CN204519544U - A kind of upper of a shoe heating station - Google Patents
A kind of upper of a shoe heating station Download PDFInfo
- Publication number
- CN204519544U CN204519544U CN201520128745.6U CN201520128745U CN204519544U CN 204519544 U CN204519544 U CN 204519544U CN 201520128745 U CN201520128745 U CN 201520128745U CN 204519544 U CN204519544 U CN 204519544U
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- shoe
- shoe tree
- clamping module
- crank
- straight portion
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Abstract
The utility model discloses a kind of upper of a shoe heating station, comprise horizontally disposed work top; Work top is established the thermal treatment zone and La Bang district, heating cabinet is established in the thermal treatment zone; Described La Bang district is positioned at thermal treatment zone side; Described work top is provided with closed ring driving-chain, chain is provided with shoe tree gripping mechanism; Described driving-chain is communicated with the thermal treatment zone and La Bang district; Shoe tree gripping mechanism comprises clamping module, crank, balancing weight, pivot, support plate.When clamping module and being vacant, under the gravity of balancing weight, clamping module is in the state receiving shoe tree; When shoe tree is clamped in clamping module, clamping module rotates close to 180 degree around pivot, and so, shoe tree stands upside down, and upward, heater element dorsad, to improve the effect of upper of a shoe heating for the upper of a shoe surface on shoe tree.After upper of a shoe heating terminates, operating personnel take off shoe tree from clamping module, and clamping module overturns under the gravity of balancing weight, is again in the state receiving shoe tree.
Description
Technical field:
The utility model relates to the utility model and belongs to technical field of shoe making, relates to a kind of intelligent shoe production line assisted heating device, in particular to a kind of upper of a shoe heating station.
Background technology:
Intelligence shoe production line in the process of work, need upper of a shoe to be nested with on shoe tree, carry out baking oven heat-shaping after send into shoemaking active line, by the technique such as injection moulding, matched moulds, obtained product shoes; Existing assisted heating device, after shoe tree cover is set up upper of a shoe, all needs shoe tree to overturn, then mentions and be suspended on driving chain, due to the heavier-weight of shoe tree, in the process hanging shoe tree, and bothersome effort, and dangerous, operating efficiency is very low.
Application number be 201410156925.5 utility model application disclose a kind of workbench of intelligent shoe production line assisted heating device, the workbench of the intelligent shoe production line assisted heating device of proposition has the thermal treatment zone and operation element district that arrange along workbench length direction; The thermal treatment zone has the heating cabinet be fixedly installed on the table; Operation element district has multiplely spacedly draws helper position, and the corresponding each helper of drawing position is provided with and draws side fixture; Operation element district draws the top of helper position to be provided with upper of a shoe heating cabinet; The below of helper position of drawing in operation element district is provided with conveying mechanism; Arrange ring-shaped conveying chain be on the table connected with that ring week is arranged and with workbench supporting plate at grade; Supporting plate has several and draw and help fixture shoe tree gripping mechanism at grade.Draw the shoe tree after side under the Level Promoting of operating personnel, clamp with the shoe tree gripping mechanism on ring-shaped conveying chain supporting plate, then with ring-shaped conveying chain motion, no longer need operating personnel to be mentioned by shoe tree and be suspended on driving chain, to alleviate the amount of labour of operating personnel, increase work efficiency.Wherein, as shown in Figure 1, described shoe tree 90 comprises clamping block 91, connecting portion 92, shoe tree body 93, and connecting portion 92 is for connecting shoe tree body 93 and clamping block 91.
But be upside down on shoe tree by the upper of a shoe heated, namely upper of a shoe down, the heating element heater of the thermal treatment zone is arranged on the inner top of heating cabinet, and so, the heat that heating element heater distributes downwards directly cannot arrive upper of a shoe, be unfavorable for the heat-shaping of upper of a shoe, be difficult to the efficiency improving upper of a shoe heat-shaping in other words.
Utility model content:
The technical problem that the utility model solves: the workbench of a kind of intelligent shoe production line assisted heating device described in background technology, be positioned on shoe tree at upper of a shoe and send into after in heating cabinet, due to upper of a shoe surface down, the heating element heater of the thermal treatment zone is arranged on the inner top of heating cabinet, so, the heat that heating element heater distributes downwards cannot directly arrive upper of a shoe surface; In addition, the inner bottom surface of heating cabinet is pressed close to by the upper of a shoe heated, apart from each other with heating element heater, heating cabinet is not airtight, heat in heating cabinet can outwards discharge, so, the heat that heating element heater distributes downwards cannot be fully used with heat-shaping upper of a shoe, is difficult to the efficiency improving upper of a shoe heat-shaping in other words; To this, the utility model makes upper of a shoe surface upward, so, is positioned at the heat that the heating element heater above upper of a shoe distributes downwards and directly arrives upper of a shoe surface, to improve the efficiency of upper of a shoe heat-shaping.
The utility model provides following technical scheme:
A kind of upper of a shoe heating station, comprises horizontally disposed work top, heating cabinet; Described work top is established the thermal treatment zone and La Bang district, described heating cabinet is positioned at the thermal treatment zone, and heating cabinet is arranged on work top, and heating cabinet inner top is provided with heating element heater; Described La Bang district is positioned at thermal treatment zone side, is provided with and draws helper position in La Bang district; Described work top is provided with closed ring driving-chain, and driving-chain comprises chain and pair of sprocket, and the core wheel line of pair of sprocket is all vertically arranged, and pair of sprocket is positioned in same level, described chain is provided with shoe tree gripping mechanism; Described driving-chain is communicated with the thermal treatment zone and La Bang district;
Above-mentioned shoe tree gripping mechanism comprises clamping module, crank, balancing weight, pivot, support plate, described clamping module is for clamping shoe tree, one end of described crank is fixedly mounted on an end face of clamping module, described support plate is vertically arranged, support plate is offered curved path groove, the other end of described crank is trapped in curved path groove, the other end of crank can slide in curved path groove, described balancing weight is located on crank, described pivot one end is fixedly mounted on an end face of clamping module, the other end of pivot is vertically articulated on support plate, pivot and crank are fixedly mounted on and clamp on the same end face of module, the axial line of pivot departs from the center of gravity of clamping module, crank is positioned at the side of pivot axis line away from clamping module center of gravity,
The central angle of above-mentioned curved path groove is greater than 150 degree but is less than 180 degree, whole curved path groove is positioned at the side of pivot axis line away from clamping module center of gravity, the top of curved path groove and bottom lay respectively at above and below pivot, the top of curved path groove and bottom are positioned on same vertical curve, when clamping in module without shoe tree, the other end of crank is positioned at the bottom of curved path groove.
By technique scheme, when clamping in module without shoe tree, namely clamp module vacant time, under the gravity of balancing weight, the other end arcuately path groove downslide of crank, until the bottom of curved path groove; Now, clamp module and be in the state receiving shoe tree.Operating personnel are set in drawing the upper of a shoe after side after on shoe tree, shoe tree is clamped in clamping module, because shoe tree is heavier, pivot axis line departs from the center of gravity of clamping module, therefore, clamping has the clamping module of shoe tree to rotate around pivot, in rotary course, the other end of crank also rotates (namely sliding in curved path groove) from the bottom of curved path groove thereupon, until the top of curved path groove, crank stops sliding, and clamping module is also stopped the rotation.Central angle due to curved path groove is greater than 150 degree but is less than 180 degree, therefore, clamping has anglec of rotation circle of the clamping module of shoe tree (to be less than 180 degree) between 150 degree to 180 degree, this anglec of rotation can make shoe tree change into close to standing upside down from upright, namely, when shoe tree is clamped in clamping module by operating personnel, shoe tree is upright, and (upper of a shoe on shoe tree is inverted, upper of a shoe surface down, heater element dorsad), after clamping module rotates, shoe tree stands upside down (the upper of a shoe surface on shoe tree upward, towards heater element).Drawing on shoe tree originally upright on helper position after sheathed upper of a shoe, operating personnel clamp in module without the need to shoe tree upset shoe tree being clamped on, shoe tree gripping mechanism automatic turning shoe tree.After upper of a shoe heating terminates, operating personnel take off shoe tree from clamping module, clamping module overturns under the gravity of balancing weight, namely, the other end of crank rotates (namely sliding in curved path groove) from the item end of curved path groove, until the bottom of curved path groove, crank stops sliding, clamping module is also stopped the rotation, and clamping module is in the state receiving shoe tree again.
As the one explanation to technique scheme, described clamping module comprises bent plate and straight plate, the cross section of described bent plate is inverted concave shape, described straight plate level is arranged on the bottom surface of bent plate, straight plate and bent plate form an insertion groove, insertion groove engages with the clamping block of shoe tree, and the end face of bent plate offers spacing short slot, and spacing short slot engages with the connecting portion of shoe tree.Shoe tree level pushes in clamping module by operating personnel, and insertion groove engages with the clamping block of shoe tree, and spacing short slot engages with the connecting portion of shoe tree.
As to the one explanation of drawing helper position in technique scheme, the described helper of drawing position is provided with the second clamping module, described second clamping module comprises the second bent plate, described second bent plate comprises protuberance and installation portion, and installation position is in protuberance both sides, and installation portion is fixed on work top, described protuberance and work top form a bayonet socket, this bayonet socket engages with the clamping block of shoe tree, and the end face of protuberance offers spacing short slot, and spacing short slot engages with the connecting portion of shoe tree.The difference of the second clamping module clamped in module and shoe tree gripping mechanism is: second clamps without straight plate in module, and the role of straight plate is served as by work top.
Illustrate as to the one of the shoe tree gripping mechanism in technique scheme, described shoe tree gripping mechanism is arranged on the chain of driving-chain by support plate, and the support plate namely in shoe tree gripping mechanism is vertically fixed on the chain of driving-chain.The chain of driving-chain is provided with according to the order of sequence some shoe tree gripping mechanisms, the support plate in each shoe tree gripping mechanism is all vertically fixed on the chain of driving-chain.
As the one explanation to the crank in technique scheme, described crank comprises the first straight portion, the second straight portion, the 3rd straight portion, the two ends in the second straight portion connect the first straight portion and the 3rd straight portion respectively, second straight portion respectively portion straight with first is vertical with the 3rd straight portion, and the first straight portion is parallel with the 3rd straight portion; The one end in the first straight portion is fixedly mounted on an end face of clamping module, and the first straight center line in portion and axis parallel of pivot, the one end in the 3rd straight portion is trapped in curved path groove, and can slide in curved path groove.
As further illustrating the crank in technique scheme, described balancing weight is articulated on crank; Concrete, described balancing weight is articulated in the second straight portion of crank.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is the structural representation of shoe tree;
Fig. 2 is the structural representation looking up described shoe tree gained in Fig. 1;
Fig. 3 is the structural representation of a kind of upper of a shoe heating station of the utility model;
Fig. 4 is the top view after the heating station of upper of a shoe described in Fig. 3 removal heating cabinet;
Fig. 5 is the structural representation of shoe tree gripping mechanism in Fig. 3;
Fig. 6 is the top view of Fig. 5;
Fig. 7 is the structural representation observing described shoe tree gripping mechanism gained in Fig. 5 from upper left side;
Fig. 8 is the structural representation of the second clamping module in Fig. 4.
Detailed description of the invention:
Composition graphs 3, Fig. 4, a kind of upper of a shoe heating station, comprises horizontally disposed work top 10, heating cabinet 20.Described work top 10 is established the thermal treatment zone 11 and La Bang district 12, described heating cabinet 20 is positioned at the thermal treatment zone 11, and heating cabinet 20 is arranged on work top 10, and heating cabinet 20 inner top is provided with heating element heater 21.Described La Bang district 12 is positioned at the thermal treatment zone 11 side, is provided with and draws helper position in La Bang district 12; Described work top 10 is provided with closed ring driving-chain 30, and driving-chain 30 comprises chain 31 and pair of sprocket 32, and the core wheel line of pair of sprocket 32 is all vertically arranged, and pair of sprocket 32 is positioned in same level, and described chain 31 is provided with shoe tree gripping mechanism 40.Described driving-chain 30 is communicated with the thermal treatment zone 11 and La Bang district 12.
Composition graphs 5 to Fig. 7, described shoe tree gripping mechanism 40 comprises clamping module 41, crank 42, balancing weight 43, pivot 44, support plate 45.
Above-mentioned shoe tree gripping mechanism 40, described clamping module 41 is for clamping shoe tree 90.Composition graphs 5 to Fig. 7, described clamping module 41 comprises bent plate 411 and straight plate 412, the cross section of described bent plate 411 is inverted concave shape, described straight plate 412 level is arranged on the bottom surface of bent plate 411, straight plate 412 forms an insertion groove 410 with bent plate 411, insertion groove 410 engages with the clamping block 91 of shoe tree 90, the end face of bent plate 411 is offered spacing short slot 4110, and spacing short slot 4110 engages with the connecting portion 92 of shoe tree 90.
Above-mentioned shoe tree gripping mechanism 40, composition graphs 5 to Fig. 7, one end of described crank 42 is fixedly mounted on an end face of clamping module 41, described support plate 45 is vertically arranged, support plate 45 is offered curved path groove 450, the other end of described crank 42 is trapped in curved path groove 450, and the other end of crank 42 can slide in curved path groove 450, and described balancing weight 43 is articulated on crank 42.Described pivot 44 one end is fixedly mounted on an end face of clamping module 41, the other end of pivot 44 is vertically articulated on support plate 45, pivot 44 and crank 42 are fixedly mounted on and clamp on the same end face of module 41, the axial line of pivot 44 departs from the center of gravity of clamping module 41, and crank 42 is positioned at the side of pivot 44 axial line away from clamping module 41 center of gravity.
Crank 42 in above-mentioned shoe tree gripping mechanism 40, composition graphs 6, Fig. 7, described crank 42 comprises the first straight portion 422 of straight portion 421, second, the 3rd straight portion 423, the two ends in the second straight portion 422 connect the first straight portion 421 and the 3rd straight portion 423 respectively, second straight portion 422 respectively portion 421 straight with first is vertical with the 3rd straight portion 423, and the first straight portion 421 is parallel with the 3rd straight portion 423; The one end in the first straight portion 421 is fixedly mounted on an end face of clamping module 41, and the first straight center line in portion 421 and axis parallel of pivot 44, the one end in the 3rd straight portion 423 is trapped in curved path groove 450, and can slide in curved path groove 450.Described balancing weight 43 is articulated in the second straight portion 422 of crank 42.
The curved path groove 450 in above-mentioned shoe tree gripping mechanism 40, support plate 45 offered, composition graphs 5, Fig. 7, the central angle of described curved path groove 450 is greater than 150 degree but is less than 180 degree, whole curved path groove 450 is positioned at the side of pivot 44 axial line away from clamping module 41 center of gravity, the top of curved path groove 450 and bottom lay respectively at above and below pivot 44, the top of curved path groove 450 and bottom are positioned on same vertical curve, when clamping in module 41 without shoe tree, the other end of crank 42 is positioned at the bottom of curved path groove 450.
Above-mentioned shoe tree gripping mechanism 40 is arranged on the chain 31 of driving-chain 30 by support plate 45, as shown in Figure 3, Figure 4.
Composition graphs 4, Fig. 8, helper position of drawing in described La Bang district 12 is provided with the second clamping module 50, described second clamping module 50 comprises the second bent plate 51, described second bent plate 51 comprises protuberance 511 and installation portion 512, installation portion 512 is positioned at protuberance 511 both sides, installation portion 512 is fixed on work top 10, described protuberance 511 forms a bayonet socket with work top 10, this bayonet socket engages with the clamping block 91 of shoe tree 90, the end face of protuberance 511 is offered spacing short slot 5110, spacing short slot 5110 engages with the connecting portion 92 of shoe tree 90.
In practical operation, the shoe tree 90 in Fig. 1, Fig. 2 is clamped in the second clamping module 50 by operating personnel, is set in by upper of a shoe on shoe tree 90; Afterwards, level shifts out shoe tree 90, then is clamped on shoe tree gripping mechanism 40 by shoe tree 90.Particularly, when clamping in module 41 without shoe tree 90 in shoe tree gripping mechanism 40, namely clamp module 41 vacant time, under the gravity of balancing weight 43, the other end of crank 42 arcuately path groove 450 glides, until the bottom of curved path groove 450; Now, clamp module 41 and be in the state (as shown in Figure 5) receiving shoe tree 90.Operating personnel are set in drawing the upper of a shoe after side after on shoe tree 90, shoe tree 90 is clamped in clamping module 41, because shoe tree 90 is heavier, pivot 44 axial line departs from the center of gravity of clamping module 41, therefore, clamping has the clamping module 41 of shoe tree 90 to rotate around pivot 44, in rotary course, the other end of crank 42 also rotates (namely sliding in curved path groove 450) from the bottom of curved path groove 450 thereupon, until the top of curved path groove 450, crank 42 stops sliding, and clamping module 41 is also stopped the rotation.Central angle due to curved path groove 450 is greater than 150 degree but is less than 180 degree, therefore, clamping has anglec of rotation circle of the clamping module 41 of shoe tree 90 (to be less than 180 degree) between 150 degree to 180 degree, this anglec of rotation can make shoe tree 90 change into close to standing upside down from upright, namely, when shoe tree 90 is clamped in clamping module 41 by operating personnel, shoe tree 90 is upright (as Fig. 1, upper of a shoe on shoe tree 90 is inverted, upper of a shoe surface down, heater element 21 dorsad), after clamping module 41 rotates, shoe tree 90 stands upside down (the upper of a shoe surface on shoe tree 90 upward, towards heater element 21).So, drawing on shoe tree 90 originally upright on helper position after sheathed upper of a shoe, shoe tree 90 can be clamped in clamping module 41 without the need to being overturn by shoe tree 90 by operating personnel, shoe tree gripping mechanism 40 automatic turning shoe tree 90.After upper of a shoe heating terminates, operating personnel take off shoe tree 90 from clamping module 41, clamping module 41 overturns under the gravity of balancing weight 43, namely, the other end of crank 42 rotates (namely sliding in curved path groove 450) from the item end of curved path groove 450, until the bottom of curved path groove 450, crank 42 stops sliding, clamping module 41 is also stopped the rotation, and clamping module 41 is in the state (as shown in Figure 5) receiving shoe tree 90 again.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (7)
1. a upper of a shoe heating station, comprises horizontally disposed work top (10), heating cabinet (20), described work top (10) is established the thermal treatment zone (11) and La Bang district (12), described heating cabinet (20) is positioned at the thermal treatment zone (11), heating cabinet (20) is arranged on work top (10), and heating cabinet (20) inner top is provided with heating element heater (21), described La Bang district (12) is positioned at the thermal treatment zone (11) side, is provided with and draws helper position in La Bang district (12), described work top (10) is provided with closed ring driving-chain (30), driving-chain (30) comprises chain (31) and pair of sprocket (32), the core wheel line of pair of sprocket (32) is all vertically arranged, pair of sprocket (32) is positioned in same level, described chain (31) is provided with shoe tree gripping mechanism (40), described driving-chain (30) is communicated with the thermal treatment zone (11) and La Bang district (12), it is characterized in that: described shoe tree gripping mechanism (40) comprises clamping module (41), crank (42), balancing weight (43), pivot (44), support plate (45), described clamping module (41) is for clamping shoe tree (90), one end of described crank (42) is fixedly mounted on an end face of clamping module (41), described support plate (45) is vertically arranged, support plate (45) is offered curved path groove (450), the other end of described crank (42) is trapped in curved path groove (450), the other end of crank (42) can slide in curved path groove (450), described balancing weight (43) is located on crank (42), described pivot (44) one end is fixedly mounted on an end face of clamping module (41), the other end of pivot (44) is vertically articulated on support plate (45), pivot (44) and crank (42) be fixedly mounted on clamp module (41) same end face on, the axial line of pivot (44) departs from the center of gravity of clamping module (41), crank (42) is positioned at the side of pivot (44) axial line away from clamping module (41) center of gravity, the central angle of described curved path groove (450) is greater than 150 degree but is less than 180 degree, whole curved path groove (450) is positioned at the side of pivot (44) axial line away from clamping module (41) center of gravity, the top of curved path groove (450) and bottom lay respectively at above and below pivot (44), the top of curved path groove (450) and bottom are positioned on same vertical curve, when clamping module (41) above without shoe tree, the other end of crank (42) is positioned at the bottom of curved path groove (450).
2. a kind of upper of a shoe heating station as claimed in claim 1, it is characterized in that: described clamping module (41) comprises bent plate (411) and straight plate (412), the cross section of described bent plate (411) is inverted concave shape, described straight plate (412) level is arranged on the bottom surface of bent plate (411), straight plate (412) and bent plate (411) form an insertion groove (410), insertion groove (410) engages with the clamping block (91) of shoe tree (90), the end face of bent plate (411) is offered spacing short slot (4110), spacing short slot (4110) engages with the connecting portion (92) of shoe tree (90).
3. a kind of upper of a shoe heating station as claimed in claim 1, it is characterized in that: described in draw helper position to be provided with the second clamping module (50), described second clamping module (50) comprises the second bent plate (51), described second bent plate (51) comprises protuberance (511) and installation portion (512), installation portion (512) is positioned at protuberance (511) both sides, installation portion (512) is fixed on work top (10), described protuberance (511) and work top (10) form a bayonet socket, this bayonet socket engages with the clamping block (91) of shoe tree (90), the end face of protuberance (511) is offered spacing short slot (5110), spacing short slot (5110) engages with the connecting portion (92) of shoe tree (90).
4. a kind of upper of a shoe heating station as claimed in claim 1, is characterized in that: described shoe tree gripping mechanism (40) is arranged on the chain (31) of driving-chain (30) by support plate (45).
5. a kind of upper of a shoe heating station as claimed in claim 1, it is characterized in that: described crank (42) comprises the first straight portion (421), the second straight portion (422), the 3rd straight portion (423), the two ends of the second straight portion (422) connect the first straight portion (421) and the 3rd straight portion (423) respectively, second straight portion (422) respectively portion (421) straight with first is vertical with the 3rd straight portion (423), and the first straight portion (421) is parallel with the 3rd straight portion (423); One end of first straight portion (421) is fixedly mounted on an end face of clamping module (41), the center line of the first straight portion (421) and the axis parallel of pivot (44), one end of 3rd straight portion (423) is trapped in curved path groove (450), and can slide in curved path groove (450).
6. a kind of upper of a shoe heating station as claimed in claim 1, is characterized in that: described balancing weight (43) is articulated on crank (42).
7. a kind of upper of a shoe heating station as claimed in claim 5, is characterized in that: described balancing weight (43) is articulated on the second straight portion (422) of crank (42).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520128745.6U CN204519544U (en) | 2015-03-06 | 2015-03-06 | A kind of upper of a shoe heating station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520128745.6U CN204519544U (en) | 2015-03-06 | 2015-03-06 | A kind of upper of a shoe heating station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204519544U true CN204519544U (en) | 2015-08-05 |
Family
ID=53733617
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520128745.6U Expired - Fee Related CN204519544U (en) | 2015-03-06 | 2015-03-06 | A kind of upper of a shoe heating station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204519544U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104665111A (en) * | 2015-03-06 | 2015-06-03 | 苏州市景荣科技有限公司 | Shoe upper heating workbench |
| CN105212448A (en) * | 2015-10-28 | 2016-01-06 | 湖州优创科技有限公司 | A kind of shoemaking heating station |
-
2015
- 2015-03-06 CN CN201520128745.6U patent/CN204519544U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104665111A (en) * | 2015-03-06 | 2015-06-03 | 苏州市景荣科技有限公司 | Shoe upper heating workbench |
| CN104665111B (en) * | 2015-03-06 | 2016-08-24 | 东莞市联洲知识产权运营管理有限公司 | A kind of upper of a shoe heating station |
| CN105212448A (en) * | 2015-10-28 | 2016-01-06 | 湖州优创科技有限公司 | A kind of shoemaking heating station |
| CN105212448B (en) * | 2015-10-28 | 2017-11-24 | 南京初见装饰设计有限公司 | A kind of shoemaking heating station |
| CN107467796A (en) * | 2015-10-28 | 2017-12-15 | 刘小红 | A kind of method of work of shoemaking heating station |
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| 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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150805 Termination date: 20160306 |