CN202212281U - Nozzle, water spray device, water shape control system, and intelligent toilet seat - Google Patents
Nozzle, water spray device, water shape control system, and intelligent toilet seat Download PDFInfo
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- CN202212281U CN202212281U CN2011202299804U CN201120229980U CN202212281U CN 202212281 U CN202212281 U CN 202212281U CN 2011202299804 U CN2011202299804 U CN 2011202299804U CN 201120229980 U CN201120229980 U CN 201120229980U CN 202212281 U CN202212281 U CN 202212281U
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Abstract
The utility model discloses a nozzle, a water spray device, a water shape control system, and an intelligent toilet seat. A nozzle core of the nozzle comprises a flat-shaped water outlet hole disposed in an end surface of the nozzle core. A main water channel corresponding to the flat-shaped water outlet hole disposed in the end surface is arranged along a length direction of a connection end. The diameter of the cross section of the main water channel is smaller than the length of the cross section of the water outlet hole. An outer surface of the housing is respectively connected with the main water channel of the connection end, a first water inlet pipe and a second water inlet pipe, besides, the first water inlet pipe and the second water inlet pipe are communicated with the water outlet hole. In the utility model, when cleaning water enters the main water channel from the first water inlet pipe, the water can be sprayed out from the water outlet hole; cleaning water enters the main water channel from the second water inlet pipe can form an impact on the cleaning water from the first water inlet pipe in the water outlet pipe; thereby under the combined action of the impact and the flat-shaped water outlet hole, the cleaning water in the main water channel can form a sector-shaped water shape when being sprayed out from the water outlet pipe.
Description
Technical field
The utility model relates to the adjustable technical field of water type, relates in particular to a kind of nozzle, water injector, water type control system and intelligent water toilet pan.
Background technology
Water injector obtains popularizing rapidly because of available flushing water cleaning body local.In recent years, not only require water injector can spray flushing water, and seek the water spray shape variation of water injector.
Variation for the water spray shape that realizes water injector; In the prior art; Can assemble flow element having on the nozzle of hole for water spraying, through this flow element, with the relative nozzle of water spraying direction of flushing water; Switch at fore-and-aft direction or left and right directions, thereby reach the requirement of water spray shape variation.In addition, water spraying direction has enlarged sprinkling zone through the switching of flow element.
But there is following problem in the water injector of existing water spray change in shape: when realizing that through flow element the water type changes, owing to its constructional reason of flow element, water spraying direction is only limited in nozzle fore-and-aft direction or the left and right directions.Therefore, the sprinkling zone of water injector only limits in fore-and-aft direction or the expansion of left and right directions straight line, and water type effect is undesirable.
The utility model content
The utility model provides a kind of nozzle, water injector, water type control system and intelligent water toilet pan, in order to provide a kind of water type nozzle, water injector and intelligent water toilet pan satisfactory for result.
The utility model provides a kind of nozzle, and said nozzle comprises: housing and the mouth core that is positioned at housing.
Said mouth core comprises: end face and link wherein, have apopore on the said end face; This apopore is a flat; The top of link is connected with the lower surface of said end face, and this link is positioned at the inside of said housing, along the length direction of link; Position corresponding with the apopore of end face has main flow channel, and the diameter of this main flow channel cross section is less than the length of said apopore cross section.
Said housing comprises: shell be connected in first water inlet pipe and second water inlet pipe of outer surface of outer cover, wherein, said first water inlet pipe and second water inlet pipe respectively with said link in main flow channel and apopore be communicated with.
Preferably, the cross section of said end face is a rectangle, and said link is a cylinder, and said shell is box-like.
Said mouth core also comprises: be positioned at the said link outside, along second groove of this link circumferencial direction, and be communicated with second water stream channel of said second groove and said apopore.
Preferably, the degree of depth of said second groove is less than the radius of said link, and the height of said second groove on said link cooperates with the height of said second water inlet pipe.
The axis of said second water stream channel and said second groove has certain included angle, and the height of said second water stream channel and said apopore tie point is higher than the height of said second water stream channel and the second groove tie point.
Said mouth core also comprises: be positioned at the said link outside, along first groove of this link circumferencial direction, and be communicated with first water stream channel of said first groove and said main flow channel.
The degree of depth of said first groove is less than the radius of said link, and the height of said first groove on said link cooperates with the height of said first water inlet pipe.
The axis of said first water stream channel and said first groove has certain included angle, and the height of said first water stream channel and the said first groove tie point, is higher than the height of said first water stream channel and said main flow channel tie point.
Wherein, the degree of depth of said first groove is greater than the degree of depth of said second groove.
Preferably, said nozzle also comprises: the sealing ring that is connected the said link outside.
The utility model provides a kind of water injector that comprises said nozzle, and said water injector also comprises: jet pipe, said nozzle is positioned at said jet pipe.
Have the hole that cooperates with the end face of said nozzle on the said jet pipe, said nozzle is installed in the said jet pipe through said hole.
The utility model provides a kind of water type control system that comprises above-mentioned water injector, and said water type control system also comprises: controller, connect first tube connector and second tube connector of second water inlet pipe that is connected this water injector of first water inlet pipe of this water injector.
Said controller; Receive water type control signal,, distribute the ratio of the rinse water that gets into first tube connector and second tube connector according to said water type control signal; According to the ratio of the rinse water of distributing, respectively to the rinse water of first tube connector and second tube connector input corresponding proportion.
Said first tube connector and second tube connector are input to the rinse water that receives respectively in first water inlet pipe and second water inlet pipe.
Said water injector is after said first water inlet pipe and second water inlet pipe feeding rinse water, and output has the rinse water of water type.
Preferably, said water type control system also comprises: water dispenser.
The ratio of the rinse water that enters into first tube connector and second tube connector that said controller will distribute sends to water dispenser.
Said water dispenser according to the said ratio that receives, distributes the rinse water of corresponding proportion to be input in first tube connector and second tube connector.
The utility model provides a kind of intelligent water toilet pan, the above-mentioned water type control of said intelligent water toilet pan system.
The utility model provides a kind of nozzle, water injector, water type control system and intelligent water toilet pan; This nozzle comprises housing and the mouth core that is arranged in housing, and this mouth core comprises end face and link, on this end face, comprises the flat apopore; This link is connected the lower surface of end face; Along the length direction of link, have main flow channel in the position corresponding with the apopore of end face, the diameter of this main flow channel cross section is less than the length of said apopore cross section; On the outer surface of housing, be connected with first water inlet pipe and second water inlet pipe, and first water inlet pipe and second water inlet pipe respectively with said link in main flow channel and apopore be communicated with.Because in the utility model; After rinse water gets into main flow channel from first water inlet pipe; Can spray from apopore, but, in apopore, form and impact from the rinse water of rinse water that second water inlet pipe gets into to getting into from first water inlet pipe; Therefore the rinse water in the main flow channel makes the rinse water that ejects from apopore have the water type of sector under the flat structure acting in conjunction of this impact and apopore.
Description of drawings
Fig. 1 is the structural representation of water injector in the utility model;
This structure of nozzle sketch map that Fig. 2 provides for the utility model;
Fig. 3 is the explosive view of this nozzle among Fig. 2;
Fig. 4 is the view of this nozzle on first direction among Fig. 3;
Fig. 5 is the cutaway view of this nozzle on the A-A direction among Fig. 4;
Fig. 6 is the cutaway view of this nozzle on the B-B direction among Fig. 4;
Fig. 7 is the view of this nozzle on second direction among Fig. 2;
Fig. 8 is the cutaway view of this nozzle on the C-C direction among Fig. 7;
Fig. 9 is the cutaway view of this nozzle on the D-D direction among Fig. 7;
This water type that Figure 10 provides for the utility model is controlled the structural representation of system.
The specific embodiment
The utility model has the comparatively ideal water type of effect in order to improve the water type effect of spray nozzle device when making the water injector water spray, and a kind of nozzle, water injector, water type control system and intelligent water toilet pan are provided.
Below in conjunction with Figure of description, the utility model is elaborated.
The structural representation of this water injector that Fig. 1 provides for the utility model, this water injector comprises: jet pipe 1 and the nozzle 2 that is positioned at this jet pipe 1.Wherein, this nozzle 2 is positioned at an end of this jet pipe 1.And this nozzle can separate with jet pipe, when this nozzle breaks down, can change this nozzle.
The cross section of this jet pipe 1 is a platypelloid type in Fig. 1; And have certain radian, the cross section of this jet pipe also can be other shapes certainly, for example is circular; Or it is oval; Or square or the like can, and this jet pipe also can be a straight tube, as long as can with the nozzle structure that this nozzle is arranged in this jet pipe.
This nozzle 1 comprises mouth core and housing, and is as shown in Figure 1 in order to realize being connected of nozzle and jet pipe, on this jet pipe, has the hole that cooperates with the mouth core of this nozzle, and the mouth core of this nozzle is installed in this jet pipe through this hole.
This structure of nozzle sketch map that Fig. 2 provides for the utility model, this nozzle comprise housing 21 and the mouth core 22 that is positioned at enclosure interior.
For the nozzle in the utility model is elaborated, the explosive view of the nozzle of this from Fig. 2 describes with this nozzle view in different directions respectively.Fig. 3 is the explosive view of this nozzle among Fig. 2, knows according to shown in Figure 3, and this mouth core 22 comprises: end face 223 and link 222, and wherein, the cross section of said end face 223 is a rectangle, has apopore 221 on the said end face 223, this apopore 221 is a flat; Cross section at this end face 223 shown in this Fig. 2 is a rectangle; Certainly the cross section of this end face 223 also can be other shapes; For example be circular; Ellipse waits its shape, has just provided a kind of implementation of these end face 223 cross sections in the utility model here, should be as a kind of qualification to end face shape of cross section in the utility model.
Said link 222 is a cylinder; The top of this link 222 is connected with the lower surface of said end face 223; And this link 222 is positioned at the inside of said housing 21; Along 222 length directions of link, have main flow channel 225 (not shown among Fig. 2) in the position corresponding with the apopore of end face 223, the diameter of these main flow channel 225 cross sections is less than the length of said apopore 221 cross sections; Really, in other embodiments, this link 222 can be square, and other shapes such as cuboid have just provided a kind of implementation of this link in the utility model here, should be as a kind of qualification to link shape in the utility model.
Said housing comprises: shell 213 and first water inlet pipe 211 and second water inlet pipe 212 that are connected in shell 213 outer surfaces, and wherein, said shell 213 is box-like; Really; In other embodiments; This shell 213 also can be other shapes, is the sphere of hollow for example, or has the irregularly shaped etc. of opening; Here also just provided a kind of concrete implementation of this shell 213 in the utility model, should be as a kind of qualification to these shell 213 shapes in the utility model.
And said first water inlet pipe 211 and second water inlet pipe 212 respectively with said link 222 in main flow channel 225 (not shown among Fig. 2) and apopore 221 be communicated with.
In addition, but at the utility model for the sealing after guaranteeing mouth core housing and connecting, this nozzle also comprises sealing ring 23, sealing circle 23 is connected the outside of mouth core link 222.When the mouth core of this nozzle is connected with housing, the link 222 of mouth core is placed in the space 214 that shell 213 constitutes, and with the end face 223 of this mouth core lid as this shell 213.And the arranged outside at the link of this mouth core has sealing ring.The end face of this mouth core can be used as the lid of housing, but end face and shell do not seal, and the sealing between mouth core and the housing realizes through the sealing ring that is arranged on the link outside.
For the sealing after guaranteeing the mouth core and housing being connected, the sealing ring that is connected the link outside can be for a plurality of in the utility model, and the sealing circle can adopt elastomeric material to make, and for example adopt rubber to make.In addition; In order effectively to guarantee the sealing of sealing ring; The outside of this link 222 can be provided with the sealing ring holddown groove in the utility model, and is as shown in Figure 3, and sealing ring is connected in the sealing circle holddown groove; And the roughness of the sealing ring holddown groove in the link outside can guarantee the cooperation in sealing ring and the link outside than higher.
Fig. 4 is the view of this nozzle on first direction among Fig. 2; Shell 213 bottoms of this housing have the hole that cooperates with the link 222 of mouth core 22 in Fig. 4; And have the hole that cooperates with the end face of mouth core 22 on the top of this shell 213, the end face of this mouth core 22 and link 222 can enter into housing through the perforate of shell 213 tops and bottom.
In this Fig. 4, be connected with first water inlet pipe 211 and second water inlet pipe 212 on the outer surface of the same side of this shell 213, wherein on the same side of this shell 213, the height of this second water inlet pipe 212 is higher than the height of first water inlet pipe 211.
To A-A direction and B-B direction among Fig. 4, the cutaway view of this nozzle in all directions is provided respectively below.Fig. 5 be among Fig. 4 this nozzle at the cutaway view of A-A direction; Promptly along the cutaway view of the water inlet direction of second water inlet pipe; According to shown in Figure 5, in the outside of the link 222 of nozzle, with the equal-height position of this second water inlet pipe 212; Along having second groove 224 on the circumferencial direction of this link 222, and this second groove 224 is communicated with this second water inlet pipe 212.The degree of depth of this second groove 224 is less than the radius of link 222.
Concrete this second water inlet pipe 212 in Fig. 5 and the position that said second groove 224 is communicated with are positioned on the tangential direction of said second groove 224.Really; In other embodiments; This second water inlet pipe 212 also can be connected other positions of this second groove 224; The position of the center line of this second water inlet pipe and the axes intersect of this second groove after for example connecting, perhaps the axis of the center line of this second water inlet pipe and this second groove is other angle angles and all is fine after the connection.Here just provided a kind of concrete implementation of this second water inlet pipe and the second groove link position in the utility model, should be as a kind of qualification to this link position in the utility model.
Fig. 6 is the cutaway view of this nozzle on the B-B direction among Fig. 4, knows according to shown in Figure 6, and this apopore 221 is in the cutaway view of B-B direction, and this main flow channel 225 is communicated with apopore 221, and is positioned at the bottom of apopore 221.
Shown in Figure 6 according to this, this second groove 224 is connected with second water stream channel 227, and these second current 227 are communicated with apopore 221; Said second water stream channel 227 has certain included angle with the axis of said second groove 224, and the height of said second water stream channel 227 and said apopore 221 tie points is higher than the height of said second water stream channel 227 and second groove, 224 tie points.
In the position corresponding with the height of first water inlet pipe, the outside of this link, along having first groove 226 on the circumferencial direction of this link, according to shown in Figure 6, the degree of depth of this first groove 226 is greater than the degree of depth of second groove 224.When the link of mouth core places the shell of housing; First groove 226 constitutes first annular water chamber with the enclosure space of the inboard of shell; Same second groove 224 constitutes second annular water chamber with the enclosure space of the inboard of shell, and the cavity of this first annular water chamber is big than the cavity of this second annular water chamber.In addition, according to this shown in Figure 6 know be connected with 3 sealing rings 23 in order to guarantee the sealing between mouth core and the housing in the outside of link, lay respectively at the differing heights place in this link outside.
Fig. 7 be among Fig. 2 this nozzle at the view of second direction, the side of vertical and this shell 213 of this second water inlet pipe 212.
Fig. 8 be among Fig. 7 this nozzle at the cutaway view of C-C direction; Promptly, know according to shown in Figure 8, in the outside of this nozzle link 222 along the cutaway view of the water inlet direction of this first water inlet pipe; Equal-height position with this first water inlet pipe 211; Along having first groove 226 on the circumferencial direction of this link 222, this first groove 226 is communicated with first water inlet pipe 211, and the degree of depth of this first groove 226 is less than the radius of link 222.
Concrete in this Fig. 8, in the position that this first water inlet pipe 211 is communicated with said first groove 226, in the embodiment of Fig. 8, the center line of this first water inlet pipe 211 is positioned on the axis direction of this first groove 226.Certainly, in other embodiments, the center line of this first water inlet pipe 211 also can not be positioned on the axis direction of this first groove 226 after the connection.Here just provided a kind of concrete implementation of this first water inlet pipe and the first groove link position in the utility model, should be as a kind of qualification to this link position in the utility model.
Fig. 9 be among Fig. 7 this nozzle at the cutaway view of D-D direction; Know according to shown in Figure 9; This apopore 221 is in the cutaway view of D-D direction; The width of this apopore 221 is greater than the width of connected main flow channel 225 in D-D direction cutaway view, and main flow channel 225 is connected the bottom of apopore 221.According to Fig. 6 with shown in Figure 9ly know that this apopore 221 is a flat, be the inwall of flat in this mouth in-core portion.
This first groove 226 is connected with first water stream channel 228; This first water stream channel 228 is connected with main flow channel 225; This first water stream channel 228 has certain included angle with the axis of said first groove 226; And the height of said first water stream channel 228 and said first groove, 226 tie points; The height that is higher than said first water stream channel 228 and said main flow channel 225 tie points, the tie point of concrete this first water stream channel 228 and this main flow channel 225 is positioned at the bottom of main flow channel 225.In addition, according to this shown in Figure 9 know be connected with 3 sealing rings 23 in order to guarantee the sealing between mouth core and the housing in the outside of link, lay respectively at the differing heights place in this link outside.
In the utility model; Because first groove is communicated with first water inlet pipe; After this mouth core and housing assembling, the enclosure space of the inboard of shell constitutes first annular water chamber in first groove and the housing, and this first groove is communicated with main flow channel through first water stream channel.Therefore after the rinse water in first water inlet pipe enters into first annular water chamber, enter into main flow channel through first water stream channel, because the main flow channel top connects apopore, the rinse water that therefore enters into main flow channel ejects through apopore.
Same, second groove is communicated with second water inlet pipe, and after this mouth core and the housing assembling, the enclosure space of the inboard of shell constitutes second annular water chamber in second groove and the housing, and this second groove is communicated with apopore through second water stream channel.Therefore, after the rinse water in second water inlet pipe enters into second annular water chamber, enter into apopore through second water stream channel.
Because second water stream channel gets into the rinse water in the apopore; First water stream channel is entered into the rinse water of main flow channel; In apopore, form to impact, so the rinse water in the main flow channel, under the effect of the flat inner wall of the impact of the rinse water of second water stream channel and apopore; Eject from apopore, have the rinse water of sector thereby form.
In addition, after the rinse water of sector arrives human body, can provide more comfortable cleaning to experience.Enter into the water yield of the rinse water of first water inlet pipe and second water inlet pipe through adjusting, promptly regulate the water yield of the rinse water that enters into first tube connector and second tube connector, can realize the water type of the rinse water that ejects is regulated.
Concrete, after most rinse water enters into first tube connector, can make the rinse water that ejects more concentrated, for providing more concentrated fierce flushing, the user experiences.Increase the water yield of the rinse water of the entering in second tube connector gradually.When the rinse water water yield that enters into second tube connector increase to a certain amount of after, can make the rinse water that ejects have bigger fan-shaped water type, bring on a large scale and soft flushing is experienced to the user.This size that gets into the rinse water water yield of second tube connector can be adjusted according to practical structures and demand.
For the ease of the water yield that gets into the rinse water in first tube connector and second tube connector is controlled; At the utility model a kind of water type control system based on above-mentioned water injector is provided, this water type that Figure 10 provides for the utility model is controlled the structural representation of system.This water type control system comprises: first tube connector 102 of first water inlet pipe of controller 101, connection water injector 104 and second tube connector 103 of second water inlet pipe that is connected water injector 104;
Said controller 101; Receive water type control signal; According to said water type control signal; The water yield value of distributing the rinse water get into first tube connector 102 and second tube connector 103 respectively according to the water yield value of the rinse water of distributing, is imported the rinse water of corresponding water amount respectively to first tube connector 102 and second tube connector 103;
Said first tube connector 102 and second tube connector 103 are input to the rinse water that receives respectively in first water inlet pipe and second water inlet pipe of this water injector;
Said water injector 104 is after said first water inlet pipe and second water inlet pipe feeding rinse water, and output has the rinse water of sector.
Said water type is controlled system and is also comprised: water dispenser 105;
The ratio of the rinse water that enters into first tube connector and second tube connector that said controller 101 will distribute sends to water dispenser 105;
Said water dispenser 105 according to the said water yield value that receives, distributes the rinse water of corresponding water amount to be input in first tube connector and second tube connector.
Wherein, in the control signal that the utility model middle controller receives, can be the control signal that remote controller sends, the control signal of also can control panel sending.After controller receives control signal; Distribute the water yield value that gets into rinse water in first tube connector and second tube connector respectively according to this control signal; This water yield value of distributing is sent to water dispenser; Water dispenser distributes the rinse water of corresponding water amount to get into first tube connector and second tube connector according to this water yield value, and rinse water enters into first water inlet pipe and second water inlet pipe through first tube connector and second tube connector.
Since in the utility model when need concentrating fierce flushing experience; The water yield of rinse water that enters into first tube connector is bigger; The water yield of rinse water that enters into second tube connector is less; The rinse water that promptly enters into first tube connector this moment is more, and the rinse water that enters into second tube connector is less; And when needing soft flushing to experience, can suitable increase enter into the water yield of the rinse water of second tube connector on a large scale, but on the whole still most rinse water get into first tube connector, the rinse water of fraction gets into second tube connector.
Therefore; Can know according to foregoing description; Experience and soft on a large scale flushing experience according to the flushing of above-mentioned concentrated fierceness; To entering into the water yield requirement of first tube connector and the second tube connector rinse water respectively, different gears can be set, the water yield value that enters into first tube connector and the second tube connector rinse water that each gear is corresponding different.Receive the control signal of the corresponding gear of selection when controller after; Water yield value according to the rinse water of entering first tube connector of preserving to this gear and second tube connector; This water yield value is sent to water dispenser, and water dispenser distributes the rinse water of corresponding water amount to get into first tube connector and second tube connector.
Perhaps; In the utility model, also can realize control through the mode of stepless speed regulation to flushing experience; Concrete can being provided with concentrated in the fierce flushing experience; The rinse water that feeds enters into first group of water yield value of first tube connector and second tube connector respectively, and in the soft on a large scale flushing experience, the rinse water of feeding enters into second group of water yield value of first tube connector and second tube connector respectively.The user can select any one group of water yield value between this first group of water yield value and second group of water yield size; After controller receives this group water yield value; Should organize water yield value and send to water dispenser, and distribute the rinse water of corresponding water amount to get into first tube connector and second tube connector through water dispenser.
Preferably, this water type control system can be arranged in intelligent water toilet pan in the utility model.
The utility model provides a kind of nozzle, water injector, water type control system and intelligent water toilet pan; This nozzle comprises housing and the mouth core that is arranged in housing, and this mouth core comprises end face and link, on this end face, comprises the flat apopore; This link is connected the lower surface of end face; Along the length direction of link, have main flow channel in the position corresponding with the apopore of end face, the diameter of this main flow channel cross section is less than the length of said apopore cross section; On the outer surface of housing, be connected with first water inlet pipe and second water inlet pipe, and first water inlet pipe and second water inlet pipe respectively with said link in main flow channel and apopore be communicated with.Because in the utility model; After rinse water gets into main flow channel from first water inlet pipe; Can spray from apopore, but, in apopore, form and impact from the rinse water of rinse water that second water inlet pipe gets into to getting into from first water inlet pipe; Therefore the rinse water in the main flow channel makes the rinse water that ejects from apopore have the water type of sector under the flat structure acting in conjunction of this impact and apopore.
Obviously, those skilled in the art can carry out various changes and modification to the utility model and not break away from the spirit and the scope of the utility model.Like this, belong within the scope of the utility model claim and equivalent technologies thereof if these of the utility model are revised with modification, then the utility model also is intended to comprise these changes and modification interior.
Claims (10)
1. a nozzle is characterized in that, said nozzle comprises: housing and the mouth core that is positioned at housing;
Said mouth core comprises: end face and link wherein, have apopore on the said end face; This apopore is a flat; The top of link is connected with the lower surface of said end face, and this link is positioned at the inside of said housing, along the length direction of link; Position corresponding with the apopore of end face has main flow channel, and the diameter of this main flow channel cross section is less than the length of said apopore cross section;
Said housing comprises: shell be connected in first water inlet pipe and second water inlet pipe of outer surface of outer cover, wherein, said first water inlet pipe and second water inlet pipe respectively with said link in main flow channel and apopore be communicated with.
2. nozzle as claimed in claim 1 is characterized in that, the cross section of said end face is a rectangle, and said link is a cylinder, and said shell is box-like.
3. nozzle as claimed in claim 1 is characterized in that, said mouth core also comprises: be positioned at the said link outside, along second groove of this link circumferencial direction, and be communicated with second water stream channel of said second groove and said apopore;
The degree of depth of said second groove is less than the radius of said link, and the height of said second groove on said link cooperates with the height of said second water inlet pipe;
The axis of said second water stream channel and said second groove has angle, and the height of said second water stream channel and said apopore tie point is higher than the height of said second water stream channel and the second groove tie point.
4. like claim 1 or 3 described nozzles, it is characterized in that said mouth core also comprises: be positioned at the said link outside, along first groove of this link circumferencial direction, and be communicated with first water stream channel of said first groove and said main flow channel;
The degree of depth of said first groove is less than the radius of said link, and the height of said first groove on said link cooperates with the height of said first water inlet pipe;
The axis of said first water stream channel and said first groove has angle, and the height of said first water stream channel and the said first groove tie point, is higher than the height of said first water stream channel and said main flow channel tie point.
5. nozzle as claimed in claim 4 is characterized in that the degree of depth of wherein said first groove is greater than the degree of depth of said second groove.
6. nozzle as claimed in claim 1 is characterized in that, said nozzle also comprises: the sealing ring that is connected the said link outside.
7. a water injector that comprises the arbitrary said nozzle of claim 1～6 is characterized in that, said water injector also comprises: jet pipe, and said nozzle is positioned at said jet pipe;
Have the hole that cooperates with the end face of said nozzle on the said jet pipe, said nozzle is installed in the said jet pipe through said hole.
8. a water type that comprises the described water injector of claim 7 is controlled system; It is characterized in that said water type control system also comprises: controller, connect first tube connector and second tube connector of second water inlet pipe that is connected this water injector of first water inlet pipe of this water injector;
Said controller; Receive water type control signal,, distribute the ratio of the rinse water that gets into first tube connector and second tube connector according to said water type control signal; According to the ratio of the rinse water of distributing, respectively to the rinse water of first tube connector and second tube connector input corresponding proportion;
Said first tube connector and second tube connector are input to the rinse water that receives respectively in first water inlet pipe and second water inlet pipe;
Said water injector is after said first water inlet pipe and second water inlet pipe feeding rinse water, and output has the rinse water of water type.
9. water type as claimed in claim 8 is controlled system, it is characterized in that, said water type is controlled system and also comprised: water dispenser;
The ratio of the rinse water that enters into first tube connector and second tube connector that said controller will distribute sends to water dispenser;
Said water dispenser according to the said ratio that receives, distributes the rinse water of corresponding proportion to be input in first tube connector and second tube connector.
10. an intelligent water toilet pan is characterized in that, said intelligent water toilet pan comprises the arbitrary described water type control of claim 8～9 system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202299804U CN202212281U (en) | 2011-06-30 | 2011-06-30 | Nozzle, water spray device, water shape control system, and intelligent toilet seat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202299804U CN202212281U (en) | 2011-06-30 | 2011-06-30 | Nozzle, water spray device, water shape control system, and intelligent toilet seat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202212281U true CN202212281U (en) | 2012-05-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202299804U Expired - Lifetime CN202212281U (en) | 2011-06-30 | 2011-06-30 | Nozzle, water spray device, water shape control system, and intelligent toilet seat |
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| CN (1) | CN202212281U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108951793A (en) * | 2018-07-27 | 2018-12-07 | 上海科勒电子科技有限公司 | Nozzle assembly |
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2011
- 2011-06-30 CN CN2011202299804U patent/CN202212281U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108951793A (en) * | 2018-07-27 | 2018-12-07 | 上海科勒电子科技有限公司 | Nozzle assembly |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120509 |