CN205452605U - Heat -generating body heating is with joint soon - Google Patents
Heat -generating body heating is with joint soon Download PDFInfo
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- CN205452605U CN205452605U CN201521137783.4U CN201521137783U CN205452605U CN 205452605 U CN205452605 U CN 205452605U CN 201521137783 U CN201521137783 U CN 201521137783U CN 205452605 U CN205452605 U CN 205452605U
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- end cover
- electrode
- bottom end
- input
- heater
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Abstract
The utility model discloses a heat -generating body heating is with joint soon, including female head and public head, female head is connected and is done public head is electrically conductive, public head is including a box body and an electrode structure, electrode structure pegs graft and installs in the box body, the box body includes an upper end cover, a bottom end cover and an input, the input sets up on the bottom end cover, with female head is pegged graft, the upper end cover with the bottom end cover forms the pin joint, the upper end cover can be closed, with the bottom end cover forms an accommodation space, electrode structure one end is installed in the input, the other end is installed in the bottom end cover and with the closure is connected to the heat -generating body electricity the upper end cover is connected with the heat -generating body electrode structure is sealed in the accommodation space. The heat -generating body with electrode structure adopts the mode of butt joint to connect, and convenient operation is quick to the structure that can electrically conduct all holding is in in the box body, the risk of electrocuteeing has been avoidd.
Description
Technical field
This utility model relates to field of electric heating, is specially a kind of heater heating quick union.
Background technology
The use of electric energy is nowadays already associated with each corner of human lives, and the conversion regime of electric energy has a variety of, and the important conversion of one of which changes into heat energy exactly, and is utilized by the mankind by other equipment.The mode generally converting electrical energy into heat energy is resistance mode and electric heating film.Heating film generally non-metallic resistor thermo electric material is made, and it is high that this thermo electric material the most all has electric heating conversion efficiency, and service life is far above metallic resistance thermo electric material, and its preparation is the simplest, plays a significant role in every field.At present, most popular being used for exactly of electric heating film makes the heater such as fever tablet and heat-generating pipe.
In daily life, various heaters use extensively, and the clothing, food, lodging and transportion--basic necessities of life every field of people all can have the existence of these heaters, and it is convenient to provide for the life of people.The utility model patent of Application No. 201320674066.X discloses a kind of wiring terminal of heating tube, but the use of this terminal simply solves electric wire and causes the problem of short circuit around the rotation of electrode screw thus swinging cross, does not the most change traditional mode of connection.Traditional mode of connection is to complete the line with heater by instrument wire stripping wiring, and this operation is inconvenient for, and a lot of in the case of electric wire exposed outside, owing to heater uses forceful electric power, it is easy to cause electric shock, there is potential safety hazard.
In view of drawbacks described above, this utility model creator obtains this utility model finally through research for a long time and practice.
Utility model content
For solving above-mentioned technological deficiency, the technical solution adopted in the utility model is, it is provided that a kind of heater heating quick union, including a female and a male, it is characterized in that, described male includes that a box body and an electrode structure, described electrode structure grafting are arranged in described box body；
Described box body includes a upper end cover, a bottom end cover and an input, described input is arranged on described bottom end cover, is connected with described female, and described upper end cover forms pivot joint with described bottom end cover, described upper end cover can close, and forms an accommodation space with described bottom end cover；
Described electrode structure one end is arranged in described input, and the other end is arranged in described bottom end cover and electrically connects with heater.
It is also preferred that the left described electrode structure includes a zero wire electrode, a ground wire electrode and a firewire electrode；
Described zero wire electrode includes that one first zero line is extreme and one second zero line is extreme, and described first zero line is extremely cylindrical structural, and with described female grafting, described second zero line extremely electrically connects with described heater；
Described ground wire electrode includes that one first ground wire is extreme and one second ground wire is extreme, and described first ground wire is extremely cylindrical structural, and with described female grafting, described second ground wire extremely electrically connects with described heater；
Described firewire electrode includes that one first live wire is extreme and one second live wire is extreme, and described first live wire is extremely cylindrical structural, and with described female grafting, described second live wire extremely electrically connects with described heater；
Described input includes a zero line input, a ground wire input and a live wire input；
Described zero line input is the cylindrical structural having through hole, extreme for grafting the first zero line；
Described ground wire input is the cylindrical structural having through hole, extreme for grafting the first ground wire；
Described live wire input is the cylindrical structural having through hole, extreme for grafting the first live wire.
It is also preferred that the left be provided with some square openings on described upper end cover, in described square opening, the side away from described input is provided with an interface arrangment, for realizing the clamping of described upper end cover and described bottom end cover；
Some buckles it are provided with on described bottom end cover；
Described buckle is connected on described interface arrangment.
It is also preferred that the left be provided with a trench structure on described bottom end cover, on described trench structure, plane maintains an equal level with described lower end cover upper planar surface, is used for housing described electrode structure；
Described trench structure includes one first slot electrode, one second slot electrode and one the 3rd slot electrode, and described first slot electrode houses described zero wire electrode, and described second slot electrode houses described ground wire electrode, and described 3rd slot electrode houses described firewire electrode；
Being provided with a column construction on described upper end cover, described column construction realizes docking and/or fastening described electrode structure and heater by described second slot electrode.
Preferably, the lower plane of described upper end cover is a cascaded surface, including one first work surface and one second work surface, described first work surface contacts described lower end cover upper planar surface, described second work surface contacts with fever tablet, described second work surface is engaged with the upper plane formation one of described bottom end cover, clamps fever tablet, promotes the firmness of clamping head while saving space.
It is also preferred that the left described bottom end cover includes some hierarchic structure, described fever tablet is positioned, make electrode hole accurately dock with described electrode structure.
It is also preferred that the left described column construction has through hole, the shape of through hole is followed successively by cylindrical hole, inner hexagonal hole, circular hole from top to bottom, is used for installing male and fixes screw, connects described male and heater.
Preferably, described bottom end cover both sides are provided with a gap, described gap can set up described zero wire electrode and/or described ground wire electrode and/or described firewire electrode and the electrical connection adding between heat pipe smoothly for described conductor structure, and occlusion structure can be formed with described upper end cover, described conductor structure is fixed and positions.
It is also preferred that the left described female includes an outfan and an electric power connection line, described electric power connection line is used for switching on power, and described outfan docks with described male；
Described outfan includes a zero line side, a ground terminal and a live wire end；
It is provided with some bulge-structures on described zero line side and/or described ground terminal and/or described live wire end outer wall, described zero line input and/or described ground wire input and/or described live wire input and are provided with some concave inward structures on stomidium inwall, described bulge-structure coordinates with described concave inward structure, prevents described female anti-inserted with described male.
It is also preferred that the left both sides are provided with one first inclined plane at described upper end cover pivot end；
At described bottom end cover pivot end, both sides are provided with one second inclined plane；
Described first inclined plane coordinates with described second inclined plane, reduces resistance during described upper end cover Guan Bi.
Compared with prior art, the beneficial effects of the utility model are: the upper end cover of quick-joint male head can close, and are provided with electrode structure in box body, when heater is heated, heater is directly electrically connected with electrode structure, with fixing screw fastening, cover upper end cover, grafting female；During heating, connection electrode is easily and fast without using instrument wire stripping to process, and the structure conducted electricity is all in male box body, safe and reliable, non-contact electric risk；Engaging device is set, it is possible to allow the fever tablet of clamping more fasten；Inverse inserting-preventing device is set, promotes security performance.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model female；
Fig. 2 is the structural representation of this utility model box body；
Fig. 3 is the axonometric drawing of this utility model male；
Fig. 4 is the profile of this utility model square opening and buckle clamping；
Fig. 5 is the structural representation of this utility model embodiment one；
Fig. 6 is the structural representation of this utility model embodiment two.
Detailed description of the invention
Below in conjunction with accompanying drawing, to this utility model, above-mentioned and other technical characteristic and advantage are described in more detail.
A kind of heater heating quick union described in the utility model includes a female and a male.
Described female is used for connecting power supply, coordinates with described male, is energized for described male.
Described male is used for connecting heater, heats for described heater.
Shown in Figure 1, Fig. 1 is the structural representation of this utility model female.
Described female includes outfan 11 and an electric power connection line 12.
Described electric power connection line 12 is used for connecting power supply.
Described outfan 11 becomes an entirety with described electric power connection line 12 plastic packaging.Described outfan 11 includes zero line side 111, ground terminal 112 and a live wire end 113, described zero line side 111 is arranged on the front end of described outfan 11, it is a cylindrical structural having through hole, is provided with a zero line in the through hole of described zero line side and connects electric contact, be connected with described electric power connection line 12；Described live wire end 113 is arranged on the front end of described outfan 11, is a cylindrical structural having through hole, is provided with a live wire and connects electric contact and be connected with described electric power connection line 12 in the through hole of described live wire end；Described ground terminal 112 is arranged on the front end of described outfan 11, is a cylindrical structural having through hole, is provided with a ground wire and connects electric contact and be connected with described electric power connection line 12 in the through hole of described ground terminal；Described zero line side 111 is distributed in both sides, described outfan 11 front end with described live wire end 113, and it is middle with described live wire end 113 that described ground terminal 112 is arranged on described zero line side 111.
Referring to shown in Fig. 2, Fig. 3, Fig. 2 is the structural representation of this utility model box body, and Fig. 3 is the axonometric drawing of this utility model male.
Described male includes box body 21 and an electrode structure 22.
Described box body 21 forms an accommodation space, is used for accommodating described electrode structure 22.
Described electrode structure 22 is arranged in described box body 21, and one end is connected with described female, is used for conducting electric energy, and the other end electrically connects with described heater, heats for described heater.
Described electrode structure 22 includes zero wire electrode 221, ground wire electrode 222 and a firewire electrode 223.
Described zero wire electrode 221 includes that one first zero line is extreme and one second zero line is extreme.Described first zero line is extremely cylindrical structural, is fit in described zero line side 111 and connects contact with described zero line；Described second zero line is extremely flat laminated structure, is used for connecting described heater.
Described firewire electrode 223 includes that one first live wire is extreme and one second live wire is extreme.Described first live wire is extremely cylindrical structural, is fit in described live wire end 113 and connects contact with described live wire；Described second live wire is extremely flat laminated structure, is used for connecting described heater.
Described ground wire electrode 222 includes that one first ground wire is extreme and one second ground wire is extreme.Described first ground wire is extremely cylindrical structural, is fit in described ground terminal 112 and connects contact with described ground wire；Described second ground wire is extremely flat laminated structure, is used for connecting described heater.
Shown in Figure 4, Fig. 4 is the profile of this utility model square opening and buckle clamping.
Described box body 21 includes upper end cover 211, bottom end cover 212 and an input 213.
Described upper end cover 211 is arranged on described bottom end cover 212, forms mobilizable connection with described bottom end cover 212.A semicircle rotating shaft 2111 it is provided with, by described rotating shaft 2111, with the pivot joint of described bottom end cover 212 on described upper end cover 211.
Described bottom end cover 212 is used for accommodating and install described electrode structure 22.It is provided with a semi-circular recesses 2121 on described bottom end cover 212, is used for accommodating described rotating shaft 2111.
Being provided with some square openings 2112 on described upper end cover 211, be provided with an interface arrangment in described square opening 2112, described interface arrangment is positioned at the described square opening side away from described input 213, it is achieved described upper end cover 211 and the clamping of described bottom end cover 212.
Described interface arrangment includes one first plane 21121 and one first inclined-plane 21122, and described first plane 21121 is parallel with plane on described upper end cover 211, and there is angle on described first inclined-plane 21122 with plane on described upper end cover 211.
Being provided with some buckles 2122 on described bottom end cover 212, described buckle 2122 coordinates with described interface arrangment, it is achieved described upper end cover 211 and the clamping of described bottom end cover 212.
Described buckle 2122 includes one second plane 21221 and one second inclined-plane 21222, described second plane 21221 is parallel with described first plane 21121 and during clamped condition in described first plane 21121, described second inclined-plane 21222 is parallel with described first inclined-plane 21122 and carries out sliding until clamping puts in place on described first inclined-plane 21122 during clamping.
Being provided with a trench structure on described bottom end cover 212, the upper plane of described trench structure maintains an equal level with the upper plane of described bottom end cover 212, is used for accommodating described electrode structure 22.Described trench structure includes one first slot electrode, one second slot electrode and one the 3rd slot electrode.Described first slot electrode loads described zero wire electrode 221 for grafting, and described second slot electrode loads described ground wire electrode 222 for grafting, and described 3rd slot electrode loads described firewire electrode 223 for grafting.
Described input 213 is arranged on described bottom end cover 212, for coordinating with described female, it is achieved the conduction of electricity.
Described input 213 includes zero line input 2131, ground wire input 2132 and a live wire input 2133.
Described zero line input 2131 is cylindrical structural, and described cylindrical structural is provided with through hole, is used for accommodating described first zero line extreme.
Described ground wire input 2132 is cylindrical structural, and described cylindrical structural is provided with through hole, is used for accommodating described first ground wire extreme.
Described live wire input 2133 is cylindrical structural, and described cylindrical structural is provided with through hole, is used for accommodating described first live wire extreme.
Embodiment one:
Shown in Figure 4, Fig. 4 is the structural representation of this utility model embodiment one.
Described heater includes a heater body, a heater outer housing and one even electricity structure
Described heater body is flap heater (calling fever tablet in the following text).
Described fever tablet is used for generating heat.
Described even electricity structure is for realizing the conductivity between described male and described heater body.
Described even electricity structure is an electrode hole, is arranged on described heater outer housing, is connected with described electrode structure 22, it is achieved the heating to described fever tablet.
Described electrode hole, including one first electrode hole 31,1 second electrode hole 32 and one the 3rd electrode hole 33.
Described first electrode hole 31 is fixed screw 41 by first and is extremely connected with the second zero line of described zero wire electrode 221.Described 3rd electrode hole 33 is fixed screw 42 by second and is extremely connected with the second live wire of described firewire electrode 223.
Being additionally provided with a column construction 2113 on described upper end cover 211, described second electrode hole 32 is extremely connected with the second ground wire of described ground wire electrode 222 by described column construction 2113.
The lower plane of described upper end cover 211 is a cascaded surface, described cascaded surface includes one first work surface and one second work surface, described first work surface and plane contact on described bottom end cover 212, described second work surface is engaged with the upper plane of described bottom end cover 212, clamp described fever tablet, while saving space, it is possible to promote the firmness of clamping head.
Described bottom end cover 212 also includes some hierarchic structure 2124, for positioning described fever tablet；Described hierarchic structure 2124 includes a changeover portion, described changeover portion is a vertical face, when installing described fever tablet, described heater outer housing withstands described changeover portion with one end of described electrode hole, it is ensured that described electrode hole quickly can coordinate with described electrode structure 23 and puts in place.
During work, first described fever tablet is withstood with one end of described electrode hole the vertical plane of described changeover portion, align in the position, hole making described first electrode hole 31 extreme with the second zero line of described zero wire electrode 221, align in the position, hole making described 3rd electrode hole 33 extreme with the second live wire of described firewire electrode 223, install described first to fix screw 41 and described second and fix screw 42, make described fever tablet fix with described bottom end cover 212 to be connected, close described upper end cover 211, described buckle 2122 and the clamping of described square opening 2112, grafting female, switch on power, described fever tablet is heated.
Embodiment two:
Shown in Figure 5, Fig. 5 is the structural representation of this utility model embodiment two.
Described heater body is a tubulose heater (calling heat-generating pipe in the following text).
Described heat-generating pipe is used for generating heat.
Described even electricity structure is a conductor structure 71, and one end of described conductor structure 71 is fixedly connected on described heat-generating pipe, and the other end of described conductor structure 71 is connected with described electrode structure 22.
Described conductor structure 71 includes that one first connection end, one second connection end and the 3rd connect end.Described first connects end is extremely connected with the second zero line of described zero wire electrode 221, and described second connects end is extremely connected with the second ground wire of described ground wire electrode 222, and the described 3rd connects end is extremely connected with the second live wire of described firewire electrode 223.
Offer some screws 61 on described heater outer housing, be used for fixing described male.
Described column construction 2113 has through hole, is followed successively by bellmouth, inner hexagonal hole and circular hole from top to bottom, fixes screw 51 by a male, described male is fixedly mounted on described heater shell.
Described bottom end cover 212 upper surface is additionally provided with a semicircle gap near one end of described heat-generating pipe, described gap is distributed in described bottom end cover 212 both sides, described conductor structure 71 is connected with described electrode structure 22 by described gap, described gap can set up described zero wire electrode 211 and/or described ground wire electrode 222 and/or described firewire electrode 223 and the electrical connection adding between heat pipe smoothly for described conductor structure 71, and described gap can form occlusion structure with described upper end cover 211, and described conductor structure 71 is fixed and is positioned.
During work, first connection end of described conductor structure 71 is extremely connected with the second zero line of described zero wire electrode 221, described second connects end is extremely connected with the second ground wire of described ground wire electrode 222, described 3rd connects end is extremely connected with the second live wire of described firewire electrode 223, described conductor structure 71 is smoothed out with the fingers along being placed in described gap, close described upper end cover 211, described buckle 2122 and the clamping of described square opening 2112, fix screw by described male and described male is connected with described heater outer housing fixing, grafting female, electrified regulation.
As preferred scheme, it is provided with some bulge-structures on described zero line side 111 and/or described ground terminal 112 and/or described live wire end 113 outer wall, it is provided with some concave inward structures on described zero line input 2131 and/or described ground wire input 2132 and/or described live wire input 2133 hole inwall, described bulge-structure coordinates with described concave inward structure, prevents described female anti-inserted with described male.
The upper end of described buckle 2122 is provided with the face of an inclination, convenient with during described square opening 2112 clamping.
It is provided with one first inclined plane 2114 at described upper end cover 211 pivot end, is distributed in described upper end cover 211 both sides.
It is provided with one second inclined plane 2125 at described bottom end cover 212 pivot end, is distributed in described bottom end cover 212 both sides.
Described first inclined plane 2114 coordinates with described second inclined plane 2125, and when making described upper end cover 211 close, resistance is less.
Although this utility model being described in detail with reference to previous embodiment; for a person skilled in the art; technical scheme described in foregoing embodiments still can be modified by it; or wherein portion of techniques feature is carried out equivalent; all within spirit of the present utility model and principle; the any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.
Claims (10)
1. a heater heating quick union, including a female and a male, it is characterised in that described male includes that a box body and an electrode structure, described electrode structure grafting are arranged in described box body；
Described box body includes a upper end cover, a bottom end cover and an input, described input is arranged on described bottom end cover, is connected with described female, and described upper end cover forms pivot joint with described bottom end cover, described upper end cover can close, and forms an accommodation space with described bottom end cover；
Described electrode structure one end is arranged in described input, and the other end is arranged in described bottom end cover and electrically connects with heater.
2. heater heating quick union as claimed in claim 1, it is characterised in that described electrode structure includes a zero wire electrode, a ground wire electrode and a firewire electrode；
Described zero wire electrode includes that one first zero line is extreme and one second zero line is extreme, and described first zero line is extremely cylindrical structural, and with described female grafting, described second zero line extremely electrically connects with described heater；
Described ground wire electrode includes that one first ground wire is extreme and one second ground wire is extreme, and described first ground wire is extremely cylindrical structural, and with described female grafting, described second ground wire extremely electrically connects with described heater；
Described firewire electrode includes that one first live wire is extreme and one second live wire is extreme, and described first live wire is extremely cylindrical structural, and with described female grafting, described second live wire extremely electrically connects with described heater；
Described input includes a zero line input, a ground wire input and a live wire input；
Described zero line input is the cylindrical structural having through hole, extreme for grafting the first zero line；
Described ground wire input is the cylindrical structural having through hole, extreme for grafting the first ground wire；
Described live wire input is the cylindrical structural having through hole, extreme for grafting the first live wire.
3. heater heating quick union as claimed in claim 1 or 2, it is characterized in that, being provided with some square openings on described upper end cover, in described square opening, the side away from described input is provided with an interface arrangment, for realizing the clamping of described upper end cover and described bottom end cover；
Some buckles it are provided with on described bottom end cover；
Described buckle is connected on described interface arrangment.
4. heater heating quick union as claimed in claim 2, it is characterised in that being provided with a trench structure on described bottom end cover, on described trench structure, plane maintains an equal level with described lower end cover upper planar surface, is used for housing described electrode structure；
Described trench structure includes one first slot electrode, one second slot electrode and one the 3rd slot electrode, and described first slot electrode houses described zero wire electrode, and described second slot electrode houses described ground wire electrode, and described 3rd slot electrode houses described firewire electrode；
Being additionally provided with a column construction on described upper end cover, described column construction realizes docking and/or fastening described electrode structure and heater by described second slot electrode.
5. the heater heating quick union as described in claim 1 or 4, it is characterized in that, the lower plane of described upper end cover is a cascaded surface, including one first work surface and one second work surface, described first work surface contacts described lower end cover upper planar surface, and described second work surface contacts with fever tablet, and described second work surface is formed with the upper plane of described bottom end cover and is engaged, for clamping fever tablet, while saving space, promote the firmness of clamping head.
6. heater heating quick union as claimed in claim 5, it is characterised in that described bottom end cover also includes some hierarchic structure, positions described fever tablet, for making the electrode hole of fever tablet accurately dock with described electrode structure.
7. heater heating quick union as claimed in claim 4, it is characterized in that, described column construction has through hole, and the shape of through hole is followed successively by cylindrical hole, inner hexagonal hole, circular hole from top to bottom, fix screw for installing male, connect described male and heater.
8. heater heating quick union as claimed in claim 2, it is characterized in that, described bottom end cover both sides are provided with a gap, described gap can set up described zero wire electrode and/or described ground wire electrode and/or described firewire electrode and the electrical connection adding between heat pipe smoothly for conductor structure, and occlusion structure can be formed with described upper end cover, described conductor structure is fixed and positions.
9. heater heating quick union as claimed in claim 2, it is characterised in that described female includes an outfan and an electric power connection line, and described electric power connection line is used for switching on power, and described outfan docks with described male；
Described outfan includes a zero line side, a ground terminal and a live wire end；
It is provided with some bulge-structures on described zero line side and/or described ground terminal and/or described live wire end outer wall, described zero line input and/or described ground wire input and/or described live wire input and are provided with some concave inward structures on stomidium inwall, described bulge-structure coordinates with described concave inward structure, prevents described female anti-inserted with described male.
10. heater heating quick union as claimed in claim 1, it is characterised in that at described upper end cover pivot end, both sides are provided with one first inclined plane；
At described bottom end cover pivot end, both sides are provided with one second inclined plane；
Described first inclined plane coordinates with described second inclined plane, reduces resistance during described upper end cover Guan Bi.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521137783.4U CN205452605U (en) | 2015-12-30 | 2015-12-30 | Heat -generating body heating is with joint soon |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521137783.4U CN205452605U (en) | 2015-12-30 | 2015-12-30 | Heat -generating body heating is with joint soon |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205452605U true CN205452605U (en) | 2016-08-10 |
Family
ID=56601665
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521137783.4U Withdrawn - After Issue CN205452605U (en) | 2015-12-30 | 2015-12-30 | Heat -generating body heating is with joint soon |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205452605U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105514644A (en) * | 2015-12-30 | 2016-04-20 | 安徽乐金健康科技股份有限公司 | Quick joint for heating of heating body |
-
2015
- 2015-12-30 CN CN201521137783.4U patent/CN205452605U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105514644A (en) * | 2015-12-30 | 2016-04-20 | 安徽乐金健康科技股份有限公司 | Quick joint for heating of heating body |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160810 Effective date of abandoning: 20181130 |