CN208346508U - A kind of automatic dissolving and sparger of the cleaning solution for washing machine - Google Patents
A kind of automatic dissolving and sparger of the cleaning solution for washing machine Download PDFInfo
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- CN208346508U CN208346508U CN201820666568.0U CN201820666568U CN208346508U CN 208346508 U CN208346508 U CN 208346508U CN 201820666568 U CN201820666568 U CN 201820666568U CN 208346508 U CN208346508 U CN 208346508U
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- cleaning solution
- energy converter
- washing machine
- sparger
- frequency
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Abstract
In order to solve existing washing machine cleaning solution dissolution and sparger cannot achieve automation addition cleaning solution effect；And structure is complex, the problem of the cost is relatively high, the utility model proposes the automatic dissolvings and sparger of a kind of cleaning solution for washing machine, its structure is simple, preferable dissolution and foaming effect only can be just realized with energy converter, and at the same time the effect of automatic addition cleaning solution can also be realized.Comprising: Box for detergent, energy converter, it is characterized by also including the first hose, the second hose, gear pumps, nozzle body component, wherein, energy converter is the single-frequency energy converter or a multi-frequency transducers of two and more than two frequencies, energy converter is located at the lower section of Box for detergent, and the work of energy converter is controlled by control circuit；One end of gear pump is connected by the first hose with Box for detergent, and other end is connected by the second hose with nozzle body component, and nozzle body component is connected with water tub of washing machine.
Description
Technical field
The utility model relates to a kind of automatic dissolving of the cleaning solution of washing machine and sparger more particularly to a kind of structures
Including Box for detergent and vibration dissolution sparger, cleaning solution course of dissolution can be accelerated, and improve the occurrence quantity of foam, generated
Be conducive to cleaning solution dissolution and the sparger of the effect of washing.
Background technique
Currently, most of washing machine is not equipped with special cleaning solution dissolution and sparger.The automatic dissolving of cleaning solution and
Sparger be in advance by cleaning solution carry out dissolution or and blistering, it is therefore an objective to be conducive to cleaning solution and faster and better play work
With to realize the clean rate for improving laundry and the purpose for shortening wash time, to reach better laundry effect.
In view of this, utility model patent that number of patent application is 200620109108.5 propose it is a kind of for washing machine
Cleaning solution dissolution and sparger, containing Box for detergent and its control circuit, Box for detergent is multi-chamber structure, in cleaning solution
Vibration dissolution and sparger are installed on box.But the cleaning solution dissolution for being used for washing machine and sparger cannot achieve
The effect of the addition cleaning solution of automation；And reach preferable dissolution and foaming effect if necessary, then need setting-up eccentricity machine
It is used simultaneously with two kinds of vibrational structures of energy converter, structure is complex, and the cost is relatively high.
Summary of the invention
In order to solve problem above, the utility model proposes a kind of automatic dissolving of cleaning solution for washing machine and blisterings
Device, structure is simple, and preferable dissolution and foaming effect only can be just realized with energy converter, and at the same time can also realize certainly
The effect of dynamic addition cleaning solution.
A kind of automatic dissolving and sparger of the cleaning solution for washing machine comprising: Box for detergent, energy converter,
Be characterized in that: further including the first hose, the second hose, gear pump, nozzle body component, wherein energy converter be two and two with
The single-frequency energy converter of upper frequency or a multi-frequency transducers, energy converter is located at the lower section of Box for detergent, and passes through control circuit control
The work of energy converter processed；One end of gear pump is connected by the first hose with Box for detergent, other end pass through the second hose and
Nozzle body component is connected, and nozzle body component is connected with water tub of washing machine.
Above for the automatic dissolving of the cleaning solution of washing machine and the working principle of sparger are as follows: control circuit is powered
Afterwards, control energy converter work so that the cleaning solution in Box for detergent carries out accelerating dissolution and blistering, wait cleaning solutions sufficiently dissolve with
After blistering, gear pump is opened, gear pump draws cleaning solution by the first hose from Box for detergent, then squeezing by gear pump
Pressure, is transferred to nozzle body component by the second hose for cleaning solution, cleaning solution is then sprayed onto washing machine by nozzle body component
In steel ladle.
Further, the first hose is inserted into the bottom of Box for detergent.
Further, when the energy converter in automatic dissolving and sparger for the cleaning solution of washing machine uses more than one
When frequency energy converter, the working frequency of the multi-frequency transducers is 28kHz and 40kHz, and energy converter is in the work of 28kHz and 40kHz
It is worked alternatively under frequency, there is a situation where two frequencies to work at the same time.
Further, when the energy converter in automatic dissolving and sparger for the cleaning solution of washing machine using two and
When the single-frequency energy converter work of more than two frequencies, the working frequency of each single-frequency energy converter is all different, and single-frequency energy converter
Working frequency difference be 10kHz~30kHz；More preferred, the working frequency difference of single-frequency energy converter is 12kHz~14kHz.
Further, the working frequency of each single-frequency energy converter is 28kHz~120kHz.
Further, the power of energy converter as described above is 30~100W.
Further, in gear pump include drive circuit board, direct current generator, driving gear, driven gear, admission chamber and go out
Sap cavity, wherein drive circuit board is connected with direct current generator, and the motor shaft of direct current generator is engaged with driving gear, driving gear with
Driven gear engagement, admission chamber and out sap cavity are located at the axis centre direction of driving gear and driven gear engagement place, and
At the both ends in axis centre direction, and admission chamber is connected with one end of the first hose, and sap cavity is connected with one end of the second hose out.
When work, after drive circuit board is powered, the motor shaft rotation of direct current generator is controlled, due to the motor shaft and driving tooth of direct current generator
Wheel engagement, then the motor shaft of direct current generator drives driving gear rotation, since driving gear is engaged with driven gear, then driving tooth
Wheel drives driven gear to rotate, and driving gear and driven gear per revolution, allows for cleaning solution and is extruded from admission chamber
To sap cavity out.
Further, the positive and negative rotation direction of the direct current generator in gear pump is fixed and invariable, when in setting gear pump
Direct current generator is when rotating forward reversed, and admission chamber is located at the left side in the axis centre direction of driving gear and driven gear engagement place,
Sap cavity is located at the right side in the axis centre direction of driving gear and driven gear engagement place out.Direct current in setting gear pump
When machine is reverse directions, admission chamber is located at the right side in the axis centre direction of driving gear and driven gear engagement place, out sap cavity
Positioned at the left side in the axis centre direction of driving gear Yu driven gear engagement place.
It is further preferred that also being wrapped in the automatic dissolving and sparger for the cleaning solution of washing machine as described above
Containing liquid level detecting sensor, which is located at the bottom or inside of Box for detergent, for detecting in Box for detergent
The content of cleaning solution, so that the dosage of the cleaning solution in Box for detergent maintains in certain liq altitude range.
Further, liquid level detecting sensor is float-type liquid level sensor, floating ball type liquid level sensor, static pressure type pressure
One of sensor.
It can be seen that the automatic dissolving and sparger of the cleaning solution for washing machine using the utility model, knot
Structure is simple, is not only able to only just realize preferable dissolution and foaming effect with energy converter, add automatically and at the same time can also realize
Add the effect of cleaning solution, so that washing time shortens, and the effect for the cleaning that can reach a high temperature at normal temperature.
Detailed description of the invention
Fig. 1 is the automatic dissolving and sparger that the cleaning solution for washing machine of case 1 is embodied.
Fig. 2 is the automatic dissolving and sparger that the cleaning solution for washing machine of case 2 is embodied.
Fig. 3 is the automatic dissolving and sparger of the cleaning solution for washing machine of specific embodiment 3.
Fig. 4 is the structural schematic diagram for the gear pump that direct current generator is when rotating forward setting.
Fig. 5 is the structural schematic diagram for the gear pump that direct current generator is when reversion is set.
Main element symbol description
The following detailed description will be further explained with reference to the above drawings the utility model.
Specific embodiment
Case 1 is embodied:
It is as shown in Figure 1 the automatic dissolving and sparger of the cleaning solution for washing machine of specific implementation case 1, packet
It includes: Box for detergent 1, multi-frequency transducers 11, it is characterised in that: further include the first hose 3, the second hose 5, gear pump 4, sprayer body
Component 6, wherein the working frequency of multi-frequency transducers is 28kHz and 40kHz, and energy converter is in the work frequency of 28kHz and 40kHz
It is worked alternatively under rate, there is a situation where two frequencies to work at the same time；Multi-frequency transducers 11 are located at the lower section of Box for detergent 1, and
The work of multi-frequency transducers is controlled by control circuit；One end of gear pump 4 is connected by the first hose 3 with Box for detergent 1, and
First hose 3 is inserted into the bottom of Box for detergent 1, and the other end of gear pump 4 passes through the second hose 5 and 6 phase of nozzle body component
Even, nozzle body component 6 is connected with water tub of washing machine 7.
Above for the automatic dissolving of the cleaning solution of washing machine and the working principle of sparger are as follows: control circuit is powered
Afterwards, control multi-frequency transducers 11 work, so that the cleaning solution 2 in Box for detergent 1 carries out accelerating dissolution and blistering, wait cleaning solutions 2
Sufficiently after dissolution and blistering, gear pump 4 is opened, gear pump 4 draws cleaning solution 2 by the first hose 3 from Box for detergent 1, so
Afterwards by the extruding of gear pump 4, cleaning solution 2 is transferred to nozzle body component 6 by the second hose 4, then passes through sprayer body group
Cleaning solution is sprayed onto water tub of washing machine 7 by part 6.
Case 2 is embodied:
It is illustrated in figure 2 the automatic dissolving and sparger of the cleaning solution for washing machine of specific implementation case 2, packet
It includes: Box for detergent 1, the first single-frequency energy converter 12, the second single-frequency energy converter 13, it is characterised in that: further include the first hose 3,
Two hoses 5, gear pump 4, nozzle body component 6, wherein the working frequency of the first single-frequency energy converter 12 is 28kHz, and the second single-frequency is changed
The working frequency of energy device 13 is 40kHz, and the first single-frequency energy converter 12 and the second single-frequency energy converter 13 are respectively positioned on Box for detergent 1
Lower section, and pass through the work that control circuit controls the first single-frequency energy converter 12 and the second single-frequency energy converter 13 respectively；Gear pump 4
One end is connected by the first hose 3 with Box for detergent 1, and the first hose 3 is inserted into the bottom of Box for detergent 1, and gear pump 4 is in addition
One end is connected by the second hose 5 with nozzle body component 6, and nozzle body component 6 is connected with water tub of washing machine 7.
Above for the automatic dissolving of the cleaning solution of washing machine and the working principle of sparger are as follows: control circuit is powered
Afterwards, the first single-frequency energy converter 12 and the second single-frequency energy converter 13 is controlled to work respectively so that the cleaning solution 2 in Box for detergent 1 into
Row accelerate dissolution and blistering, wait cleaning solutions 2 sufficiently dissolution and blistering after, open gear pump 4, gear pump 4 by the first hose 3 from
Cleaning solution is drawn in Box for detergent 1, then passes through the extruding of gear pump 4, and cleaning solution is transferred to sprayer body by the second hose 5
Then cleaning solution is sprayed onto water tub of washing machine by component 6 by nozzle body component 6.
Case 3 is embodied
It is illustrated in figure 3 the automatic dissolving and sparger of the cleaning solution for washing machine of specific embodiment 3, is wrapped
It includes: Box for detergent 1, the first single-frequency energy converter 12, the second single-frequency energy converter 13, it is characterised in that: further include the first hose 3,
Two hoses 5, gear pump 4, nozzle body component 6, static pressure type pressure sensor 8, wherein the working frequency of the first single-frequency energy converter 12
For 28kHz, the working frequency of the second single-frequency energy converter 13 is 40kHz, and the first single-frequency energy converter 12, the second single-frequency energy converter 13
It is respectively positioned on the lower section of Box for detergent 1 with static pressure type pressure sensor 8, controls the first single-frequency energy converter 12 respectively by control circuit
With the work of the second single-frequency energy converter 13；Static pressure type pressure sensor 8 is used to detect the content of the cleaning solution 2 in Box for detergent 1,
So that the dosage of the cleaning solution 2 in Box for detergent 1 maintains in certain liq altitude range, to prevent cleaning solution 2 from overflowing washing
Box 1；One end of gear pump 4 is connected by the first hose 3 with Box for detergent 1, and the first hose 3 is inserted into the bottom of Box for detergent 1,
The other end of gear pump 4 is connected by the second hose 5 with nozzle body component 6, nozzle body component 6 and 7 phase of water tub of washing machine
Even.
Above for the automatic dissolving of the cleaning solution of washing machine and the working principle of sparger are as follows: control circuit is powered
Afterwards, the first single-frequency energy converter 12 and the second single-frequency energy converter 13 is controlled to work respectively so that the cleaning solution 2 in Box for detergent 1 into
Row accelerate dissolution and blistering, wait cleaning solutions 2 sufficiently dissolution and blistering after, open gear pump 4, gear pump 4 by the first hose 3 from
Cleaning solution is drawn in Box for detergent 1, then passes through the extruding of gear pump 4, and cleaning solution is transferred to sprayer body by the second hose 5
Then cleaning solution is sprayed onto water tub of washing machine by component 6 by nozzle body component 6；Static pressure type pressure sensor 8 is used for simultaneously
The content for detecting the cleaning solution 2 in Box for detergent 1, so that the dosage of the cleaning solution 2 in Box for detergent 1 maintains certain liq height
It spends in range, prevents cleaning solution 2 from overflowing sink 1.
Gear pump 4 used in the above specific implementation case 1~3 can be using any one in the structure in Fig. 4 or Fig. 5
Kind, it is illustrated in figure 4 the structural schematic diagram that direct current generator 42 is gear pump when rotating forward setting comprising: drive circuit board 41,
Direct current generator 42, driving gear 43, driven gear 44, admission chamber 45 and out sap cavity 46, wherein drive circuit board 41 and direct current
Machine 42 is connected, and direct current generator 42 is to rotate forward setting, and the motor shaft 421 of direct current generator 42 is engaged with driving gear 43, driving gear
43 engage with driven gear 44, and admission chamber 45 and out sap cavity 46 are located at the axis of 44 engagement place of driving gear 43 and driven gear
Line center position, admission chamber 45 are located at the left side in the axis centre direction of driving gear 43 and 44 engagement place of driven gear, and into
Sap cavity 45 is connected with one end of the first hose；Sap cavity 46 is located at the axis centre of driving gear 43 Yu 44 engagement place of driven gear out
The right side in direction, and sap cavity 46 is connected with one end of the second hose out.When work, after drive circuit board is powered, direct current is controlled
The motor shaft 421 of machine 42 rotates, since the motor shaft 421 of direct current generator 42 is engaged with driving gear 43, then direct current generator 42
Motor shaft 421 drive driving gear 43 rotate, since driving gear 43 is engaged with driven gear 44, then driving gear 43 drive from
Moving gear 44 rotates, and driving gear 43 and 44 per revolution of driven gear, allows for cleaning solution 2 and is extruded from admission chamber 45
To sap cavity 46 out.
It is illustrated in figure 5 the structural schematic diagram of gear pump when direct current generator 42 is reversion setting comprising: driving circuit
Plate 41, direct current generator 42, driving gear 43, driven gear 44, admission chamber 45 and out sap cavity 46, wherein drive circuit board 41 with
Direct current generator 42 is connected, and direct current generator 42 is reversion setting, and the motor shaft 421 of direct current generator 42 is engaged with driving gear 43, main
Moving gear 43 is engaged with driven gear 44, and admission chamber 45 and out sap cavity 46 are located at driving gear 43 and driven gear 44 engages
The axis centre direction at place, admission chamber 45 are located at the right side in the axis centre direction of driving gear 43 and 44 engagement place of driven gear
Side, and admission chamber 45 is connected with one end of the first hose；Sap cavity 46 is located at driving gear 43 and 44 engagement place of driven gear out
The left side in axis centre direction, and sap cavity 46 is connected with one end of the second hose out.When work, after drive circuit board is powered, control
The motor shaft 421 of direct current generator 42 processed rotates, since the motor shaft 421 of direct current generator 42 is engaged with driving gear 43, then direct current
The motor shaft 421 of motor 42 drives driving gear 43 to rotate, since driving gear 43 is engaged with driven gear 44, then driving gear
43 drive driven gear 44 to rotate, and driving gear 43 and 44 per revolution of driven gear, allow for cleaning solution 2 from admission chamber
45 are extruded to out sap cavity 46.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to guarantor of the invention
Protect range.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of automatic dissolving and sparger of the cleaning solution for washing machine comprising: Box for detergent, energy converter, it is special
Sign is: further including the first hose, the second hose, gear pump, nozzle body component, wherein energy converter is two and two or more
The single-frequency energy converter of frequency or a multi-frequency transducers, energy converter is located at the lower section of Box for detergent, and is controlled by control circuit
The work of energy converter；One end of gear pump is connected by the first hose with Box for detergent, and other end passes through the second hose and spray
Head body component is connected, and nozzle body component is connected with water tub of washing machine.
2. the automatic dissolving and sparger for the cleaning solution of washing machine as described in claim 1, it is characterised in that: first
Hose is inserted into the bottom of Box for detergent.
3. the automatic dissolving and sparger for the cleaning solution of washing machine as described in claim 1, it is characterised in that: described
Energy converter power be 30~100W.
4. as described in claim 1 for washing machine cleaning solution automatic dissolving and sparger, it is characterised in that: when with
When energy converter in the automatic dissolving and sparger of the cleaning solution of washing machine uses a multi-frequency transducers, the multifrequency transducing
The working frequency of device is 28kHz and 40kHz, and energy converter works alternatively under the working frequency of 28kHz and 40kHz, does not occur
The case where two frequencies work at the same time.
5. as described in claim 1 for washing machine cleaning solution automatic dissolving and sparger, it is characterised in that: when with
Energy converter in the automatic dissolving and sparger of the cleaning solution of washing machine is using two and the single-frequency of more than two frequencies is changed
Can device work when, the working frequency of each single-frequency energy converter is all different, and the working frequency difference of single-frequency energy converter be 10kHz~
30kHz。
6. as described in claim 1 for washing machine cleaning solution automatic dissolving and sparger, it is characterised in that: when with
Energy converter in the automatic dissolving and sparger of the cleaning solution of washing machine is using two and the single-frequency of more than two frequencies is changed
Can device work when, the working frequency of each single-frequency energy converter is all different, the working frequency difference of single-frequency energy converter be 12kHz~
14kHz。
7. the automatic dissolving and sparger for the cleaning solution of washing machine as described in claim 1, it is characterised in that: each
The working frequency of single-frequency energy converter is 28kHz~120kHz.
8. the automatic dissolving and sparger for the cleaning solution of washing machine as described in claim 1, it is characterised in that: gear
It include drive circuit board, direct current generator, driving gear, driven gear, admission chamber and out sap cavity, wherein drive circuit board in pump
Be connected with direct current generator, the motor shaft of direct current generator is engaged with driving gear, and driving gear is engaged with driven gear, admission chamber and
Sap cavity is located at the axis centre direction of driving gear and driven gear engagement place out, and at the both ends in axis centre direction,
And admission chamber is connected with one end of the first hose, sap cavity is connected with one end of the second hose out.
9. the automatic dissolving and sparger for the cleaning solution of washing machine as claimed in claim 8, it is characterised in that: gear
The positive and negative rotation direction of direct current generator in pump is fixed and invariable, when setting the direct current generator in gear pump to rotate forward reversed,
Admission chamber is located at the left side in the axis centre direction of driving gear and driven gear engagement place, out sap cavity be located at driving gear and from
The right side in the axis centre direction of moving gear engagement place；When setting the direct current generator in gear pump as reverse directions, admission chamber
Positioned at the right side in the axis centre direction of driving gear Yu driven gear engagement place, sap cavity is located at driving gear and driven gear out
The left side in the axis centre direction of engagement place.
10. the automatic dissolving and sparger of the cleaning solution for washing machine as described in any one of claim 1~9,
It is characterized by: including also liquid level detecting sensor, which is located at the bottom or inside of Box for detergent, for examining
The content for surveying the cleaning solution in Box for detergent, so that the dosage of the cleaning solution in Box for detergent maintains certain liq altitude range
It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820666568.0U CN208346508U (en) | 2018-05-07 | 2018-05-07 | A kind of automatic dissolving and sparger of the cleaning solution for washing machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820666568.0U CN208346508U (en) | 2018-05-07 | 2018-05-07 | A kind of automatic dissolving and sparger of the cleaning solution for washing machine |
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| CN208346508U true CN208346508U (en) | 2019-01-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112779732A (en) * | 2019-11-04 | 2021-05-11 | 合肥海尔洗衣机有限公司 | Washing machine |
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2018
- 2018-05-07 CN CN201820666568.0U patent/CN208346508U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112779732A (en) * | 2019-11-04 | 2021-05-11 | 合肥海尔洗衣机有限公司 | Washing machine |
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