CN203449358U - Thermal forming punching die heating plate of automobile roof - Google Patents
Thermal forming punching die heating plate of automobile roof Download PDFInfo
- Publication number
- CN203449358U CN203449358U CN201320486680.3U CN201320486680U CN203449358U CN 203449358 U CN203449358 U CN 203449358U CN 201320486680 U CN201320486680 U CN 201320486680U CN 203449358 U CN203449358 U CN 203449358U
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- electric hot
- hot plate
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- temperature area
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Abstract
The utility model relates to the technical field of automatic manufacture, in particular to a thermal forming punching die heating plate of an automobile roof. The thermal forming punching die heating plate of the automobile roof comprises a heating plate body. The heating plate body comprises a first temperature area, a second temperature area, a third temperature area, a fourth temperature area, a fifth temperature area and a sixth temperature area. The first temperature area and the second temperature area are arranged at the two ends of the heating plate body respectively in the length direction, the fifth temperature area and the sixth temperature area are arranged in the middle of the heating plate body, the second temperature area is arranged at the outer side of the sixth temperature area, the first temperature area is arranged at the outer side of the fifth temperature area, the fourth temperature area is separated and located on the two end portions of the sixth temperature area, and the third temperature area is separated and located on the two end portions of the fifth temperature area; a junction box is arranged in the middle of the first temperature area. According to the thermal forming punching die heating plate of the automobile roof, it is guaranteed that the difference between the set temperature in each temperature area of a die and the actual temperature is kept about 10 DEG C, so that the rejection rate of earlier stage trial production of products is reduced, the development cost of the products is reduced, and the product effectiveness is improved.
Description
Technical field
The utility model relates to field of automobile, specifically a kind of automobile ceiling thermoforming die cutting die heating plate.
Background technology
At present, for wet method ceiling class thermoforming die cutting die mode of heating, all adopt mould back of the body chamber that electric hot plate is installed and heat, and electric hot plate layout type in the past often occurs to cause product rejection problem (mould upper and lower mould is respectively divided into six warm areas at present) because of following two kinds of situations: one, mold periphery and column temperature do not reach the desired temperature of formed product and cause empty subsides of product to be scrapped; Two, periphery and column temperature have reached and the too high product surface that causes of the large surface temperature of mould is scalded and scraps.
Summary of the invention
The utility model is for the problems referred to above, a kind of automobile ceiling thermoforming die cutting die heating plate is provided, this heating plate can effectively be controlled the temperature of mold integral profile, guarantee that each warm area design temperature of mould and the actual temperature difference are controlled at 10 degree left and right, thereby reduce the scrappage that product is manufactured experimently in earlier stage, reduce product development cost, improving product benefit.
According to the technical solution of the utility model: a kind of automobile ceiling thermoforming die cutting die heating plate, comprise heating plate body, it is characterized in that: described heating plate body comprises the first warm area, the second warm area, three-temperature-zone, four-temperature region, the 5th warm area, the 6th warm area, wherein the first warm area and the second warm area are located at respectively heating plate body two ends along its length, the 5th warm area and the 6th warm area are arranged at the middle part of heating plate body, and the 6th warm area outside is the second warm area, the 5th warm area outside is the first warm area, separation the 6th warm area both ends, described four-temperature region, separation the 5th warm area both ends, three-temperature-zone, the middle part of described the first warm area is provided with terminal box, on the first warm area, terminal box inner side is disposed with A5 electric hot plate, A6 electric hot plate, A7 electric hot plate from top to bottom, and terminal box outside is disposed with A1 electric hot plate, A2 electric hot plate, A3 electric hot plate, A4 electric hot plate from top to bottom, on the second warm area, near the 6th warm area one side, be disposed with B5 electric hot plate, B6 electric hot plate, B7 electric hot plate from top to bottom, the outside of the second warm area is disposed with B1 electric hot plate, B2 electric hot plate, B3 electric hot plate, B4 electric hot plate from top to bottom, described three-temperature-zone is positioned at the 5th warm area top one side and is provided with C1 electric hot plate, C2 electric hot plate, C3 electric hot plate, C4 electric hot plate, C5 electric hot plate, is positioned at the 5th warm area bottom one side and is provided with C6 electric hot plate, C7 electric hot plate, C8 electric hot plate, C9 electric hot plate, C10 electric hot plate, four-temperature region is positioned at the 6th warm area top one side and is provided with D1 electric hot plate, D2 electric hot plate, D3 electric hot plate, D4 electric hot plate, is positioned at the 6th warm area bottom one side and is provided with D5 electric hot plate, D6 electric hot plate, D7 electric hot plate, D8 electric hot plate, the 5th warm area comprises that E1 back of the body chamber, E2 back of the body chamber, E3 back of the body chamber, E4 back of the body chamber, E5 back of the body chamber, E6 carry on the back chamber, the 6th warm area comprises that F1 back of the body chamber, F2 back of the body chamber, F3 back of the body chamber, F4 back of the body chamber, F5 back of the body chamber, F6 carry on the back chamber.
As further improvement of the utility model, described the first warm area is provided with the first temperature measuring head, and the first temperature measuring head is arranged at A7 electric hot plate below.
As further improvement of the utility model, described the second warm area is provided with the second temperature measuring head, and the second temperature measuring head is arranged at B5 electric hot plate top.
As further improvement of the utility model, three-temperature-zone is provided with the 3rd temperature measuring head, and the 3rd temperature measuring head is arranged between C10 electric hot plate and C9 electric hot plate near C10 electric hot plate one side.
As further improvement of the utility model, four-temperature region is provided with the 4th temperature measuring head, and the 4th temperature measuring head is arranged between D3 electric hot plate and D4 electric hot plate near D4 electric hot plate one side.
As further improvement of the utility model, the 5th warm area is provided with the 5th temperature measuring head, and the 5th temperature measuring head is arranged at place, E4 back of the body centre position, chamber.
As further improvement of the utility model, the 6th warm area is provided with the 6th temperature measuring head, and the 6th temperature measuring head is arranged at place, F4 back of the body centre position, chamber.
Technique effect of the present utility model is: the utility model mold periphery and column temperature can reach the desired temperature of formed product and can not cause empty subsides of product and scrap, and effectively reduce product development cost, improving product benefit.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
The specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is further described.
In Fig. 1, comprise the first warm area 1, the second warm area 2, three-temperature-zone 3, four-temperature region 4, the 5th warm area 5, the 6th warm area 6, heating plate body 7, terminal box 8, the first temperature measuring head 9, the second temperature measuring head 10, the 3rd temperature measuring head 11, the 4th temperature measuring head 12, the 5th temperature measuring head 13, the 6th temperature measuring head 14 etc.
As shown in Figure 1, the utility model is a kind of automobile ceiling thermoforming die cutting die heating plate, comprise heating plate body 7, described heating plate body 7 comprises the first warm area 1, the second warm area 2, three-temperature-zone 3, four-temperature region 4, the 5th warm area 5, the 6th warm area 6, wherein the first warm area 1 and the second warm area 2 are located at respectively heating plate body 7 two ends along its length, the 5th warm area 5 and the 6th warm area 6 are arranged at the middle part of heating plate body 7, and the 6th warm area 6 outsides are the second warm area 2, the 5th warm area 5 outsides are the first warm area 1, 4 separation the 6th warm area 6 both ends, described four-temperature region, 3 separation the 5th warm area 5 both ends, three-temperature-zone, the middle part of described the first warm area 1 is provided with terminal box 8, on the first warm area 1, terminal box 8 inner sides are disposed with A5 electric hot plate, A6 electric hot plate, A7 electric hot plate from top to bottom, and terminal box 8 outsides are disposed with A1 electric hot plate, A2 electric hot plate, A3 electric hot plate, A4 electric hot plate from top to bottom, on the second warm area 2, near the 6th warm area 6 one sides, be disposed with B5 electric hot plate, B6 electric hot plate, B7 electric hot plate from top to bottom, the outside of the second warm area 2 is disposed with B1 electric hot plate, B2 electric hot plate, B3 electric hot plate, B4 electric hot plate from top to bottom, described three-temperature-zone 3 is positioned at the 5th warm area 5 top one sides and is provided with C1 electric hot plate, C2 electric hot plate, C3 electric hot plate, C4 electric hot plate, C5 electric hot plate, is positioned at the 5th warm area 5 bottom one sides and is provided with C6 electric hot plate, C7 electric hot plate, C8 electric hot plate, C9 electric hot plate, C10 electric hot plate, four-temperature region 4 is positioned at the 6th warm area 6 top one sides and is provided with D1 electric hot plate, D2 electric hot plate, D3 electric hot plate, D4 electric hot plate, is positioned at the 6th warm area 6 bottom one sides and is provided with D5 electric hot plate, D6 electric hot plate, D7 electric hot plate, D8 electric hot plate, the 5th warm area 5 comprises that E1 back of the body chamber, E2 back of the body chamber, E3 back of the body chamber, E4 back of the body chamber, E5 back of the body chamber, E6 carry on the back chamber, wherein E1 back of the body chamber, the E5 back of the body are respectively equipped with two blocks of electric hot plates in chamber, E2 back of the body chamber, E3 back of the body chamber, the E6 back of the body are respectively equipped with three blocks of electric hot plates in chamber, and the E4 back of the body is provided with four blocks of electric hot plates in chamber, the 6th warm area 6 comprises that F1 back of the body chamber, F2 back of the body chamber, F3 back of the body chamber, F4 back of the body chamber, F5 back of the body chamber, F6 carry on the back chamber, wherein in F1 back of the body chamber and F5 back of the body chamber, be respectively equipped with two blocks of electric hot plates, F2 back of the body chamber, F3 back of the body chamber, the F6 back of the body are provided with three blocks of electric hot plates in chamber separately, in F4 back of the body chamber, are provided with four blocks of electric hot plates.
Described the first warm area 1 is provided with the first temperature measuring head 9, and the first temperature measuring head 9 is arranged at A7 electric hot plate below.
Described the second warm area 2 is provided with the second temperature measuring head 2, and the second temperature measuring head 10 is arranged at B5 electric hot plate top.
Three-temperature-zone 3 is provided with the 3rd temperature measuring head 11, and the 3rd temperature measuring head 11 is arranged between C10 electric hot plate and C9 electric hot plate near C10 electric hot plate one side.
Four-temperature region 4 is provided with the 4th temperature measuring head 12, and the 4th temperature measuring head 12 is arranged between D3 electric hot plate and D4 electric hot plate near D4 electric hot plate one side.
The 5th warm area 5 is provided with the 5th temperature measuring head 13, and the 5th temperature measuring head 13 is arranged at place, E4 back of the body centre position, chamber.
The 6th warm area 6 is provided with the 6th temperature measuring head 14, and the 6th temperature measuring head 14 is arranged at place, F4 back of the body centre position, chamber.
The utility model operation principle is as follows: the first temperature measuring head 9 of the first warm area 1 is installed on by A7 electric hot plate, in heating process, first need to guarantee that (as patrix, require is 110 ℃ ± 10 ℃ to the desired temperature of A post upper and lower mould formed product, it is 135 ℃ ± 10 ℃ that counterdie requires), the reason that selection is arranged on the first temperature measuring head 9 is herein, because mould is generally 1.5 times of left and right (smooth profile thickness is 45 ± 5mm) of smooth profile thickness at the thickness of the larger local foundry goods of profile drop, according to hot transfer principle, different heat sources is in the situation that passing out identical heat, the heat that the place far away apart from thermal source absorbs is approximately few, its temperature being reflected on temperature measuring head is also just relatively low, in order to ensure A columnar region, can reach desired temperature so, temperature in Temperature Setting Shi Huijianggai district is heightened 5-10 ℃ more, the heat losing in transmittance process because profile is blocked up with compensation, the second temperature measuring head 10 of the second warm area 2 is installed on by B5 electric hot plate, the 3rd temperature measuring head 11 of three-temperature-zone 3 is installed on by C10 electric hot plate, the 4th temperature measuring head 12 of four-temperature region 4 is installed on by D4 electric hot plate, and its temperature control principle is identical with the first warm area 1, the 5th temperature measuring head 13 of the 5th warm area 5 is installed between the electric hot plate of E4 region, the profile of cause the 5th warm area 5 is smooth profile, profile integral thickness is comparatively even, temperature and design temperature that the 5th temperature measuring head 13 senses are basic identical, therefore the temperature regulating range in this region is substantially between 2 ℃ of-2 ℃ of ∽, the 6th temperature measuring head 14 of the 6th warm area 6 is installed between the electric hot plate of F4 region, and its temperature control principle is identical with the 5th warm area 5.
The utility model mold periphery and column temperature can reach the desired temperature of formed product and can not cause empty subsides of product and scrap, and effectively reduce product development cost, improving product benefit.
Claims (7)
1. an automobile ceiling thermoforming die cutting die heating plate, comprise heating plate body (7), it is characterized in that: described heating plate body (7) comprises the first warm area (1), the second warm area (2), three-temperature-zone (3), four-temperature region (4), the 5th warm area (5), the 6th warm area (6), wherein the first warm area (1) and the second warm area (2) are located at respectively heating plate body (7) two ends along its length, the 5th warm area (5) and the 6th warm area (6) are arranged at the middle part of heating plate body (7), and the 6th warm area (6) outside is the second warm area (2), the 5th warm area (5) outside is the first warm area (1), the 6th warm area (6) both ends of living apart, described four-temperature region (4), the 5th warm area (5) both ends of living apart, three-temperature-zone (3), the middle part of described the first warm area (1) is provided with terminal box (8), in the upper terminal box (8) of the first warm area (1) inner side, be disposed with A5 electric hot plate, A6 electric hot plate, A7 electric hot plate from top to bottom, terminal box (8) outside is disposed with A1 electric hot plate, A2 electric hot plate, A3 electric hot plate, A4 electric hot plate from top to bottom, the second warm area (2) is upper is disposed with B5 electric hot plate, B6 electric hot plate, B7 electric hot plate from top to bottom near the 6th warm area (6) one sides, and the outside of the second warm area (2) is disposed with B1 electric hot plate, B2 electric hot plate, B3 electric hot plate, B4 electric hot plate from top to bottom, described three-temperature-zone (3) is positioned at the 5th warm area (5) top one side and is provided with C1 electric hot plate, C2 electric hot plate, C3 electric hot plate, C4 electric hot plate, C5 electric hot plate, is positioned at the 5th warm area (5) bottom one side and is provided with C6 electric hot plate, C7 electric hot plate, C8 electric hot plate, C9 electric hot plate, C10 electric hot plate, four-temperature region (4) is positioned at the 6th warm area (6) top one side and is provided with D1 electric hot plate, D2 electric hot plate, D3 electric hot plate, D4 electric hot plate, is positioned at the 6th warm area (6) bottom one side and is provided with D5 electric hot plate, D6 electric hot plate, D7 electric hot plate, D8 electric hot plate, the 5th warm area (5) comprises that E1 back of the body chamber, E2 back of the body chamber, E3 back of the body chamber, E4 back of the body chamber, E5 back of the body chamber, E6 carry on the back chamber, the 6th warm area (6) comprises that F1 back of the body chamber, F2 back of the body chamber, F3 back of the body chamber, F4 back of the body chamber, F5 back of the body chamber, F6 carry on the back chamber.
2. according to automobile ceiling thermoforming die cutting die heating plate claimed in claim 1, it is characterized in that: described the first warm area (1) is provided with the first temperature measuring head (9), and the first temperature measuring head (9) is arranged at A7 electric hot plate below.
3. according to automobile ceiling thermoforming die cutting die heating plate claimed in claim 1, it is characterized in that: described the second warm area (2) is provided with the second temperature measuring head (2), and the second temperature measuring head (10) is arranged at B5 electric hot plate top.
4. according to automobile ceiling thermoforming die cutting die heating plate claimed in claim 1, it is characterized in that: three-temperature-zone (3) are provided with the 3rd temperature measuring head (11), and the 3rd temperature measuring head (11) is arranged between C10 electric hot plate and C9 electric hot plate near C10 electric hot plate one side.
5. according to automobile ceiling thermoforming die cutting die heating plate claimed in claim 1, it is characterized in that: four-temperature region (4) are provided with the 4th temperature measuring head (12), and the 4th temperature measuring head (12) is arranged between D3 electric hot plate and D4 electric hot plate near D4 electric hot plate one side.
6. according to automobile ceiling thermoforming die cutting die heating plate claimed in claim 1, it is characterized in that: the 5th warm area (5) is provided with the 5th temperature measuring head (13), and the 5th temperature measuring head (13) is arranged at place, E4 back of the body centre position, chamber.
7. according to automobile ceiling thermoforming die cutting die heating plate claimed in claim 1, it is characterized in that: the 6th warm area (6) is provided with the 6th temperature measuring head (14), and the 6th temperature measuring head (14) is arranged at place, F4 back of the body centre position, chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320486680.3U CN203449358U (en) | 2013-08-09 | 2013-08-09 | Thermal forming punching die heating plate of automobile roof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320486680.3U CN203449358U (en) | 2013-08-09 | 2013-08-09 | Thermal forming punching die heating plate of automobile roof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203449358U true CN203449358U (en) | 2014-02-26 |
Family
ID=50129259
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320486680.3U Expired - Lifetime CN203449358U (en) | 2013-08-09 | 2013-08-09 | Thermal forming punching die heating plate of automobile roof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203449358U (en) |
-
2013
- 2013-08-09 CN CN201320486680.3U patent/CN203449358U/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20140226 |
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| CX01 | Expiry of patent term |