CN202957996U - Temperature equalization electric heating apparatus - Google Patents

Temperature equalization electric heating apparatus Download PDF

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Publication number
CN202957996U
CN202957996U CN 201220531578 CN201220531578U CN202957996U CN 202957996 U CN202957996 U CN 202957996U CN 201220531578 CN201220531578 CN 201220531578 CN 201220531578 U CN201220531578 U CN 201220531578U CN 202957996 U CN202957996 U CN 202957996U
Authority
CN
China
Prior art keywords
samming
conductive component
conductor wire
plate
hot plate
Prior art date
Application number
CN 201220531578
Other languages
Chinese (zh)
Inventor
刘忠男
Original Assignee
昆山渝榕电子有限公司
刘忠男
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Filing date
Publication date
Application filed by 昆山渝榕电子有限公司, 刘忠男 filed Critical 昆山渝榕电子有限公司
Priority to CN 201220531578 priority Critical patent/CN202957996U/en
Application granted granted Critical
Publication of CN202957996U publication Critical patent/CN202957996U/en

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Abstract

The utility model discloses a temperature equalization electric heating apparatus, which mainly heats a heating apparatus through a temperature equalization heat conduction unit, such that the heating apparatus can perform temperature equalization and heating operation on an object to be heated, the first conductive assembly and the second conductive assembly of the temperature equalization heat conduction unit are switched on, a brush is contacted with a temperature equalization heating plate to generate heat energy under the influence of impedance, the temperature equalization heating plate conducts uniformly-conducted heat energy to the heating apparatus, and the heating apparatus can bear uniform heat energy, thereby providing stable heating effect. Simultaneously, the heating apparatus is not needed to bear an instantaneous high temperature, thereby further avoiding thermal deformation, and prolonging the service life.

Description

The samming electric calorifie installation

Technical field

The utility model relates to the structure of heater, refers to especially a kind of samming electric calorifie installation.

Background technology

The heater of common rolling band forms as shown in Figure 1, described heating is rolled and is with 10 comprise rolling band body 11 circles around two cylinders 12 and coordinate a heater to form, rotation by each cylinder 12 drives this rolling band body 11 cycle operation, and this heater comprises one first conductive component 13 and one second conductive component 14, this first conductive component 13 comprises one first conductor wire 131, one conductive plate 132 and one first conduction brush 133, and this second conductive component 14 comprises one second conductor wire 141 and one second conduction brush 142, one end of this first conductor wire 131 and this second conductor wire 141 connection AC power that electrically conducts respectively, and the other end of this first conductor wire 131 and the second conductor wire 141 electrically conducts and connects this conductive plate 132 and this second conduction brush 142, and this conductive plate 132 electrically conducts and connects this first conduction brush 133, and this first conduction brush 133 and this second conduction brush 142 are contacted with respectively this rolling band body 11 again.

And described rolling band body 11 resistance values own are greater than the respectively resistance value of this conductive component 13,14, by this, when circuit turn-on, electric current is by each conductive component 13,14, finally when this rolling band body 11 of contact, produce heat energy because the impedance of rolling band body 11 is gathered on rolling band body 11 electric current, the conduction brush 133,142 of each conductive component 13,14 of mat contacts part and produces heat energy with rolling band body 11, make this rolling band body 11 can treat heated parts and heated.

Yet, from said structure, configured, described heater is by each conduction brush 133, 142 produce heat with contacting of rolling band body 11, the action that the band body 11 that makes to roll can be heated, yet, each conduction brush 133, the 142nd, contact this rolling band body 11 with minimum area, that is, this rolling band body 11 and each conduction brush 133, 142 contact parts are to produce high heat moment, conduct and make whole rolling band body 11 there is heating function by heat again, yet, this rolling band body 11 and each conduction brush 133, the high heat of moment that 142 contact parts produce probably causes the distortion of this rolling band body 11, and also make the non-uniform temperature on this rolling band body 11, and uniform heating effect can't be provided.

The utility model content

Technical problem to be solved in the utility model is to provide a kind of samming electric calorifie installation, to solve the common heating rolling problem inhomogeneous with heating effect.

For addressing the above problem, the utility model provides a kind of samming electric calorifie installation, comprises:

One heater; And

One samming thermal conductance unit, comprise one first conductive component, one second conductive component and a samming hot plate, described the first conductive component comprises one first conductor wire and the first conduction brush, this second conductive component comprises one second conductor wire and one second conduction brush, this first conductor wire and this second conductor wire AC power that electrically conducts respectively, this first conductor wire and this second conductor wire contact the one side of this samming hot plate and this first conduction brush and this second conduction brush electrically conduct respectively, the another side of this samming hot plate sticks to this heater setting, the resistance value of this samming hot plate tool conductivity and this samming hot plate is greater than the resistance value of this first conductive component and this second conductive component.

Preferably, described heater comprises two cylinders and a rolling belt body, and described rolling belt body circle arranges around two these cylinders, and this two cylinder rotates and drives this rolling belt body continuous operation, this rolling belt body tool conductivity.

Preferably, the one side that described samming hot plate differs from the first conductive component and the second conductive component sequentially attaches an insulating barrier and a thermal conduction plate is set again, and this thermal conduction plate sticks to this rolling belt body.

Preferably, described the first conductive component more comprises a conductive plate, and this first conduction brush electrically conducts and is connected with this first conductor wire 411 by this conductive plate.

Preferably, described heater can be heated plate or shaping dies.

Samming electric calorifie installation described in the utility model, mat samming thermal conductance unit contacts each conductive component and heater with the samming hot plate, the samming hot plate by the thermal energy conduction of uniform heat conduction to heater, make the heat energy after heater bears hot biography samming, make heater provide the samming after hot conduction to heat action, improve and add thermally operated stability, simultaneously, heater does not need to bear moment high temperature, avoids heater to produce thermal deformation, improves the useful life of single unit system.

The accompanying drawing explanation

Fig. 1 is the schematic diagram that common heating is rolled and is with.

The perspective view that Fig. 2 is the utility model samming electric calorifie installation.

Fig. 3 is the embodiment perspective view that the increase of the utility model samming electric calorifie installation arranges insulating barrier and thermal conduction plate.

The floor map that Fig. 4 is Fig. 3.

Fig. 5 arranges for adjacent the embodiment schematic diagram that two groups of samming electric calorifie installations of the present utility model provide Double-side Heating.

Description of reference numerals

The 10th, heating is rolled and is with 11 to be rolling band bodies

The 12nd, cylinder 13 is first conductive components

131 is that the first conductor wire 132 is conductive plates

133 is that the first conduction brush 14 is second conductive components

141 is that the second conductor wire 142 is second conduction brush

The 20th, cylinder 30 is rolling belt bodies

The 31st, inner face 32 is outsides

The 40th, samming thermal conductance unit 41 is first conductive components

411 is that the first conductor wire 412 is first conduction brush

The 413rd, conductive plate 42 is second conductive components

421 is that the second conductor wire 422 is second conduction brush

The 43rd, samming hot plate 44 is insulating barriers

The 45th, thermal conduction plate

Embodiment

The preferred embodiment of the utility model samming electric calorifie installation, as shown in Fig. 2 to 5, comprises:

One heater, comprise two cylinders 20 and a rolling belt body 30, described rolling belt body 30 circles arrange around two these cylinders 20, this two cylinder 20 rotates and drives these rolling belt body 30 continuous operations, these rolling belt body 30 tool conductivity, the one side of these rolling belt body 30 these cylinders 20 of contact is defined as inner face 31, and another side is outside 32;

One samming thermal conductance unit 40, thermal conductance contacts this heater setting, and described samming thermal conductance unit 40 comprises one first conductive component 41, one second conductive component 42 and a samming hot plate 43, wherein:

Described the first conductive component 41 and this second conductive component 42 connection AC power that electrically conducts respectively, and the one side of this samming hot plate 43 contacts this first conductive component 41 again and this second conductive component 42 arranges, another side sticks to this rolling belt body 30 and arranges, and the resistance value of these samming hot plate 43 tool conductivity and this samming hot plate 43 is greater than the resistance value of this first conductive component 41 and this second conductive component 42, and this first conductive component 41 comprises one first conductor wire 411, the first conduction brush 412 and a conductive plate 413, this second conductive component 42 comprises one second conductor wire 421 and one second conduction brush 422, this first conductor wire 411 and this second conductor wire 421 alternating current that electrically conducts respectively, this first conductor wire 411 and this second conductor wire 421 contact this samming hot plate 43 and this first conduction brush 412 and this second conduction brush 422 electrically conduct respectively, and this first conduction brush 412 is to electrically conduct and be connected with this first conductor wire 411 by this conductive plate 413, the inner face 31 that the another side of this samming hot plate 43 sticks to this rolling belt body 30 arranges.

It is more than the structural configuration of the utility model samming electric calorifie installation, and its function mode, when the conducting of AC power input current, AC power conducts electrical currents to this samming hot plate 43 by this first conductive component 41 and this second conductive component 42, and when current delivery during to this samming hot plate 43, the impedance factors of this samming hot plate 43 is gathered on this samming hot plate 43 electric current, and make this samming hot plate 43 produce heat because of the gathering of electric current, and make heat energy be uniformly distributed in this samming hot plate 43 by the heat conduction, and this samming hot plate 43 again by the thermal energy conduction after even heat conduction to this rolling belt body 30, by this, the samming hot plate 43 of this samming thermal conductance unit 40 by samming by thermal energy conduction to this rolling belt body 30, make this rolling belt body 30 bear uniform heat energy, but not moment bear high temperature, the belt body 30 of avoiding fully rolling occurs because bearing the moment distortion situation that produces of high temperature, also can provide uniform heat effect simultaneously, improve the uniformity and the stability of heating.

In addition, Fig. 3 for another example, shown in 4, the rolling belt body 30 of above-described embodiment and this samming hot plate 43 are all had conductivity, therefore part electric current meeting conducting is still arranged when running except the conduction of heat energy between rolling belt body 30 and samming hot plate 43, and when different demands are arranged on the belt body 30 of need avoiding rolling fully during residual current, the one side that just can differ from the first conductive component 41 and the second conductive component 42 in this samming hot plate 43 sequentially attaches an insulating barrier 44 and a thermal conduction plate 45 is set again, by this, this samming hot plate 43 by this insulating barrier 44 and this thermal conduction plate 45 will thermal energy conduction to this rolling belt body 30, electric current is blocked by this insulating barrier 44 can, make electric current be denial in this insulating barrier 44 fully, this rolling belt body 30 just only has heating function and does not have electric current fully and passes through, avoid may occurring of electric shock or other conductions.

Above-described embodiment is the execution mode of one group of samming electric calorifie installation, and be another kind of structure configuration mode more as shown in Figure 5, it is will organize the adjacent setting of samming electric calorifie installation more, by this, can provide two-sided heating effect between each samming electric calorifie installation, different user demands is provided.

In addition, the heater of the present embodiment is to using the rolling belt body 30 of continuous rolling to coordinate the form of cylinders 20 as explanation, and this heater also can be independent heated plate, shaping dies or other heaters, and this heater is not restricted to plane kenel or other kenels, also can reach effect same as the previously described embodiments.

And the high-frequency ac power that the various embodiments described above are used refers to the power supply of 50/60Hz, the high-frequency power after the rectification raising frequency, as the heating electric source.

Claims (5)

1. a samming electric calorifie installation is characterized in that: comprise:
One heater;
One samming thermal conductance unit (40), comprise one first conductive component (41), one second conductive component (42) and a samming hot plate (43), described the first conductive component (41) comprises one first conductor wire (411) and the first conduction brush (412), described the second conductive component (42) comprises one second conductor wire (421) and one second conduction brush (422), this first conductor wire (411) and this second conductor wire (421) AC power that electrically conducts respectively, this first conductor wire (411) and this second conductor wire (421) contact the one side of this samming hot plate (43) and this first conduction brush (412) and this second conduction brush (422) electrically conduct respectively, the another side of this samming hot plate (43) sticks to this heater setting, the resistance value of this samming hot plate (43) tool conductivity and this samming hot plate (43) is greater than the resistance value of this first conductive component (41) and this second conductive component (42).
2. samming electric calorifie installation as claimed in claim 1, it is characterized in that: described heater comprises two cylinders (20) and a rolling belt body (30), described rolling belt body (30) circle arranges around two these cylinders (20), this two cylinder (20) rotates and drives this rolling belt body (30) continuous operation, this rolling belt body (30) tool conductivity.
3. samming electric calorifie installation as claimed in claim 1, it is characterized in that: the one side that described samming hot plate (43) differs from the first conductive component (41) and the second conductive component (42) sequentially attaches an insulating barrier (44) and a thermal conduction plate (45) is set again, and this thermal conduction plate (45) sticks to this rolling belt body (30).
4. samming electric calorifie installation as claimed in claim 1, it is characterized in that: described the first conductive component (41) more comprises a conductive plate (413), and described the first conduction brush (412) electrically conducts and is connected with this first conductor wire (411) by this conductive plate (413).
5. samming electric calorifie installation as claimed in claim 1, it is characterized in that: described heater is heated plate or shaping dies.
CN 201220531578 2012-10-17 2012-10-17 Temperature equalization electric heating apparatus CN202957996U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201220531578 CN202957996U (en) 2012-10-17 2012-10-17 Temperature equalization electric heating apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201220531578 CN202957996U (en) 2012-10-17 2012-10-17 Temperature equalization electric heating apparatus

Publications (1)

Publication Number Publication Date
CN202957996U true CN202957996U (en) 2013-05-29

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201220531578 CN202957996U (en) 2012-10-17 2012-10-17 Temperature equalization electric heating apparatus

Country Status (1)

Country Link
CN (1) CN202957996U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103781205A (en) * 2012-10-17 2014-05-07 昆山渝榕电子有限公司 Uniform-temperature electric heating device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103781205A (en) * 2012-10-17 2014-05-07 昆山渝榕电子有限公司 Uniform-temperature electric heating device

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