU CN 201020170488 U CN201020170488 U CN 201020170488U CN 201675165 U CN201675165 U CN 201675165U
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- shoe rack
- bar
- biside plate
- loop bar
- outer loop
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Abstract
The utility model relates to a shoe rack capable of regulating the inner interval of layers, which comprises a bottom plate and two side plates which are oppositely fixed at the bottom plate, wherein a plurality of separators which are used for separating the inside of the shoe rack into a plurality of layers are arranged on the two side plates; and the shoe rack capable of regulating the inner interval of layers is characterized in that the separators are installed on the two side plates in a dismountable way. The shoe rack can change the height between the inner layers of the shoe rack by regulating the number or the positions of the separators, is suitable for shoes with different sizes and heights and makes full use of the inner space of the shoe rack.
Description
Affiliated technical field
The utility model relates to a kind of shoe rack, specifically is a kind of shoe rack that can adjust the interior layer interval according to the footwear of different size, height; The utility model also relates to the shaping box with above-mentioned shoe rack.
Background technology
One procedure that need carry out when producing shoes is that shoes are finalized the design, and common practices is that shoes are placed in the shoe rack, then whole shoe rack is moved into the work of being correlated with in the casing of shaping box.The shoe rack that uses is provided with several layers at present, adopts hard-wired dividing plate to separate between layer and the layer, and promptly every layer height is fixed.Yet the footwear height degree of different shoes differs greatly, for example boots and common footwear, for same shoe rack, if the requirement of high footwear body shoes is satisfied at the interval between the interior layer, when being used for city shoe so, obviously excessive at interval, the shoe rack inner space utilizes insufficient, if the height of city shoe is only satisfied at the interval between the shoe rack interior layer, then be not suitable for the footwear of high footwear body.
The utility model content
First purpose of the present utility model provides a kind of shoe rack that can adjust the interior layer interval according to the footwear of different size, height, and this shoe rack can make full use of volume inside.
Second purpose of the present utility model provide a kind of have the adjustable inside interlayer every the shaping box of shoe rack.
First purpose of the present utility model can realize by following technical scheme: a kind of adjustable inside interlayer every shoe rack, comprise base plate, the relative fixed biside plate at base plate, described biside plate is provided with some separators that are used for shoe rack inside is separated into multilayer; It is characterized in that: described separator is removably mounted on the biside plate.During use, quantity by adjusting separator or position change the height between inner each layer of shoe rack, are suitable for the shoes of different size and height.
For the higher boots of some footwear bodies, because its center of gravity is higher, only the support by separator tilts easily, therefore on the basis of the above, the utility model comprises that also several are used for fixing the locator of the leg of a boot of high footwear body boots, described locator comprises body and at least one row draw-in groove along its body cross direction profiles, and the body of this locator is installed on the biside plate removably.For boots, adapt to the boots of differing heights by the quantity that increases or reduce locator, make putting of boots more steady.For common footwear, when need not locator, then the locator complete removal in the shoe rack can be saved the shoe rack inner space.
On the basis of the above, the body of separator described in the utility model and described locator is shaft-like, described biside plate all have some sizes respectively with the corresponding hole of the body of described separator, locator, and the hole on the biside plate is symmetrically arranged, and removably insert in the hole of biside plate correspondence respectively at two of the body of described separator, locator.
As an embodiment of the present utility model: described separator is cylindrical expansion link, described expansion link comprises outer loop bar and interior bar, one of wherein said outer loop bar is provided with and is in communication with the outside cavity, also has groove on the bar wall of corresponding described cavity, described in bar be provided with projection Ka Tai; An end of bar is slidably mounted in the cavity of described outer loop bar by spring in described, and the projection Ka Tai of bar passes the groove of described outer loop bar in described, and the other end of described interior bar passes the cavity of described outer loop bar; The end that the other end of described outer loop bar and described interior bar pass outer loop bar is installed in respectively in the hole corresponding on the biside plate of shoe rack.During installation, earlier interior bar is pressed into outer loop bar, this moment, spring was compressed, the contraction in length of whole expansion link, conveniently a whole expansion link is moved between the biside plate of shoe rack, the pressure of bar in cancelling then, the other end of outer loop bar and the other end of interior bar promptly insert under the effect of spring in the hole on the biside plate.
As another embodiment of the present utility model: described separator is cylindrical expansion link, the outer loop bar of bar and hollow in described expansion link comprises, the inwall that described outer loop bar is one is provided with the boss that two circles separate, an end of bar is a link in described, the outer wall of this link is provided with the corresponding Ka Tai of boss of a circle and outer loop bar, the link of bar places in the outer loop bar in described, the other end of bar passes outer loop bar in described, and in described the Ka Tai of the link of bar outside between two boss of loop bar, be provided with the compression spring between the boss of the link of bar and relative outer loop bar in described, described interior bar is sliding between two boss of loop bar under the effect of spring outside; The end that the other end of described outer loop bar and described interior bar pass outer loop bar is installed in respectively in the hole corresponding on the biside plate of shoe rack.
On the basis of the above, the utility model can also be done following improvement: the body of described locator is scalable, it comprises that the cross section all becomes regular polygon package assembly and built-in part, one of wherein said package assembly is provided with and is in communication with the outside cavity, also have groove on the bar wall of corresponding described cavity, described built-in part is provided with projection Ka Tai; One end of described built-in part is slidably mounted in the cavity of described package assembly by spring, and the projection Ka Tai of described built-in part passes the groove of described package assembly, and the other end of described built-in part passes the cavity of described package assembly; Described biside plate is offered corresponding regular polygon hole on its vertical centre position, the end that the other end of described package assembly and described built-in part pass package assembly is installed in respectively in the hole corresponding on the biside plate of shoe rack.
On the basis of the above, the package assembly of the body of locator described in the utility model is provided with the two opposing settings of row and along the protrusion of its body cross direction profiles, leave the space mutually between the several projections part of same row, the space between adjacent two protrusion of same row forms draw-in groove; The protrusion of described locator is bent rod or " I type " straight-bar of " U type ", " W type " or " V-type ", and the two ends of each bent rod opening are fixed on and form single protrusion on the described bar.The opposing draw-in groove of two row is set on same locator, further saves the space in the shoe rack.
On the basis of the above, the package assembly of the body of locator described in the utility model is provided with the two opposing settings of row and along the protrusion of its body cross direction profiles, described single protrusion is the bent rod of " n type ", the link of each bent rod is fixed on and forms single protrusion on the package assembly of described body, and the openend of each bent rod forms draw-in groove.
On the basis of the above, shoe rack described in the utility model is provided with some crossbeams that are used for fixing biside plate, and described crossbeam is positioned at the edge of biside plate, and wherein a crossbeam is arranged on the handle that the position that is lower than the biside plate top forms shoe rack; Described shoe rack base plate bottom surface is connected with symmetrically arranged wheel.
Second purpose of the present utility model can realize by following technical scheme: a kind of shaping box, be included as the casing and the shoe rack of branch body structure, described casing has inner chamber, and the preceding boxboard of described casing has import and export, and a side of this preceding boxboard also is hinged with single closing door; Described shoe rack comprises base plate, the relative fixed biside plate at base plate, and described biside plate is provided with some separators that are used for shoe rack inside is separated into different layers; It is characterized in that: described separator is removably mounted on the biside plate.
Compared with prior art, quantity that shoe rack of the present utility model can be by adjusting separator or position change the height between inner each layer of shoe rack, so that adapt to the shoes of different size, make full use of the shoe rack volume inside; The high footwear body boots that the locator of setting up simultaneously can effectively prevent to be placed on the cut piece top of shoe rack tilts.
Description of drawings
Fig. 1 is the structural representation of the shoe rack of the utility model embodiment one;
The structural representation of the expansion link of the shoe rack of Fig. 2 the utility model embodiment one, this moment, the outer loop bar of expansion link was the broken section state;
Fig. 3 is the structural representation of locator of the shaping box of the utility model embodiment one, and the telescopic end of locator this moment is the broken section state.
The structural representation of the expansion link of Fig. 4 the utility model embodiment two, the outer loop bar of expansion link is for analysing and observe state at this moment;
Fig. 5 is the structural front view of the shaping box of the utility model embodiment three;
Fig. 6 is the structural representation of the shaping box of the utility model embodiment three, this moment the chamber door of shaping box open, a slope position lifting platform rises to the extreme higher position, move in the guide rail of shoe rack on lifting platform.
The specific embodiment
Embodiment 1
Adjustable inside interlayer shown in Figure 1 every shoe rack be embodiment one of the present utility model, it comprises base plate 1, the relative fixed biside plate 2,3 at base plate 1, somely is used for that shoe rack inside is separated into the cylindrical expansion link 4 of multilayer and several are used for fixing the locator 5 of the footwear tube of high footwear body shoes.
Wherein, the structure of expansion link 4 as shown in Figure 2, it comprises outer loop bar 41 and interior bar 42, one of wherein outer loop bar 41 is provided with and is in communication with the outside cavity, also have groove 43 on the bar wall of corresponding cavity, and the outer wall of interior bar 42 is provided with projection card platform 44; One end of interior bar 42 is slidably mounted in the cavity of outer loop bar 41 by spring 45, and the projection card platform 44 of interior bar 42 passes the groove of outer loop bar 41, and the other end of interior bar 42 passes the cavity of outer loop bar 41.
The structure of locator 5 as shown in Figure 3, it comprises shaft-like body 51 and the two opposing settings of row and along the protrusion 52 of its body cross direction profiles.Wherein body 51 is scalable, and it comprises equal quadrate package assembly 53 in cross section and built-in part 54, and wherein one of package assembly 53 is provided with and is in communication with the outside cavity, also has groove 55 on the bar wall of corresponding cavity, and the outer wall of built-in part 54 is provided with projection card platform 56; One end of built-in part 54 is slidably mounted in the cavity of package assembly 53 by spring 57, and the projection card platform 56 of built-in part 54 passes the groove 55 of package assembly 53, and the other end of built-in part 54 passes the cavity of package assembly 53.Protrusion is " U type " bent rod, and the two ends of its opening are fixed on and form single protrusion on the body 51, all leave the space between adjacent in twos " U type " bent rod, and this space forms draw-in groove.Single protrusion can also adopt the bent rod of " n type ", and the link of each bent rod is fixed on and forms single protrusion on the package assembly of described body, and the openend of each bent rod forms draw-in groove.
The biside plate 2,3 of shoe rack all have some sizes respectively with body 51 corresponding circular holes, the square hole of expansion link 4, locator 5, and the hole on the biside plate 2,3 is symmetrically arranged.Wherein, the square hole that is used for the body 51 of installation positioner 5 is arranged on the vertical centre position of shoe rack biside plate.
Shoes according to different size, expansion link 4 is installed in the suitable position of biside plate 2,3, during installation, earlier interior bar is pressed into outer loop bar, this moment, spring was compressed, and the contraction in length of whole expansion link moves to a whole expansion link between the biside plate of shoe rack then, the end that the pressure of bar in cancelling at last, the other end of outer loop bar and interior bar pass outer loop bar is promptly under the effect of spring in the hole on the insertion biside plate.During dismounting expansion link 4, also be earlier interior bar to be pressed into outer loop bar, this moment, spring was compressed, the contraction in length of whole expansion link, conveniently a whole expansion link is taken out in the hole of shoe rack biside plate, the interior bar of the expansion link 4 after the taking-up outwards slides under the effect of spring, the projection Ka Tai on its outer wall with outside the groove of groove of loop bar keep away and offset.
When this shoe rack is used to place the boots of high footwear body, locator 5 is installed in the square hole of biside plate 2,3 correspondences, the method for installation is identical with expansion link 4, and this moment, two row protrusion of locator were transversely arranged.When not needing to use locator, then the biside plate of locator from shoe rack can be disassembled; Because the package assembly of locator and the cross section of built-in part all are squares, when not needing to use locator, the body of locator can also be turned over 90 ° and be installed in then in the square hole of biside plate, this moment, two row " U type " bent rods of locator were vertically disposed.
Shoe rack also is provided with the edge that two crossbeam 6, two crossbeams that are used for fixing biside plate are symmetrical arranged biside plate, and two crossbeams are arranged on the handle that the position that is lower than the biside plate top forms shoe rack; And the bottom surface at four angles of shoe rack base plate is provided with wheel 7.
Embodiment 2
The expansion link of the utility model embodiment two as shown in Figure 4, it is with the different of expansion link of embodiment one: the outer loop bar 41 of bar 42 and hollow in expansion link 4 comprises, the inwall that outer loop bar is 41 1 is provided with the boss 46 that two circles separate, one end of interior bar 42 is a link, the outer wall of this link is provided with the corresponding Ka Tai of boss of a circle and outer loop bar, the link of interior bar 42 places in the outer loop bar 41, the other end of interior bar 42 passes outer loop bar, the Ka Tai of the link of interior bar outside between two boss of loop bar, be provided with compression spring 45 between the boss of the link of interior bar and relative outer loop bar, interior bar is sliding between two boss of loop bar under the effect of spring outside.
Embodiment 3
The shaping box of the utility model embodiment three is shown in Fig. 5～6, and it comprises casing 8, height adjustable slope position lifting platform 9 and implements 1 shoe rack.Casing 8 has inner chamber, and the preceding boxboard of casing has import and export, and a side of this preceding boxboard also is hinged with single closing door; During use, in shoe rack, place the shoes that need typing earlier, and position, slope lifting platform 9 is increased to and the corresponding height of the import and export of casing 8, then shoe rack is moved in the casing through position, slope lifting platform; Position, slope lifting platform drops to the contact position that is lower than hermatic door and casing automatically then, so that close chamber door; After typing is finished, open chamber door, position, slope lifting platform is increased to the position corresponding with the import and export of casing once more automatically, and can shift out casing through position, slope lifting platform this moment with shoe rack.
Claims (10)
- An adjustable inside interlayer every shoe rack, comprise base plate, relative fixed biside plate at base plate, described biside plate is provided with some separators that are used for shoe rack inside is separated into multilayer; It is characterized in that: described separator is removably mounted on the biside plate.
- 2. shoe rack according to claim 1, it is characterized in that: comprise that also several are used for fixing the locator of the leg of a boot of high footwear body boots, described locator comprises body and at least one row draw-in groove along its body cross direction profiles, and the body of this locator is installed on the biside plate removably.
- 3. shoe rack according to claim 2, it is characterized in that: the body of described separator and described locator is shaft-like, described biside plate all have some sizes respectively with the corresponding hole of the body of described separator, locator, and the hole on the biside plate is symmetrically arranged, and removably insert in the hole of biside plate correspondence respectively at two of the body of described separator, locator.
- 4. shoe rack according to claim 3, it is characterized in that: described separator is cylindrical expansion link, described expansion link comprises outer loop bar and interior bar, one of wherein said outer loop bar is provided with and is in communication with the outside cavity, also have groove on the bar wall of corresponding described cavity, described interior bar is provided with projection Ka Tai; An end of bar is slidably mounted in the cavity of described outer loop bar by spring in described, and the projection Ka Tai of bar passes the groove of described outer loop bar in described, and the other end of described interior bar passes the cavity of described outer loop bar; The end that the other end of described outer loop bar and described interior bar pass outer loop bar is installed in respectively in the hole corresponding on the biside plate of shoe rack.
- 5. shoe rack according to claim 3, it is characterized in that: described separator is cylindrical expansion link, the outer loop bar of bar and hollow in described expansion link comprises, the inwall that described outer loop bar is one is provided with the boss that two circles separate, an end of bar is a link in described, the outer wall of this link is provided with the corresponding Ka Tai of boss of a circle and outer loop bar, the link of bar places in the outer loop bar in described, the other end of bar passes outer loop bar in described, and in described the Ka Tai of the link of bar outside between two boss of loop bar, be provided with the compression spring between the boss of the link of bar and relative outer loop bar in described, described interior bar is sliding between two boss of loop bar under the effect of spring outside; The end that the other end of described outer loop bar and described interior bar pass outer loop bar is installed in respectively in the hole corresponding on the biside plate of shoe rack.
- 6. according to claim 4 or 5 described shoe racks, it is characterized in that: the body of described locator is scalable, it comprises that the cross section all becomes regular polygon package assembly and built-in part, one of wherein said package assembly is provided with and is in communication with the outside cavity, also have groove on the bar wall of corresponding described cavity, described built-in part is provided with projection Ka Tai; One end of described built-in part is slidably mounted in the cavity of described package assembly by spring, and the projection Ka Tai of described built-in part passes the groove of described package assembly, and the other end of described built-in part passes the cavity of described package assembly; Described biside plate is offered corresponding regular polygon hole on its vertical centre position, the end that the other end of described package assembly and described built-in part pass package assembly is installed in respectively in the hole corresponding on the biside plate of shoe rack.
- 7. shoe rack according to claim 6, it is characterized in that: the package assembly of the body of described locator is provided with the two opposing settings of row and along the protrusion of its body cross direction profiles, leave the space mutually between the several projections part of same row, the space between adjacent two protrusion of same row forms draw-in groove; Described single protrusion is bent rod or " I type " straight-bar of " U type ", " W type " or " V-type ", and the two ends of each bent rod opening are fixed on and form single protrusion on the package assembly of described body.
- 8. shoe rack according to claim 6, it is characterized in that: the package assembly of the body of described locator is provided with the two opposing settings of row and along the protrusion of its body cross direction profiles, described single protrusion is the bent rod of " n type ", the link of each bent rod is fixed on and forms single protrusion on the package assembly of described body, and the openend of each bent rod forms draw-in groove.
- 9. shoe rack according to claim 7 is characterized in that: described shoe rack is provided with some crossbeams that are used for fixing biside plate, and described crossbeam is positioned at the edge of biside plate, and wherein a crossbeam is arranged on the handle that the position that is lower than the biside plate top forms shoe rack; Described shoe rack base plate bottom surface is connected with symmetrically arranged wheel.
- 10. shaping box is included as the casing and the shoe rack of branch body structure, and described casing has inner chamber, and the preceding boxboard of described casing has import and export, and a side of this preceding boxboard also is hinged with single closing door; Described shoe rack comprises base plate, the relative fixed biside plate at base plate, and described biside plate is provided with some separators that are used for shoe rack inside is separated into different layers; It is characterized in that: described separator is removably mounted on the biside plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020170488XU CN201675165U (en) | 2010-04-26 | 2010-04-26 | Shoe rack capable of regulating inner interval of layers and shaping box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020170488XU CN201675165U (en) | 2010-04-26 | 2010-04-26 | Shoe rack capable of regulating inner interval of layers and shaping box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201675165U true CN201675165U (en) | 2010-12-22 |
Family
ID=43340235
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201020170488XU Expired - Fee Related CN201675165U (en) | 2010-04-26 | 2010-04-26 | Shoe rack capable of regulating inner interval of layers and shaping box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201675165U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103705014A (en) * | 2013-12-19 | 2014-04-09 | 李刚海 | Shoe rack |
-
2010
- 2010-04-26 CN CN201020170488XU patent/CN201675165U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103705014A (en) * | 2013-12-19 | 2014-04-09 | 李刚海 | Shoe rack |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101222 Termination date: 20140426 |