CN205847646U - A kind of radiationless tea furnace - Google Patents
A kind of radiationless tea furnace Download PDFInfo
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- CN205847646U CN205847646U CN201620411954.6U CN201620411954U CN205847646U CN 205847646 U CN205847646 U CN 205847646U CN 201620411954 U CN201620411954 U CN 201620411954U CN 205847646 U CN205847646 U CN 205847646U
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Abstract
A kind of radiationless tea furnace, including attaching plug, power line, main circuit board, panel, shielding panel, outer casing upper cover, shell lower cover, described attaching plug is connected with power line, power line is connected with mainboard, panel is connected with mainboard, shielding panel is connected with mainboard, described tea furnace also includes radiating cancellation module, described radiation cancellation module includes conductive shield coating and wire, described conductive shield coating spraying is connected with ground wire by wire in the inner walls being made up of outer casing upper cover and shell lower cover, conductive shield coating.The beneficial effects of the utility model are that this tea furnace can eliminate most radiation owing to using technique scheme, reduce the injury of Radiation On Human body, and can have easy and simple to handle with remote control, use safe feature.
Description
Technical field
This utility model relates to cold water heating mechanism field, particularly relates to a kind of radiationless tea furnace.
Background technology
Electric water boiler, also known as electricity tea furnace, is to be specifically used to produce heating boiled water to brew the electric water boiler of tea-drinking.Because of its work
Making the restriction of principle, electric energy, in the transformation process of heat energy, can produce electric field radiation and magnetic field radiation to a great extent,
In addition user needs the most easily, major part tea furnace need to be placed on staff can and distance so that using
Within person is exposed to electricity tea furnace radiation scope greatly, user is caused the adverse effect on health.
Utility model content
This utility model provides a kind of can shield the radiation that electric water boiler self produces, and can remotely control, and locks
The tea furnace of zero live wire.
The technical solution of the utility model is: a kind of radiationless tea furnace, including attaching plug, power line, mainboard, control
Plate, shielding panel, outer casing upper cover, shell lower cover, described attaching plug is connected with power line, and power line is connected with mainboard, controls
Plate is connected with mainboard, and shielding panel is connected with mainboard, and described tea furnace also includes radiating cancellation module, and described tea furnace also includes
Radiation cancellation module, described radiation cancellation module includes conductive shield coating and wire, described conductive shield coating spraying in by
The inner walls that outer casing upper cover and shell lower cover are formed, conductive shield coating is connected with ground wire by wire.Household electric at present
Device produced radiation predominantly electric field radiation and magnetic field radiation, the best radiation cancellation is shielding, therefore this reality
By the mode of novel employing enclosure interior spraying curtain coating, by radiation limitations inside device, it is connected with ground wire by wire,
Realize conduction and the elimination of radiation.
The material that described conductive shield coating is used is in the materials such as metal spraying material, conductive film layer, electrically-conducting paint
One or more.
Described tea furnace also include zero live wire locking module, described zero live wire locking module include ac voltage input,
Ac voltage output, signal receiving unit, amplifying unit and automatic converting unit, described ac voltage input includes first
Input and the second input, described ac voltage output includes locking fire wire output end and locking zero line outfan；
Described signal receiving unit includes the 3rd input, voltage output end and signal output part, described 3rd input
It is connected with the second input；
Described amplifying unit includes four-input terminal, electrode input end, negative input and the first outfan, the described 4th
Input is connected with the signal output part of described signal receiving unit, described electrode input end and negative input respectively with direct current
The both positive and negative polarity of power supply is connected；
Described automatic converting unit includes that relay, described relay include coil and at least two group normally-open normally-close point groups
Closing, described coil includes that coil input end and coil output, described coil input end export with the first of described amplifying unit
End be connected, described coil output with reference to be connected, described normally-open normally-close point combination include first group of common port, first group normal
Beginning, first group of normal-closed end, second group of common port, second group of normally opened end and second group of normal-closed end, described first group of common port with
First input end is connected, and described first group of normal-closed end and second group of normally opened end are connected with locking fire wire output end, described second group
Common port is connected with the voltage output end of described signal receiving unit, described first group of normally opened end and second group of normal-closed end and locking
Zero line outfan is connected；
Described signal receiving unit is alternating current fire wire or alternating current zero line for detection the second input input, and
The four-input terminal of described amplifying unit is outputed signal to by the signal output part of described signal element；Described amplifying unit is used
In amplifying the signal that four-input terminal receives, and output signal to described automatic turn by the first outfan of described amplifying unit
Change the coil input end of unit；The signal change normally-open normally-close point that described automatic converting unit is received by coil input end combines
Unlatching closure state.Zero live wire locking module is effectively guaranteed the safety of 3-phase plug, makes and tea furnace attaching plug
The three-phase socket matched, regardless of whether correctly install, all can guarantee that the safety of circuit and user.
Described tea furnace also includes that remote control module, described remote control module include two remote control DC voltage inputs
End and two remote control signal output parts, described main frame also includes two host signal inputs, and said two far controls DC voltage
Input is connected with the electrode input end of amplifying unit, negative input in described zero live wire locking module respectively, said two
Remote control signal output part is connected with two host signal inputs of main frame respectively, and described remote control module is embedded in lower casing side
Face, the outer rim of remote control module flushes with lower house side.Remote control function is by remote control module, relies on interconnection
Net, utilizes wireless WIFI to do backstage, the most overall duty controlled and monitor tea furnace, accomplishes long-range touch free operation,
Remote control module is positioned at outside conductive shield coating, it is ensured that the transmission of signal will not be hindered because of conductive shield coating
Every.The outer rim design of remote control module makes equipment appearance elegant in appearance.
The shielding panel upper surface of described tea furnace is embedded with intelligence ring, the upper surface of intelligence ring and the upper surface of shielding panel
In the same plane, described intelligence ring also includes strip part and annulus, and annulus is heavy with the center of circle of shielding panel
Closing, strip part one end is connected with annulus medial wall, and the other end points to the center of circle of annulus, and the length of strip part is little
Radius in annulus.
Described intelligence ring is connected with tea furnace main circuit board by wire, and intelligence ring shielding panel is bolted, spiral shell
The upper surface of bolt, the intelligence upper surface of ring and the upper surface of shielding panel are in same level, intelligence ring and shielding panel
Junction all sealed by water-proof silica-gel.
Described tea furnace is owing to using the operation principle of Electromagnetic Heating, and body of heater can produce radiation equally, by panel
Intelligent ring, the radiation of body of heater can import radiation cancellation module, intelligent ring by the radiation that will produce that contact with intelligence ring
Stripes divide and ensure that undersized body of heater can touch intelligence ring, eliminate radiation, it is to avoid bottom of furnace body diameter is less than
Intelligence ring annulus diameter and the drawback of radiation cannot be eliminated, the water-proof silica-gel of junction point seals and ensure that the anti-of shielding panel
Aqueous energy.
This utility model has the advantage that with good effect: owing to using technique scheme, this tea furnace can disappear
Except most radiation, reduce the injury of Radiation On Human body, and can have easy and simple to handle with remote control, use safe
Feature.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model
Fig. 2 is the top view of tea furnace base
In figure:
1. body of heater 2. shielding panel 3. outer casing upper cover
4. shell lower cover 5. conductive shield coating 6. remote control module
7. power line 8. main circuit board 9. intelligence ring
Detailed description of the invention
The present invention is further described for middle structural representation:
Fig. 1 is the structural representation of the present invention, and the base shell of tea furnace is grouped by outer casing upper cover 3 and enclosing cover lower cover 4
Becoming a complete housing, outer casing upper cover 3 and shell lower cover 4 to be made by plastics or other materials, shielding panel 2 is positioned at shell
Upper tops, shielding panel 2 electrically connects with firmly wiring board 8.Conductive shield coating 5 is positioned at outer casing upper cover 3 and 4 groups of shell lower cover
The complete case inside become, the material that conductive shield coating 5 is used is metal spraying material, conductive film layer, electrically-conducting paint
Deng one or more in material, the functional device of tea furnace is loaded on inside conductive shield coating, and remote control module 6 is installed on
The outside of conductive shield coating 5.
After wireless signal is communicated to remote control module 6, signal is decoded by remote control module, and is converted into electricity
Signal, by wire, passes through conductive shield figure layer 5 and is delivered to main circuit board 8, and main circuit board 8 drives shielding panel 2 to add
Heat, in the process, the produced radiation of each functional device of tea furnace is absorbed by conductive shield coating 5, and is passed by wire
It is delivered in the ground wire of power line, thus reaches conduction and eliminate the effect of radiation.
Intelligence ring 9 is embedded in the upper surface of shielding panel 2, and intelligence ring 9 is connected with main circuit board 8 by wire, and body of heater 2 produces
Raw radiation passes sequentially through intelligence ring 9, wire and main circuit board incoming radiation cancellation module, reaches the spoke that final equipment is overall
Penetrate elimination function.
Main circuit board 8 connects one end of power line and is provided with zero live wire locking module, can effectively ensure 3-phase plug
Safety.
Above an embodiment of the present utility model is described in detail, but described content is the most of the present utility model
Preferred embodiment, it is impossible to be considered for limiting practical range of the present utility model.All made according to this utility model application range
Impartial change and improvement etc., within all should still belonging to patent covering scope of the present utility model.
Claims (6)
1. a radiationless tea furnace, including attaching plug, power line, main circuit board, panel, shielding panel, outer casing upper cover,
Shell lower cover, described attaching plug is connected with power line, and power line is connected with mainboard, and panel is connected with mainboard, shielding panel
It is connected with mainboard, it is characterised in that: described tea furnace also includes radiating cancellation module, and described radiation cancellation module includes conducting screen
Covering coating and wire, described conductive shield coating spraying is in the inner walls being made up of outer casing upper cover and shell lower cover, conduction
Curtain coating is connected with ground wire by wire.
One the most according to claim 1 is radiationless tea furnace, it is characterised in that: described tea furnace also includes zero live wire lock
Cover half block, described zero live wire locking module includes ac voltage input, ac voltage output, signal receiving unit, amplification
Unit and automatic converting unit, described ac voltage input includes first input end and the second input, described alternating voltage
Outfan includes locking fire wire output end and locking zero line outfan；
Described signal receiving unit includes the 3rd input, voltage output end and signal output part, described 3rd input and
Two inputs are connected；
Described amplifying unit includes four-input terminal, electrode input end, negative input and the first outfan, described 4th input
End be connected with the signal output part of described signal receiving unit, described electrode input end and negative input respectively with DC source
Both positive and negative polarity be connected；
Described automatic converting unit includes that relay, described relay include coil and the combination of 2 group normally-open normally-close points, institute
State coil and include coil input end and coil output, the first outfan phase of described coil input end and described amplifying unit
Even, described coil output with reference to be connected, the combination of described normally-open normally-close point include first group of common port, first group normally opened
End, first group of normal-closed end, second group of common port, second group of normally opened end and second group of normal-closed end, described first group of common port and
One input is connected, and described first group of normal-closed end and second group of normally opened end are connected with locking fire wire output end, described second group of public affairs
End is connected with the voltage output end of described signal receiving unit altogether, described first group of normally opened end and second group of normal-closed end and locking zero
Line output terminal is connected；
Described signal receiving unit is alternating current fire wire or alternating current zero line for detection the second input input, and passes through
The signal output part of described signal element outputs signal to the four-input terminal of described amplifying unit；Described amplifying unit is used for putting
The signal that big four-input terminal receives, and output signal to described automatic conversion list by the first outfan of described amplifying unit
The coil input end of unit；Opening of the signal change normally-open normally-close point combination that described automatic converting unit is received by coil input end
Open closure state.
One the most according to claim 2 is radiationless tea furnace, it is characterised in that: described tea furnace also includes remote control
Module, described remote control module includes two remote control DC voltage input ends and two remote control signal output parts, described main frame
Also including two host signal inputs, said two is far controlled DC voltage input end and is locked in module with described zero live wire respectively
The electrode input end of amplifying unit, negative input are connected, said two far control signal output part respectively with two masters of main frame
Machine signal input part is connected.
One the most according to claim 3 is radiationless tea furnace, it is characterised in that: described remote control module is embedded in lower casing
Body side surface, the outer rim of remote control module flushes with lower house side.
One the most according to claim 1 is radiationless tea furnace, it is characterised in that: table on the shielding panel of described tea furnace
Face is embedded with intelligence ring, and the upper surface of intelligence ring is in the same plane with the upper surface of shielding panel, and described intelligence ring includes bar
Shape part and annulus, annulus overlaps with the center of circle of shielding panel, strip part one end and annulus medial wall phase
Even, the other end points to the center of circle of annulus, and the length of strip part is less than the radius of annulus.
One the most according to claim 5 is radiationless tea furnace, it is characterised in that: described intelligence ring is by wire and tea
Stove main circuit board is connected, and intelligence ring shielding panel is bolted, the upper surface of bolt, the upper surface of intelligence ring and ground plane
The upper surface of plate is in same level, and intelligence ring is all sealed by water-proof silica-gel with the junction of shielding panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620411954.6U CN205847646U (en) | 2016-05-06 | 2016-05-06 | A kind of radiationless tea furnace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620411954.6U CN205847646U (en) | 2016-05-06 | 2016-05-06 | A kind of radiationless tea furnace |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205847646U true CN205847646U (en) | 2016-12-28 |
Family
ID=57628004
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620411954.6U Active CN205847646U (en) | 2016-05-06 | 2016-05-06 | A kind of radiationless tea furnace |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205847646U (en) |
-
2016
- 2016-05-06 CN CN201620411954.6U patent/CN205847646U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |