CN209122116U - Sparge pipe and cleaning equipment - Google Patents
Sparge pipe and cleaning equipment Download PDFInfo
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- CN209122116U CN209122116U CN201821682041.3U CN201821682041U CN209122116U CN 209122116 U CN209122116 U CN 209122116U CN 201821682041 U CN201821682041 U CN 201821682041U CN 209122116 U CN209122116 U CN 209122116U
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- sparge pipe
- hole
- water
- watering trough
- water spraying
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Abstract
The utility model discloses a kind of sparge pipe and cleaning equipment, wherein the sparge pipe includes: tube body, and the tube body has water inlet end, offers hole for water spraying on its tube wall；The position that the hole for water spraying is corresponded on the sparge pipe is formed with watering trough, and the hole for water spraying is connected to the watering trough, and the aperture of the hole for water spraying is greater than the groove width of the watering trough.Technical solutions of the utility model effectively improve the cleaning efficiency of sparge pipe.
Description
Technical field
The utility model relates to dish-washing machine technical field, in particular to a kind of sparge pipe and cleaning equipment.
Background technique
With the raising of people's level, dish-washing machine has obtained universal use.However, traditional gushing arm of dish-washing machine is from spray
What mouth sprayed is thin water column, and the region between nozzle and nozzle does not have water flow covering, so that gushing arm in use, exists perhaps
Cause the cleaning effect of dish-washing machine bad so that the cleaning efficiency of gushing arm is low in more cleaning blind areas.
Utility model content
The main purpose of the utility model is to provide a kind of sparge pipe, it is intended to improve the cleaning efficiency of sparge pipe.
To achieve the above object, the utility model proposes sparge pipe, comprising:
Tube body, the tube body have water inlet end, offer hole for water spraying on its tube wall；
The position that the hole for water spraying is corresponded on the sparge pipe is formed with watering trough, and the hole for water spraying and the watering trough connect
Logical, the aperture of the hole for water spraying is greater than the groove width of the watering trough.
Optionally, the ratio between the groove width l of the watering trough and the aperture Φ of the hole for water spraying is 0.18~0.25.
Optionally, the ratio between the flute length L of the watering trough and the aperture Φ of the hole for water spraying is more than or equal to 2.5
~3.5.
Optionally, one in V-shaped, trapezoidal and rectangle is arranged in the shape of the cross section of the watering trough, wherein trapezoidal
Long bottom edge close to notch.
Optionally, the quantity of the hole for water spraying and watering trough is multiple and be correspondingly arranged, multiple watering troughs it is transversal
One or more in V-shaped, trapezoidal and rectangle is arranged in the shape in face.
Optionally, the cross section setting of the watering trough in the middle part of the sparge pipe is in rectangle or trapezoidal, the sparge pipe two
Trapezoidal or V-arrangement is arranged in the cross section of the watering trough at end；Alternatively,
Watering trough cross section close to the sparge pipe water inlet end is V-shaped, the watering trough cross section in the middle part of the sparge pipe
Trapezoidal, the watering trough cross section far from the sparge pipe water inlet end is in rectangle.
Optionally, the hole for water spraying includes inlet segment and changeover portion from inlet segment to the watering trough that extend from, the mistake
It crosses section and cuts the water spray trench bottom to the extension of the notch of watering trough.
Optionally, the aperture d at the top of the changeover portion is less than the aperture D of the inlet segment.
Optionally, cell wall arc-shaped transition of the inner wall of the changeover portion from the inlet segment to the watering trough.
It optionally, is k with the groove width of the watering trough intersection at the top of the changeover portion, aperture d is greater than or equal to the 2 of k
Times.
Optionally, the angle between the trough wall surface of the watering trough and notch place plane is β, and β is 15~25 °.
Optionally, the watering trough is opened in the lateral wall of the tube body.
Optionally, the sparge pipe further includes convex block, and the convex block corresponds to the hole for water spraying and is set to the outer of the tube body
Side wall, the watering trough are opened on the convex block.
Optionally, the quantity of the watering trough is multiple, and multiple watering troughs are arranged along the length direction of the tube body
It is S-shaped.
Optionally, it is h that the first watering trough, which sprays the height of water,1, central angle corresponding to fan-shaped spraying zone is α1, with
The height that the second adjacent watering trough of first watering trough sprays water is h2, central angle corresponding to fan-shaped spraying zone is α2,
The distance between adjacent first hole for water spraying and the second hole for water spraying are greater than 0, and are less than or equal to:
h1tan(α1/2)+h2tan(α2/2)。
Optionally, directly distance is 20mm~30mm for the first hole for water spraying and the second hole for water spraying；And/or each spray
Water spray hole number on water pipe is 8~10.
Optionally, if circulation total Water is M, the flow velocity of water is V in hole for water spraying, and hole for water spraying sum is N, hole for water spraying it is transversal
Area is S, then:
M*V≥N*S/2。
The utility model is it is further proposed that a kind of cleaning equipment, including the liner perhaps sink liner or washing
Slot has washing cavities；
Sparge pipe, sparge pipe include:
Tube body, the tube body have water inlet end, offer hole for water spraying on its tube wall；
The position that the hole for water spraying is corresponded on the sparge pipe is formed with watering trough, and the hole for water spraying and the watering trough connect
Logical, the aperture of the hole for water spraying is greater than the groove width of the watering trough.
In technical solutions of the utility model, by the setting of hole for water spraying and watering trough, in the presence of hydraulic pressure, water flow is in water
Enter tube body under the action of pressure, and flowed in tube body, when by hole for water spraying, enters hole for water spraying in the presence of hydraulic pressure, and
It is entered in watering trough after hole for water spraying；In the process, water flow first passes through larger-size hole for water spraying, using broad-ruler
Very little lesser watering trough, and extend in the flute length direction of watering trough and spray, in this way, forming class after spraying water flow self-spray sink
Like fan-shaped waterwall, planar cleaning is formed with the rotation of jet pipe, compared to existing linear cleaning area, is significantly improved
The cleaning effect of sparge pipe.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.
Fig. 1 is the structural schematic diagram of one embodiment of the utility model jetter；
Fig. 2 is the structural schematic diagram of another embodiment of the utility model jetter；
Fig. 3 is the structural schematic diagram of one embodiment of spray pipe of the utility model jetter；
Fig. 4 is the structural schematic diagram for being in charge of body in the middle part of Fig. 3；
Fig. 5 is the schematic diagram of internal structure of sparge pipe cross section；
Fig. 6 is the schematic diagram of internal structure of sparge pipe longitudinal cross-section；
Fig. 7 is the schematic shapes of watering trough cross section；
Fig. 8 is the structural schematic diagram of another embodiment of spray pipe of the utility model jetter；
Fig. 9 is the working state schematic representation inside Fig. 8；
Figure 10 is the partial enlarged view in Fig. 9 at A；
Figure 11 is the structural schematic diagram of part sparge pipe；
Figure 12 is the partial enlarged view in Figure 11 at B；
Figure 13 is the schematic diagram of internal structure of another embodiment of sparge pipe.
Drawing reference numeral explanation:
| Label | Title | Label | Title |
| 100 | Transmission mechanism | 110 | Driving gear |
| 120 | Driven gear | 200 | Driving mechanism |
| 300 | Sparge pipe | 310 | Tube body |
| 311 | Water inlet end | 312 | Drive end |
| 320 | Watering trough | 330 | Hole for water spraying |
| 331 | Inlet segment | 332 | Changeover portion |
| 340 | Convex block |
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, fall within the protection scope of the utility model.
It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment
It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as
When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.
In addition, the description for being related to " first ", " second " etc. in the present invention is used for description purposes only, and cannot understand
For its relative importance of indication or suggestion or implicitly indicate the quantity of indicated technical characteristic.Define as a result, " first ",
The feature of " second " can explicitly or implicitly include at least one of the features.Meanwhile the "and/or" that occurs in full text contains
Justice is, including three schemes, by taking " A and/or B " as an example, including the scheme that A scheme or B scheme or A and B meet simultaneously.Separately
Outside, the technical solution between each embodiment can be combined with each other, can be real with those of ordinary skill in the art but must be
Based on existing, the combination of this technical solution will be understood that not when conflicting or cannot achieve when occurs in the combination of technical solution
In the presence of also not within the protection scope of the requires of the utility model.
The utility model mainly proposes a kind of jetter, is mainly used in dish-washing machine, to increase dish-washing machine to water
Utilization rate and cleaning efficiency to tableware.Wherein, jetter includes sparge pipe 300, by being arranged simultaneously on sparge pipe 300
Hole for water spraying 330 and watering trough 320, and hole for water spraying 330 is connected to watering trough 320, so that the water that self-spray water pipe 300 is sprayed
It is fan-shaped, when the shaft of sparge pipe 300 along its length rotates, cleaning plane is formed at the top of sparge pipe 300, thus
Improve cleaning efficiency；By the way that the rotating manner of a variety of sparge pipes 300 is arranged, so that the working condition of sparge pipe 300 is corresponding different
Cleaning model, to cope with different operating conditions, so that the cleaning efficiency of cleaning device is largely increased, while cleaning equipment
Adaptability be largely increased.
Below by the specific structure of main description jetter.
Referring to figs. 1 to Figure 13, in the utility model embodiment, which includes:
Sparge pipe 300 offers hole for water spraying 330 on the sparge pipe 300；
Transmission mechanism 100, the transmission mechanism 100 include driving gear 110 and engaged with driving gear 110 it is multiple from
Moving gear 120, the driven gear 120 are connect to drive the sparge pipe 300 to rotate with the sparge pipe 300；
Driving mechanism 200, the driving mechanism 200 are connect to drive the driving gear 110 with the driving gear 110
Rotation.
Specifically, in the present embodiment, sparge pipe 300 is stylostome comprising water inlet end 311 and driving end 312 are sprayed water
The water inlet and driving of pipe 300 are divided into the both ends of sparge pipe 300, so that driving and water inlet structure are not interfere with each other.Sparge pipe 300
Water inlet end 311 has water inlet, and driving end 312 is closed, so that water flow can only be sprayed from hole for water spraying 330.Certainly, in some realities
It applies in example, in order to save space, driving mechanism 200 and water inlet structure can also be arranged in the same end of sparge pipe 300.Water spray
The driving end 312 of pipe 300 is closed, and water is discharged from hole for water spraying 330 after the entrance of water inlet end 311.Hole for water spraying 330 is provided with spray
On the tube wall of water pipe 300, water flow can directly be sprayed from hole for water spraying 330, can also install spray head in hole for water spraying 330, water from
It is sprayed in spray head.
Driven gear 120 can be directly set on driving end 312, certainly, in some embodiments, it is also possible to driving
312 setting driven spindle of end, driven gear 120 are set on driven spindle.The pivot center and sparge pipe of driven gear 120
300 axial axis is conllinear.Driving gear 110 is engaged with driven gear 120, and the position relative to driven gear 120 can be with
Have it is very much, for example, on, under, it is left and right etc., for the lower section of driven gear 120 is set.The direction of water spray is with upward
For injection, driving gear 110 is arranged below, avoids influencing the cleaning to tableware etc..Wherein, driving gear 110 and from
Moving gear 120 is all by taking spur gear as an example.The quantity of driven gear 120 be it is multiple, can for two, three it is even more, with two
For a.Driving gear 110 be arranged in two it is driven between lower section, driving gear 110 nibbles with two driven gears 120 simultaneously
It closes, when driving gear 110 works, the rotation direction of two driven gears 120 is consistent, so that connecting with two driven gears 120
The rotation direction of the sparge pipe 300 connect is consistent.To be conducive to more 300 works of sparge pipe driven with same driving gear 110
Make unanimously, so that the cleaning rhythm of sparge pipe 300 is consistent, is conducive to improve cleaning efficiency.
The form of driving mechanism 200 can have very much, such as motor, impeller, oil-burning machine etc., and driving mechanism 200 has
There is drive shaft, drive shaft is directly plugged on driving gear 110, or is connected after drive mechanism slows down with driving gear 110
It connects.Driving gear 110 is rotated by shaft of drive shaft.Driving mechanism 200 by taking driving motor as an example, the driving gear 110 with
The shaft of the driving motor is fixedly connected.
In the present embodiment, the driving force of driving mechanism 200 is transferred to by spray by driving gear 110 and driven gear 120
Water pipe 300, so that sparge pipe 300 is rotated along its axial axis, the hole for water spraying 330 on water self-spray water pipe 300 sprays, in sparge pipe
In 300 rotation process, spraying zone is formed；Since sparge pipe 300 is driven by gear structure, so that the rotation of sparge pipe 300
Transmitting with power is all very stable, reliable, meanwhile, can it is point-device control sparge pipe 300 rotational angle, thus
The variation for controlling spraying zone, allows jetter accurately to control sprinkling zone, is conducive to improve jetter hydro-peening
The accuracy of tableware etc. is conducive to the utilization rate for improving water and improves cleaning efficiency；It is driven simultaneously by a driving gear 110
Multiple driven gears 120 improve driving mechanism 200 to realize that a driving mechanism 200 drives more sparge pipes 300 simultaneously
Utilization rate, while also simplifying transmission mechanism 100, saved space, driving and the drive mechanism for improving sparge pipe 300 are tight
Gathering property is conducive to improve the stability that sparge pipe 300 drives.
It is worth noting that the range in order to guarantee to send water area, the deflection angle α of the sparge pipe 300 is 0~
150 °, such as 100~150 °, for 120 °~140 °.By by the rotational angle of sparge pipe 300 be set as 100~150 ° or
120 °~140 ° of person, avoiding leads to hydro-peening hydraulic pressure not enough when angle is too big cause spray not wash clean, and causes to spray water when angle is too small
The region that pipe 300 covers is too small cannot to cover the required region of entire cleaning.
It is worth noting that the deflection angle about sparge pipe 300, which is a central angle, i.e., with sparge pipe 300
Axial axis be center of circle line, using the distance of hole for water spraying 330 to center of circle line as radius, angular range that hole for water spraying 330 is swung.
In the range of deflection angles that hole for water spraying 330 is swung, water flow be may pass through, certainly in water flow maximum height achieved
It is interior.With by center of circle line, and the perpendicular for dividing hole for water spraying 330 equally is benchmark face, and deflection angle is divided equally by datum level.With deflection
For angle is 150 °, using center of circle line as shaft, datum level deflects 75 ° of formation, two inclined-planes to left and right both direction respectively,
Angle between two inclined-planes is 150 °, the region between two inclined-planes, then the region sprayed water by sparge pipe 300.
It is worth noting that sparge pipe 300 is only the title of pipe, not the pipe may be only used for spraying water, it is possible to understand that
It is that sparge pipe 300 can be with liquid such as jet cleaning liquid, oil.
In some embodiments, in order to guarantee that sparge pipe 300 rotates in preset angular regions, to guarantee cleaning area
The accuracy in domain, is provided with position limiting structure on driving gear 110 or driven gear 120, and position limiting structure can be mechanical knot
Structure carries out physical limitations to the rotation of driving gear 110 and driven gear 120 by mechanical structure, to reach control driven tooth
The purpose of 120 rotation (sparge pipe 300) deflection area of wheel；Position limiting structure can be automatically controlled sensor structure, and sensor can be
Variation detected is converted voltage or current signal by pressure sensor, optical sensor, micro-control switch etc., sensor structure,
And it is transferred to the governor circuit of jetter, the more driving mechanisms 200 of electric signal are controlled governor circuit based on the received.
It gives some instances and is illustrated below:
Mechanical limiting mechanism: the periphery of the driving gear 110 and/or driven gear 120 is provided with limited block, to limit
The angular range that the driven gear 120 and the sparge pipe 300 are deflected.In driving gear 110 or driven gear 120
Limited block is arranged in periphery, and limited block is square block or special-shaped block, and being subject to cannot be with normal tooth engagement, certainly, limited block
During being tooth contact, cannot be crossed by tooth, but should blocking teeth cross, limit driving gear 110 and driven gear
120 continue to relatively rotate.The position of limited block is configured according to the preset range of deflection angles of sparge pipe 300, when actively
When tooth on gear 110 is abutted with the limited block (being arranged on driven gear 120 by limited block) on driven gear 120,
The inclination angle of sparge pipe 300 at this time is sail angle.
Micro-control switch limit: the periphery of the driving gear 110 and/or driven gear 120 is provided with micro-control switch, described
Micro-control switch is connect with the governor circuit of the jetter, and the governor circuit is electrically connected with the driving mechanism 200.In master
In the engagement process of moving gear 110 and driven gear 120, when driving gear 110 or the touching of driven gear 120 or it is expressed to
When micro-control switch, micro-control switch can directly disconnect the power supply of driving mechanism 200 (at this point, micro-control switch is linked into driving mechanism
In 200 control circuit), micro-control can also will be switched off signal and be sent to governor circuit, and governor circuit is receiving cut-off signal
Afterwards, the power supply of driving mechanism 200 is cut off about driving mechanism 200, to prevent driven gear 120 from continuing to rotate.
The periphery of sensor limit, the driving gear 110 and/or driven gear 120 is provided with pressure sensor, described
Pressure sensor is connect with the governor circuit of the jetter, and the governor circuit is electrically connected with the driving mechanism 200.Pressure
Force snesor accesses in governor circuit, in the engagement process of driving gear 110 and driven gear 120, when driving gear 110 or
When the tooth of person's driven gear 120 is touched or is expressed to pressure sensor, the resistance of pressure sensor changes, so as to cause
It changes by voltage of the electric current and load of pressure sensor on pressure sensor, active circuits monitor the variation
Afterwards, by the voltage of trigger circuit or disconnecting circuit cutting driving mechanism 200, so that sparge pipe 300 be prevented to continue to rotate.
Position about driving gear 110, driven gear 120 and driving mechanism 200 is arranged, and in some embodiments, is
The compactedness of the further utilization rate for improving space and structure, the quantity of the driven gear 120 are two, the active
The diameter of gear 110 is less than the diameter of driven gear 120, and the driving gear 110 is located between two driven gears 120
Lower section.The driving mechanism 200 includes driving motor, the axis of the drive shaft of the driving motor and the driving gear 110
Hole connection；The driving motor is located at side of the driving gear 110 towards the sparge pipe 300.
In the present embodiment, since the water supply components such as the water pump of cleaning equipment (by taking dish-washing machine as an example) are arranged in liner or wash
The lower section of slot is washed, and sparge pipe 300 is then set in liner or sink, i.e., the lower section of sparge pipe 300 is provided with water pump
Equal water supply components.When driving gear 110 and driving mechanism 200 are also disposed at the lower section of sparge pipe 300, adequately it is utilized
Space will not additionally increase the height of entire cleaning equipment, improve the compactedness of structure.Similarly, driving mechanism 200 is arranged
In driving gear 110 towards the side of hole for water spraying 330, so that the increase cleaning equipment that the installation position of driving mechanism 200 is additional
Width dimensions, space is adequately and reasonably utilized, be conducive to improve structure compactedness.
About the structure of sparge pipe 300, it is detailed below:
A kind of sparge pipe 300, comprising:
Tube body 310, the tube body 310 have water inlet end 311, hole for water spraying 330 are offered on its tube wall；
The position that the hole for water spraying 330 is corresponded on the sparge pipe 300 is formed with watering trough 320, the hole for water spraying 330 with
The watering trough 320 is connected to, and the aperture of the hole for water spraying 330 is greater than the groove width of the watering trough 320.
Specifically, in the present embodiment, tube body 310 is in the form of a column setting, and specific structure is referred to right in above example
The description of sparge pipe 300, emphasis describes the relationships such as the shape of sparge pipe 300 and watering trough 320, position herein.Wherein, hole for water spraying
330 run through the cell wall of tube body 310, and the water in tube body 310 is flowed out from hole for water spraying 330.
The shape of 310 cross section of tube body can have very much, such as round, ellipse, triangle polygon, in circle
For shape setting.The shape of 330 cross section of hole for water spraying can have very much, such as round, ellipse, polygon, with setting in circle
For shape.The cross-sectional shape of watering trough 320 can also have very much, such as U-shaped, trapezoidal, V-type and rectangle etc..In hydraulic pressure and
In the case of hole for water spraying 330 is certain, the shape of watering trough 320 influences amount of water sprayed, and V-type water yield is minimum, trapezoidal middle water, rectangle
Shi Shuiliang is maximum.The shape of the cross section of the watering trough 320 is arranged one in V-shaped, trapezoidal and rectangle, wherein trapezoidal
Long bottom edge close to notch.The biggish one end that is open is corresponding with notch, by setting a variety of for the cross section of watering trough 320
Shape allows sparge pipe 300 to provide the water spray of different waters, to adapt to different operating conditions, to improve sparge pipe 300
Adaptability.The elongated setting of watering trough 320, watering trough 320 can extend along the length direction of tube body 310, with watering trough 320
Length direction it is parallel with the length direction of tube body 310 for.The slot bottom of watering trough 320 is connected to hole for water spraying 330, in sparge pipe
In 300 course of work, the water in tube body 310 enters back into watering trough 320, and along watering trough 320 by hole for water spraying 330
Length direction diffusion and injection.In the course of injection of water, water flow is very big by a sectional area first again under the action of hydraulic pressure
Hole for water spraying 330 after, (junction of hole for water spraying 330 and sink, area at this are less than hole for water spraying 330 after great constriction
Area) it is spread in watering trough 320 again, flow process so, so that water flow forms the water flow of dispersion on an interface, produce
Raw water flow is similar fan-shaped.Projection of the sector on tube body 310 is parallel with watering trough 320, in other words the extension side of watering trough 320
To this fan-shaped drift angle between 310 length direction of tube body being determined, if watering trough 320 is parallel to the length side of tube body 310
To, then fan-shaped chord length also in parallel with tube body 310.When be laid out on the length direction in sparge pipe 300 multiple hole for water sprayings 330 and spray
After sink 320, the similar the same waterwall of water knife can be formed on some interface, so that the cleaning area of sparge pipe 300 obtains greatly
The increase of width, in this way, all to achieve the effect that one is cleaned by all standing on the section of dish washer interior comprehensively.
In the present embodiment, by the setting of hole for water spraying 330 and watering trough 320, in the presence of hydraulic pressure, water flow is in hydraulic pressure
Effect is lower to enter tube body 310, and flows in tube body 310, when by hole for water spraying 330, enters water spray in the presence of hydraulic pressure
Hole 330, and entered in watering trough 320 after hole for water spraying 330；In the process, water flow first passes through larger-size water spray
Hole 330 using the lesser watering trough 320 of width dimensions, and extends in the flute length direction of watering trough 320 and sprays, in this way, making
Water flow self-spray sink 320 forms similar fan-shaped waterwall after spraying, planar cleaning is formed with the rotation of jet pipe, compared to existing
The linear cleaning area having, significantly improves the cleaning effect of sparge pipe 300.
In order to further increase the cleaning effect of hole for water spraying 330 and watering trough 320, the groove width l of the watering trough 320 and institute
Stating the ratio between the aperture Φ of hole for water spraying 330 is 0.18~0.25, by taking the value of l/ Φ is 0.2 as an example.Water flow is from hole for water spraying 330
It enters in watering trough 320, the variation of the hydraulic pressure of the groove width relationship in the aperture and watering trough 320 of hole for water spraying 330, from large area
When hole for water spraying 330 enters watering trough 320, hydraulic pressure increases, and the proportionate relationship of the two is related to the reasonable release of water energy, influences to spray
The distance and angle of jetting stream.When l/ Φ is too big, pressure difference is too small, and the distance and dynamics of injection water cannot get effective guarantee,
It will be so that cleaning effect be undesirable；When l/ Φ is too small, groove width hinders the injection of water flow, and water and water speed are all affected, make
It is undesirable to obtain cleaning effect.
In order to further increase the cleaning effect of hole for water spraying 330 and watering trough 320, the flute length L of the watering trough 320 and institute
The ratio stated between the aperture Φ of hole for water spraying 330 is more than or equal to 2.5~3.5, for being more than or equal to 3.Water flow from
Hole for water spraying 330 enters in watering trough 320, and the aperture of hole for water spraying 330 and the flute length of watering trough 320 are related to the variation of hydraulic pressure,
When entering watering trough 320 from the hole for water spraying 330 of large area, hydraulic pressure increases, and water flow is spread along its length in the sink, water
Pressure reduces, and the proportionate relationship of the two is related to the reasonable release of water energy, influences the angle of injection water.When L/ Φ is too small, slot
It is long to be not enough to be diffused for the water that hole for water spraying 330 enters in watering trough 320, so that the angle of coverage of injection water reduces
(fan-shaped central angle becomes smaller), is unfavorable for the hydro-peening of sparge pipe 300.
It is worth noting that the diameter of the water flow of watering trough 320, spray angle and distance and hole for water spraying 330 is certain
It is positively correlated in range.The hole depth of hole for water spraying 330 has an impact to spray distance, and the hole of certain depth can be by lateral flow in pipe
Energy be converted into the energy vertically flowed, be conducive to spray at a distance；Similarly, certain hole depth can increase the stream ejected
Speed, to increase angle of flare.
When the cross-sectional shape of watering trough 320 is inverted trapezoidal, between the waist of the inverted trapezoidal of watering trough 320 and long bottom edge
Slanted angle is β, is designed according to water, when the water of single watering trough 320 is bigger, β may be designed as it is bigger (i.e. section from
Inverted trapezoidal develops into rectangle), when single-nozzle water operation is lesser, β should be designed as it is smaller (i.e. section from inverted trapezoidal to
Up-side down triangle develops), in the present embodiment, β is 15~25 °, for 20 °.The in particular trough wall surface and notch of watering trough 320
Angle between the plane of place is β, and β is 15~25 °.
To meet different duty requirements, watering trough 320 of different shapes can be correspondingly arranged on same sparge pipe 300,
It is specifically described below:
The quantity of the hole for water spraying 330 and watering trough 320 is multiple and is correspondingly arranged, the cross of multiple watering troughs 320
One or more in V-shaped, trapezoidal and rectangle is arranged in the shape in section.In the present embodiment, hole for water spraying 330 and watering trough
320 correspond, in some embodiments, can be with the corresponding multiple hole for water sprayings 330 of a watering trough 320, i.e. watering trough 320 is length
Slot offers multiple hole for water sprayings 330 in the bottom of watering trough 320.The shape of 320 cross section of watering trough is same with sparge pipe
Can be there are many form in 300, i.e., the angle where the trough wall surface of watering trough 320 and notch between plane can take a variety of values.
Under some conditions, water needed for different location and backwash rate difference, at this point it is possible to pass through the shape for changing watering trough 320
Shape adjusts the angle β to realize.
In some embodiments, it is desirable to spraying zone carry out it is strong, in, it is weak etc. distinguish, for different cleaning degree
Object to be cleaned is cleaned, and improves cleaning efficiency, the cross section setting of the watering trough 320 at 300 middle part of sparge pipe is in rectangle
Perhaps trapezoidal or V-arrangement is arranged in the cross section of the watering trough 320 at trapezoidal 300 both ends of the sparge pipe；At this point, middle part is strong
Cleaning area, and the both ends of sparge pipe 300 are middle cleaning area or weak cleaning area, in this way, be conducive to while efficiently cleaning not
With the tableware to be cleaned of clean-up performance.
In some embodiments, due to the ejection with water flow, the water inlet end 311 of sparge pipe 300 and the water at driving end 312
Pressure is different, causes the water spray effect at both ends different, in order to enable the water spray effect of 300 different location of sparge pipe is uniform, close to institute
320 cross section of watering trough for stating 300 water inlet end 311 of sparge pipe is V-shaped, 320 cross section of watering trough at 300 middle part of sparge pipe
Trapezoidal, 320 cross section of watering trough far from 300 water inlet end 311 of sparge pipe is in rectangle.In this way, making apart from water inlet end
311 farther away watering troughs 320 can also spray larger amount of water flow.
In order to adequately and reasonably utilize water energy, jeting effect is further increased, the hole for water spraying 330 includes inlet segment 331
With the changeover portion 332 extended from inlet segment 331 to the watering trough 320, the changeover portion 332 cuts 320 bottom of watering trough
Portion extends to the notch of watering trough 320.Specifically, in the present embodiment, hole for water spraying 330 is by taking circular in cross-section is arranged as an example, mistake
It crosses section 332 to extend to notch, cutting groove bottom, when the cross section of watering trough 320 is V-shaped or inverted trapezoidal is arranged, hole for water spraying 330
With the width of 320 junction of watering trough, greater than the width of 320 bottom of watering trough.By the setting of changeover portion 332, so that water spray
The hole depth in hole 330 is moved to notch, the inlet area that water self-spray water hole 330 enters watering trough 320 is increased, so that water is in flowing
In the process, it is unlikely to be largely lost, but by being entered in watering trough 320 from the position of groove sidewall, thus effectively
Distance and drift angle that water flow is sprayed from sink greatly improved in the energy for remaining water flow, is conducive to improve sparge pipe 300
Cleaning efficiency.
In some embodiments, in order to further increase jeting effect, the aperture d at 332 top of changeover portion is less than
The aperture D of the inlet segment 331.When water flow is in the inlet segment 331 Jing Guo major diameter, changeover portion 332 lesser by diameter,
While being guided transition of water flow, hydraulic pressure increase, and are conducive to the distance and range that increase injection.
During transition, in order to avoid big friction and collision occur for water flow and hole wall and loss of energy, the mistake
The inner wall of section 332 is crossed from the inlet segment 331 to the cell wall arc-shaped transition of the watering trough 320.In this way, working as water flow from inlet segment
After 331 enter changeover portion 332, during entering watering trough 320 from changeover portion 332, water flow is by smooth guidance, favorably
In reservation water energy.
In order to further improve the water spray effect of watering trough 320,332 top of changeover portion and the watering trough 320
The groove width of intersection is k, and aperture d is greater than or equal to 2 times of k.In the present embodiment, by the way that aperture d to be set greater than or wait
In 2 times of groove width k, it ensure that hydraulic pressure in the variation entered in watering trough 320 from changeover portion 332, ensure that pressure difference, there is interests
Water flow is more stable, reliable, efficient to enter watering trough 320, and extends and spray along the flute length of watering trough 320, there is interests
Improve spray distance and spray angle.
There are many generation types of watering trough 320, can be on straight forming and tube body 310, can also be by tube body 310
Upper setting other structures are to form watering trough 320.It is illustrated separately below:
The watering trough 320 is opened in the lateral wall of the tube body 310.Watering trough 320 is directly provided with the outer of tube body 310
On side wall, watering trough 320 extends along the length direction of tube body 310.So set, simplifying the forming process of watering trough 320, no
It needs additionally to increase component, reduces the process of assembly.Meanwhile being sunken under watering trough 320 in tube body 310, so that external environment
Factor is difficult to influence the work of watering trough 320, is conducive to improve the stability that watering trough 320 works.
In further embodiments, the sparge pipe 300 further includes convex block 340, the corresponding hole for water spraying of the convex block 340
330 are set to the lateral wall of the tube body 310, and the watering trough 320 is opened on the convex block 340.The form of convex block 340 can
It is many to have, such as strip convex block 340, bumping square 340, round bump 340, by taking strip convex block 340 as an example.Spray
Sink 320 is provided on convex block 340, and the bottom of watering trough 320 is connect with the lateral wall of tube body 310.In some embodiments, convex
Block 340 can be integrally formed with tube body 310 to be arranged, in this way, can significantly simplify the Joining Technology of convex block 340 Yu tube body 310,
Be conducive to improve the production efficiency of sparge pipe 300.It is identical in tube body 310 by being arranged watering trough 320 on convex block 340
Under situation, equivalent to increase the thickness of tube wall, advantageously ensure that sparge pipe 300 in the case of offering hole for water spraying 330
Intensity is conducive to the service life for improving sparge pipe 300.
In some embodiments, in order to be more reasonably utilized water energy, the water flow phase for preventing adjacent watering trough 320 from being sprayed
It touches and wastes water energy；The quantity of the watering trough 320 be it is multiple, the watering trough 320 prolongs along the length direction of the tube body 310
It stretches；Multiple watering troughs 320 are S-shaped along the length direction arrangement of the tube body 310.
It can be three, four, five etc. it is worth noting that arranging S-shaped 320 quantity of watering trough without limitation,
Multiple S-shapeds can also can occur simultaneously i.e. on sparge pipe 300 with only one S-shaped.Two i.e. adjacent hole for water sprayings 330
The length direction of line and tube body 310 is inconsistent, also has the length direction of watering trough 320 inconsistent.So set, working as watering trough
When 320 angle ranges that are sprayed are larger, since projection of the adjacent two fan-shaped sprinkling zones on tube body 310 be not conllinear,
So that the water that adjacent two watering trough 320 is sprayed will not intersect, occur so as to avoid the water that adjacent two watering trough 320 is sprayed
It collides and water energy is caused to be lost.In this way, when the water spray drift angle of each watering trough 320 is sufficiently large, so that sparge pipe 300 is some
Secondary flushing will occur in cleaning area, i.e., during the primary one-directional rotation of sparge pipe 300, will have twice waterwall to rinse same
Region, in this way, significantly improving the cleaning efficiency of sparge pipe 300.
In order to avoid the waste of water energy while guaranteeing cleaning effect, the height that the first watering trough 320 sprays water is h1,
Central angle corresponding to its fan-shaped spraying zone is α1, the height of the second watering trough 320 ejection water adjacent with the first watering trough 320
Degree is h2, central angle corresponding to fan-shaped spraying zone is α2,
The distance between adjacent first hole for water spraying 330 and the second hole for water spraying 330 are greater than 0, and are less than or equal to:
h1tan(α1/2)+h2tan(α2/2)。
It about the positional relationship between adjacent nozzle, is not only applicable in the present embodiment, also can be applied to other realities
It applies in example；
Wherein, α1And α2, and, h1And h2, processing and manufacturing, assembly and tube body by hole for water spraying 330 and watering trough 320
310 be in angles, and apart from 310 water inlet end 311 of tube body apart from etc. factors influence, work as α1=α2；h1=h2；When, adjacent two
The direct distance of the hole for water spraying 330 is less than or equal to:
2h1tan(α1/ 2) or 2h2tan(α2/2)。
By the way that the distance between adjacent two hole for water spraying 330 is arranged such, to ensure adjacent cleaning area intersection, to have
Effect ensure that the cleaning plane formed when sparge pipe 300 rotates is continuous plane, be cleaned with realizing without dead angle.
About the distance between the first hole for water spraying 330 and the second hole for water spraying 330, specific practical situation has different realities
Border parameter, parameter can be adjusted according to actual disclosure, named some parameter specific examples and are illustrated.In some realities
It applies in example, the first hole for water spraying 330 and the direct distance of the second hole for water spraying 330 are 20mm~30mm.Likewise, each sparge pipe
Depending on 330 quantity of hole for water spraying on 300 should also be as according to the actual situation, in some embodiments, on each sparge pipe 300
330 quantity of hole for water spraying be 8~10.
In some embodiments, in order to guarantee the cleaning effect of sparge pipe 300, if circulation total Water is M, hole for water spraying 330
The flow velocity of interior water is V, and 330 sum of hole for water spraying is N, and the cross-sectional area of hole for water spraying 330 is S, then:
M*V≥N*S/2.That is M >=N*S/ (2V), after jetter molding, 330 sum N of hole for water spraying and hole for water spraying 330
Cross-sectional area it is certain, the water speed that can according to need is arranged the total Water of circulation.
Wherein, V >=(N*S/2)/M, M/N are the amount of water sprayed of single-nozzle；
Flow velocity is by taking V >=1/2 (m/s) as an example.
A kind of cleaning equipment, the form of cleaning equipment can have in very much, such as dish-washing machine, fruits and vegetables cleaning equipment etc..The cleaning
Equipment includes liner or sink and jetter, and the specific structure of the jetter is referring to above-described embodiment, since this is clear
Whole technical solutions that equipment uses above-mentioned all embodiments are washed, therefore at least with the technical solution institute band of above-described embodiment
All beneficial effects come, this is no longer going to repeat them.Wherein, liner or sink have washing cavities, the spray of jetter
Water pipe 300 is installed in washing cavities.
In order to meet the needs of people, some control methods for adapting to different operating conditions are described below, particularly referring to following
Embodiment.
A kind of control method of jetter, jetter include sparge pipe 300, are opened on the tube wall of the sparge pipe 300
If several hole for water sprayings 330；The water inlet end 311 of water flow self-spray water pipe 300 enters sparge pipe 300 and sprays from hole for water spraying 330, institute
The control method for stating jetter includes:
Obtain clear instruction；
There are many forms for obtaining clear instruction, if user issues clear instruction by mobile terminal or manual key,
Or the automatic trigger when cleaning equipment meets certain adjusting during the work time.Wherein, the condition met can be to examine
Measuring has object to be cleaned in washing cavities, there are many modes of detection, such as infrared, gravity sensor.Certainly, in some realities
Example is applied, in order to mention high control precision, whether the cleanliness that can first detect object to be cleaned before cleaning reaches the clean mark of tableware
Standard etc..
Cleaning model is obtained according to clear instruction；
Clear instruction can be single open command, or the instruction for carrying pattern information, when instruction is carrying
When having the instruction of pattern information, cleaning device searches corresponding mapping table according to corresponding mode, can be according to from mapping table
The parameter of acquisition is controlled.Mapping table is the related table of the preset mode about jetter and work referring between.
When not having pattern information in clear instruction, current operating condition can be detected by detection device, or obtaining current
Between, to control running parameter according to testing result, or according to current temporal information control running parameter.Cleaning model and clear
Wash that operating condition is corresponding, can for it is fixed wash by force, it is weak wash and in wash, or the cleaning being arranged to improve cleaning effect
Mode.
Sparge pipe 300 is controlled in preset angle range along the rotation of its axial axis according to cleaning model.
The axis rotation of sparge pipe 300 along its length, the axial axis of sparge pipe 300 pass through inside sparge pipe 300,
By taking the center by its cross section as an example.The deflection angle being previously mentioned in above example is please referred to about preset angle range
Degree.Preset angle range is 0~150 °, is illustrated for 120 °.Divided equally with the face by center of circle line and hole for water spraying 330
It is respectively 60 ° of angle range in the two sides in face for angle range, i.e., hole for water spraying 330 can be in left and right two 60 ° of model
Interior rotation is enclosed, in other words, in the process of work, the angle with face can be appointing in -60 °~60 ° to the direction of hole for water spraying 330
It anticipates one and is worth.
In the present embodiment, clear instruction is obtained first, obtains cleaning model further according to clear instruction, then according to cleaning mould
Formula control sparge pipe 300 rotated in preset angle range along its axial axis so that the rotation of sparge pipe 300 be limited to it is pre-
If in the range of, avoiding sparge pipe 300 from occurring flogging a dead horse, (water that sparge pipe 300 is sprayed is not injected on object to be cleaned
Or to be ejected into specified cleaning area) situation, be conducive to provide the cleaning efficiency of sparge pipe 300；By by sparge pipe
300 are set as rotating along its axial axis, so that space required for sparge pipe 300 rotates is very small, it is not easy to occur by card
The phenomenon that, be conducive to improve the stability that sparge pipe 300 works；For non-circular washing cavities, sparge pipe 300 can be according to washing
The shape for washing chamber is arranged, and compared to the rotary water jet of gushing arm, the rotation water spray of sparge pipe 300 is conducive to increase area coverage,
Be conducive to clean dead angle, to improve cleaning effect.
The cleaning process of object to be cleaned includes several stages, and first stage is dirty more, needs the cleaning of high frequency at this time,
Only to leave the dirty of more difficult cleaning for the dirty cleaning of the overwhelming majority；Second stage is needed for the dirty of more difficult cleaning
Continuous prolonged cleaning, for the dirty of more difficult cleaning, continuous prolonged cleaning is more conducive to improving cleaning effect；
Specifically, described the step of being rotated in preset angle range according to cleaning model control sparge pipe 300, includes:
In the first preset duration for starting timing of having started to work in self-spray water pipe 300, the sparge pipe 300 is with first turn
Speed rotation；
In the second preset duration after the first preset duration, sparge pipe 300 is with the second rotational speed；
Wherein, first revolving speed is greater than the second revolving speed.
The revolving speed of sparge pipe 300 is 10~60r/min (revolutions per minute, i.e., the revolution in one minute), is with 10~40r/min
Example.Just start cleaning first it is default when it is interior, the first preset duration for 5~10 minutes, sparge pipe 300 with the first revolving speed turn
Dynamic, the first revolving speed is by taking 40r/min as an example；In the second preset duration, the second preset duration is for 6~8 minutes, sparge pipe
300 with the rotational speed of 20r/min.By first high frequency rotational rinsed largely it is dirty clean up, then pass through for a long time
Dirty the cleaning up of hardly possible cleaning is conducive to the cleaning effect of jetter by cleaning.
In some embodiments, in order to improve cleaning effect, preset angle range is divided into N number of cleaning according to angle
Region, it is described according to cleaning model control sparge pipe 300 rotated in preset angle range the step of include:
Obtain the current corresponding cleaning area of sparge pipe 300；
The default hydro-peening duration of current location is obtained according to current cleaning area；
Control sparge pipe 300 retrodeviates in the default hydro-peening duration of current cleaning area cleaning and goes to next cleaning area.
In the present embodiment, angle range is divided into multiple cleaning areas first, the range of each cleaning area passes through corner
Angle is determined, and the range of each cleaning area may be the same or different, and can be arranged according to practical situation, corner
Range is illustrated so that the range of multiple cleaning areas is suitable as an example with 120 °.30 equal parts such as are divided by 120 ° of angle range,
Every equal part corresponds to a cleaning area, and central angle corresponding to the range of each cleaning area is 4 °.
Sparge pipe 300 can be identical in the duration of each hydro-peening of each cleaning area, can also be arranged according to actual needs
For difference, for identical, when each cleaning area hydro-peening, is 4~6 seconds a length of, for 5 seconds.When the hydro-peening of each cleaning area
When duration is not necessarily identical, it is necessary first to obtain the position of current sparge pipe 300, i.e., corresponding cleaning area or be deflected
Angle, information further according to angle information or cleaning area or accurately clean duration.Certainly, each cleaning area institute
Including angular range and position and corresponding cleaning duration hydro-peening dress can be pre-stored in by way of mapping table
In the storage device set.Sparge pipe 300 is continued to rotate, is turned to next after stopping duration corresponding with corresponding cleaning area
Cleaning area, to be cleaned to next cleaning area.
During above-mentioned cleaning, it is to be understood that, can be according to the actual situation when cleaning a cleaning area
To control the rotation of sparge pipe 300 or static.In some embodiments, it can control sparge pipe 300 in small cleaning area
Interior reciprocal offset, this situation are usually that the clean range of the single cleaning positions of sparge pipe 300 is difficult to cover entire cleaning area
In the case where occur.
In some embodiments, in order to guarantee cleaning effect, it is contemplated that the drift angle of sparge pipe 300 is different, will lead to its
Send water distance from by changed situation, the hole for water spraying 330 cleaning area corresponding straight up is the with cleaning strength
One cleaning area, angle is most in preset range of deflection angles, between the hole depth direction and vertical direction of the hole for water spraying 330
Cleaning area corresponding to big position is the second cleaning area；
Default hydro-peening duration corresponding to cleaning area is gradually increased from the first cleaning area to the second cleaning area.
It in the present embodiment, is continued to explain by taking the parameter of above example as an example, with cleaning area (straight up
One cleaning area) for the angular range that is covered is -2~2 °, then the second cleaning area (maximum two regions in drift angle) institute
The angular range of covering is 56~60 ° or -56~-60 °.There are many increased modes of hydro-peening duration, such as according to linearly increasing,
Increase according to preset curve etc., in the present embodiment, with each cleaning area increase by 0.05~0.3 second, it is to increase by 0.1 second
Example.If 4 seconds a length of when the first cleaning area stops, in the hydro-peening duration of the cleaning area adjacent with the first cleaning area
It towering 4.1 seconds, so calculates, it is 4+15*0.1 seconds a length of in the hydro-peening of the second cleaning area, as 5.5 seconds.In the present embodiment,
By increasing hydro-peening duration when drift angle is larger, to guarantee the cleaning effect of each cleaning area, to be conducive to improve hydro-peening
The cleaning effect of device.
In some embodiments, in order to improve the job stability of sparge pipe 300, described controlled according to cleaning model is sprayed water
The step of pipe 300 rotates in preset angle range include:
Default deflection speed is obtained according to current cleaning model；
In preset angle range, the sparge pipe 300 is to preset deflection speed reciprocating rotation.
In the present embodiment, running parameter of the deflection speed as sparge pipe 300 is corresponding with cleaning module formula.Different
Specific operating condition involved in cleaning model is different, it is also desirable to different deflection speeds, it is not limited here, with 10~40r/min
For.In the range of -60~60 °, the different rotation of jet pipe, behind the position that 0 ° straight up deflects into 60 °, from 60 °
Position turn to 0 °, return again to -60 ° of position, and so on.So set, making the rotating rule of sparge pipe 300 very
Simply, so that the work of sparge pipe 300 is highly stable.
In some embodiments, for the more accurate initial position for obtaining sparge pipe 300, in order to ensure jetter
Operation working properly, the jetter further includes driving gear 110 and driven gear 120, the driving gear 110 with drive
Dynamic device connection, the driven gear 120 is connect with sparge pipe 300, on the driving gear 110 and/or driven gear 120
It is provided with position detecting device；
Before described the step of being rotated in preset angle range according to cleaning model control sparge pipe 300, also wrap
It includes:
Detect the current yaw angle degree of sparge pipe 300；
Compare deflection angle and default initial angle；
When the difference of current yaw angle degree and default initial angle is greater than zero or less than zero, the inclined of sparge pipe 300 is adjusted
Gyration, so that the difference of current yaw angle degree and default initial angle is zero.
In the present embodiment, with the hole for water spraying 330 of sparge pipe 300 towards straight up when for 0 degree, as initial position.Inspection
The mode of current drift angle for surveying sparge pipe 300 has very much, can be realized by mechanical structure, can also by sensor or
Micro-control switch is realizing that is, detection device can be mechanical position-limit mechanism, or pressure sensor, infrared, light sensing
Device or micro-control switch etc..
Introduce mechanical detection first, the side of driving gear 110 and/or driven gear 120 be arranged limited block, when tooth with
When limited block abuts, the relative rotation of driving gear 110 and driven gear 120 stops.Limited block can be set for it is initial
The corresponding position in position, also can be set with the maximum position of default angle range.According to the parameter in above example, i.e.,
It can be set in 0 °, 60 °, or -60 ° of position.The stability of mechanical detection is very reliable.
The side of driving gear 110 and/or driven gear 120 is arranged in micro-control switch, when driving gear 110 and driven tooth
During 120 engagement of wheel, after being expressed to micro-control switch, micro-control switch sends position signal to the governor circuit of jetter,
Position, which can be set, in micro-control switch has very much, to be arranged in 0 °, 60 °, or for -60 ° of position.Pressure sensor, light pass
Sensor etc. can detect the current drift angle of sparge pipe 300, directly to directly acquire deflection angle.Micro-control switch and sensor
Etc. available current deflection angle, can quickly react.
It is compared after obtaining current drift angle with preset initial angle, initial angle is for 0 °, certainly, in some realities
It applies in example, non-zero-degree, such as 30 °, 15 °, -15 °, -30 ° can be set by initial position according to demand.When current angle
When differing 15 ° with preset initial angle, sparge pipe 300 is driven to deflect 15 ° by driving motor.
It is worth noting that being named about driving motor and the deflection angle of sparge pipe 300 and the relationship of deflection speed
One example is illustrated.In the present embodiment, motor uses stepper motor, and the deflection speed of sparge pipe 300 is by the pulse that drives
Frequency determines that pulse frequency is higher, then the velocity of rotation of sparge pipe 300 is faster.The operation angle of sparge pipe 300 is then by pulse
Number determines that different number of pulses corresponds to different operation angles, i.e., different deflection angles, number of pulses is more, deflection
Angle is then bigger (during the driving of one way).Spray can be controlled by controlling pulse frequency and the number of pulses of driving motor
The velocity of rotation of water pipe 300 and turned position.
The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model,
Under all utility models in the utility model are conceived, equivalent structure made based on the specification and figures of the utility model
Transformation, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.
Claims (18)
1. a kind of sparge pipe characterized by comprising
Tube body, the tube body have water inlet end, offer hole for water spraying on its tube wall；
The position that the hole for water spraying is corresponded on the sparge pipe is formed with watering trough, and the hole for water spraying is connected to the watering trough,
The aperture of the hole for water spraying is greater than the groove width of the watering trough.
2. sparge pipe as described in claim 1, which is characterized in that the groove width l of the watering trough and the aperture of the hole for water spraying
Ratio between Φ is 0.18~0.25.
3. sparge pipe as described in claim 1, which is characterized in that the flute length L of the watering trough and the aperture of the hole for water spraying
Ratio between Φ is more than or equal to 2.5~3.5.
4. sparge pipe as described in claim 1, which is characterized in that the shape setting of the cross section of the watering trough is V-shaped, terraced
One in shape and rectangle, wherein trapezoidal long bottom edge is close to notch.
5. sparge pipe as claimed in claim 4, which is characterized in that the quantity of the hole for water spraying and watering trough is multiple and corresponding
One or more in V-shaped, trapezoidal and rectangle is arranged in setting, the shape of the cross section of multiple watering troughs.
6. sparge pipe as claimed in claim 5, which is characterized in that the cross section of the watering trough in the middle part of the sparge pipe, which is arranged, is in
Rectangle perhaps the watering trough at the trapezoidal sparge pipe both ends cross section be arranged trapezoidal or V-arrangement；Alternatively,
Watering trough cross section close to the sparge pipe water inlet end is V-shaped, and the watering trough cross section in the middle part of the sparge pipe is in ladder
Shape, the watering trough cross section far from the sparge pipe water inlet end are in rectangle.
7. sparge pipe as described in claim 1, which is characterized in that the hole for water spraying includes inlet segment and from inlet segment to described
The changeover portion that watering trough extends, the changeover portion cut the water spray trench bottom and extend to the notch of watering trough.
8. sparge pipe as claimed in claim 7, which is characterized in that the aperture d at the top of the changeover portion is less than the inlet segment
Aperture D.
9. sparge pipe as claimed in claim 7, which is characterized in that the inner wall of the changeover portion is from the inlet segment to the spray
The cell wall arc-shaped transition of sink.
10. sparge pipe as claimed in claim 8, which is characterized in that at the top of the changeover portion and watering trough intersection
Groove width is k, and aperture d is greater than or equal to 2 times of k.
11. sparge pipe as described in claim 1, which is characterized in that plane where the trough wall surface of the watering trough and notch it
Between angle be β, β is 15~25 °.
12. sparge pipe as described in claim 1, which is characterized in that the watering trough is opened in the lateral wall of the tube body.
13. sparge pipe as described in claim 1, which is characterized in that the sparge pipe further includes convex block, and the convex block corresponds to institute
The lateral wall that hole for water spraying is set to the tube body is stated, the watering trough is opened on the convex block.
14. sparge pipe as described in claim 1, which is characterized in that the quantity of the watering trough is multiple, multiple water sprays
Slot is S-shaped along the length direction arrangement of the tube body.
15. sparge pipe as described in claim 1, which is characterized in that the height that the first watering trough sprays water is h1, sector spray
Washing central angle corresponding to region is α1, the height that second watering trough adjacent with the first watering trough sprays water is h2, sector spray
Washing central angle corresponding to region is α2,
The distance between adjacent first hole for water spraying and the second hole for water spraying are greater than 0, and are less than or equal to:
h1tan(α1/2)+h2tan(α2/2)。
16. sparge pipe as described in claim 1, which is characterized in that the first hole for water spraying and the direct distance of the second hole for water spraying are
20mm~30mm；And/or
Water spray hole number on each sparge pipe is 8~10.
17. sparge pipe as described in claim 1, which is characterized in that if circulation total Water is M, the flow velocity of water is in hole for water spraying
V, hole for water spraying sum are N, and the cross-sectional area of hole for water spraying is S, then:
M*V≥N*S/2。
18. a kind of cleaning equipment, which is characterized in that including the sparge pipe as described in any one of claim 1 to 17.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821682041.3U CN209122116U (en) | 2018-10-16 | 2018-10-16 | Sparge pipe and cleaning equipment |
| PCT/CN2019/092729 WO2020078032A1 (en) | 2018-10-16 | 2019-06-25 | Water spraying pipe and cleaning apparatus |
| US17/285,465 US20210379609A1 (en) | 2018-10-16 | 2019-06-25 | Water spraying pipe and cleaning apparatus |
| EP19873537.5A EP3868276A4 (en) | 2018-10-16 | 2019-06-25 | Water spraying pipe and cleaning apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821682041.3U CN209122116U (en) | 2018-10-16 | 2018-10-16 | Sparge pipe and cleaning equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209122116U true CN209122116U (en) | 2019-07-19 |
Family
ID=67231878
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821682041.3U Expired - Fee Related CN209122116U (en) | 2018-10-16 | 2018-10-16 | Sparge pipe and cleaning equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209122116U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109124522A (en) * | 2018-10-16 | 2019-01-04 | 佛山市顺德区美的洗涤电器制造有限公司 | Sparge pipe and cleaning equipment |
| CN112704449A (en) * | 2020-12-31 | 2021-04-27 | 佛山市顺德区美的洗涤电器制造有限公司 | Washing method and device for dish washing machine and dish washing machine |
-
2018
- 2018-10-16 CN CN201821682041.3U patent/CN209122116U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109124522A (en) * | 2018-10-16 | 2019-01-04 | 佛山市顺德区美的洗涤电器制造有限公司 | Sparge pipe and cleaning equipment |
| CN109124522B (en) * | 2018-10-16 | 2024-05-28 | 佛山市顺德区美的洗涤电器制造有限公司 | Water spray pipe and cleaning equipment |
| CN112704449A (en) * | 2020-12-31 | 2021-04-27 | 佛山市顺德区美的洗涤电器制造有限公司 | Washing method and device for dish washing machine and dish washing machine |
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