CN215578243U - Control switch for bathroom system - Google Patents
Control switch for bathroom system Download PDFInfo
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- CN215578243U CN215578243U CN202121111118.3U CN202121111118U CN215578243U CN 215578243 U CN215578243 U CN 215578243U CN 202121111118 U CN202121111118 U CN 202121111118U CN 215578243 U CN215578243 U CN 215578243U
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Abstract
The utility model discloses a bathroom system control switch, which comprises a shell, a switching piece, a conducting strip and a switch plate, wherein the switching piece is arranged in the shell and used for switching the state of the switch, the conducting strip is electrically connected with the switching piece, the switch plate is matched with the switching piece, the switching piece comprises a first switching piece, and a switching power supply supplies power to or is disconnected from the conducting strip of a first electric appliance; the second switching piece is used for switching the power supply to supply power to the conducting strip of the first electric appliance or supply power to the first switching piece; the third switching piece is used for acquiring the power supply of the first switching piece and switching whether the power supply supplies power to the second electrical appliance or not; the first switching piece and the third switching piece are linked through the switch plate so as to switch the first switching piece to supply power to the conducting strip of the first electric appliance and the third switching piece to supply power to the second electric appliance at the same time. The utility model can simplify the operation of the bathroom system, improve the user experience and improve the protection effect on the equipment in the system.
Description
Technical Field
The utility model relates to the technical field of bathroom systems, in particular to a bathroom system control switch.
Background
Generally have the illumination among the current bathroom system, heating installation, the air supply, four functions of taking a breath, generally integrate on the bathroom heater, the cooperation relation of heating installation and air supply is inseparable among the bathroom system, both supplement each other, if need send out the heating installation, then need cooperate air supply part to supply air, otherwise can appear heating installation part and continuously heat and heat up and air supply part does not supply air, can't take the heat that produces out, cause the damage to heating installation part this moment easily, influence the life-span of other parts even, if need the user to pay attention to the open mode often, the very poor problem of user experience will appear, and if the family has guest to use, in case unfamiliar with the operation mode, just easily there is the condition of damaging the equipment to appear, still easily exert an influence to human relation like this. Therefore, a simpler control mode needs to be adopted for the control of the system, and the operation is convenient for a user.
SUMMERY OF THE UTILITY MODEL
Aiming at the defects in the prior art, the utility model aims to provide a bathroom system control switch which can simplify the operation, improve the user experience and improve the protection effect on equipment in the system.
In order to achieve the purpose, the utility model provides the following technical scheme: the bathroom system control switch comprises a shell, a switching piece arranged in the shell and used for switching the state of the switch, a conducting strip electrically connected with the switching piece and a switch plate matched with the switching piece, wherein the switching piece comprises
The first switching piece is used for switching a power supply to supply power to or disconnect power from the conducting strip of the first electric appliance;
the second switching piece is used for switching the power supply to supply power to the conducting strip of the first electric appliance or supply power to the first switching piece;
the third switching piece is used for acquiring the power supply of the first switching piece and switching whether the power supply supplies power to the second electrical appliance or not;
the first switching piece and the third switching piece are linked through the switch plate so as to switch the first switching piece to supply power to the conducting strip of the first electric appliance and the third switching piece to supply power to the second electric appliance at the same time.
As a further improvement of the present invention, the first switching member and the third switching member are switched by the same switch board.
As a further improvement of the utility model, the switching piece also comprises
And the fifth switching piece is used for acquiring the power supply of the first switching piece and switching whether to supply power to the fourth electric appliance or not.
As a further improvement of the utility model, the fifth switching piece is linked with the first switching piece through a switch plate; when the fifth switching piece is switched to supply power to the fourth electric appliance through the switch board, the first switching piece is switched to supply power to the conducting strip of the first electric appliance through the switch board.
As a further improvement of the present invention, the first switching member and the third switching member are switched by the same switch board.
As a further improvement of the present invention, the switch plate corresponding to the fifth switching element is linked with the switch plate corresponding to the third switching element, and when the fifth switching element is switched to supply power to the fourth electrical appliance through the switch plate, the third switching element is switched to supply power to the second electrical appliance through the switch plate.
As a further improvement of the present invention, when the third switching element is switched to turn off the power supply to the second electrical appliance through the switch board, the fifth switching element is switched to turn off the power supply to the fourth electrical appliance through the switch board.
As a further improvement of the utility model, the first electric appliance is a blowing component, the second electric appliance is a first heating component, and the third electric appliance is a second heating component.
As a further improvement of the utility model, the switching piece also comprises
The fourth switching piece switches whether the third electric appliance supplies power or not and is matched with the third switching piece;
and the third switching piece acquires the power supply of the first switching piece and switches the power supply to supply power to the second electrical appliance or supply power to the fourth switching piece.
As a further improvement of the utility model, the linked switch plates are mutually matched through arranging opposite lugs, and when the linked switch plates act, the acting switch plates move over the lugs to drive the other switch plate to act.
The utility model has the advantages that,
1. the blowing assembly can be started when the heating assembly is started, so that the user operation is simplified;
2. the heating assembly is prevented from being damaged due to overheating caused by the fact that a user only opens the heating assembly but does not open the blowing assembly, and the protection effect is improved;
3. when the second switching piece starts the subassembly of blowing, can utilize first switching piece as the power supply switch, if first switching piece does not switch to contradict with the conducting strip, subsequent switching piece all can not supply power this moment, if follow-up more switching pieces that set up, then first switching piece just can regard as the switch of follow-up more switching pieces, can possess the power protection effect.
Drawings
FIG. 1 is a schematic view of the housing structure of the present invention;
FIG. 2 is a schematic view of a mating structure of the switching member according to the present invention;
FIG. 3 is a schematic view of a linkage structure of the switch board according to the present invention;
fig. 4 is a schematic view of a linkage relationship between the first switching member and the third switching member according to the present invention.
Reference numerals: 100. a housing; 200. a conductive sheet; 300. a switch plate; 410. a first switching member; 420. a second switching member; 430. a third switching member; 440. a fourth switching member; 450. a fifth switching member; 500. and (4) a bump.
Detailed Description
The utility model will be further described in detail with reference to the following examples, which are given in the accompanying drawings.
As shown with reference to figures 1-4,
example 1
The bathroom system control switch comprises a shell 100, a switching piece arranged in the shell 100 and used for switching the state of the switch, a conducting strip 200 electrically connected with the switching piece, and a switch plate 300 matched with the switching piece, wherein the switching piece comprises
A first switching member 410 switching a power supply to supply or disconnect the power to the conductive sheet 200 of the first electrical appliance;
a second switching member 420 switching a power supply to supply power to the conductive sheet 200 of the first electric appliance or to supply power to the first switching member 411;
a third switching part 430 for obtaining the power of the first switching part 410 and switching whether the power supplies power to the second electrical appliance;
the first switch 410 and the third switch 430 are linked by the switch plate 300 to simultaneously switch the first switch 410 to supply power to the conductive sheet 200 of the first electrical appliance and the third switch 430 to supply power to the second electrical appliance.
The working principle is as follows:
as shown in fig. 2, the second switch 420 is normally connected to the power source, so that the power source can be always obtained, and whether the power source supplies power to the first electrical appliance can be independently controlled, because the first switch 410 and the second switch 420 both control the power source to supply power to the first electrical appliance, and the same conductive plate 200 is used, when the second switch 420 supplies power to the first electrical appliance, the first switch 410 can also obtain power from the conductive plate 200 of the first electrical appliance, and when the second switch 420 cuts off the power supply to the first electrical appliance, the second switch 420 can independently supply power to the first switch 410. That is, when the second switch 420 supplies power to the first electrical appliance, the first switch 410, which is in an off state, has no power source, and the third switch 430 cannot obtain power source.
The third switching piece 430 switches to supply power to the second electrical appliance by acquiring the power of the first switching piece 410, and the third switching piece 430 is linked with the first switching piece 410, so that the first switching piece 410 and the third switching piece 430 can generate the effect of simultaneous switching, and the simultaneous switching is divided into the following two cases:
A. the first switching member 410 and the third switching member 430 are completely synchronously linked, which means that the first switching member 410 and the second switching member 420 are synchronously opened and closed.
B. The first switching piece 410 and the third switching piece 430 are linked in a unidirectional way, which means that the first switching piece 410 only switches to supply power to the first electrical appliance, and then supplies power to the second electrical appliance with the third switching piece 430; in other words, when the third switch 430 is switched to supply power to the second electrical appliance, the first switch 410 is carried to supply power to the first electrical appliance. And not vice versa, the first switch 410 switches to cut off the power supply to the first electrical appliance while cutting off the power supply to the second electrical appliance with the third switch 430.
The two switching modes can be selected according to specific requirements.
For example, the first electrical appliance may be a blowing component, the second electrical appliance may be a heating component, and the third switching element 430 may drive the first switching element 410 to open the blowing component based on the linkage effect when the heating component is opened in the switching manner, so that the blowing component can be started when the heating component is opened, the user operation is simplified, and the heating component is prevented from being damaged due to overheating because the user only opens the heating component but does not open the blowing component. In conjunction with the second switch 420, if the second switch 420 turns off the blowing assembly, the heating assembly can also be simultaneously turned on by the first switch 410 by turning on the third switch 430. When the second switch member 420 is turned on to blow air, the first switch member 410 itself is in a power-off state, but when the third switch member 430 is switched, the first switch member 410 can be brought into contact with the conductive sheet 200 of the first electrical appliance, and power is obtained through the conductive sheet 200, so that power supply of the heating assembly can also be realized. Based on the scheme, when the second switch 420 starts the blowing assembly, the first switch 410 can be used as a power supply switch, if the first switch 410 is not switched to be collided with the conducting strip 200, the subsequent switches cannot supply power, and if more switches are subsequently arranged, the first switch 410 can be used as switches of more subsequent switches.
Based on this effect, another embodiment is described below.
Example 2
In the embodiment of embodiment 1, the first switching member 410 and the third switching member 430 are preferably switched by the same switch board 300.
In other words, the first switch element 410 and the third switch element 430 can be turned on and off completely synchronously, and the main purpose thereof is to obtain power and supply power to the second electrical appliance by using the same switch board 300. In connection with the example, when the second switch 420 supplies power to the blowing assembly, the first switch 410 in the off state is in the power-down state, and at this time, if power is to be supplied to the heating assembly by using the third switch 430, power needs to be obtained by using the first switch 410. After the two are synchronized, the first switching element 410 can be used to obtain power. When the second switch 420 does not supply power to the blowing module, the first switch 410 is in a powered state, but the blowing module does not operate, and the two are synchronous at this time, so that the blowing module can be simultaneously turned on when the heating module is turned on, and the blowing module can be simultaneously turned off when the heating module is turned off. The user operation is simplified.
Example 3
On the basis of the above embodiment, the switching member further includes a fifth switching member 450 for acquiring the power of the first switching member 410 and switching whether to supply power to the fourth electrical appliance.
Here, corresponding to the effect of the first switch 410 as a power supply switch in the embodiment, if the second switch 420 is in a state of turning on the blowing assembly, the fifth switch 450 can be limited to supply power to the fourth electrical appliance by the first switch 410, so that more operation space can be provided, and more control modes can be implemented by reasonable application of those skilled in the art.
Example 4
Based on the solution of embodiment 3, the fifth switching piece 450 is linked with the first switching piece 410 through the switch board 300; when the fifth switch 450 is switched to supply power to the fourth electrical appliance through the switch plate 300, the first switch 410 is switched to supply power to the conductive sheet 200 of the first electrical appliance through the switch plate 300.
In the embodiment, the fourth electrical appliance is another heating component, and since the existing bathroom heater generally has multiple heating components, the control is performed by switches, for example, the third switch 430 is used for controlling one of the heating components, the fifth switch 450 is used for controlling the other heating component, and the heating effect is different by turning on one or two heating components. Here, the heating unit controlled by the third switching member 430 is referred to as heating 1, and the heating unit controlled by the fifth switching member 450 is referred to as heating 2
In this embodiment, since the fifth switching member 450 is linked with the first switching member 410 through the switch board 300 to control the heating unit 2, the embodiment is described in detail in the matching relationship between the third switching member 430 and the first switching member 410 in embodiment 1, and thus will not be described in detail.
Preferably, the switch board 300 corresponding to the fifth switch 450 is linked with the switch board 300 corresponding to the third switch 430, and when the fifth switch 450 is switched to supply power to the fourth electrical appliance through the switch board 300, the third switch 430 is switched to supply power to the second electrical appliance through the switch board 300.
This embodiment is based on embodiment 2, still produces following effect, because first switching piece 410 and third switching piece 430 are controlled through same switch, and fifth switching piece 450 links with first switching piece 410 again, is equivalent to the three and all links this moment, when opening heating 2, can open simultaneously with the help of the linkage effect and blow subassembly and heating 1, be equivalent to obtaining the control mode with high heating effect this moment, obtain the heating effect of two sets of heating subassemblies when being equivalent to fifth switching piece 450 opens heating 2, open simultaneously and blow. Therefore, the third switch 430 can be used, the third switch 430 is opened and closed to control the blowing assembly and one set of heating assembly, and the fifth switch 450 is used to control the blowing assembly and two sets of heating assembly.
In a further arrangement, when the third switch 430 is switched off to supply power to the second electrical appliance through the switch board 300, the fifth switch 450 is switched off to supply power to the fourth electrical appliance through the switch board 300.
Based on the linkage relationship, the fifth switching piece 450 can be used to synchronously drive the third switching piece 430 and the first switching piece 410 to turn on the heating 2, heating 1 and blowing components, and the fifth switching piece 450 can be independently controlled when the heating 2 is turned off, that is, the fifth switching piece 450 can turn on the three components synchronously, but can also turn off the heating 2 when the heating is turned off. When the third switching piece 430 is switched off to heat 1, the heating 2 and the blowing component are switched off at the same time, and in the cooperation, the fifth switching piece 450 can be used as a 'master switch' to simultaneously start the heating 2, the heating 1 and the blowing component; the third switch 430 is used as a "master switch" to simultaneously turn off the heater 1, the heater 2, and the blower assembly, so that the control can be faster, simpler, and more efficient, as shown in the attached drawings, the linked switch boards 300 are mutually matched by arranging the corresponding bumps 500, and when the linked switch boards 300 act, the acting switch board 300 moves through the bumps 500 to drive the other switch board 300 to act. The structure has the characteristics of simplicity and effectiveness, has the effect of one-way control, and can ensure that two main switches have the effect of semi-independent control under the effect of linkage.
Example 5
The bathroom heater also has a ventilation function, and the ventilation function is realized by using a fan independently or by using a fan shared by the air blowing component. The ventilation function is realized by a fan which is used independently, and the technical scheme of the embodiment is realized by sharing the fan.
To achieve the above object:
the switching piece also comprises a fourth switching piece 440 which is used for switching whether the third electric appliance is powered or not and is matched with the third switching piece 430;
and a third switch 430 for acquiring power of the first switch 410 and switching the power to supply power to the second electrical appliance or to supply power to the fourth switch 440.
It should be added that this embodiment can also be applied to a scheme that the ventilation function has a single fan, and the single fan is used as a third electrical appliance, and in this scheme, the third electrical appliance and the first electrical appliance are the same electrical appliance, which means the same fan. In the underlying logic, the second switch 420 and the fourth switch 440 cannot simultaneously supply power to the fan, which would otherwise affect the normal operation of the fan.
With the control logic of the present embodiment, the following control states are obtained:
when the second switch 420 turns on the ventilation, if the first switch 410 is in the off state, the fourth switch 440 switches the state and cannot turn on the ventilation function.
When the second switch 420 is turned on to blow air, if the first switch 410 is in the closed state, the third switch 430 is switched to the state of turning on heating 1, and at this time, the third switch 430 is disengaged from the fourth switch 440, and at this time, the fourth switch 440 still cannot turn on the ventilation function.
When the second switch 420 is turned off, if the first switch 410 is in an off state, the fourth switch 440 can be supplied with power, and thus can control the opening and closing of ventilation.
When the second switch 420 is turned off to blow air, if the first switch 410 is in the closed state, it means that both the heating unit 1 and the blowing unit are turned on, at this time, the third switch 430 is disengaged from the fourth switch 440, and the fourth switch 440 cannot turn on the ventilation function.
Consequently, this scheme can effectually avoid blowing and take a breath both problem of opening simultaneously, take a fan to realize blowing and take a breath under the prerequisite of function, can ensure stable control effect.
The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the utility model may occur to those skilled in the art without departing from the principle of the utility model, and are considered to be within the scope of the utility model.
Claims (10)
1. The bathroom system control switch comprises a shell, a switching piece arranged in the shell and used for switching the state of the switch, a conducting strip electrically connected with the switching piece and a switch plate matched with the switching piece, and is characterized in that the switching piece comprises a switch plate
The first switching piece is used for switching a power supply to supply power to or disconnect power from the conducting strip of the first electric appliance;
the second switching piece is used for switching the power supply to supply power to the conducting strip of the first electric appliance or supply power to the first switching piece;
the third switching piece is used for acquiring the power supply of the first switching piece and switching whether the power supply supplies power to the second electrical appliance or not;
the first switching piece and the third switching piece are linked through the switch plate so as to switch the first switching piece to supply power to the conducting strip of the first electric appliance and the third switching piece to supply power to the second electric appliance at the same time.
2. The bathroom system control switch of claim 1, wherein the first and third switches are switched by the same switch plate.
3. The bathroom system control switch of claim 1, wherein the switch further comprises a fifth switch for obtaining the power of the first switch and switching to supply power to the fourth electrical appliance.
4. The bathroom system control switch of claim 3, wherein the fifth switch is linked to the first switch by a switch plate; when the fifth switching piece is switched to supply power to the fourth electric appliance through the switch board, the first switching piece is switched to supply power to the conducting strip of the first electric appliance through the switch board.
5. The bathroom system control switch of claim 4, wherein the first and third switches are switched by the same switch plate.
6. The bathroom system control switch of claim 5, wherein the switch plate corresponding to the fifth switch is linked with the switch plate corresponding to the third switch, and when the fifth switch is switched to supply power to the fourth electrical appliance through the switch plate, the third switch is switched to supply power to the second electrical appliance through the switch plate.
7. The bathroom system control switch of claim 6, wherein the third switch is switched to turn off power supply to the second electrical appliance through the switch plate, and the fifth switch is switched to turn off power supply to the fourth electrical appliance through the switch plate.
8. The bathroom system control switch of claim 7, wherein the first electrical appliance is a blower assembly, the second electrical appliance is a first heater assembly, and the third electrical appliance is a second heater assembly.
9. The bathroom system control switch of any one of claims 1-8, wherein the switch further comprises
The fourth switching piece switches whether the third electric appliance supplies power or not and is matched with the third switching piece;
and the third switching piece acquires the power supply of the first switching piece and switches the power supply to supply power to the second electrical appliance or supply power to the fourth switching piece.
10. The bathroom system control switch according to any one of claims 1 to 8, wherein the linked switch plates are mutually matched by arranging opposite protrusions, and when the linked switch plates are operated, the operated switch plate moves the protrusion to drive the other switch plate to operate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121111118.3U CN215578243U (en) | 2021-05-21 | 2021-05-21 | Control switch for bathroom system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121111118.3U CN215578243U (en) | 2021-05-21 | 2021-05-21 | Control switch for bathroom system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN215578243U true CN215578243U (en) | 2022-01-18 |
Family
ID=79863086
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202121111118.3U Active CN215578243U (en) | 2021-05-21 | 2021-05-21 | Control switch for bathroom system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215578243U (en) |
-
2021
- 2021-05-21 CN CN202121111118.3U patent/CN215578243U/en active Active
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