阅读说明：本技术 一种水路控制组件 (A kind of water route control assembly ) 是由 万兴云 田平 龚爽心 吴娇 邸辉亮 于 2019-09-18 设计创作，主要内容包括：本发明公开了一种水路控制组件,包括:壳体,所述壳体上设置有进水口和出水口；一部分位于所述壳体内部,另一部分伸出所述壳体外部的旋转手柄；位于所述壳体内部的第一瓷片,所述第一瓷片上设置有多个连通口,所述连通口与对应的出水口或进水口连通；以及与所述第一瓷片相互配合的第二瓷片,所述第二瓷片与所述旋转手柄相连,所述第二瓷片上设置有多个能够与对应的进水口连通的切换口,所述旋转手柄旋转时带动所述第二瓷片旋转,并切换对应的切换口与对应所述连通口导通。本发明的水路控制组件中,通过设置第一瓷片和第二瓷片实现对应的进水口和出水口之间的水路切换。与现有技术中通过植入阀芯组件的结构相比更加可靠。(The invention discloses a kind of water route control assemblies, comprising: shell is provided with inlet and outlet on the shell；A part is located at the enclosure interior, and another part stretches out the rotating handle of the hull outside；Positioned at the first tile of the enclosure interior, multiple communication ports are provided on first tile, the communication port is connected to corresponding water outlet or water inlet；And with mutually matched second tile of first tile, second tile is connected with the rotating handle, multiple switching ports that can be connected to corresponding water inlet are provided on second tile, the rotating handle drives second tile to rotate when rotating, and switches corresponding switching port and be connected with the corresponding communication port.In water route control assembly of the invention, realize that the water route between corresponding inlet and outlet switches by the first tile of setting and the second tile.It is relatively reliable compared with the structure in the prior art by being implanted into core assembly.)

1. a kind of water route control assembly characterized by comprising

Shell is provided with inlet and outlet on the shell；

A part is located at the enclosure interior, and another part stretches out the rotating handle of the hull outside；

Positioned at the first tile of the enclosure interior, be provided with multiple communication ports on first tile, the communication port with it is right Water outlet or the water inlet connection answered；And

With mutually matched second tile of first tile, second tile is connected with the rotating handle, and described second Multiple switching ports that can be connected to corresponding water inlet are provided on tile, the rotating handle drives described second when rotating Tile rotation, and switch corresponding switching port and be connected with the corresponding communication port.

2. water route control assembly as described in claim 1, which is characterized in that

The water inlet includes the first water inlet, and first water inlet is connected to the internal cavity of the shell；

The water outlet includes the first water outlet；

The communication port includes the first communication port, the second communication port and interface channel, wherein interface channel connection described the One communication port and the second communication port, and the interface channel is connected to first water outlet；

The switching port includes the first switching port, when being located at first position, first switching port and first communication port It is non-conduction with second communication port；When in the second position, first switching port is connected with first communication port, First switching port and second communication port are non-conduction；When being located at the third place, first switching port and described the One communication port is non-conduction, and first switching port is connected with second communication port.

3. water route control assembly as claimed in claim 2, which is characterized in that

The water inlet further includes the second water inlet；

The water outlet includes the second water outlet；

The communication port includes third connecting mouth and the 4th communication port；Wherein, the third connecting mouth and second water inlet Connection, the 4th communication port are connected to second water outlet；

The switching port further includes the second switching port, when being located at first position and the second position, second switching port and institute It states third connecting mouth and the 4th communication port is non-conduction；When being located at the third place, second switching port and the third Communication port and the 4th communication port are both turned on.

4. water route control assembly as claimed in claim 3, which is characterized in that second water inlet is removably provided with First water inlet pipe, the intake tunnel in first water inlet pipe are connected to second water inlet.

5. water route control assembly as claimed in claim 3, which is characterized in that

The water inlet further includes third water inlet；

The communication port includes the 5th communication port；Wherein, the 5th communication port is connected to the third water inlet；

The switching port further includes the second switching port, when being located at first position and the third place, second switching port and institute It states the 5th communication port and the 4th communication port is non-conduction；When in the second position, second switching port and the described 5th Communication port and the 4th communication port are both turned on.

6. water route control assembly as claimed in claim 5, which is characterized in that the third water inlet is removably provided with Second water inlet pipe, the intake tunnel in second water inlet pipe are connected to the third water inlet.

7. water route control assembly as claimed in claim 5, which is characterized in that be arranged between first tile and the shell There is the first sealing ring.

8. water route control assembly as claimed in claim 7, which is characterized in that first sealing ring includes:

Surround the external margin, the external margin of second communication port and the outside of the interface channel of first communication port First sealing at edge；

Surround the second sealing of the external margin of the third connecting mouth；

Surround the third sealing of the external margin of the 4th communication port；And

Surround the 4th sealing of the external margin of the 5th communication port.

9. water route control assembly as claimed in claim 8, which is characterized in that first sealing, second sealing, The third sealing and the 4th sealing are monolithic construction.

10. water route control assembly as claimed in any one of claims 1-9 wherein, which is characterized in that be arranged on second tile There is bayonet, the part that the rotating handle is located at the enclosure interior is provided with the claw that can be connected at the bayonet.

Technical field

The present invention relates to water route control technology fields, more specifically to a kind of water route control assembly.

Background technique

It is higher and higher to the quality requirements of drinking water with stepping up for human living standard, and water purifier can be with Efficiently solve various regions as in underground water harmful substance it is exceeded caused by endemic illness the problem of, water purifier is being drunk Water field using more and more extensive, the also favor by more and more people in real life.

Many water purifiers are that user is equipped with discharge switching device or the depotition cock combination switching dress using user at present It sets, switching device is that a core assembly is built in the structure housing with external water route.Traditional valve core component is whole The mode of body implantation, leakproofness and pressure-bearing property and reliability all have great challenge, and there are leakage wind.

Therefore, the reliability for how improving water route control assembly, is a problem to be solved by those skilled in the art.

Summary of the invention

In view of this, the technical problem to be solved by the present invention is to how improve the reliability of water route control assembly, for this purpose, The present invention provides a kind of water route control assemblies.

To achieve the above object, the invention provides the following technical scheme:

A kind of water route control assembly, comprising:

Shell is provided with inlet and outlet on the shell；

A part is located at the enclosure interior, and another part stretches out the rotating handle of the hull outside；

Positioned at the first tile of the enclosure interior, multiple communication ports, the communication port are provided on first tile It is connected to corresponding water outlet or water inlet；And

With mutually matched second tile of first tile, second tile is connected with the rotating handle, described Multiple switching ports that can be connected to corresponding water inlet are provided on second tile, when the rotating handle rotates described in drive The rotation of second tile, and switch corresponding switching port and be connected with the corresponding communication port.

In embodiments of the present invention, the water inlet includes the first water inlet, first water inlet and the shell Internal cavity connection；

The water outlet includes the first water outlet；

The communication port includes the first communication port, the second communication port and interface channel, wherein the interface channel is connected to institute The first communication port and the second communication port are stated, and the interface channel is connected to first water outlet；

The switching port includes the first switching port, and when being located at first position, first switching port and described first connects Port and second communication port are non-conduction；When in the second position, first switching port and first communication port Conducting, first switching port and second communication port are non-conduction；When being located at the third place, first switching port and institute It is non-conduction to state the first communication port, first switching port is connected with second communication port.

In embodiments of the present invention, the water inlet further includes the second water inlet；

The water outlet includes the second water outlet；

The communication port includes third connecting mouth and the 4th communication port；Wherein, the third connecting mouth with described second into Mouth of a river connection, the 4th communication port are connected to second water outlet；

The switching port further includes the second switching port, when being located at first position and the second position, second switching port It is non-conduction with the third connecting mouth and the 4th communication port；When be located at the third place when, second switching port with it is described Third connecting mouth and the 4th communication port are both turned on.

In embodiments of the present invention, second water inlet is removably provided with the first water inlet pipe, described first into Intake tunnel in water pipe is connected to second water inlet.

In embodiments of the present invention,

The water inlet further includes third water inlet；

The communication port includes the 5th communication port；Wherein, the 5th communication port is connected to the third water inlet；

The switching port further includes the second switching port, when being located at first position and the third place, second switching port It is non-conduction with the 5th communication port and the 4th communication port；When in the second position, second switching port with it is described 5th communication port and the 4th communication port are both turned on.

In embodiments of the present invention, the third water inlet is removably provided with the second water inlet pipe, described second into Intake tunnel in water pipe is connected to the third water inlet.

In embodiments of the present invention, the first sealing ring is provided between first tile and the shell.

In embodiments of the present invention, first sealing ring includes:

Surround the external margin of first communication port, the external margin of second communication port and the interface channel First sealing of external margin；

Surround the second sealing of the external margin of the third connecting mouth；

Surround the third sealing of the external margin of the 4th communication port；And

Surround the 4th sealing of the external margin of the 5th communication port.

In embodiments of the present invention, first sealing, second sealing, the third sealing and described Four sealings are monolithic construction.

In embodiments of the present invention, bayonet is provided on second tile, the rotating handle is located in the shell The part in portion is provided with the claw that can be connected at the bayonet.

It can be seen from the above technical scheme that in water route control assembly of the invention, pass through the first tile of setting and the Two tiles realize that the water route between corresponding inlet and outlet switches.With the knot in the prior art by being implanted into core assembly Structure is compared to relatively reliable.

Detailed description of the invention

In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with It obtains other drawings based on these drawings.

Fig. 1-Fig. 3 is the schematic perspective view of control assembly different angle in water route provided by the present invention；

Fig. 4 to Fig. 5 is the schematic cross-sectional view of the different cross section of water route control assembly provided by the present invention；

Fig. 6 is the schematic diagram of water route control assembly provided by the present invention confined explosion structure state；

Fig. 7 to Figure 12 is that communication port is shown with the corresponding of switching port under control assembly different conditions in water route provided by the present invention It is intended to.

In figure, 100 be shell, 200 be rotating handle, 300 be the first tile, 400 be the second tile, 500 be sealing ring, 600 be the first water inlet pipe, 700 be the second water inlet pipe；

101-1 is the first water inlet, 101-2 is the second water inlet, 101-3 is third water inlet, 102-1 is the first water outlet Mouthful, 102-2 is the second water outlet, 103 is reversing tube；

301 be the first communication port, 302 be the second communication port, 303 be interface channel, 304 be third connecting mouth, 305 be the Four communication ports, 306 are the 5th communication port；401 be the first switching port, 402 be the second switching port；601 be the first plug, 701 are Second plug.

Specific embodiment

Core of the invention is to provide a kind of water route control assembly, to improve the reliability of water route control assembly.

In addition, embodiments illustrated below does not play any restriction effect to the invention described in the claims content.In addition, The full content of composition represented by following example is not limited to must as the solution of the invention described in the claims It needs.

Please refer to Fig. 1 to Figure 12, one of embodiment of the present invention water route control assembly, comprising:

Shell 100 is provided with inlet and outlet on shell 100；

A part is located inside shell 100, and another part stretches out the rotating handle 200 outside shell 100；Positioned at shell The first tile 300 inside 100, is provided with multiple communication ports on the first tile 300, communication port and corresponding water outlet or water inlet Mouth connection；And

With mutually matched second tile 400 of the first tile 300, the second tile 400 is connected with rotating handle 200, and second Multiple switching ports that can be connected to corresponding water inlet are provided on tile 400, rotating handle 200 drives the second porcelain when rotating Piece 400 rotates, and switches corresponding switching port and be connected with corresponding communication port.

In water route control assembly of the invention, corresponding water inlet is realized by the first tile 300 of setting and the second tile 400 Water route switching between mouth and water outlet.It is relatively reliable compared with the structure in the prior art by being implanted into core assembly.

It should be noted that the shell 100 in the embodiment of the present invention supports all supports positioned at 100 internal structure of shell Layer structure；It can be realized the switching in water route between inlet and outlet by rotating handle 200.Water inlet and water outlet can be with It is one-to-many, can be with many-one, it can also multi-to-multi.Wherein, one-to-many to can be regarded as a water inlet and correspond to multiple water outlets, lead to Rotation rotating handle 200 is crossed, to drive the rotation of the second tile 400, to realize different water outlet water outlets；Many-one can be managed Solution is the corresponding water outlet of multiple water inlets, by rotating rotating handle 200, to drive the rotation of the second tile 400, thus Realize the water inlet of different water inlets；Multi-to-multi can be regarded as multiple water inlets and correspond to multiple water outlets, by rotating rotating handle 200, to drive the rotation of the second tile 400, to realize that water inlet is connected with corresponding water outlet, so that water route is according to pre-provisioning request Conducting.

In embodiments of the present invention, water inlet includes the first water inlet 101-1, the first water inlet 101-1 and shell 100 Internal cavity connection；

Water outlet includes the first water outlet 102-1；

Communication port includes the first communication port 301, the second communication port 302 and interface channel 303, wherein interface channel 303 connects Logical first communication port 301 and the second communication port 302, and interface channel 303 is connected to the first water outlet 102-1；

Switching port includes the first switching port 401, when being located at first position, the first switching port 401 and the first communication port 301 It is non-conduction with the second communication port 302；When in the second position, the first switching port 401 and the first communication port 301 are connected, the One switching port 401 and the second communication port 302 are non-conduction；When being located at the third place, the first switching port 401 and the first communication port 301 is non-conduction, and the first switching port 401 and the second communication port 302 are connected.

As it can be seen that there is the first water inlet 101-1 and the first water outlet 102-1 in embodiments of the present invention, rotation rotation hand When handle 200 drives the rotation of the second tile 400 to first position, the first switching port 401 and the first communication port 301 and the second communication port 302 is non-conduction, at this point, the water in the first water inlet 101-1 cannot be by the first tile 300 and the second tile 400 from water outlet It is flowed out in mouthful.

When rotating the second tile 400 of the drive rotation of rotating handle 200 to the second position, the first switching port 401 and first connects Port 301 is connected, and the first switching port 401 and the second communication port 302 are non-conduction, at this point, the water in the first water inlet 101-1 passes through First switching port 401 enters to the first communication port 301, since interface channel 303 is connected to the first communication port 301 and the first water outlet 102-1, therefore, water can enter to the first water outlet 102-1 outflow via interface channel 303.

When rotating the second tile 400 of the drive rotation of rotating handle 200 to the third place, the first switching port 401 and second connects Port 302 is connected, and the first switching port 401 and the first communication port 301 are non-conduction, at this point, the water in the first water inlet 101-1 passes through First switching port 401 enters to the second communication port 302, since interface channel 303 is connected to the second communication port 302 and the first water outlet 102-1, therefore, water can enter to the first water outlet 102-1 outflow via interface channel 303.

Above-mentioned first water inlet 101-1 quantity be one or more, the first water inlet 101-1 can with corresponding first into Mouth of a river 101-1 connection.

In order to advanced optimize above scheme, in embodiments of the present invention, water inlet further includes the second water inlet 101-2；

Water outlet includes the second water outlet 102-2；

Communication port includes third connecting mouth 304 and the 4th communication port 305；Wherein, third connecting mouth 304 and the second water inlet 101-2 connection, the 4th communication port 305 are connected to the second water outlet 102-2；

Switching port further includes the second switching port 402, when being located at first position and the second position, the second switching port 402 with Third connecting mouth 304 and the 4th communication port 305 are non-conduction；When being located at the third place, the second switching port 402 and third connecting mouth 304 and the 4th communication port 305 be both turned on.

In conjunction with above scheme, when rotating the second tile 400 of the drive rotation of rotating handle 200 to first position, the first switching Mouth 401 is non-conduction with the first communication port 301 and the second communication port 302, meanwhile, the second switching port 402 and third connecting mouth 304 It is non-conduction with the 4th communication port 305；At this point, the water in water and the second water inlet 101-2 in the first water inlet 101-1 cannot lead to It crosses the first tile 300 and the second tile 400 is flowed out from corresponding water outlet.

When rotating the second tile 400 of the drive rotation of rotating handle 200 to the second position, the first switching port 401 and first connects Port 301 is connected, and the first switching port 401 and the second communication port 302 are non-conduction, at this point, the water in the first water inlet 101-1 passes through First switching port 401 enters to the first communication port 301, since interface channel 303 is connected to the first communication port 301 and the first water outlet 102-1, therefore, water can enter to the first water outlet 102-1 outflow via interface channel 303；At the same time, the second switching port 402 is non-conduction with third connecting mouth 304 and the 4th communication port 305, and the water in the second water inlet 101-2 cannot be via the first tile 300 and second tile 400 flowed out from the second water outlet 102-2.

When rotating the second tile 400 of the drive rotation of rotating handle 200 to the third place, the first switching port 401 and second connects Port 302 is connected, and the first switching port 401 and the first communication port 301 are non-conduction, at this point, the water in the first water inlet 101-1 passes through First switching port 401 enters to the second communication port 302, since interface channel 303 is connected to the second communication port 302 and the first water outlet 102-1, therefore, water can enter to the first water outlet 102-1 outflow via interface channel 303；At the same time, the second switching port 402 are connected with third connecting mouth 304 and the 4th communication port 305, and the water in the second water inlet 101-2 is passed through by third connecting mouth 304 It crosses the second switching port 402 and enters to the 4th communication port 305, since the 4th communication port 305 is connected to the second water outlet 102-2, because This, the water in the second water inlet 101-2 is flowed out via the second water outlet 102-2.

In order to advanced optimize above scheme, linkage is further realized, in embodiments of the present invention,

Water inlet further includes third water inlet 101-3；

Communication port includes the 5th communication port 306；Wherein, the 5th communication port 306 is connected to third water inlet 101-3；

Switching port further includes the second switching port 402, when being located at first position and the third place, the second switching port 402 with 5th communication port 306 and the 4th communication port 305 are non-conduction；When in the second position, the second switching port 402 and the 5th communication port 306 and the 4th communication port 305 be both turned on.

In conjunction with above scheme, Fig. 7 and Fig. 8 are please referred to, rotation rotating handle 200 drives the rotation of the second tile 400 to first When position, the first switching port 401 and the first communication port 301 and the second communication port 302 are non-conduction, the second switching port 402 and Tee joint mouth 304 and the 4th communication port 305 are non-conduction, the second switching port 402 and the 5th communication port 306 and the 4th communication port 305 It is non-conduction；At this point, the water in water and the second water inlet 101-2 in the first water inlet 101-1 cannot pass through 300 He of the first tile Second tile 400 is flowed out from corresponding water outlet.

Fig. 9 and Figure 10 are please referred to, when rotation rotating handle 200 drives the second tile 400 rotation to the second position, first is cut It changes mouth 401 and the first communication port 301 is connected, the first switching port 401 and the second communication port 302 are non-conduction, at this point, the first water inlet Water in 101-1 enters to the first communication port 301 by the first switching port 401, since interface channel 303 is connected to the first communication port The 301 and first water outlet 102-1, therefore, water can enter to the first water outlet 102-1 outflow via interface channel 303；Second cuts It changes mouth 402 and third connecting mouth 304 and the 4th communication port 305 is non-conduction, the water in the second water inlet 101-2 cannot be via first Tile 300 and the second tile 400 are flowed out from the second water outlet 102-2；Second switching port 402 and the 5th communication port 306 and the 4th Communication port 305 is both turned on, and the water in third water inlet 101-3 enters after entering the 5th communication port 306 by the second switching port 402 To the 4th communication port 305, and flowed out by the 4th communication port 305.

Figure 11 and Figure 12 are please referred to, when rotation rotating handle 200 drives the second tile 400 rotation to the third place, first Switching port 401 and the second communication port 302 are connected, and the first switching port 401 and the first communication port 301 are non-conduction, at this point, the first water inlet Water in mouth 101-1 enters to the second communication port 302 by the first switching port 401, due to second connection of the connection of interface channel 303 Mouth 302 and the first water outlet 102-1, therefore, water can enter to the first water outlet 102-1 outflow via interface channel 303；With this Meanwhile second switching port 402 be connected with third connecting mouth 304 and the 4th communication port 305, the water in the second water inlet 101-2 by Third connecting mouth 304 enters to the 4th communication port 305 by the second switching port 402, due to the 4th communication port 305 and the second water outlet Mouth 102-2 connection, therefore, the water in the second water inlet 101-2 is flowed out via the second water outlet 102-2；Second switching port 402 with 5th communication port 306 and the 4th communication port 305 are non-conduction, and the water in third water inlet 101-3 cannot be by the 4th communication port 305 Outflow.

In order to which external water route is convenient, the place the second water inlet 101-2 is dismountable to be provided with the first water inlet pipe 600, first into Intake tunnel in water pipe 600 is connected to the second water inlet 101-2；Second is removably provided at third water inlet 101-3 Water inlet pipe 700, the intake tunnel in the second water inlet pipe 700 are connected to third water inlet 101-3.By the way that the first water inlet pipe is arranged 600 and second water inlet pipe 700 more convenient water pipe can be arranged in the water route control assembly.First water inlet pipe, 600 He It is also provided with connector on second water inlet pipe 700, more efficiently carries out water receiving arrangement.In addition, different in order to be suitable for Application scenarios, other end is additionally provided with the first plug 601 on first water inlet pipe 600, when needing the other end to be discharged, by this First plug 601 disassembles；Other end is additionally provided with the second plug 701 on second water inlet pipe 700, another when needing When one end is discharged, which is disassembled.

As shown in the above, there is three Lu Jinshui, two-way water outlet, by being correspondingly arranged the first tile 300 in this programme Mouth is corresponded to on the second tile 400, it will be able to be realized corresponding water route switching, and is only to switch in the present invention by setting Mouth and communication port have structure simple compared with core assembly in the prior art, and cooperate relatively reliable advantage.

In order to further ensure the sealing performance in the water route between the first tile 300 and shell 100, the first tile 300 with The first sealing ring 500 is provided between shell 100.

Further, the first sealing ring 500 includes:

Surround the outer of the external margin of the first communication port 301, the external margin of the second communication port 302 and interface channel 303 First sealing 501 at portion edge；

Surround the second sealing 502 of the external margin of third connecting mouth 304；

Surround the third sealing 503 of the external margin of the 4th communication port 305；And

Surround the 4th sealing 504 of the external margin of the 5th communication port 306.

Above-mentioned first sealing 501, the second sealing 502, third sealing 503 and the 4th sealing 504 are split type Structure or monolithic construction.Preferably, using monolithic construction, ease of assembly.

Bayonet is provided on second tile 400, the part that rotating handle 200 is located inside shell 100 is provided with and can block Connect the claw at bayonet.Certain rotating handle 200 and the fixed form of the second tile 400 can also be other, for example, by using As long as screw connection, transition connection etc. type of attachment can be realized rotating handle 200 and communicates rotational motion to the second tile 400 structure type is within the scope of the invention.

Card slot or protrusion are provided on first tile 300, corresponding shell 100 installs the corresponding position of the first tile 300 Set the card slot for being provided with the protrusion matched with card slot or matching with protrusion；Or first tile 300 it is solid by screw It is scheduled on shell 100, as long as can be realized structure that the first tile 300 of limitation is rotated relative to a shell 100 in invention In protection scope.

Above-mentioned shell 100 is split type structure, in order to be suitable for different application scenarios, is additionally provided on the shell 100 Reversing tube 103, can be with the first water inlet 101-1, the second water inlet 101-2, third water inlet 101- by the reversing tube 103 3, one in the first water outlet 102-1 and the second water outlet 102-2 is connected, and changes water discharging direction or the direction that intakes to reach Purpose.

In the description of the present application, it should be noted that term " center ", "upper", "lower", "left", "right", "vertical", The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" be based on the orientation or positional relationship shown in the drawings, merely to Convenient for describe the application and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation, It is constructed and operated in a specific orientation, therefore should not be understood as the limitation to the application.In addition, term " first ", " second ", " third " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.

Unless otherwise clearly defined and limited, term " installation ", " connected ", " connection " shall be understood in a broad sense, for example, can To be to be fixedly connected, may be a detachable connection, or be integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can To be to be connected directly, the connection inside two elements can also be can be indirectly connected through an intermediary.For this field For those of ordinary skill, the concrete meaning of above-mentioned term in this application can be understood with concrete condition.

The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one The widest scope of cause.