CN201609153U - Adjustment type shoemaking rod device - Google Patents
Adjustment type shoemaking rod device Download PDFInfo
- Publication number
- CN201609153U CN201609153U CN2010201024231U CN201020102423U CN201609153U CN 201609153 U CN201609153 U CN 201609153U CN 2010201024231 U CN2010201024231 U CN 2010201024231U CN 201020102423 U CN201020102423 U CN 201020102423U CN 201609153 U CN201609153 U CN 201609153U
- Authority
- CN
- China
- Prior art keywords
- shoe making
- hole
- making rod
- face
- bracing frame
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
An adjustment type shoemaking rod device comprises a support frame and a shoemaking rod sheathed on the support frame. The support frame comprises a locating plate, a cross rod and a limit part, wherein the cross rod is fixedly connected on the locating plate; and the limit part is sheathed on the cross rod in a penetrating manner, and provided with a plurality of convex angle block parts which are arranged at equal internals around the cross rod. The shoemaking rod comprises a head end surface, a tail end surface, a rod body, a locating hole and a through hole, wherein the rod body is formed by being defined by an enclosing surface; the locating hole is arranged in the head end surface in a convex manner, and sheathed on the limit part of the support frame; the through hole penetrates through the rod body along the length direction from the locating hole; the locating hole is provided with a main hole part and a plurality of side hole parts, wherein the main hole part is coaxial with the through hole; the side hole parts are extended outwards from the main hole part at equal intervals, and embedded with the convex angle block parts of the limit part correspondingly; and the number of the side hole parts is integral multiple times that of the convex angle block parts. In the utility model, the shoemaking rod device simplifies the structure by the limit part and the locating hole which can be combined and located mutually, and achieves the effect of fine tuning by increasing the number of the side hole parts and the convex angle block part, thus being convenient for adjusting rapidly and improving production efficiency.
Description
Technical field
The utility model relates to a kind of shoemaking machinery, particularly relates to a kind of adjustment type shoe making rod device that makes things convenient for the adjusting play.
Background technology
General sole, vamp must be earlier in desire applying position glue coated before applying; again the oven dry of glue appropriateness is binded effect with reinforcement; and the function of shoe making rod promptly is to make things convenient for vamp to be placed in therebetween by in pairs configuration design; and make vamp can carry out the drying adhesive operation along with the running of conveyer; and general shoe making rod is the vamp that is applicable to multiple size, and the structure of clearance-adjustable can be set usually.
Consult Fig. 1 and Fig. 2, the utility application case that the creator created, " can dwindle shoe making rod " that application number is 01278267.X number in abutting connection with distance, be to be set on the bracing frame 20, this bracing frame 20 has a location-plate 21 and two cross bars 22, and respectively is installed with an alignment pin 211 parallel with this cross bar 22 at these nearly cross bar 22 places, both sides, location-plate 21 front and rear end.
This shoe making rod 10 has along a length direction end surface 11 separately, a breech face 12, a shaft 13 that is connected 12 of this end surface 11 and this breech faces, and one run through this shaft 13 by this end surface 11 and extend to the through hole 14 that these breech face 12 usefulness place for this cross bar 22, this end surface 11 is the fan-shaped of 90 ° of angles, and respectively form the straight line 112 of a circular arc limit 111 and two perpendicular connections in its periphery, this through hole 14 is to be positioned at nearly circle centre position being on fan-shaped this end surface 11, this shoe making rod 10 also has most and uniformly-spaced reaches around this through hole 14 and to wait radius to be arranged with in this end surface 11 usefulness to rotate the post hole 15 that locate the back for this shoe making rod 10, described post hole 15 can be connected to respectively on the alignment pin 211 of these bracing frame 20 location-plates 22, make the shaft 13 of this shoe making rod 10 produce 0 °, 30 °, 60 ° and 90 ° of four kinds of angles of inclination, and make 10 of shoe making rods in pairs produce multiple different gap specification, and can place for the vamp of different size.
Though this shoe making rod 10 can dwindle adjacency apart from I by the end surface 11 that is fan-shaped design
1, and see through the gap II that adjusts the storing vamp around the post hole 15 that this through hole 14 is provided with
1, can improve again but still there are following all points:
One, in order to dwindle in abutting connection with spacing I
1And 11 designs of this end surface are fan-shaped and make this through hole 14 be positioned at contiguous circle centre position since described post hole 15 must with this through hole 14 radiuses such as grade and each other will be separately, so it is provided with limited amount, causes adjustable gap II
1Specification is more limited.
Two, this shoe making rod 10 must place with the cross bar 22 of its through hole 14 for this bracing frame 20 respectively, and a post hole 15 is placed for the alignment pin 211 of these bracing frames 20 could obtain to locate, therefore, to notice during manufacturing that the spacing in this through hole 14 and described post hole 211 wants and can align with this alignment pin 211 with this cross bar 22 simultaneously, need the refinement exactness and make its processing procedure relatively complicated, in addition when carrying out the gap adjustment with this shoe making rod 10, the adjustment mode that must rotate and make predetermined post hole 15 to aim at this alignment pin 211, also more not convenient in operation.
Though three utilize fan-shaped with make the design of through hole 14 off-centre, the adjacency that can dwindle 10 of adjacent two pairs of shoe making rods is apart from I
1, but for same group of shoe making rod 10, for described post hole 211 is set, this end surface 11 still need be expanded predetermined area, make 14 of its through holes apart from III
1Can't be reduced, and can't be more further how right shoe making rod 10 be set again at the chain of regular length, place for more vamps, and have the space that can improve again.
The utility model content
The purpose of this utility model is to provide a kind of structure to simplify, convenient rapid adjustment gap in manufacture process, and can dwindle with the adjustment type shoe making rod device of spacing to increase specific yield and to enhance productivity to shoe making rod.
So the utility model adjustment type shoe making rod device comprises a bracing frame, and a shoe making rod that is socketed on this bracing frame.
This bracing frame comprises a location-plate, a cross bar that is fixed in this location-plate one side, and one wears and is fixed on this cross bar and has most the locating parts around the salient angle piece portion that this cross bar uniformly-spaced is provided with.
This shoe making rod comprises by along a length direction end surface separately, breech face and one are connected this head, a shaft between the breech face outer peripheral edges around formation that face defines, one is arranged with and is formed on this end surface in order to the locating hole on the locating part that is socketed in this bracing frame, one runs through this shaft and extends to the through hole that this breech face uses the cross bar for this bracing frame to place along this length direction from this locating hole, and flexible member that is set in the cross bar end of this bracing frame and is resisted against this shaft tail end, this locating hole has a main aperture portion coaxial with this through hole, and most equally spaced from these main aperture portion outer peripheral edges stretch out and respectively with corresponding chimeric lateral opening portion of the salient angle piece portion of this locating part, the quantity of this lateral opening portion is the integral multiple of this salient angle piece portion quantity.
The beneficial effects of the utility model are: this locating hole and this through hole that utilize coaxial setting, collocation is nested with locating part on this cross bar and just can limits this shoe making rod and rotate and obtain stable position relative to this bracing frame, do not need the post hole to be set and the alignment pin of pegging graft for the post hole is set at this bracing frame in addition as shoe making rod in the past at this end surface, therefore, but simplified structure and the size of dwindling this end surface, and then increase the installation quantity of this shoe making rod on this chain to enhance productivity, in addition, can also be by increasing this lateral opening the quantity with salient angle piece portion, finely tune this shoe making rod rotational angle of this bracing frame relatively, put the gap with control more accurately, and the design of this guiding mechanism can make things convenient for rapid adjustment and can enhance productivity equally.
Description of drawings
Fig. 1 is a three-dimensional exploded view, and a shoe making rod, a bracing frame and a chain of Chinese utility model that the creator creates 01278267.X number is described;
Fig. 2 is a schematic side view, and the configuration scenario of the adjacent relative shoe making rod of above-mentioned utility model is described;
Fig. 3 is a three-dimensional exploded view, and a preferred embodiment of the utility model adjustment type shoe making rod device is described;
Fig. 4 is a schematic top plan view, and the paired configuration scenario of shoe making rod on a bracing frame in this preferred embodiment is described;
Fig. 5 is a front-view schematic diagram, and the configuration scenario of adjacent two pairs of shoe making rods in this preferred embodiment is described;
Fig. 6 is a schematic side view, illustrates that a vamp is placed in the situation on the shoe making rod of this preferred embodiment;
Fig. 7 is the use schematic diagram of this preferred embodiment, illustrates that a vamp places a pair of shaft and ground to be situation between 0 ° shoe making rod;
Fig. 8 is the use schematic diagram of this preferred embodiment, and the vamp that another size is described places a pair of shaft and ground to be situation between 30 ° shoe making rod;
Fig. 9 is the use schematic diagram of this preferred embodiment, and the vamp that another size is described places a pair of shaft and ground to be situation between 60 ° shoe making rod;
Figure 10 is the use schematic diagram of this preferred embodiment, and the vamp that another size is described places a pair of shaft and ground to be situation between 90 ° shoe making rod; And
Figure 11 is that a sectional perspective is decomposed, and the locating part of bracing frame of this preferred embodiment and the situation that the locating hole on this shoe making rod is the different designs pattern are described.
The specific embodiment
Below in conjunction with drawings and Examples the utility model is elaborated:
Before the utility model is described in detail, be noted that for ease of the practical application situation of this shoe making rod device is described, in the following description content, be to be that example describes with the situation be arranged to shoe making rod.
Consult Fig. 3, Fig. 4 and Fig. 5, a preferred embodiment of the utility model adjustment type shoe making rod device 4, be suitable for being installed on the chain 100, and comprise one and be installed on this chain 100 with these chain 100 synchronization-moving bracing frames 5, and two shoe making rods 6 that are socketed in couples on this bracing frame 5.Each can be put for a vamp 101 shoe making rod 6.
This bracing frame 5 comprises that one is positioned at the location-plate 51 on this chain 100, two cross bars 52 that are fixed in these location-plate 51 2 sides at intervals, and two wear respectively and are fixed on the described cross bar 52 and have most the locating parts 53 around the salient angle piece portion 531 that this cross bar 52 uniformly-spaced is provided with.In the present embodiment, this locating part 53 is to be fixed on through welding on this fixed head 51 and this cross bar 52.
Described shoe making rod 6 respectively comprises by along a length direction end surface 611 separately, breech face 612 and one are connected this head, breech face 611, a shaft 61 between 612 outer peripheral edges around face 613 formation of defining, one be arranged be formed on this end surface 611 in order on the locating part 53 that is socketed in this bracing frame 5 to limit the locating hole 62 that this shoe making rod 6 rotates relative to this bracing frame 5, one runs through this shaft 61 and extends to the through hole 63 that these breech face 612 usefulness place for the cross bar 52 of this bracing frame 5 along this length direction from this locating hole 62, a screw lock is in the screw 64 of these cross bar 52 ends, and flexible member 65 that is set in the terminal and contacts of this cross bar 52 on 64 on these shoe making rod 6 tail ends and this screw, this through hole 63 has a large aperture portion 631 that is recessed into from this breech face 312, a small-bore portion 632 that is connected 62 of this large aperture portion 631 and this locating holes, and one big between this, small-bore portion 631,632 shoulder 633, this large aperture portion 631 can insert to be sheathed on this cross bar 52 for this flexible member 65, and these flexible member 65 1 ends are resisted against this shoulder 633, it is spacing that the other end then borrows screw lock to support in the screw 64 of these cross bar 52 ends, obtains the location to impel this shoe making rod 6 to be pushed to the location-plate 51 of this bracing frame 5.The shape of this end surface 611 is not limited, and in the present embodiment, the end surface 611 of this shoe making rod 6 is that to be designed to angle be 90 ° fan-shaped, and this through hole 63 is coaxial setting with this locating hole 62, and is to be arranged near this fan-shaped circle centre position.Whereby, can make 6 of adjacent two pairs of shoe making rods form less clearance.
Consult Fig. 3, Fig. 4 and Fig. 6, wherein, having up and down separately facial 614, bottom surface sections 615 of a carrying, be connected to this carrying facial 614 and 615 of this bottom surface sections one towards the inboard face 616 with another right shoe making rod 6 around face 613 of the shaft 61 of this shoe making rod 6 reaches the outside face 617 towards adjacent a pair of shoe making rod 6.This carrying facial 614 has a planar section 661 of extending towards this end surface 611 from these breech face 612 peripheries, and a last domatic section 662 that continues to be inclined upwardly and to climb and extend towards this top end face 611 from this planar section 661.When vamp 101 is seated on this shoe making rod 6, can provide retaining to support function by domatic section 662 on this, to limit this vamp 101, cause its and this bracing frame 5 or conveying device to bump and impaired too near this bracing frame 5, and increase product fraction defective.
Should be around inboard facial 616 cancave cambered surface sections 663 of face 613 with facial 617 indent retractions towards this outside, and one is continued to extend and keep equidistant flat slope face section 664 with this outside face 617 towards this breech face 612 from this cancave cambered surface section 663.Utilize the cancave cambered surface section 663 and these flat slope face section 664 formed profile variations of this inboard face 616, when making paired shoe making rod 6 arrange in pairs or groups together, regional opening at contiguous this bracing frame 5 is bigger, less relatively away from the regional opening of this bracing frame 5, therefore, make the leg of a boot portion 102 of boots class vamp 101 places except seeing through opening, the opening form that can also utilize thus to be defined just with the similar characteristic of sole profile profile of general vamp 101, this vamp 101 stably is placed on the described shoe making rod 6 with level, whereby, but when toasting after vamp 101 gluings thermally equivalent and can obtain preferable workmanship.In addition, 664 of described flat slope face sections defined than narrow opening, also can place for the vamp 101 of smaller szies such as children's footwear, make this shoe making rod device 2 except the vamp 101 that is applicable to the different size adult shoe, also can be applicable to children's shoes vamp 101.
Preferably, the shaft 61 of this shoe making rod 6 also has one and is arranged with the kerve 618 that is provided with around the bottom surface sections 615 of face 613 and contiguous this breech face 612 at this along this length direction, the width of this kerve 618 can be made for industry personnel's finger and insert, be convenient to this shoe making rod 6 is pulled away from this bracing frame 5 a little and make this locating hole 62 break away from this locating part 53, so that adjust the rotational angle of these shoe making rod 6 relative these bracing frames 5 and then adjust of vamp 101 placements of its gap for different size, and can avoid shoe making rod 6 surfaces or vamp 101 to be touched and dirty, the length of this kerve 618 is then not limited, in the present embodiment, be to make this kerve 618 extend to contiguous these end surface 611 places from contiguous these breech face 612 places, whereby, can reduce the moulding materials of this shoe making rod 6, to reduce the cost of material of making this shoe making rod 6.
This locating hole 62 has a main aperture portion 621 coaxial with this through hole 63, and most equally spaced stretch out and corresponding with the salient angle piece portion 531 of this locating part 53 respectively chimeric lateral opening 622 from these main aperture portion 621 outer peripheral edges, and this quantity of lateral opening 622 is the integral multiple of these salient angle piece portion 531 quantity.Wherein, this salient angle piece portion 531 is not limited with this lateral opening 622 quantity, and the quantity of this salient angle piece portion 531 can be identical with this quantity of lateral opening 622, just makes the shape of this locating part 53 identical with the shape of this locating hole 62.In addition, the quantity of this salient angle piece portion 531 also can be less than this quantity of lateral opening 622, as long as this quantity of lateral opening 622 is the integral multiple of these salient angle piece portion 531 quantity, also can reaches chimeric mutually, and make this shoe making rod 6 rotate the effect of adjusting the location, back relative to this bracing frame 5.
In the present embodiment, the locating part 53 of this bracing frame 5 is the regular hexagon nut, each salient angle piece portion 531 is the triangle extension block of 120 ° of angles, and lateral opening 622 quantity of the locating hole 62 of this shoe making rod 6 is 12, and making each lateral opening 622 formation angle is 120 ° triangle elongated hole form, and can supply the salient angle piece portion 531 chimeric location of this locating part 53 respectively.
Extremely shown in Figure 10 as Fig. 7, this through hole 63 that utilizes coaxial setting and this locating hole 62 and collocation are fixed on this locating part 53 on this cross bar 52, making this shoe making rod 6 can be that rotate in the axle center with this cross bar 52, and the characteristic of borrowing this locating hole 62 and these locating part 53 tablings to locate, make this shaft 61 relative these cross bars 52 produce the angle of inclination of 0 °, 30 °, 60 ° and 90 °, and produce different gap specifications 6 of in pairs shoe making rods, place for different size vamp 101.
What deserves to be explained is, in the present embodiment, because the pattern of this locating hole 62 and this locating part 53, the minimum angles that makes this shoe making rod 6 rotate lattice is 30 °, but should not limit the pattern of this locating hole 62 and this locating part 53 with this, and the rotational angle of this shoe making rod 6, for example, as shown in figure 11, the locating part 53 of this bracing frame 5 also can be the gear type formula, this salient angle piece portion 531 of reaching is profile of tooth, and lateral opening 622 of the locating hole 62 of this shoe making rod 6 are designed to identical scallop to supply the salient angle piece portion 531 chimeric location of this locating part 53 respectively, when this locating hole 62 is designed to have the gear hole of 18 teeth, then the angle of these shoe making rod 6 rotations one lattice is 20 °, whereby, can produce more kinds of gaps specification at 6 of shoe making rods in pairs, and can be applicable to vamp 101 (see figure 7)s of more kinds of sizes.
Conclude above-mentionedly, the utility model adjustment type shoe making rod device 2 can be obtained following effect and advantage, so can reach the purpose of this utility model:
One, utilizes this locating hole 62 and this through hole 63 of coaxial setting, collocation be nested with locating part 53 on this cross bar 52 just can limit this shoe making rod 6 relatively this bracing frame 5 rotate and obtain and locate, do not need the post hole to be set and the alignment pin of pegging graft in confession post hole to be set at this end surface 611 in addition at this bracing frame 5, therefore, the area size that can simplify the structure of this shoe making rod device 2 and dwindle this end surface 611, and then increase the installation quantity of this shoe making rod device 2 on this chain 100 to enhance productivity.
As long as two locating parts 53 with this bracing frame 5 are designed to the corresponding chimeric and symmetrical pattern of energy with the locating hole 62 of this shoe making rod 6, just can be by increasing lateral opening 622 of this locating hole 62 quantity with the salient angle piece portion 531 of this locating part 53, the rotational angle that increases this shoe making rod 6 changes, and then produce more kinds of gap specifications 6 of in pairs shoe making rods, make the utility model can be applicable to the vamp 101 of more kinds of dimensions.
Three, can utilize fan-shaped end surface 611 equally, reach and the design that makes through hole 63 with locating hole 62 off-centre, the adjacency of dwindling 6 of adjacent two pairs of shoe making rods is apart from I
2, and at the gap II of 6 of paired shoe making rods
2And the gap II of 10 of shoe making rods in the past
1Under the identical condition of (see figure 2), 63 of described through holes apart from III
2Than in the past apart from III
1(see figure 2) is little, makes the chain of regular length relatively how right shoe making rod 6 can be set, and places for more vamps 101, therefore can enhance productivity.
Four, utilize the locating hole 62 and through hole 63 of coaxial setting, and cross bar 52 and locating part 53, as long as utilize this kerve 618 operations, just the shaft 61 of this shoe making rod 6 can be adjusted to predetermined angle of inclination, make the salient angle piece portion 531 and the tabling of lateral opening 621 this locating part 53 that aligns respectively of this locating hole 62 locate the adjustment that just can finish this shoe making rod 6 again, whereby, make and the utlity model has more smooth and easy characteristic easily in the operation.
Claims (7)
1. an adjustment type shoe making rod device comprises a bracing frame, and a shoe making rod that is socketed on this bracing frame, it is characterized in that:
This bracing frame comprises a location-plate, a cross bar that is fixed in this location-plate one side, and one wears and is fixed on this cross bar and has most the locating parts around the salient angle piece portion that this cross bar uniformly-spaced is provided with; And
This shoe making rod comprises by along a length direction end surface separately, breech face and one are connected this head, a shaft between the breech face outer peripheral edges around formation that face defines, one is arranged with and is formed on this end surface in order to the locating hole on the locating part that is socketed in this bracing frame, one runs through this shaft and extends to the through hole that this breech face uses the cross bar for this bracing frame to place along this length direction from this locating hole, and flexible member that is set in the cross bar end of this bracing frame and is resisted against this shoe making rod tail end, this locating hole has a main aperture portion coaxial with this through hole, and most equally spaced from these main aperture portion outer peripheral edges stretch out and respectively with corresponding chimeric lateral opening portion of the salient angle piece portion of this locating part, the quantity of this lateral opening portion is the integral multiple of this salient angle piece portion quantity.
2. adjustment type shoe making rod device as claimed in claim 1, it is characterized in that: the locating part of this bracing frame is the regular hexagon nut, and the quantity of the lateral opening portion of the locating hole of this shoe making rod is 6 multiple, and each lateral opening portion is the triangle elongated hole that forms 120 ° of angles.
3. adjustment type shoe making rod device as claimed in claim 1, it is characterized in that: the locating part of this bracing frame is the gear pattern, this salient angle piece portion of reaching is profile of tooth, and the lateral opening portion of the locating hole of this shoe making rod is designed to identical scallop to supply the chimeric location of salient angle piece portion of this locating part respectively.
4. adjustment type shoe making rod device as claimed in claim 1 is characterized in that: the shaft of this shoe making rod also has one and is arranged with at this around the kerve of face along this length direction.
5. adjustment type shoe making rod device as claimed in claim 4, it is characterized in that: the shaft of this shoe making rod around mask have up and down that separately a carrying is facial, bottom surface sections, be connected to this carrying facial with this bottom surface sections between one inboard facial and one outside face, this kerve is formed in this bottom surface sections.
6. adjustment type shoe making rod device as claimed in claim 5, it is characterized in that: the carrying face around face of the shaft of this shoe making rod has a planar section of extending towards this end surface from this breech face periphery, and a last domatic section that continues to be inclined upwardly and to climb and extend towards this end surface from this planar section.
7. adjustment type shoe making rod device as claimed in claim 5, it is characterized in that: the shaft of this shoe making rod have a cancave cambered surface section around the inboard face of face towards the facial indent retraction in this outside, and one is continued to extend and keep equidistant flat slope face section with this outside face towards this breech face from this cancave cambered surface section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201024231U CN201609153U (en) | 2010-01-26 | 2010-01-26 | Adjustment type shoemaking rod device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201024231U CN201609153U (en) | 2010-01-26 | 2010-01-26 | Adjustment type shoemaking rod device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201609153U true CN201609153U (en) | 2010-10-20 |
Family
ID=42959783
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201024231U Expired - Fee Related CN201609153U (en) | 2010-01-26 | 2010-01-26 | Adjustment type shoemaking rod device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201609153U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107348618A (en) * | 2017-08-29 | 2017-11-17 | 湖州南浔富利鞋材有限公司 | A kind of adjustment type shoemaking rod device |
-
2010
- 2010-01-26 CN CN2010201024231U patent/CN201609153U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107348618A (en) * | 2017-08-29 | 2017-11-17 | 湖州南浔富利鞋材有限公司 | A kind of adjustment type shoemaking rod device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| AU2015361192B2 (en) | Last system for braiding footwear | |
| USD782167S1 (en) | Dual-sole shoe with outpatch sole | |
| USD871728S1 (en) | Golf shoe upper | |
| USD726401S1 (en) | Golf shoe upper | |
| CA147910S (en) | Clog with decorative foxing stripes and toe bumper | |
| CN107232686A (en) | The inner side rotation traction traction component arrangement of article of footwear | |
| CN201609153U (en) | Adjustment type shoemaking rod device | |
| US20120304503A1 (en) | Outer sole of a climbing shoe | |
| US20120068434A1 (en) | Step board | |
| CN201986818U (en) | High-heeled shoe sole body structure | |
| CN202681890U (en) | Dish-washing machine | |
| CN203290309U (en) | Shoe with adjustable heel height | |
| USD809077S1 (en) | Field hockey stick | |
| CN203912497U (en) | Running gear arm-rest frame adjustment structure | |
| CN206276011U (en) | A kind of roller skate of suitable new hand's exercise | |
| CN203860567U (en) | Boot leg support | |
| CN209528057U (en) | Balanced adjustment formula shoes support | |
| CN207476813U (en) | A kind of dumpling standing guiding mechanism and rolling pattern dumpling machine | |
| CN203416859U (en) | Adjustable sole-free high-heeled sandal | |
| CN205018392U (en) | Ballet tiptoe shoes | |
| CN206081572U (en) | Roller skate | |
| CN202340971U (en) | Sneaker and sole | |
| CN209463177U (en) | Control of agricultural pest insect disinfection lamp | |
| CN203828179U (en) | Shoes | |
| CN2514681Y (en) | Shoes-making rod capable of reducing neighbouring distance |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101020 Termination date: 20130126 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |