CN2891742Y - Hot air circulating bellow device for shoe-making machine - Google Patents
Hot air circulating bellow device for shoe-making machine Download PDFInfo
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- CN2891742Y CN2891742Y CN 200620018346 CN200620018346U CN2891742Y CN 2891742 Y CN2891742 Y CN 2891742Y CN 200620018346 CN200620018346 CN 200620018346 CN 200620018346 U CN200620018346 U CN 200620018346U CN 2891742 Y CN2891742 Y CN 2891742Y
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Abstract
The utility model relates to a heated air circulation bellows (a heated air circulation bellows) device of a shoe-making machine which could be equipped on a machine table. The device includes an air outlet part, a circulation part, at least a communicating (communicating) hole, a plurality of air outlet holes communicated with the air outlet part, a plurality of air returning hole communicated with the circulation part, at least a box of a light outlet (outlet) orifice communicated with the air outlet part, at least a ventilation motor equipped on the circulation part and at least a group of infrared lanterns equipped on the air outlet part. The air outlet part has at least a first space, the circulation part has at least a second space communicated with the first space through a communication hole, the ventilation motor has an air inlet end within the second space corresponding to the air returning hole and an air outlet end within the second space corresponding to the communication hole, the infrared lantern group extends into the first space but essentially locates on the light extraction orifice and the infrared lantern group has a lampshade and an infrared lamp equipped in the lampshade.
Description
Technical field
The utility model relates to a kind of shoes making machine, particularly relates to the hot air circulation bellows device of the stable shoes making machine of a kind of homogeneous heating and wind direction.
Background technology
As shown in Figure 1, 2, for the oven dry conveying device is binded in existing a kind of multi-layer sole gluing, one hot gas cycle unit of this oven dry conveying device comprises hot gas that a circulating box 1, is communicated with this circulating box 1 and produces case 2, many and be installed in this hot gas and produce heating tubes 3 on case 2, and a plurality of this ring that is installed in follows exhausting motor 4 on the case 1.But this hot gas produces case 2 has the hot gas delivery outlet 201 that a plurality of heat supply air-flows go out, but and a plurality of heat supply gas flow into hot gas recovery holes 202 in this circulating box 1.Whereby, after described exhausting motor 4 starts, can dry pending footwear spare from described hot gas delivery outlet 201 outputs through the hot gas that described heating tube 3 heating produce, hot gas can be recovered utilization through described hot gas recovery holes 202 then, so, this hot gas cycle unit can make hot gas cycle flow and dry pending footwear spare constantly.
Though this hot gas cycle unit can make hot gas cycle flow and dry pending footwear spare,, when reality was used, this hot gas cycle unit but had following shortcoming:
One, when recovery hot gas is in this circulating box 1 flows to this hot gas generation case 2, because the external form of described heating tube 3 is the continuous U fonts that are wide white-out row, and described heating tube 3 all has only a bit of pipeline section to be positioned at directly over this circulating box 1, therefore, reclaim hot gas and can't touch described heating tube 3 in the concentrated area, cause described heating tube 3 evenly to heat reclaiming hot gas.
Two, described heating tube 3 is installed in the top that this hot gas produces in the case 2 and extends to described hot gas delivery outlet 201, and the external form of described heating tube 3 is to be continuous U font, therefore, when thermal current during through described heating tube 3, tend to produce the situation of turbulent flow, cause hot gas to flow out described hot gas delivery outlet 201 downwards with stable wind direction.
As shown in Figure 3, be existing a kind of discrete shoes spare oven dry induction system, one hot gas cycle unit of this oven dry induction system comprises that a circulating box 5 with a plurality of return ports 501, an inner hot bellows 6, that is communicated with this circulating box 5 and has a plurality of exhaust vents 601 are fixedly arranged on this hot bellows 6 and the cloth curtain 7, many that can intercept the hot gas outflow is installed in the interior heating tubes 8 of this hot bellows 6, reaches a plurality of exhausting motors 9 that are installed on this circulating box 5.Because shape and its installation position of described heating tube 8 all are to be similar to above-mentioned heating tube 3, therefore, this kind hot gas cycle unit also can produce shortcoming same as described above.
The utility model content
The purpose of this utility model is to provide the hot air circulation bellows device of the stable shoes making machine of a kind of homogeneous heating and wind direction.
The hot air circulation bellows device of the utility model shoes making machine can be installed on the board of this shoes making machine, and this hot air circulation bellows device comprises a casing, at least one exhausting motor, and at least one infrared lamp group.This casing has an outlet section, a circulation portions that is connected with this outlet section, this outlet section of at least one connection and the intercommunicating pore of this circulation portions, a plurality of exhaust vent that is communicated with this outlet section, a plurality of return air hole that is communicated with this circulation portions, and at least one light-emitting window that is communicated with this outlet section, this outlet section has at least one first space, and this circulation portions has at least one second space that is communicated with this first space through this intercommunicating pore.This exhausting motor is installed on this circulation portions, and this exhausting motor has one and is positioned at this second space and corresponding to the inlet end of described return air hole, and one is positioned at this second space and corresponding to the outlet side of this intercommunicating pore.The assembling of this infrared lamp is located on this outlet section, and extends to this first space in and be positioned at the top of this light-emitting window in fact, and this infrared lamp group has a lampshade that covers this light-emitting window, and one is installed in the interior infrared lamp of this lampshade.
Whereby, the utility model not only can be equably, efficiently to the hot gas heating, and reclaim hot gas and more can stably discharge down.
Description of drawings
Fig. 1 is the cross-sectional schematic that the oven dry conveying device is binded in existing a kind of multi-layer sole gluing;
Fig. 2 is the exploded perspective view that a hot gas of the hot gas cycle unit of this conveying device produces a case and a heating tube;
Fig. 3 is the partial schematic sectional view of existing a kind of discrete shoes spare oven dry induction system;
Fig. 4 one is equiped with the three-dimensional appearance schematic diagram of the shoes making machine of a preferred embodiment of the present utility model;
Fig. 5 is the exploded perspective schematic diagram of this preferred embodiment;
Fig. 6 is the schematic perspective view of a heating unit of this preferred embodiment;
Fig. 7 is the combination schematic top plan view of this preferred embodiment;
Fig. 8 is the cross-sectional schematic of 8-8 face line among Fig. 7.
The specific embodiment
Be elaborated below by most preferred embodiment and accompanying drawing hot air circulation bellows device to shoes making machine of the present utility model:
About above-mentioned and other technology contents, characteristics and effect of the present utility model, in the following detailed description that cooperates with reference to a graphic preferred embodiment, can clearly understand.
Consult Fig. 4, the preferred embodiment of the hot air circulation bellows device of the utility model shoes making machine can be installed on the board 510 of this shoes making machine 500, shown in Fig. 5～8, this hot air circulation bellows device comprises: a casing 100, a plurality of exhausting motor 200, a plurality of heating unit 300, and a plurality of infrared lamp groups 400.
This casing 100 has an outlet section 10, a circulation portions 20 that is connected with this outlet section 10, this outlet section 10 of a plurality of connection and the intercommunicating pore 30 of this circulation portions 20, a plurality of exhaust vent 40 that is communicated with this outlet section 10, a plurality of return air hole 50, a plurality of light-emitting window 60 that is communicated with this circulation portions 20, and an oven dry space 70.
This outlet section 10 has a roof 11, one antetheca 12 that is connected with this roof 11, one in contrast to this antetheca 12 and the rear wall 13 that is connected with this roof 11, one be connected in this roof 11 with should before, rear wall 12, left side wall 14 between 13, one be connected in this roof 11 with should before, rear wall 12, between 13 and in contrast to the right side wall 15 of this left side wall 14, one between this left side, right side wall 14, between 15 and before being connected in this roof 11 and being somebody's turn to do, rear wall 12, partition wall 16 between 13, two by this roof 11, before being somebody's turn to do, rear wall 12,13, this left side, right side wall 14,15 first spaces 17 of matching and defining with this partition wall 16, one be connected in this along these left side wall 14 root edges before, rear wall 11, left side diapire 18 between 12, and one be connected in this along these right side wall 15 root edges before, rear wall 11, right side diapire 19 between 12.This left side wall 14 has 2 first installing holes 141, and three be second installing hole 142 of staggered setting with described first installing hole 141, this right side wall 15 also has 2 first installing holes 151, and three are second installing hole 152 of staggered setting with described first installing hole 151.
This circulation portions 20 has a underframe 21, two corner brackets 22, two blocks of shroudings 23, and two through second space 24 that described intercommunicating pore 30 is communicated with described first space 17.
This underframe 21 has one and is connected to the roof 211 on these left and right side diapire 18,19 root edges and this partition wall 16 root edges, two sidewalls 212 that extend along two opposition sides of these roof 211 length directions downwards, and two diapires 213 that extend outwardly out along described sidewall 212 root edges respectively, described sidewall 212 has a toxic emission hole 214 that is positioned at described return air hole 50 tops respectively.This roof 211 cooperates with described sidewall 212 can define this oven dry space 70.
Described corner bracket 22 is installed in respectively between this left and right side diapire 18,19 and this underframe 21.Described corner bracket 22 has a wall 221 that is connected between this left and right side diapire 18,19 and the described diapire 213 respectively, and a flank wall 222 that extends outwardly out along these wall 221 root edges.Be separated with a gap between all between described wall 221 and the described sidewall 212, and described wall 221 has the two inlet air holes 223 corresponding to described return air hole 50 respectively, and the toxic emission hole 224 in a corresponding described toxic emission hole 214.
Described shrouding 23 is to be installed in respectively between this left and right side diapire 18,19 and the described flank wall 222, and has the toxic emission hole 231 in a corresponding described toxic emission hole 224 respectively, and two installing holes 232.Described shrouding 23 cooperates this left and right side diapire 18,19, described wall 221 can define described second space 24 with described flank wall 222.
In the present embodiment, described intercommunicating pore 30 is arranged at respectively on this left and right side diapire 18,19, can be communicated with described first space 17 and described second space 24.Described exhaust vent 40 is arranged at respectively on the roof 211 of this upper frame 21, and between this partition wall 16 and this left and right side diapire 18,19 (see figure 8), described exhaust vent 40 can be communicated with described first space 17 and this oven dry space 70.Described return air hole 50 is arranged at respectively on the sidewall 212 of this upper frame 21, and described return air hole 50 can be communicated with described second space 24 and this oven dry space 70.Described light-emitting window 60 is arranged at respectively on this roof 211, and between this partition wall 16 and this left and right side diapire 18,19 (see figure 8), described light-emitting window 60 can be communicated with described first space 17 and this oven dry space 70.
Described exhausting motor 200 is to be installed in respectively on the installing hole 232 of described shrouding 23, and described exhausting motor 200 has one respectively and is positioned at described second space 24 and corresponding to the inlet end 210 in described inlet air hole 223, and one is positioned at described second space 24 and corresponding to the outlet side 220 of described intercommunicating pore 30.
Described heating unit 300 is to be installed in respectively on first installing hole 141,151 of this left and right sidewall 14,15, and described heating unit 300 has one respectively and extends in described first space 17 and be positioned at heating part 310 directly over described outlet side 210 and the described intercommunicating pore 30 in fact.Described heating part 310 all has a ceramic frame 311, and adjacent being closely aligned of multi-disc is arranged in this framework 311 and cross section is the heating fin 312 of continuous z font.
Described infrared lamp group 400 is to be on second installing hole 142,152 that is installed in this left and right sidewall 14,15 alternately respectively with described heating unit 300, and extend in described first space 17 and be positioned at the top of described light-emitting window 60 in fact towards this partition wall 16, described infrared lamp group 400 all has one and is connected on roof 211 end faces of this underframe 21 and covers the lampshade 410 of described light-emitting window 60 and an infrared lamp 420 that is installed in this lampshade 410.
Whereby, as Fig. 6,7, shown in 8, after described exhausting motor 200 starts, hot gas in this oven dry space 70 can be through described return air hole 50, described inlet air hole 223 is inhaled in the described exhausting motor 200 with the inlet end 210 of described exhausting motor 200, and then through the outlet side 220 of described exhausting motor 200 and towards directly over intercommunicating pore 30 discharge, in this process, because the heating part 310 of described heating unit 300 just is positioned at directly over the described intercommunicating pore 30, therefore, whole recovery hot gas must flow in described first space 17 after passing compact arranged heating fin 312 again, so, described heating part 310 can the concentrated area will be reclaimed hot gas and be heated equably, after this, because described heating part 310 does not extend to the top of described exhaust vent 40 fully, therefore, evenly the recovery hot gas after the heating can be under the situation that not disturbed by any structure, and stably flow out to down in this oven dry space 70 from described exhaust vent 40, so, the utility model can make the recovery hot gas cycle flow and dry pending footwear spare constantly.
The more important thing is, the utility model is in the process of hot air seasoning footwear spare, the infrared ray that the infrared lamp 420 of described infrared lamp group 400 is produced more can be projected in this oven dry space 70 via described light-emitting window 60, and the hot gas in this oven dry space 70 is heated equably, and then footwear spare is dried further with radiant heat.In addition, all be connected to owing to the lampshade 410 of described infrared lamp group 400 on the end face of this roof 211 and cover described light-emitting window 60, and avoid described exhaust vent 40, therefore, described infrared lamp group 400 can't be disturbed and reclaim the wind direction that hot gas stably flows out from described exhaust vent 40 down.
Via above explanation, can again advantage of the present utility model be summarized as follows:
One, infrared lamp group 400 of the present utility model not only can not disturbed and reclaim the wind direction that hot gas stably flows out from described exhaust vent 40 down, more can heat hot gas in this oven dry space 70 equably, and effectively footwear spare be dried by the good radiant heat of the thermal efficiency.
Two, the heating part 310 of heating unit 300 of the present utility model be positioned at described intercommunicating pore 30 directly over, state intercommunicating pore 30 and make compact arranged described heating fin 312 can contain the residence, therefore, the recovery hot gas of discharging from the outlet side 220 of described exhausting motor 200 must pass described heating fin 312 earlier, just flow to then in described first space 17, so, most recovery hot gas all can contact with described heating fin 312, and is evenly heated.
Three, heating part 310 of the present utility model does not extend to the top of described exhaust vent 40 fully, therefore, evenly the recovery hot gas after the heating is not disturbed by any structure can and produce turbulent flow, and can stably flow out to down in this oven dry space 70 from described exhaust vent 40.
Conclude above-mentionedly, the hot air circulation bellows device of shoes making machine of the present utility model not only can be equably, efficiently to the hot gas heating, and reclaim hot gas and more can stably discharge down, so can reach the purpose of utility model really.
The above, be preferred embodiment of the present utility model only, when not limiting the scope that the utility model is implemented with this, promptly the simple equivalent of being done according to the utility model claim and utility model description generally changes and modifies, and all still belongs in the scope that the utility model contains.
Claims (10)
1. the hot air circulation bellows device of a shoes making machine, it is installed on the board of this shoes making machine, it is characterized in that:
This hot air circulation bellows device comprises:
One casing, have an outlet section, a circulation portions that is connected with this outlet section, this outlet section of at least one connection and the intercommunicating pore of this circulation portions, a plurality of exhaust vent that is communicated with this outlet section, a plurality of return air hole that is communicated with this circulation portions, and at least one light-emitting window that is communicated with this outlet section, this outlet section has at least one first space, and this circulation portions has at least one second space that is communicated with this first space through this intercommunicating pore;
At least one exhausting motor, it is installed on this circulation portions, and this exhausting motor has one and is positioned at this second space and corresponding to the inlet end of described return air hole, and one is positioned at this second space and corresponding to the outlet side of this intercommunicating pore; And
At least one infrared lamp group, it is installed on this outlet section, and extends in this first space and be positioned at the top of this light-emitting window in fact, and this infrared lamp group has a lampshade that covers this light-emitting window, and an infrared lamp that is installed in this lampshade.
2. the hot air circulation bellows device of shoes making machine according to claim 1 is characterized in that:
This hot air circulation bellows device also comprises at least one heating unit, this heating unit is installed on this outlet section, this heating unit has one and extends in this first space and be positioned at the heating part of the top of this outlet side and this intercommunicating pore in fact, this heating part has a framework, and multi-disc is adjacent to arrange the heating fin that is arranged in this framework.
3. the hot air circulation bellows device of shoes making machine according to claim 2 is characterized in that:
This outlet section also have a roof, an antetheca that is connected with this roof, one in contrast to this antetheca and the rear wall that is connected with this roof, be connected in that left side wall, between this roof and this front and back walls is connected between this roof and this front and back walls and in contrast to the right side wall of this left side wall, between between this left and right sidewall and be connected in partition wall between this roof and this front and back walls, this roof, this front and back walls, this left and right sidewall match with this partition wall and define 2 first spaces.
4. the hot air circulation bellows device of shoes making machine according to claim 3 is characterized in that:
This outlet section also has one and is connected in left side diapire between this front and back walls along this left side wall root edge, and one be connected in right side diapire between this front and back walls along this right side wall root edge, and this casing has a plurality of intercommunicating pores that are arranged at respectively on this left and right side diapire.
5. the hot air circulation bellows device of shoes making machine according to claim 4 is characterized in that:
This hot air circulation bellows device comprises a plurality of heating units, and described heating unit is installed in respectively on the left and right sidewall of this outlet section, and the heating part of described heating unit extends to described intercommunicating pore top respectively.
6. the hot air circulation bellows device of shoes making machine according to claim 5 is characterized in that:
This circulation portions also has a underframe, this underframe has a roof that is connected on this left and right side diapire root edge and this partition wall root edge, and two sidewalls that extend downwards along two opposition sides of this roof length direction, this roof cooperate with described sidewall define one the oven dry space, described exhaust vent is arranged at respectively on this roof, and between this partition wall and this left and right side diapire, described exhaust vent is communicated with described first space and this oven dry space, described return air hole is arranged at respectively on the described sidewall, and described return air hole is communicated with this second space and this oven dry space.
7. the hot air circulation bellows device of shoes making machine according to claim 6 is characterized in that:
This circulation portions also has two corner brackets that are installed in respectively between this left and right side diapire and this underframe, this underframe also has two diapires that extend outwardly out along described sidewall root edge respectively, described corner bracket has a wall that is connected between this left and right side diapire and the described diapire respectively, an and flank wall that extends outwardly out along this wall root edge, be separated with a gap between all between described wall and the described sidewall, and described wall have a plurality of inlet air holes corresponding to described return air hole respectively.
8. the hot air circulation bellows device of shoes making machine according to claim 7 is characterized in that:
This circulation portions also has two blocks of shroudings that are installed in respectively between this left and right side diapire and the described flank wall, and described shrouding cooperates this left and right side diapire, described wall and described flank wall to define 2 second spaces respectively.
9. the hot air circulation bellows device of shoes making machine according to claim 8 is characterized in that:
This hot air circulation bellows device comprises a plurality of exhausting motors, and described exhausting motor is installed in respectively on the described shrouding, and the inlet end of described exhausting motor corresponds respectively to described inlet air hole, and the outlet side of described exhausting motor corresponds respectively to described intercommunicating pore.
10. the hot air circulation bellows device of shoes making machine according to claim 6 is characterized in that:
This hot air circulation bellows device comprises a plurality of infrared lamp groups, this casing has a plurality of light-emitting windows, described light-emitting window is communicated with described first space and this oven dry space, described light-emitting window is arranged at respectively on the roof of this underframe, and between this partition wall and this left and right side diapire, described infrared lamp group and described heating unit are and are installed in respectively alternately on this left and right sidewall, and extend in described first space towards this partition wall and be positioned at the top of described light-emitting window in fact.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620018346 CN2891742Y (en) | 2006-03-30 | 2006-03-30 | Hot air circulating bellow device for shoe-making machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620018346 CN2891742Y (en) | 2006-03-30 | 2006-03-30 | Hot air circulating bellow device for shoe-making machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2891742Y true CN2891742Y (en) | 2007-04-25 |
Family
ID=38059913
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620018346 Expired - Fee Related CN2891742Y (en) | 2006-03-30 | 2006-03-30 | Hot air circulating bellow device for shoe-making machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2891742Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107518527A (en) * | 2016-06-17 | 2017-12-29 | 耐克创新有限合伙公司 | Baking oven |
-
2006
- 2006-03-30 CN CN 200620018346 patent/CN2891742Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107518527A (en) * | 2016-06-17 | 2017-12-29 | 耐克创新有限合伙公司 | Baking oven |
| US10791799B2 (en) | 2016-06-17 | 2020-10-06 | Nike, Inc. | Energy efficient infrared oven with air circulation |
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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: 20070425 Termination date: 20150330 |
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| EXPY | Termination of patent right or utility model |