CN203608397U - Improved high-energy-gathered wire coil capable of performing uniform heating - Google Patents
Improved high-energy-gathered wire coil capable of performing uniform heating Download PDFInfo
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- CN203608397U CN203608397U CN201320742095.5U CN201320742095U CN203608397U CN 203608397 U CN203608397 U CN 203608397U CN 201320742095 U CN201320742095 U CN 201320742095U CN 203608397 U CN203608397 U CN 203608397U
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- magnetic stripe
- magnetic strip
- winding bracket
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Abstract
The utility model relates to a wire coil, and especially relates to an improved high-energy-gathered wire coil capable of performing uniform heating. A magnetic strip is formed by combining a section of horizontal magnetic strip and a flat type magnetic strip, or a magnetic strip is formed by combining a section of horizontal magnetic strip and a U-shaped magnetic strip, or a magnetic strip is formed by combining a section of horizontal magnetic strip and a sectional type magnetic strip, and a recessed structure is formed after the magnetic strips are combined in any manner. A traditional magnetic strip structure is adjusted, each magnetic strip with a combined structure is provided with the recessed structure, the structure of a coiling support is required to be matched with the magnetic strip structure, so that the front side of the coiling support is required to be of a recessed structure. When varnished wires are wound, the number of layers of the varnished wires wound in the recessed structure of the front side of the coiling support is increased, magnetic induction lines are more intensively distributed in the middle of the wire coil within a wider range, and therefore the heat efficiency of the wire coil is much higher than that of an existing product under the situation that the conditions such as the electric energy and the area of the wire coils are the same.
Description
Technical field
The utility model relates to a kind of drum, is specially the high cumulative homogeneous heating of a kind of modified model drum.
Background technology
The coil of existing drum and magnetic stripe are all horizontally disposed, and it is even that coil winds the line on whole drum, there is not which part number of plies problem higher than another place that wind the line, so just cause at the magnetic induction line of drum middle part intensive especially, when heating, high-temperature area is the very little region in the middle of concentrating on substantially, rather than a wider region, cause that the efficiency of heating surface is not high, the problem of energy waste.
Utility model content
For problems of the prior art, the purpose of this utility model is to provide the technical scheme of the high cumulative homogeneous heating of a kind of modified model drum.
The described high cumulative homogeneous heating of a kind of modified model drum, comprise winding bracket, enamelled wire and magnetic stripe, enamelled wire winding is in winding bracket front, magnetic stripe clamping is arranged on the winding bracket back side, it is characterized in that described magnetic stripe is combined into by one section of horizontal magnetic strip and flat magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of flat magnetic stripe, all forms sunk structure at one end of flat magnetic stripe formation sunk structure or two ends, and winding bracket and magnetic stripe structure match.
The described high cumulative homogeneous heating of a kind of modified model drum, comprise winding bracket, enamelled wire and magnetic stripe, enamelled wire winding is in winding bracket front, magnetic stripe clamping is arranged on the winding bracket back side, it is characterized in that described magnetic stripe is combined into by one section of horizontal magnetic strip and U-shaped magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of U-shaped magnetic stripe, forms sunk structure at one end or the two ends of U-shaped magnetic stripe, and winding bracket and magnetic stripe structure match.
The described high cumulative homogeneous heating of a kind of modified model drum, comprise winding bracket, enamelled wire and magnetic stripe, enamelled wire winding is in winding bracket front, magnetic stripe clamping is arranged on the winding bracket back side, it is characterized in that described magnetic stripe is combined into by one section of horizontal magnetic strip and segmented magnetic stripe, segmented magnetic stripe is made up of the long magnetic stripe of level and vertical magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of the long magnetic stripe of level, form sunk structure at one end or the two ends of the long magnetic stripe of level, winding bracket and magnetic stripe structure match.
The described high cumulative homogeneous heating of a kind of modified model drum, is characterized in that described vertical magnetic stripe is arranged on a side or the both sides of sunk structure.
The utility model is by adjusting existing magnetic stripe structure, the magnetic stripe of combining structure is set out to sunk structure, the structure of winding bracket need to match with magnetic stripe structure, therefore also to form sunk structure in the front of winding bracket, enamelled wire is in the time of winding like this, the enamelled wire number of plies of coiling in the sunk structure in winding bracket front can increase, make the wider scope of drum middle part that is distributed in of magnetic induction line all than comparatively dense, thereby reach drum at identical electric energy, the heat efficiency reaching in the identical situations of other conditions such as identical area is much higher than existing product, be that the utility model produces more heat energy in limited drum space, on original machine requirement, increase the efficiency of drum.
Accompanying drawing explanation
Fig. 1 is the structural representation of existing drum;
Fig. 2 is a kind of structural representation of the utility model drum;
Fig. 3 is the another kind of structural representation of the utility model drum;
Fig. 4 is the structural representation that existing drum magnetic induction line distributes;
Fig. 5 is the structural representation that the utility model drum magnetic induction line distributes;
Fig. 6 is structural representation Fig. 1 of the utility model magnetic stripe;
Fig. 7 is structural representation Fig. 2 of the utility model magnetic stripe;
Fig. 8 is structural representation Fig. 3 of the utility model magnetic stripe;
Fig. 9 is structural representation Fig. 4 of the utility model magnetic stripe;
Figure 10 is structural representation Fig. 5 of the utility model magnetic stripe;
Figure 11 is structural representation Fig. 6 of the utility model magnetic stripe;
Figure 12 is structural representation Fig. 7 of the utility model magnetic stripe;
Figure 13 is structural representation Fig. 8 of the utility model magnetic stripe;
Figure 14 is structural representation Fig. 9 of the utility model magnetic stripe;
Figure 15 is structural representation Figure 10 of the utility model magnetic stripe;
Figure 16 is structural representation Figure 11 of the utility model magnetic stripe;
Figure 17 is structural representation Figure 12 of the utility model magnetic stripe;
Figure 18 is structural representation Figure 13 of the utility model magnetic stripe;
Figure 19 is structural representation Figure 14 of the utility model magnetic stripe;
Figure 20 is structural representation Figure 15 of the utility model magnetic stripe;
Figure 21 is structural representation Figure 16 of the utility model magnetic stripe;
Figure 22 is structural representation Figure 17 of the utility model magnetic stripe;
Figure 23 is structural representation Figure 18 of the utility model magnetic stripe;
Figure 24 is structural representation Figure 19 of the utility model magnetic stripe;
Figure 25 is structural representation Figure 20 of the utility model magnetic stripe;
Figure 26 is structural representation Figure 21 of the utility model magnetic stripe;
Figure 27 is structural representation Figure 22 of the utility model magnetic stripe;
Figure 28 is structural representation Figure 23 of the utility model magnetic stripe;
Figure 29 is structural representation Figure 24 of the utility model magnetic stripe;
Figure 30 is structural representation Figure 25 of the utility model magnetic stripe;
In figure: 1-winding bracket, 2-enamelled wire, 3-magnetic stripe, 4-sunk structure.
Embodiment
Below in conjunction with Figure of description, the utility model is described further:
The high cumulative homogeneous heating of a kind of modified model drum, comprise winding bracket 1, enamelled wire 2 and magnetic stripe 3, enamelled wire 2 windings are in winding bracket 1 front, on winding bracket 1, coiling tooth can be set, magnetic stripe 3 clampings are arranged on winding bracket 1 back side, magnetic stripe 3 is combined into by one section of horizontal magnetic strip and flat magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of flat magnetic stripe, all form sunk structure 4 at one end of flat magnetic stripe formation sunk structure or two ends, winding bracket and magnetic stripe structure match.
The high cumulative homogeneous heating of a kind of modified model drum, comprise winding bracket 1, enamelled wire 2 and magnetic stripe 3, enamelled wire 2 windings are in winding bracket 1 front, on winding bracket 1, coiling tooth can be set, magnetic stripe 3 clampings are arranged on winding bracket 1 back side, and magnetic stripe 3 is combined into by one section of horizontal magnetic strip and U-shaped magnetic stripe, and horizontal magnetic strip is arranged on end or the middle part of U-shaped magnetic stripe, form sunk structure 4 at one end or the two ends of U-shaped magnetic stripe, winding bracket and magnetic stripe structure match.
The high cumulative homogeneous heating of a kind of modified model drum, comprise winding bracket 1, enamelled wire 2 and magnetic stripe 3, enamelled wire 2 windings are in winding bracket 1 front, on winding bracket 1, coiling tooth can be set, magnetic stripe 3 clampings are arranged on winding bracket 1 back side, magnetic stripe 3 is combined into by one section of horizontal magnetic strip and segmented magnetic stripe, segmented magnetic stripe is made up of the long magnetic stripe of level and vertical magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of the long magnetic stripe of level, form sunk structure 4 at one end or the two ends of the long magnetic stripe of level, winding bracket and magnetic stripe structure match, vertically magnetic stripe is arranged on a side or the both sides of sunk structure.
According to the compound mode of above different magnetic stripes, in accompanying drawing, provide the concrete structure of multiple magnetic stripe combinations, the utility model has only provided limited compound mode, but is not limited to the mode of enumerating.
The utility model is by adjusting existing magnetic stripe structure, the magnetic stripe of combining structure is set out to sunk structure, the structure of winding bracket need to match with magnetic stripe structure, therefore also to form sunk structure in the front of winding bracket, enamelled wire is in the time of winding like this, the enamelled wire number of plies of coiling in the sunk structure in winding bracket front can increase, make the wider scope of drum middle part that is distributed in of magnetic induction line all than comparatively dense, thereby reach drum at identical electric energy, the heat efficiency reaching in the identical situations of other conditions such as identical area is much higher than existing product, be that the utility model produces more heat energy in limited drum space, on original machine requirement, increase the efficiency of drum.
The utility model is to be made up of winding bracket, magnetic stripe, enamelled wire three, by the frame mode of conversion magnetic stripe, enamelled wire and winding bracket, thereby reach cumulative, homogeneous heating texts, and the relative existing product of this utility model, no matter be cost or technique, no matter all reductions greatly, and this scheme are that close wire spool or thin wire spool are all applicable, are below the detailed description of this drum advantage:
Advantage one: cumulative
This scheme is sunk by magnetic stripe subregion, winding bracket is same position sinking thereupon also, make enamelled wire can sinking scope (sunk structure) internal ratio without sink many winding numbers of scope layer, thereby reach product in the identical situations of other conditions such as identical electric energy, identical area, the heat efficiency reaching is much higher than original scheme completely, this scheme is the heat energy that produces the limit in limited drum space, increases the efficiency of drum on original machine requirement.
Advantage two: homogeneous heating
Because magnetic stripe part of the present utility model is sunk, make the more than enough coiling number layer enamelled wire of energy within the scope of sinking, thereby make special magnetic induction line of the present utility model change the more mild of change, and can be as existing product the magnetic induction line of middle part outstanding especially, but magnetic induction line is all outstanding especially in a wider scope, than the large upper several times of existing product, in this wider scope, temperature is all higher, when this drum is heated pan, heat balance distributes, and not as existing product middle part temperature outstanding, both sides temperature is lower, finally make product reach the effect of homogeneous heating.
Advantage three: process optimization
Carry out magnetic stripe and fix because existing product need to be coated with silicone adhesive, thereby cause magnetic stripe to be prone to inclination, cause magnetic stripe breakage even to be ruptured; And the utility model is owing to there being step surface to have (clamping coordinates) between magnetic stripe and support assorted, can make the contact-making surface of magnetic stripe and support increase, play the effect of spacing Anti-inclining, magnetic stripe is stopped the phenomenon tilting completely in installing, and process costs and technology difficulty are reduced.
And structure of the present utility model makes also to exist and break through on winding mode, close around scheme adopt directly around or tradition close around mode wind the line, adopt large current flow heats technique, the winding efficiency of product is improved, scrap than existing product and reduce, and compared with existing product, the identical projected area in the place of sinking is more around the enamelled wire entering, the cumulative effect reaching also more obviously; Dredge and adopt existing mode around mode, but compare existing product, the utility model is the more line of coiling in limited wire casing space, and the cumulative effect reaching is also higher.
Advantage four: cost optimization
The in the situation that of the identical heat efficiency, there is the problems such as the magnetic stripe size adopting is large, materials are many, sintering is difficult, production efficiency is low, product qualified rate is low in existing product, is that the cost of magnetic stripe increases greatly; And the utility model is the in the situation that of the identical heat efficiency, the magnetic stripe size of use is little, materials are few, sintering is simple, kiln position is can capacity large, production efficiency is high, product qualified rate advantages of higher, and the cost of magnetic stripe is reduced greatly; In the assembly technology of drum, existing product easily produces the problems such as magnetic stripe dress is inclined to one side, inclination, no matter be that the scrap cost of magnetic stripe or the scrap cost of drum entirety all improve greatly, and magnetic stripe of the present utility model and wire coil bracket structural change, impel product to stop the operational issues such as dress is inclined to one side, inclination completely, the production cost of product is reduced greatly with respect to existing product.
Claims (4)
1. the high cumulative homogeneous heating of a modified model drum, comprise winding bracket, enamelled wire and magnetic stripe, enamelled wire winding is in winding bracket front, magnetic stripe clamping is arranged on the winding bracket back side, it is characterized in that described magnetic stripe is combined into by one section of horizontal magnetic strip and flat magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of flat magnetic stripe, all forms sunk structure at one end of flat magnetic stripe formation sunk structure or two ends, and winding bracket and magnetic stripe structure match.
2. the high cumulative homogeneous heating of a modified model drum, comprise winding bracket, enamelled wire and magnetic stripe, enamelled wire winding is in winding bracket front, magnetic stripe clamping is arranged on the winding bracket back side, it is characterized in that described magnetic stripe is combined into by one section of horizontal magnetic strip and U-shaped magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of U-shaped magnetic stripe, forms sunk structure at one end or the two ends of U-shaped magnetic stripe, and winding bracket and magnetic stripe structure match.
3. the high cumulative homogeneous heating of a modified model drum, comprise winding bracket, enamelled wire and magnetic stripe, enamelled wire winding is in winding bracket front, magnetic stripe clamping is arranged on the winding bracket back side, it is characterized in that described magnetic stripe is combined into by one section of horizontal magnetic strip and segmented magnetic stripe, segmented magnetic stripe is made up of the long magnetic stripe of level and vertical magnetic stripe, horizontal magnetic strip is arranged on end or the middle part of the long magnetic stripe of level, form sunk structure at one end or the two ends of the long magnetic stripe of level, winding bracket and magnetic stripe structure match.
4. the high cumulative homogeneous heating of a kind of modified model according to claim 3 drum, is characterized in that described vertical magnetic stripe is arranged on a side or the both sides of sunk structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320742095.5U CN203608397U (en) | 2013-11-22 | 2013-11-22 | Improved high-energy-gathered wire coil capable of performing uniform heating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320742095.5U CN203608397U (en) | 2013-11-22 | 2013-11-22 | Improved high-energy-gathered wire coil capable of performing uniform heating |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203608397U true CN203608397U (en) | 2014-05-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320742095.5U Expired - Fee Related CN203608397U (en) | 2013-11-22 | 2013-11-22 | Improved high-energy-gathered wire coil capable of performing uniform heating |
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| CN (1) | CN203608397U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105873258A (en) * | 2016-06-03 | 2016-08-17 | 杭州信多达电器有限公司 | Combinative wire coil |
-
2013
- 2013-11-22 CN CN201320742095.5U patent/CN203608397U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105873258A (en) * | 2016-06-03 | 2016-08-17 | 杭州信多达电器有限公司 | Combinative wire coil |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140521 Termination date: 20181122 |