Summary of the invention
The device and the tap thereof that the invention provides energy spraying mist and steam and yielding water, it has overcome the existing deficiency of the health bathing appliance in background technology.
One of technical scheme adopting that the present invention solves its technical problem is:
The device of energy spraying mist and steam and yielding water, it comprises:
One tap, it is provided with a delivery port, spraying terminal and a steam jet, and has one first water route, one second water route and a steam channel, and delivery port is connected in described the first water route, spraying terminal is connected in described the second water route, and described steam channel is connected steam jet;
One water tank, it can connect the first water route, can connect the second water route; And
One steam generator, it is connected water tank and liquid water can be evaporated and makes steam, and it connects steam channel.
Among one preferred embodiment: described steam jet is rotatably connected on tap.
Among one preferred embodiment: described spraying terminal is rotatably connected on tap.
Among one preferred embodiment: it also comprises:
One pump housing, it has an entrance and two outlets, and described entrance is connected water tank, and steam generator is connected in a described outlet, and the second water route is connected in described another outlet.
Among one preferred embodiment: described steam jet, it comprises:
One nozzle body, it has:
One steam hole along pivot center, it connects steam channel;
One mix aperture;
One turns on the intercommunicating pore between steam hole and mix aperture, and its cross-sectional area is less than the cross-sectional area of mix aperture, can within mix aperture, produce pressure drop when making steam enter mix aperture from intercommunicating pore; And
One air duct, it has at least one air intake and at least one gas outlet, and described air intake is arranged on the first side of nozzle body, and mix aperture is connected and between mix aperture and intercommunicating pore in described gas outlet; And
One driver plate, it is rotatably connected on nozzle body and abuts against the first side of nozzle body, the flow that can regulate outside air to enter air duct by relatively rotating between driver plate and nozzle body.
Among one preferred embodiment:
Described air duct has multiple air intakes, and described multiple air intake annulars display and be arranged in the first side of nozzle body;
Described driver plate has multiple control holes, described multiple control hole annular displays, and described control hole is corresponding with air intake, can be by the common factor that can regulate control hole and air intake that relatively rotates between driver plate and nozzle body.
Among one preferred embodiment:
Described tap has one second side, the first side of described nozzle body and tap the second side practise physiognomy to, the opening of described steam hole is positioned at the first side;
Described driver plate is located between second side and the first side of nozzle body of tap.
Among one preferred embodiment: the second side of described tap main body convexes with the protruding wall of arc of a dead in line pivot center; Described driver plate comprises that an annular disk body and a handle that is installed in side outside annular disk body turn round, and described control hole is opened in annular disk body; Described annular disk body sealing abuts against the first side of nozzle body, and abuts against protruding wall end face.
Among one preferred embodiment: described steam jet, it also comprises:
One bubbler, it is fixed in nozzle body and connects mix aperture.
The present invention solve its technical problem the technical scheme adopting two be:
The tap of energy spraying mist and steam and yielding water, it is characterized in that: it is provided with a delivery port, spraying terminal and a steam jet, and there is one first water route, one second water route and a steam channel, delivery port is connected in described the first water route, spraying terminal is connected in described the second water route, and described steam channel is connected steam jet.
Among one preferred embodiment: described steam jet, it comprises:
One nozzle body, it has:
One steam hole along pivot center, it connects steam channel;
One mix aperture;
One turns on the intercommunicating pore between steam hole and mix aperture, and its cross-sectional area is less than the cross-sectional area of mix aperture, can within mix aperture, produce pressure drop when making steam enter mix aperture from intercommunicating pore; And
One air duct, it has at least one air intake and at least one gas outlet, and described air intake is arranged on the first side of nozzle body, and mix aperture is connected and between mix aperture and intercommunicating pore in described gas outlet; And
One driver plate, it is rotatably connected on nozzle body and abuts against the first side of nozzle body, the flow that can regulate outside air to enter air duct by relatively rotating between driver plate and nozzle body.
The technical program is compared with background technology, and its tool has the following advantages:
1, tap has delivery port, spraying terminal and steam jet, delivery port and spraying terminal can be connected water tank, steam jet can be connected steam generator, therefore: a, tap can be sprayed (cold mist), steam (hot mist), water outlet, it is extremely convenient to use, and integrates washing, clean, steam beauty treatment, health care; B, while switching between each function, without dismounting, attaching; 3, save leading number, a tap is realized multiple functions, reduces costs, and reduces resource, and this effect is especially outstanding in the existing carbon reduction environmental protection epoch;
2, steam jet is rotatably connected on tap, and spraying terminal is rotatably connected on tap, easy to use, user-friendly, is especially applicable to integrating the tap of multiple functions;
3, steam generator is connected in one of pump housing outlet, spraying terminal is connected in another outlet, can provide suitably and hydraulic pressure stably for spraying terminal, change and directly connect external water source in the past, the shortcoming that is difficult to control hydraulic pressure and affect spray effect, steam generator and spraying terminal share the pump housing, reduce costs, and minimizing takes up room;
4, the moment that steam sprays fast in intercommunicating pore, in mix aperture and between the external world, produce a pressure drop, thereby outside air is entered in mix aperture and vapor mixing by air duct, and then temperature, expulsion pressure, the range of jet of change steam, user can rotate by driver plate, adjusting outside air enters the air mass flow of mix aperture, the temperature of steam regulation, expulsion pressure, range of jet;
5, the annular display of multiple air intakes of air duct, multiple control holes annular displays of driver plate tool, can be by the common factor that regulates control hole and air intake that relatively rotates between driver plate and nozzle body, and easy to adjust, adjusting is evenly;
6, driver plate is located between second side and the first side of nozzle body of tap, is convenient to assemble driver plate, simple in structure, is convenient to ensure that annular disk body sealing abuts against between the first side of nozzle body;
7, tap main body convexes with the protruding wall of arc of a dead in line pivot center, between protruding wall two ends of arc, form breach, within outside air can enter protruding wall by breach, enter mix aperture by the control hole of driver plate, the air intake of air duct, in ensureing assembly performance, provide air to enter breach;
8, driver plate has handle and turns round, and user can turn round rotating driver plate by handle, controls fast and easy.
Detailed description of the invention
Please refer to Fig. 1, the device of energy spraying mist and steam and yielding water, it comprises a tap 100, a water tank 200, a steam generator 300 and a pump housing.
Please refer to Fig. 1 to Fig. 4, described leading 100, it is provided with a delivery port 110, spraying terminal 120 and a steam jet 130, and has one first water route 140, one second water route 150 and a steam channel 160.Described delivery port 110 is connected the first water route 140, and among the present embodiment, described delivery port 110 is for example gondola water faucet water etc.Described spraying terminal 120 is rotatably connected on tap 100, is positioned at the left surface of tap 100, can rotate by 360 degree, and pivot center is horizontally disposed with; Spraying terminal 120 is connected in described the second water route 150, and among the present embodiment, described spraying terminal 120 can adopt the spraying terminal of prior art, and it is to utilize hydraulic pressure by tiny apopore, liquid water to be sprayed with fine particle.Described steam jet 130 is rotatably connected on tap 100, is positioned at the right flank of tap 100, can rotate by 360 degree, and pivot center is horizontally disposed with; Described steam channel 160 is connected steam jet 130.
Please refer to Fig. 3 to Fig. 7, wherein: described leading 100 steam channel 160 has an opening and is arranged on leading 100 right flank 170, and described opening is provided with internal thread; Described leading 100 right flank 170 convexes with the protruding wall 180 of an arc, the dead in line of the axis of the protruding wall 180 of described arc and the opening of steam channel 160, the protruding wall 180 of described arc surrounds the opening of steam channel 160, and the central angle of the protruding wall 180 of described arc is 270 degree.
Please refer to Fig. 2 to Figure 12, described steam jet 130, it comprises a nozzle body 131, a driver plate 132, a socket cap 133, a block 134, a rubber sheet gasket 135 and a bubbler 136.
Described nozzle body 131, it has steam hole 1311, a mix aperture 1312, intercommunicating pore 1313, the air duct 1314 turning between steam hole 1311 and mix aperture 1312 along pivot center.
Described steam hole 1311 has an opening and is arranged on the left surface of nozzle body 131, and, extend into perisporium 1315 left by the periphery of the interior surface of revolution of the opening of described steam hole 1311.The axis of described mix aperture 1312 is vertical with the axis of steam hole 1311.The cross-sectional area of described intercommunicating pore 1313 is less than the cross-sectional area of mix aperture 1312, can within mix aperture, produce pressure drop when making steam enter mix aperture 1312 from intercommunicating pore 1313.
Described air duct 1314 has multiple air intakes 13141 and multiple gas outlet 13142.Described multiple air intake 13141 is arranged on the left surface of nozzle body 131, multiple air intake 13141 annular displays, and the dead in line of the axis of this annular display and the opening of steam hole 1311, and be arranged in outside the perisporium of nozzle body 131.Mix aperture 1312 is connected and between mix aperture 1312 and intercommunicating pore 1313 in described gas outlet 13142, to make, in producing pressure drop, can to pass through the outer suction outside air of air duct 1314.
Described bubbler 136, it is fixed in nozzle body 131 and connects mix aperture 1312.
Described socket cap 133 hollows form hollow hole, and described socket cap 133 has the end of rotation and stiff end.Outside described stiff end, be provided with external screw thread, described rotation holds radially evagination to form clamping ring.The stiff end of described socket cap 133 is spirally connected into the opening of the steam channel 160 of tap 100, and the relation that forms a fixed connection.The rotation end of described socket cap 133 is rotatably connected on the opening of the steam hole 1311 of spraying body 131, described block 134 is fixed on the opening, socket socket cap 133 contacts of steam hole 1311 at clamping ring, with setting circle column cap 133 and nozzle body 131, be rotationally connected relation so that form 360 degree between them.In order to ensure that sealing property preferably also arranges rubber sheet gasket 135 between them.Make by socket cap 133: between nozzle body 131 and tap 100, form the relation that is rotationally connected; The hollow hole of socket cap 133 is connected steam channel 160 and steam hole 1311; The terminal surface of the perisporium of described nozzle body 131 abuts against the right flank of tap 100.
Described driver plate 132, it comprises that an annular disk body 1321, turns round 1323 by the annular disk body axially extended positioning sleeve 1322 of 1321 inner peripheral and a handle that is installed in side outside annular disk body 1321.Described annular disk body 1321 has multiple control holes 13211, described multiple control hole 13211 annular displays, the equal diameters of the air intake 13141 of the plurality of control hole 13211 and air duct 1314, the annular diameter that layout number equates, arranges equate, to make described control hole 13211 and air intake 13141 correspondences, but not as limit, other is not if waited and also can be used in the present embodiment.Positioning sleeve 1322 turning sets of described driver plate 132 are connected on outside the perisporium of nozzle body 131, that is to say that described driver plate 132 rotates between the right flank and the left surface of nozzle body 131 that is located at tap 100.Positioning sleeve 1322 ends of described driver plate 132 lean against the right flank of tap 100, the annular disk body 1321 of described driver plate 132 abuts against the terminal surface of protruding wall 180, described annular disk body 1321 sealings abut against the left surface of nozzle body 131, within making described protruding wall 180, be formed with an air chamber between tap 100 right flank and annular disk body 1321, positioning sleeve, described air chamber turns on breach and the control hole 13211 of protruding wall 180.: can be by the common factor that relatively rotates the air intake 13141 that regulates control hole 13211 and air duct 1314 between driver plate 132 and nozzle body 131, can regulate outside air to enter the flow of air duct 1314, the temperature of steam regulation, expulsion pressure, range of jet.For example, as shown in Figure 10 to Figure 12, revolving dial 132 can be made 360 degree and rotate freely, in the time that the control hole 13211 of revolving dial 132 and the air intake 13141 of head body 131 overlap completely, enter the cold air amount maximum in steam jet body 131, when revolving dial continues rotation, the control hole 13211 of revolving dial 132 will reduce gradually with air intake 13141 intersection of head body 131, until be zero, answer in contrast, the cold air amount now entering in steam jet body 131 is also decreased to zero thereupon gradually.
The described pump housing, it has an entrance and two outlets, described entrance is connected water tank 200, steam generator 300 is connected in a described outlet, second water route is connected in described another outlet, taking by the pump housing as spraying terminal water supplying.
Described water tank 200 can external extraneous water source.Water tank 200 is directly connected in described the first water route 140.
Described steam generator 300, it comprises a housing, a heating unit, a thermostat, a magnetic valve and a control module, described control module connects heating unit, magnetic valve and the pump housing.Described heating unit comprises a heating chamber and a calandria, described heating chamber is connected an outlet of the pump housing with water receiving, described calandria heating heating chamber to be so that liquid water is evaporated and makes steam, and described thermostat is connected to outside heating chamber with detected temperatures and controls heating unit.Described magnetic valve is connected heating chamber and steam channel, for steam is delivered to steam channel.
In the time that user need to use steam, need first open the power knob 191 of the signal link control module that is arranged on tap 100; After about 30 seconds, have a burner on light 192 that is arranged on the signal link control module of tap 100 and extinguish, to inform that 300 preheatings of user's steam generator complete, now just can start to have enjoyed steam when user opens steam function button 193.
The above, only for preferred embodiment of the present invention, therefore can not limit according to this scope of the invention process, the equivalence of doing according to the scope of the claims of the present invention and description changes and modifies, and all should still belong in the scope that the present invention contains.