CN107565292A - A kind of energy-saving water heater plug-in structure - Google Patents
A kind of energy-saving water heater plug-in structure Download PDFInfo
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- CN107565292A CN107565292A CN201710225778.6A CN201710225778A CN107565292A CN 107565292 A CN107565292 A CN 107565292A CN 201710225778 A CN201710225778 A CN 201710225778A CN 107565292 A CN107565292 A CN 107565292A
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- plug
- slid chamber
- groove
- slipping block
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Abstract
The invention discloses a kind of energy-saving water heater plug-in structure, including socket and the plug to be connected with shown socket, plug-in groove is provided with socket left end face, the first trolley pole is provided with plug-in groove left end face, the first slid chamber is provided with socket above plug-in groove, upper surface is provided with the first groove in first slid chamber, the second slid chamber to be connected with the first slid chamber is provided with first slid chamber inner left wall, upper surface is provided with slippage slot in second slid chamber, the first slipping block is provided with first slid chamber, at the top of first slipping block the first spring coil is provided between the first groove, first slipping block bottom is provided with insertion socket inner end wall and extends the locking block in plug-in groove, sliding is connected with dextrad slipping block in second slid chamber；The present invention is simple in construction, easy to operate, can automatically control locking, and locking stability is high, prevents that electric end is directly exposed, improves security when plug-in uses.
Description
Technical field
The present invention relates to resource-saving technique field, specifically a kind of energy-saving water heater plug-in structure.
Background technology
Solar water heater is heated using solar energy as the energy, and solar energy is converted into heat energy, by water from low temperature
Degree is heated to high-temperature, to meet that hot water of the people in life, production uses, has saved the use of electric power resource.Current
Solar water heater except that using solar energy, also electric heating function, can use electrical heating in sunlight deficiency, it is traditional too
Positive energy water heater plug easily loosens in socket, will produce loose contact, so as to cause electrical heating unstable, solar heat
Hydrophone heater is easily burnt out.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of energy-saving water heater plug-in structure, and it can solve the problem that above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of energy-saving water heater plug-in structure of the present invention, including
Socket and the plug to be connected with shown socket, the socket left end face is interior to be provided with plug-in groove, the plug-in groove
Be provided with the first trolley pole in left end face, the first slid chamber, first cunning are provided with the socket above the plug-in groove
Move intracavitary upper surface and be provided with the first groove, be provided with what is connected with first slid chamber in the first slid chamber inner left wall
Second slid chamber, upper surface is provided with slippage slot in second slid chamber, and the first slipping block is provided with first slid chamber,
The first spring coil is provided with the top of first slipping block between first groove, the first slipping block bottom is provided with insertion institute
State socket inner end wall and extend the locking block in the plug-in groove, slid in second slid chamber and be connected with dextrad sliding
Block, the dextrad slipping block left side top edge, which is provided with, extends in the slippage slot and slides the protruding block being connected, institute
The 3rd slid chamber for being provided with plug-in groove in lower surface and stretching setting in vertical direction is stated, slides and matches somebody with somebody in the 3rd slid chamber
Conjunction is connected with the 3rd slipping block, and the 3rd slipping block bosom opening position is provided with the first slippage slot, first slippage slot
Interior to lead shifting post provided with what sliding was connected, the shifting post left and right ends of leading are fixed with inwall at left and right sides of the 3rd slid chamber
Connection, the 3rd slipping block top are provided with the first projection for extending in the plug-in groove and being oppositely arranged with the locking block
Block, the socket of the 3rd slid chamber bottom left is interior to be provided with the 4th slid chamber, and second is provided with the 4th slid chamber
Slipping block, the plug are made up of connector assembly, the plug-in end for being fixed on the connector assembly left end face, set on the right side of the plug-in groove
It is equipped with covering device.
Further technical scheme, the first slipping block left-hand end are provided with left-leaning face, the dextrad slipping block left-hand end
The first threaded hole is provided with face, the first threaded hole inside spin line is connected with the first spiral lamination post, first spiral
Line post left-hand end is connected with the first electricity favourable turn, the dextrad slipping block its right end face be provided with extend in first slid chamber and
The Right deviation face mutually supported with the left-leaning face sliding.
Further technical scheme, upper surface or so, which is correspondingly provided with, in first slippage slot connects power port, described to connect power port
The relative shifting capital end surface of leading is provided with provided with described lead in shifting capital end surface between joining the electric end of connection described in electric end
The second spring coil is provided with second groove, second groove and first slippage slot between upper surface, it is described to connect power port and institute
It is electrically connected to state the first trolley pole.
Further technical scheme, the second slipping block left end face is interior to be provided with the second threaded hole, second spiral
The second spiral lamination post that spiral lamination is connected is provided with hole, the second spiral lamination post left end face is connected with the second electricity favourable turn
Connect, second threaded hole is correspondingly provided with right copper sheet, the right copper sheet in the second slipping block left end face of both sides up and down
Relative the 4th slid chamber inner left wall is provided with left copper sheet, and the right copper sheet and the electricity end are electrically connected.
Further technical scheme, plug-in end top end face are provided with locking groove, and plug-in end left end face is provided with
Pushing part, the pushing part left end face is interior to be provided with electricity jack.
Further technical scheme, the covering device include turn-button and bonnet door, and the turn-button is fixedly installed on described
On the right side of socket, the bonnet door is connected with turn-button activity, and the area of the bonnet door is more than the plug-in groove.
The beneficial effects of the invention are as follows：
1. by setting the first slid chamber in the socket above plug-in groove, upper surface sets the first groove in the first slid chamber, and first slides
Move in chamber inner left wall and set the second slid chamber to be connected with the first slid chamber, slippage slot is set on upper surface in the second slid chamber,
The first slipping block is set in first slid chamber, the first spring coil, the first slipping block bottom are set between the first groove at the top of the first slipping block
Portion sets insertion socket inner end wall and extends the locking block in plug-in groove, sliding mating connection dextrad slipping block in the second slid chamber,
Dextrad slipping block left side top edge, which is set, extends in slippage slot and slides the protruding block being connected, and is automatically controlled so as to realize
Unlock work.
2. the 3rd slid chamber of setting is stretched in vertical direction by being set in lower surface in plug-in groove, in the 3rd slid chamber
Sliding the 3rd slipping block of mating connection, the 3rd slipping block bosom opening position set the first slippage slot, cunning are set in the first slippage slot
That moves mating connection leads shifting post, leads shifting post left and right ends and is fixedly connected with inwall at left and right sides of the 3rd slid chamber, the 3rd slipping block
Top sets the first protruding block for extending and being oppositely arranged in plug-in groove and with locking block, is set in the socket of the 3rd slid chamber bottom left
4th slid chamber, the second slipping block is set in the 4th slid chamber, so as to realize locking while automatically control connection, raising work is imitated
Rate.
3. being made up of plug connector assembly, the plug-in end for being fixed on connector assembly left end face, end face is set at the top of plug-in end
Locking groove, plug-in end left end face set pushing part, electricity jack are set in pushing part left end face, coordinate socket to complete certainly so as to realize
It is dynamic to lock and connect, operating procedure is reduced, improves efficiency.
4. the present invention is simple in construction, easy to operate, locking can be automatically controlled, locking stability is high, prevents that electric end is direct
It is exposed, improve security when plug-in uses.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is the socket internal structure schematic diagram of the present invention；
Fig. 2 is the plug-in end structure schematic diagram of the present invention；
Fig. 3 is the structural representation when pushing part of the present invention mutually supports with locking block and the first protruding block；
Fig. 4 is knot when end face offsets with plug-in end end face outside at the top of the locking block bottom end face and the first protruding block of the present invention
Structure schematic diagram；
Fig. 5 is structural representation when a kind of energy-saving water heater plug-in structure of the present invention locks and connects；
Fig. 6 is the structural representation when dextrad slipping block of the present invention stretches out；
Fig. 7 is the main schematic diagram of plug of the present invention.
Embodiment
As shown in Fig. 1-Fig. 7, a kind of energy-saving water heater plug-in structure of the invention, including socket 3 and to it is shown
The plug 4 that socket 3 is connected, the left end face of socket 3 is interior to be provided with plug-in groove 31, is set in the left end face of plug-in groove 31
There is the first trolley pole 311, the first slid chamber 35, first slid chamber are provided with the socket 3 of the top of plug-in groove 31
Upper surface is provided with the first groove 353 in 35, is provided with and the phase of the first slid chamber 35 in the inner left wall of the first slid chamber 35
Second slid chamber 36 of insertion, upper surface is provided with slippage slot 361 in second slid chamber 36, in first slid chamber 35
Provided with the first slipping block 351, the first spring coil 3531 is provided between the top of the first slipping block 351 and first groove 353,
The bottom of first slipping block 351, which is provided with, to be penetrated the inner end wall of socket 3 and extends the locking block 352 in the plug-in groove 31,
Sliding is connected with dextrad slipping block 362, the left side top edge of dextrad slipping block 362 in second slid chamber 36
Provided with extending in the slippage slot 361 and sliding the protruding block 3622 being connected, it is provided with the plug-in groove 31 in lower surface
The 3rd slid chamber 32 of setting is stretched in vertical direction, is slid in the 3rd slid chamber 32 and is connected with the 3rd slipping block
321, the bosom opening position of the 3rd slipping block 321 is provided with the first slippage slot 3211, is set in first slippage slot 3211
There is leading for sliding mating connection to move post 33, the shifting left and right ends of post 33 of leading are consolidated with the left and right sides inwall of the 3rd slid chamber 32
Fixed connection, the top of the 3rd slipping block 321, which is provided with, extends what is be oppositely arranged in the plug-in groove 31 and with the locking block 352
First protruding block 3213, is provided with the 4th slid chamber 34 in the socket 3 of the bottom left of the 3rd slid chamber 32, and the described 4th
Be provided with the second slipping block 341 in slid chamber 34, the plug 4 by connector assembly 41, be fixed on the left end face of connector assembly 41
Plug-in end 42 forms, and the right side of plug-in groove 31 is provided with covering device 301.
Wherein, the left-hand end of the first slipping block 351 is provided with left-leaning face 3511, the left end face of dextrad slipping block 362
The first threaded hole 3633 is inside provided with, the inside spin line of the first threaded hole 3633 is connected with the first spiral lamination post 3624, institute
State the left-hand end of the first spiral lamination post 3624 with the first electricity favourable turn 3625 to be connected, its right end face of dextrad slipping block 362 is provided with
Extend in first slid chamber 35 and slide the Right deviation face 3621 mutually supported with the left-leaning face 3511, so as to realize automatic unlocking
Work, it is manually operated instead of operating personnel, improve operating efficiency.
Wherein, upper surface or so is correspondingly provided with and connects power port 3212 in first slippage slot 3211, described to connect power port 3212
It is relative it is described lead to move the top end face of post 33 and be provided with described lead joined between the electric end 331 of connection described in electric end 331 move the top of post 33
It is provided with the second groove 332 in end face, is provided with second in second groove 332 and first slippage slot 3211 between upper surface
Spring coil 333, it is described to connect power port 3212 and first trolley pole 311 is electrically connected, so as to realize automatic connection, improve plug-in peace
Quan Xing.
Wherein, the second threaded hole 3411, second threaded hole 3411 are provided with the left end face of the second slipping block 341
Interior the second spiral lamination post 3413 being connected provided with spiral lamination, the left end face of the second spiral lamination post 3413 turn with the second electricity
Machine 342 is connected, and second threaded hole is correspondingly provided with the right side about 3411 in the left end face of the second slipping block 341 of both sides
Copper sheet 3412, the relative inner left wall of the 4th slid chamber 34 of the right copper sheet 3412 are provided with left copper sheet 341, the right copper
Piece 3412 and the electricity end 331 are electrically connected, so as to prevent operating plug-in plug-in without permission, while improve plug-in safety
Property.
Wherein, the top end face of plug-in end 42 is provided with locking groove 44, and the left end face of plug-in end 42 is provided with pushing part
45, the left end face of pushing part 45 is interior to be provided with electricity jack 451.
Wherein, the covering device 301 includes turn-button 302 and bonnet door 303, and the turn-button 302 is fixedly installed on described
The right side of socket 3, the bonnet door 303 are connected with the activity of turn-button 302, and the area of the bonnet door 303 is more than described
Plug-in groove 31, the bonnet door 303 can be by revolving or closing on turn-button 302.
During original state, the 3rd slipping block 321 is made the top of the 3rd slipping block 321 by the pressure on top surface of the second spring coil 333
First protruding block 3213 is at utmost extended in plug-in groove 31, meanwhile, the bottom of post 33 is moved in lower surface with leading in the first slippage slot 3211
End surface mutually supports, and now, upper surface connects power port 3212 at utmost away from electric end 331 is joined, together in the first slippage slot 3211
When, the second slipping block 341 is located at the right-most position of the 4th slid chamber 34, its right end face of the second slipping block 341 is slided with the 3rd
Move the right side inwall of chamber 32 mutually support, now, right copper sheet 3412 at utmost away from left copper sheet 341, meanwhile, dextrad slipping block 362
Left end face is mutually supported with the inner left wall of the second slid chamber 36, and now, protruding block 3622 is located at the left-most position of slippage slot 361,
Meanwhile the right-hand end of Right deviation face 3621 on dextrad slipping block 362 is extended in the first slid chamber 35, now, the first slipping block 351 by
To the elastic pressure on top surface of the first spring coil 3531, the first slipping block 351 is set to be located at the lowest position of the first slid chamber 35, now,
Inclined-plane on the left-leaning face 3511 in the left side of the first slipping block 351 is with extending the inclined-plane on the Right deviation face 3621 in the first slid chamber 35
Mutually support, meanwhile, locking block 352 is at utmost extended in plug-in groove 31, now, the bottom end face of locking block 352 and the first projection
The top end face of block 3213 is mutually supported.
Plug-in is needed in use, being rotated first by the second spiral lamination posts 3413 of control of the second electricity favourable turn 342, by the second spiral shell
Lira post 3413 drives the second slipping block 341 to be slid towards left side, until the second slipping block 341 is slid onto the 4th slid chamber 34 most
Leftward position, now, the second slipping block 341 is entirely retracted in the 4th slid chamber 34 and the left end face of the second slipping block 341 and the
The inner left wall of four slid chamber 34 is mutually supported, meanwhile, right copper sheet 3412 is mutually supported with the left elasticity of copper sheet 341, and now, plug 4 is slid
To the right positions of socket 3, the left end face of plug-in end 42 on plug 4 is set to be in relative position with its right end face of plug-in groove 31,
Then plug 4 is promoted towards the side of socket 3, the pushing part 45 in the left side of plug-in end 42 is gradually extended in plug-in groove 31 until such as Fig. 3
It is shown, then proceed to promote plug 4, make pushing part 45 while promote the protruding block 3213 of locking block 352 and first, now, locking
Block 352 drives the first slipping block 351 to overcome the elastic pressure on top surface of the first spring coil 3531 gradually to slide upwards, meanwhile, first is raised
Block 3213 drives the 3rd slipping block 321 to overcome the elastic pressure on top surface of the second spring coil 333 to slide gradually downward, until as shown in Figure 4
The top end face of first slipping block 351 is with upper table in the first slid chamber 35 towards mutually supporting, and now, the first spring coil 3531 completes retraction the
In one groove 353, meanwhile, the bottom end face of locking block 352 mutually supports with the sliding of the top end face of plug-in end 42, the bottom of the 3rd slipping block 321
End surface mutually supports with lower surface in the 3rd slid chamber 32, and now, the top of post 33 is moved in upper surface with leading in the first slippage slot 3211
End face is mutually supported, meanwhile, join that electric end 331 is fully-inserted to be connect in power port 3212, now, it is recessed that the second spring coil 333 is entirely retracted to second
In groove 332, meanwhile, the top end face of the first protruding block 3213 is mutually supported with the sliding of the bottom end face of plug-in end 42, continues to press on plug 4,
The left end face of pushing part 45 is set mutually to be supported with the inner left wall of plug-in groove 31, meanwhile, 311 fully-inserted electricity jack of the first trolley pole
In 451, now, locking block 352 is slid onto the relative position of locking groove 44, meanwhile, the first slipping block 351 is by the first spring coil
3531, make the first slipping block 351 drive locking block 352 to slip into locking groove 44, electric lock is solidly connected in completion；When need not add
Heat, when pulling the plug out of the socket, rotated by the first electricity 3625 the first spiral lamination posts 3624 of control of making a connection, by the band of the first spiral lamination post 3624
Protruding block 3622 on dynamic dextrad slipping block 362 slides to the right, now, Right deviation face 3621 and left-leaning face 3511 along slippage slot 361
Slide top pressure to coordinate, make the first slipping block 351 overcome the pressure on top surface of the first spring coil 3531 to slide upwards, until the first slipping block
351 tops end face are mutually supported with upper surface in the first slid chamber 35, and now, locking block 352 completely disengages locking groove 44, meanwhile,
Protruding block 3622 is located at the right-most position of slippage slot 361, and its right end face of Right deviation face 3621 and the left side wall of locking block 352 are mutual
Support, now, the electricity of control first favourable turn 3625 stops operating, and then pulls plug 4 towards right side as shown in fig. 6, until on plug 4
Plug-in end 42 completely disengages plug-in groove 31, and now, the 3rd slipping block 321 is made the 3rd sliding by the pressure on top surface of the second spring coil 333
The first protruding block 3213 on block 321 extends in plug-in groove 31 again, meanwhile, power port 3212 is connect at utmost away from the electric end of connection
331, realization automatically powers off, and then the first spiral lamination post 3624 of drive of the electricity of control first favourable turn 3625 inverts respectively and second is electric
The the second spiral lamination post 3413 of drive of favourable turn 342 inverts, until making the slipping block 341 of dextrad slipping block 362 and second return to just
Beginning position, now, the first slipping block 351 by the pressure on top surface of the first spring coil 3531 drive locking block 352 extend plug-in groove 31 again
Interior and offseted with the first protruding block 3213, now, right copper sheet 3412 at utmost away from left copper sheet 341, then controls the first electricity
The electricity favourable turn 342 of favourable turn 3625 and second stops operating, and it is restPosed.
The beneficial effects of the invention are as follows：
1. by setting the first slid chamber in the socket above plug-in groove, upper surface sets the first groove in the first slid chamber, and first slides
Move in chamber inner left wall and set the second slid chamber to be connected with the first slid chamber, slippage slot is set on upper surface in the second slid chamber,
The first slipping block is set in first slid chamber, the first spring coil, the first slipping block bottom are set between the first groove at the top of the first slipping block
Portion sets insertion socket inner end wall and extends the locking block in plug-in groove, sliding mating connection dextrad slipping block in the second slid chamber,
Dextrad slipping block left side top edge, which is set, extends in slippage slot and slides the protruding block being connected, and is automatically controlled so as to realize
Unlock work.
2. the 3rd slid chamber of setting is stretched in vertical direction by being set in lower surface in plug-in groove, in the 3rd slid chamber
Sliding the 3rd slipping block of mating connection, the 3rd slipping block bosom opening position set the first slippage slot, cunning are set in the first slippage slot
That moves mating connection leads shifting post, leads shifting post left and right ends and is fixedly connected with inwall at left and right sides of the 3rd slid chamber, the 3rd slipping block
Top sets the first protruding block for extending and being oppositely arranged in plug-in groove and with locking block, is set in the socket of the 3rd slid chamber bottom left
4th slid chamber, the second slipping block is set in the 4th slid chamber, so as to realize locking while automatically control connection, raising work is imitated
Rate.
3. being made up of plug connector assembly, the plug-in end for being fixed on connector assembly left end face, end face is set at the top of plug-in end
Locking groove, plug-in end left end face set pushing part, electricity jack are set in pushing part left end face, coordinate socket to complete certainly so as to realize
It is dynamic to lock and connect, operating procedure is reduced, improves plug-in efficiency.
4. the present invention is simple in construction, easy to operate, locking can be automatically controlled, locking stability is high, prevents that electric end is direct
It is exposed, improve security when plug-in uses.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of energy-saving water heater plug-in structure, including socket and the plug to be connected with shown socket, its feature
It is：Is provided with plug-in groove in socket left end face, plug-in groove left end face is interior to be provided with the first trolley pole, the socket above plug-in groove
Inside it is provided with the first slid chamber, upper surface is provided with the first groove in the first slid chamber, is provided with the first slid chamber inner left wall and the
The second slid chamber that one slid chamber connects, upper surface is provided with slippage slot in the second slid chamber, and the is provided with the first slid chamber
One slipping block, is provided with the first spring coil between the first slipping block top and the first groove, the first slipping block bottom is provided with insertion socket
Inner end wall simultaneously extends the locking block in plug-in groove, is slid in the second slid chamber and is connected with dextrad slipping block, dextrad slipping block
Left side top edge, which is provided with, extends in slippage slot and slides the protruding block being connected, and is provided with and is hanging down in lower surface in plug-in groove
Nogata stretches the 3rd slid chamber of setting upwards, is slid in the 3rd slid chamber and is connected with the 3rd slipping block, the 3rd slipping block
Bosom opening position is provided with the first slippage slot, and sliding mating connection is provided with the first slippage slot leads shifting post, leads and moves post or so
Inwall is fixedly connected at left and right sides of both ends and the 3rd slid chamber, is provided with and is extended in plug-in groove and and locking block at the top of the 3rd slipping block
The first protruding block being oppositely arranged, the socket of the 3rd slid chamber bottom left is interior to be provided with the 4th slid chamber, is set in the 4th slid chamber
There is the second slipping block, plug is made up of connector assembly, the plug-in end for being fixed on connector assembly left end face, is set on the right side of the plug-in groove
There is covering device.
A kind of 2. energy-saving water heater plug-in structure according to claim 1, it is characterised in that：On the left of first slipping block
End is provided with left-leaning face, is provided with the first threaded hole in the dextrad slipping block left end face, the first threaded hole inside spin line is matched somebody with somebody
Conjunction is connected with the first spiral lamination post, and the first spiral lamination post left-hand end is connected with the first electricity favourable turn, the dextrad slipping block
Its right end face is provided with the Right deviation face for extending in first slid chamber and mutually being supported with the left-leaning face sliding.
A kind of 3. energy-saving water heater plug-in structure according to claim 1, it is characterised in that：On in first slippage slot
Surface or so, which is correspondingly provided with, connects power port, and the relative shifting capital end surface of leading of power port that connects is provided with connection electricity described in the electric end of connection
Described lead between end is provided with the second groove in shifting capital end surface, second groove and upper surface in first slippage slot
Between be provided with the second spring coil, it is described to connect power port and first trolley pole is electrically connected.
A kind of 4. energy-saving water heater plug-in structure according to claim 3, it is characterised in that：On the left of second slipping block
It is provided with the second threaded hole in end face, the second spiral lamination post being connected in second threaded hole provided with spiral lamination, described the
Two spiral lamination post left end faces are connected with the second electricity favourable turn, and second slipping block of both sides is left above and below second threaded hole
Right copper sheet is correspondingly provided with side end face, relative the 4th slid chamber inner left wall of the right copper sheet is provided with left copper sheet, institute
State right copper sheet and the electricity end is electrically connected.
A kind of 5. energy-saving water heater plug-in structure according to claim 1, it is characterised in that：End face at the top of the plug-in end
Provided with locking groove, plug-in end left end face is provided with pushing part, and electricity jack is provided with the pushing part left end face.
A kind of 6. energy-saving water heater plug-in structure according to claim 1, it is characterised in that：The covering device includes turning
Button and bonnet door, the turn-button are fixedly installed on the right side of the socket, and the bonnet door is connected with turn-button activity, institute
The area for stating bonnet door is more than the plug-in groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710225778.6A CN107565292A (en) | 2017-04-07 | 2017-04-07 | A kind of energy-saving water heater plug-in structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710225778.6A CN107565292A (en) | 2017-04-07 | 2017-04-07 | A kind of energy-saving water heater plug-in structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107565292A true CN107565292A (en) | 2018-01-09 |
Family
ID=60972575
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710225778.6A Withdrawn CN107565292A (en) | 2017-04-07 | 2017-04-07 | A kind of energy-saving water heater plug-in structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107565292A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108318673A (en) * | 2018-01-27 | 2018-07-24 | 楼德耀 | A kind of routine clinical test instrument |
-
2017
- 2017-04-07 CN CN201710225778.6A patent/CN107565292A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108318673A (en) * | 2018-01-27 | 2018-07-24 | 楼德耀 | A kind of routine clinical test instrument |
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| PB01 | Publication | ||
| PB01 | Publication | ||
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| WW01 | Invention patent application withdrawn after publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180109 |