CN201019631Y - Auto-induction soap dropping equipment - Google Patents
Auto-induction soap dropping equipment Download PDFInfo
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- CN201019631Y CN201019631Y CNU2007200014387U CN200720001438U CN201019631Y CN 201019631 Y CN201019631 Y CN 201019631Y CN U2007200014387 U CNU2007200014387 U CN U2007200014387U CN 200720001438 U CN200720001438 U CN 200720001438U CN 201019631 Y CN201019631 Y CN 201019631Y
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Abstract
The utility model relates to a field of auto induction liquid supply device, the aim is to overcome the disadvantage of prior art and provide an auto induction soap dropping device that is applicable to diversified industrial design. The utility model comprises a shell, an auto induction liquid delivery mechanism, a liquid storage device. A liquid outlet mouth is provided on the shell, the auto induction liquid delivery mechanism is arranged in the shell; a liquid inlet tube of the auto induction liquid delivery mechanism is communicated with the liquid storage device, a liquid outlet tube is communicated with the liquid outlet mouth; the modified part is that: the liquid outlet tube is communicated with the liquid outlet mouth by a hose. The arrangement of the hose makes the place of the shell where the liquid outlet mouth arranged on out of limitation, the liquid outlet mouth can be arranged on anywhere of the shell; the place of the shell where the auto induction liquid delivery mechanism is also out of limitation, which greatly expands industrial design space, and makes the product design more diversiform.
Description
Technical field
The utility model relates to automatic induced liquid feeding mechanism field, says so more specifically a kind ofly to be applicable to that the automatic induction of liquid of vicidity such as hand cleanser, bath foam drips the soap device.
Technical background
Automatically an induction soap device is mainly used in and is used in public toilet or the bathroom supplying hand cleanser or bath foam automatically, and is easy to use, avoided the intersection of bacterium to propagate simultaneously.Existing automatic induction is dripped the soap device and is mainly triggered motor by infrared induction, is moved reciprocatingly in hydraulic cylinder by the driven by motor piston, and hand cleanser or bath foam are extruded, and perhaps triggers magnetic valve by infrared induction and opens, and liquid is flowed out.Because hand cleanser or this class I liquid I of bath foam have very big toughness,, rely on gravity that the structure that liquid flows out can not be suitable for, so generally do not adopt so adopt electromagnetic valve switch.And adopt the structure of piston fluid,matching cylinder pressure because complex structure causes whole soap device structure huge, the moulding unification.Existing seal valve and the liquid in-out pipe out-of-alignment structure of adopting caused the decline of sealing property, structure loaded down with trivial details, the difficulty of installation.And in the process of using the easy residual liquid of fluid mouth, cause the liquid wire drawing of thickness, even drippage, cause fluid mouth below to need the residual hand cleanser of labor cleaning often.
The utility model content
The purpose of this utility model is to overcome shortcoming of the prior art, provides a kind of automatic induced liquid that can be suitable for diversified industrial design to drip the soap device.
Its further purpose is that design is in use a kind of, and the automatic induced liquid that the fluid mouth can residual liquid drips the soap device.
The utility model is achieved through the following technical solutions its practical novel purpose.
The utility model has designed a kind of automatic induction and has dripped the soap device, comprise shell, automatic induced liquid conveying device and device for storing liquid, shell is provided with the fluid mouth, automatically the induced liquid conveying device is installed in the enclosure, adopt pump pressure type liquid structure for conveying, its feed tube is communicated with device for storing liquid, and drain pipe is communicated with the fluid mouth of shell, the improvement part is that described drain pipe and fluid mouth pass through soft pipe connection, and the fluid mouth is provided with the keeper that is used for fixing the flexible pipe mouth of pipe.The structure comparative maturity of existing automatic induced liquid conveying device, structure are fixing basically, so occupation space changes not quite, therefore shape and the size to shell plays very big restriction.And existing soap device adopts the structure that directly drain pipe is communicated with the fluid mouth, further limited the position of fluid mouth, the fluid mouth generally need be positioned on the same horizontal plane with drain pipe, very big restriction is played in industrial design to profile, and be unfavorable for the backflow of liquid, can cause liquid residue at the fluid mouth.Traditional structure need process the pipeline that is used to carry liquid in the fluid mouth, difficulty of processing increases greatly, and the further like this shape-designing that limits fluid mouth profile is difficult to generally between the constitutional detail of the product of different shaping, increased processing cost greatly.Structure of the present utility model has increased the structure that flexible pipe connects between drain pipe and fluid mouth, flexible pipe be arranged so that the position of fluid mouth on housing is unrestricted, can design any position on housing, automatically the position of induced liquid conveying device in housing also no longer is restricted, expand the space of industrial design greatly, made product can be designed to be more diversified.And the processing of product is more simple, because the connection by flexible pipe only needs in fluid mouth inside a keeper that is used for fixing the flexible pipe mouth of pipe to be set and get final product, need not to carry out internal pipeline and processes, and has simplified technology.And the design of fluid mouth only needs to hold flexible pipe by getting final product, so its profile can be more diversified, further expanded the space of industrial design.Another advantage of the design is the fluid mouth can be arranged on the position that is higher than drain pipe, even can exceed a lot.In the process of using, can rely on the natural gravity effect, make that liquid has backflow trend in the pipeline, avoid overflowing, avoid wire drawing, drippage etc., to around pollute.Environment for use is clean, and is succinct, need not the labor cleaning, is applicable to the place of various top grades.Same reason, feed tube of the present utility model and device for storing liquid also can pass through soft pipe connection.Such structure makes that the relative position between automatic induced liquid conveying device and the device for storing liquid no longer is the form of fixing, the installation of device for storing liquid no longer is subjected to the restriction of feed tube position, the configuration design that can have more housing is arranged flexibly, utilize gravity to make liquid flow for convenience, the device for storing liquid operated by rotary motion is being higher than on the position of feed tube.
Existing automatic induced liquid conveying device generally is drain pipe and a fluid valve to be connected to prevent leakage, and the fluid valve is provided with compression spring, makes it can self-return sealing drain pipe.And on feed tube, seldom be provided with valve mechanism, and even be provided with valve core structure, the spring of self-return is not set yet, caused the sealing property of feed tube spool relatively poor.Therefore the liquid in the feed tube can hard-corely flow basically, and the hermetically-sealed construction of whole soap device only relies on the valve mechanism that is arranged in the drain pipe.Therefore cause leakage easily, particularly be located at the higher position when device for storing liquid, or when more liquid is housed, bigger to the pressure of the valve of drain pipe, cause leakage easily.If add the elasticity of big spring, then require automatic induced liquid conveying device to have bigger pump pressure and just can press off valve, cause the waste of power source.The structure of the automatic induced liquid conveying device of the utility model design is that feed tube connects liquid flowing valve thus, drain pipe connects the fluid valve, and liquid flowing valve and fluid valve constitute by spool and spring, spring compresses spool towards the opposite direction with liquid flow, liquid flowing valve is opposite with fluid valve direction.The design's the employing spool and the valve mechanism of spring, spring can give spool bigger thrust, realize sealing, and can realize directional push, make spool sealing orifice accurately.The spring of the liquid flowing valve pressure of liquid that can contend with, even make under user mode not, the liquid in the device for storing liquid can not pass through liquid flowing valve, can not cause automatic induced liquid conveying device internal hydraulic pressure too high and press off the fluid valve, causes leakage.The fluid valve also because pressure inside reduces, therefore has more good sealing property.Therefore the utlity model has higher sealing property, it is more succinct that environment for use will keep.Simultaneously, because the feed liquor valve is under the effect of feed liquor valve spring, after action, can returning quickly and seal up valve, reduce the backflow of liquid in the hydraulic cylinder, thereby the efficient of the single motion that increases has promptly increased the single liquid outlet quantity.In the design of spool, adopt conical design with the spring contact position, under the active force of turriform spring, have the automatic centering effect, guaranteed the being perfectly safe property of valve arrangement.
Existing sealed valve structure is non-coaxial setting with the liquid flow conduits structure all, the result who causes like this is that liquid will be not parallel with the direction of valve core movement at flow direction, influenced the directional effect of spring, caused the accurately import and export of seal fluid of spool spool.The utility model with feed tube with liquid flowing valve, drain pipe and the fluid valve is coaxial is connected, She Ji purpose is to make the direction of the direction of liquid flow and valve core movement on same straight line like this, promptly with the flexible direction of spring on same straight line, therefore can not cause spool in the motion process medium dip, cause sealing not tight.
In order to prevent that the fluid mouth has liquid residue in the use, cause liquid wire drawing or drippage, the utility model is arranged on the outlet that position on the housing is higher than drain pipe with the fluid mouth.The effect that this structural design can make full use of gravity prevents that liquid residual in the flexible pipe from flowing out from the fluid mouth, and the liquid negative pressure that produces that refluxes in flexible pipe can will remain in the liquid suction hose of fluid mouth, so does not have liquid residue at the fluid mouth.This structure Design is to have adopted the flexible pipe ways of connecting simply to realize, a core texture can cooperate the shell of multiple moulding, any position that can be on shell is set and is not subjected to the restriction of drain pipe of fluid mouth.
The automatic induced liquid conveying device that the utility model adopted mainly comprises induction system, motor, eccentric stiffener, piston and hydraulic cylinder, hydraulic cylinder connects liquid flowing valve and fluid valve and matches with piston, and motor is by the eccentric stiffener driven plunger, and motor is controlled by induction system.Described eccentric stiffener comprises worm screw, worm-wheel shaft and is provided with the worm gear of eccentric shaft, worm screw is connected with motor driving shaft, drives worm gear and rotates around worm-wheel shaft, and worm-wheel shaft is installed perpendicular to worm screw, worm gear drives piston by eccentric shaft and moves reciprocatingly the parallel installation with worm gear of described motor.Can realize that by above-mentioned eccentric stiffener motor and hydraulic cylinder are arranged side by side, make whole mechanical mechanism more compact, reduce the shared space of core texture, thereby realize that automatic induction drips further the reducing of volume of soap device.
Motor of the present utility model adopts battery-operated, and shell is provided with the battery case that is used to install battery, and battery case and shell are connected by electric connection structure that can simple and easy dismounting.Dismountable structure has made things convenient for the replacing of battery and to dripping the clean and maintenance of soap device.Because dripping the soap device generally all is the next door that is fixed on hand washing sink, battery case adopts electric wire to connect, and it is very difficult to change battery.Dismountable electric connection structure of the design not only greatly facilitates the replacing of battery, if it is fixing as base by battery case that the soap device is dripped in induction automatically, the easy dismounting of whole soap device can also be cleaned so, make operation and maintenance very convenient.Battery case of the present utility model adopts metal clips or spring to be electrically connected with battery cover on being located at shell, like this by the resilient engagement of metal clips or spring, can realize that good electrical connection and dismounting are very convenient, simple and easy.Can also further be provided with the switch of control on/off, be used for to cut off the electricity supply, maintain easily in cleaning or replacing process.
The utility model has following outstanding substantive distinguishing features and obvious improvement with respect to prior art.
The utility model adopts flexible pipe to connect drain pipe and fluid mouth, feed tube and device for storing liquid, the design of the contour structures of the feasible soap device of induction automatically and the arrangement of internals are more flexible, for the industrial designer provides comparatively broad design space, can make product more attractive in appearance, diversified, and need not internals is done special processing, improved the competitiveness of product in market.Product structure design can be arranged on the fluid mouth on the height that is higher than drain pipe flexibly, in the use of dripping the soap device, do not having under the pump function, liquid in the flexible pipe can reflux under the effect of gravity automatically, the liquid that the generation negative pressure will remain in the fluid mouth sucks back, prevent residual liquid wire drawing or drippage, pollute surrounding environment.The liquid in-out valve all adopts spool to cooperate the structure of spring, can guarantee all the time that in use one on two valves are opened, a closure, realizes accurately sealing, and can prevent the situation of the too high fluid valve leakage that causes of hydraulic pressure.The liquid in-out valve adopts coaxial setting with the liquid in-out pipe, and the direction of liquid flow is identical with the direction that valve spring stretches, and can make the spring of valve accurately directed, improves sealing property.The structure that drive motors and hydraulic cylinder are installed side by side can make that to drip soap device internal structure more compact, reduced occupation space, and stability is higher, makes more miniaturization of overall structure.Battery case adopt can simple and easy dismounting elastic piece structure, greatly facilitate the replacing of battery and to dripping the cleaning of soap device.
Description of drawings
Fig. 1 is the construction profile figure of embodiment 1;
Fig. 2 is the STRUCTURE DECOMPOSITION figure of Fig. 1;
Fig. 3 removes internal structure scheme of installation behind the shell for Fig. 1;
Fig. 4 is an automatic induced liquid transport conveyor constructions exploded view among Fig. 3;
Fig. 5 is an automatic induced liquid conveying device assembly structure schematic diagram among Fig. 3;
Fig. 6 is an A-A cross section phantom among Fig. 4;
Fig. 7 is the construction profile figure of embodiment 2;
Fig. 8 is the STRUCTURE DECOMPOSITION figure of Fig. 7;
Fig. 9 is the cutaway view of Fig. 7 internal structure;
Figure 10 is Fig. 7 accumulator case install structure schematic diagram;
Figure 11 is the cutaway view of Figure 10;
Figure 12 removes internal structure scheme of installation behind the shell for Fig. 7.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described further.
The soap device is dripped in a kind of automatic induction as shown in Figure 1, and particularly a kind of hand cleanser that is used for the toilet is responded to a soap device automatically.Fluid mouth 3 is arranged on the top of shell 1, and device for storing liquid 6 parts are installed in the inside of shell 1, and are provided with the loam cake that handle 61 is used to open device for storing liquid 6, are used to add hand cleanser.Battery case 5 is arranged on the bottom of shell 1, and whole automatic induction is dripped the soap device and is installed in washing and dressing on the platform of toilet by battery case 5.Shell 1 and battery case 5 be can simple and easy dismounting structure, between no electric wire connect, make things convenient for the replacing of battery and respond to the cleaning of a soap device automatically.Automatically an induction soap device adopts infrared induction to trigger a soap device fluid, is provided with an infrared transmitter 71 and is used to launch infrared light as signal source below fluid mouth 3.In the time of under hand places fluid mouth 3, shelter from the infrared light of infrared transmitter 71, be arranged on the infrared remote receiver 72 (referring to Fig. 2) of fluid mouth 3 belows, the no signal input then triggers an automatic induction soap device and carries a certain amount of hand cleanser.
The concrete structure of the automatic induction soap device of the utility model as shown in Figure 2, housing 1 inner space is mainly used in installs automatic induced liquid conveying device 2 and device for storing liquid 6, reduce unnecessary space as far as possible, thereby dwindled the shared space of housing 1, make device miniaturization.Device for storing liquid 6 inside are a pond body 62, and the liquid outlet (not shown) is connected by the feed tube (not shown) of flexible pipe 42 with automatic induced liquid conveying device 2 below pond body 62, and the installation site of flexible pipe 42 as shown in phantom in FIG..Hand cleanser in the device for storing liquid 6 is transported in the automatic induced liquid conveying device 2 by flexible pipe 42, adopt the flexible pipe connected mode very flexible, installation site to device for storing liquid 6 and automatic induced liquid conveying device 2 does not have strict requirement, install more simple and conveniently, structural configuration is more flexible.Generally, all as shown in FIG. device for storing liquid 6 is installed in the top of automatic induced liquid conveying device 2 in order to make full use of the hydraulic pressure that gravity produces.Automatically the drain pipe 8 of induced liquid conveying device 2 is communicated with fluid mouth 3 on the shell 1 by flexible pipe 41, and the installation site of flexible pipe 41 as shown in phantom in FIG..The connected mode of employing flexible pipe goes for the fluid mouth 3 of multiple moulding, need not to process in fluid mouth 3 pipeline that is used to carry liquid, and only a mouth of pipe that needs a keeper 31 to be used for fixing flexible pipe 41 gets final product.Install more easyly, and fluid mouth 3 do not limit by the position of drain pipe 8, and as shown in the figure, drain pipe 8 is positioned at the bottom of housing 1 after induced liquid conveying device 2 is installed automatically, and fluid mouth 3 then is positioned at the top of housing 1.The benefit of An Zhuaning is like this, do not having automatic induced liquid conveying device 2 not have under the situation of pump pressure, the liquid in the flexible pipe 41 can reflux under the effect of gravity, produces negative pressure in pipe, suction remains in the hand cleanser at fluid mouth 3 places, prevents the pollution to external world of residual hand cleanser.Suitable environment is more clean, succinct, need not manually to sweep, clear up the hand cleanser of drippage, can be applicable to the use in high-grade place.
The utility model also is equipped with an infrared remote receiver 72 at fluid mouth 3 downsides, cooperates infrared transmitter 71 to use.In the ordinary course of things, the signal that receives infrared transmitter 71 transmissions that infrared remote receiver 72 can continue, when hand is positioned at fluid mouth 3 belows, the signal that infrared transmitter 71 sends is stopped, infrared remote receiver 72 does not have the signal input, then triggers automatic induced liquid conveying device 2 and pumps a certain amount of hand cleanser.Among the figure simplicity of illustration, the electric connection structure of not shown infrared transmitter 71 and infrared remote receiver 72 and automatic induced liquid conveying device 2, it adopts general electrical structure, can be with reference to the electric connection structure of existing auto-induction apparatus.Again as shown in the figure, be provided with a battery cover 52 that some metal clips that are used to be electrically connected 51 are installed in the bottom of housing 1, metal clips 51 can simple and easy dismounting cooperate electrical connection with the sheet metal 53 on being arranged on battery case 5.Present embodiment adopts the fit structure of plug-in, between housing 1 and battery case 5, just be not subjected to the restriction of any electric wire like this, change battery or clean a soap device as need, only need upwards mention housing 1, then the structure beyond the battery case 5 can be separated with battery case 5, with respect to the existing fixing mode of screw that adopts, maintenance of the present utility model is very simple.Among the figure simplicity of illustration, the electric connection structure of not shown metal clips 51 and battery cover 52 and automatic induced liquid conveying device 2, it adopts general electrical structure.
Fig. 3 is the mounting structure that the soap device is dripped in the automatic induction that decapsidate, has specifically illustrated the detailed structure of automatic induced liquid conveying device 2, in conjunction with the detailed structure of the exploded view of Fig. 4.As shown in the figure, automatically induced liquid conveying device 2 comprises that induction system (is made of infrared transmitter 71 and infrared remote receiver 72, not shown, the above-mentioned explanation of reference), motor 21, eccentric stiffener, piston 27 and hydraulic cylinder 22, piston 27 is positioned at hydraulic cylinder 22 inside, is connected with eccentric stiffener by piston push rod 25.Described eccentric stiffener comprises worm screw 24, worm-wheel shaft 29 and is provided with the worm gear 23 of eccentric shaft 20, worm screw 24 is connected with motor 21 driving shafts, driving worm gear 23 rotates around worm-wheel shaft 29, worm-wheel shaft 29 is installed perpendicular to worm screw 24, worm gear 23 drives piston push rod 25 promotion pistons 27 by eccentric shaft 20 and moves reciprocatingly in hydraulic cylinder 22, produces pump pressure.Described motor 21 and worm gear 24 parallel installations, thus motor 21 and hydraulic stem 22 parallel installations made, make structure more compact.The end outside that piston push rod 25 is connected with eccentric shaft 20 is provided with one and triggers piece 251, matches with circuits for triggering switch 26, is used to control automatic induction and drips the size that the soap device is given liquid measure automatically.Hydraulic cylinder 22 connects feed tube 9 and drain pipe 8, and feed tube 9 connects liquid flowing valve, and drain pipe 8 connects the fluid valve, and liquid flowing valve is made of spool 91 and spring 92, and the fluid valve is made of spool 81 and spring 82. Spring 92 and 82 compresses spool 91 and 81 towards the opposite direction with liquid flow, liquid flowing valve is opposite with fluid valve direction.
Planar structure after installing shown in its cross-section structure Fig. 6, is responded to the use of dripping the soap device in conjunction with all description of drawings as shown in Figure 5 automatically.When hand places fluid mouth 3 belows, shelter from the signal that is issued to infrared remote receiver 72 by infrared transmitter 71, as shown in Figure 1 and Figure 2.Infrared remote receiver 72 does not have the signal input, then triggers motor 21 and rotates, and the rotation of worm screw 24 drives worm gear 24 and rotates around worm-wheel shaft 29.As shown in Figure 6, worm gear 24 drives piston push rod 25 by eccentric shaft 20 and promotes piston 27 past left movement in hydraulic cylinder 22 earlier.Produce negative pressure in the hydraulic cylinder 22, feed liquor spool 91 compression springs 92, liquid flowing valve is opened, and the fluid valve keeps closing in this process.Hand cleanser is inhaled in the hydraulic cylinder 22 through flexible pipe 42 and feed tube 9 by in the device for storing liquid 6.Motor 21 is rotated further, and eccentric shaft 20 drives piston push rod 25 and promotes piston 27 past right motion in hydraulic cylinder 22.Produce high pressure in the hydraulic cylinder 22, fluid spool 81 compresses spring 82 under pressure, the fluid valve open, and liquid flowing valve keeps closing in this process.Hand cleanser is pumped out through flexible pipe 41 and fluid mouth 3 by in the hydraulic cylinder 22.After eccentric shaft 20 drives piston push rod 25 rotation one-periods, trigger piece 251 collision circuits for triggering switches 26 motor 21 is quit work, the hand cleanser automatic transport finishes.Hand cleanser in the flexible pipe 41 relies on the natural gravity effect, makes the interior liquid of pipeline that backflow trend be arranged, and avoids overflowing, and avoids wire drawing, drippage etc.In use, liquid flowing valve and fluid valve cooperatively interact, and realize good sealing, prevent because the pressure of liquid causes the fluid valve to be pressed off, thereby cause the situation of leakage.
Present embodiment is similar to the structure major part of embodiment 1, below is primarily aimed at distinctive points and is described.The soap device is dripped in a kind of automatic induction shown in Figure 7, overall structure is a cylindrical shape, and fluid mouth 3 is arranged on the top of shell 1, and device for storing liquid 6 parts are installed in the inside of shell 1, and be provided with the loam cake (shown in Fig. 8 arrow) that handle 61 is used for Unscrew device for storing liquid 6, be used to add hand cleanser.Battery case 5 is arranged on the bottom of shell 1, and whole automatic induction is dripped the soap device and is fixed on washing and dressing on the platform of toilet by battery case 5.Shell 1 and battery case 5 be can simple and easy dismounting structure, between no electric wire connect, make things convenient for the replacing of battery and respond to the cleaning of a soap device automatically.Automatically an induction soap device adopts infrared induction to trigger a soap device fluid, is provided with an infrared transmitter 71 and is used to launch infrared light as signal source below fluid mouth 3.In the time of under hand places fluid mouth 3, shelter from the infrared light of infrared transmitter 71, be arranged on infrared remote receiver 72 (referring to Fig. 8) the no signal input of fluid mouth 3 belows, then trigger an automatic induction soap device and carry a certain amount of hand cleanser.
Automatically induction drip the soap device concrete structure as shown in Figure 8, housing 1 inner space is mainly used in installs automatic induced liquid conveying device 2 and device for storing liquid 6, reduces unnecessary space as far as possible, thereby has dwindled the shared space of housing 1, makes device miniaturization.Device for storing liquid 6 inside are a pond body 62, and in conjunction with shown in Figure 9, liquid outlet directly is connected with feed tube 9 below pond body 62, and the hand cleanser in the device for storing liquid 6 is transported in the automatic induced liquid conveying device 2 by feed tube 9.Automatically the drain pipe 8 of induced liquid conveying device 2 is communicated with fluid mouth 3 on the shell 1 by flexible pipe 41, and the installation site of flexible pipe 41 as shown in phantom in FIG..The connected mode of employing flexible pipe goes for the fluid mouth 3 of multiple moulding, need not to process in fluid mouth 3 pipeline that is used to carry liquid, and only a mouth of pipe that needs a keeper 31 to be used for fixing flexible pipe 41 gets final product.Install more easyly, and fluid mouth 3 do not limit by the position of drain pipe 8, and as shown in the figure, drain pipe 8 is positioned at the bottom of housing 1 after induced liquid conveying device 2 is installed automatically, and fluid mouth 3 then is positioned at the top of housing 1.Hydraulic cylinder 22 connects feed tube 9 and drain pipe 8, and feed tube 9 connects liquid flowing valve, and drain pipe 8 connects the fluid valve, and liquid flowing valve is made of spool 91 and spring 92, and the fluid valve is made of spool 81 and spring 82. Spring 92 and 82 compresses spool 91 and 81 towards the opposite direction with liquid flow, liquid flowing valve is opposite with fluid valve direction.
Again as shown in Figure 8, be provided with a battery cover 52 in the bottom of housing 1, battery cover 52 is provided with buckle 54, can with card 55 simple and easy being fastened and connected that are arranged on the battery case 5.Electric connection structure between battery cover 52 and the battery case 51 as shown in Figure 10 and Figure 11, connect copper sheet 57 on the battery case 5, the connector lug of tape splicing spring 56 on the battery cover 52, when battery case 5 up pushes away after fastening, shown in arrow among Figure 11, spring 56 is stressed because of compressing, thus with copper sheet 57 fluid-tight engagement.Under buckle 54 and card 55 close-fitting states, spring 56 can guarantee reliable the electrical connection with the fit structure of copper sheet 57.
Internal structure after the installation as shown in figure 12, in conjunction with Fig. 9, as shown in the figure, automatically induced liquid conveying device 2 comprises that induction system (is made of infrared transmitter 71 and infrared remote receiver 72, not shown, with reference to above-mentioned explanation), motor 21, eccentric stiffener, piston 27 and hydraulic cylinder 22, piston 27 is positioned at hydraulic cylinder 22 inside, is connected with eccentric stiffener by piston push rod 25.Described eccentric stiffener comprises worm screw 24, worm-wheel shaft 29 and is provided with the worm gear 23 of eccentric shaft 20, worm screw 24 is connected with motor 21 driving shafts, driving worm gear 23 rotates around worm-wheel shaft 29, worm-wheel shaft 29 is installed perpendicular to worm screw 24, worm gear 23 drives piston push rod 25 promotion pistons 27 by eccentric shaft 20 and moves reciprocatingly in hydraulic cylinder 22, produces pump pressure.Described motor 21 and worm gear 24 parallel installations, thus motor 21 and hydraulic stem 22 parallel installations made, make structure more compact.In conjunction with shown in Figure 8, originally be located at housing 1 lower backside and also be provided with a switch 10, be used to control the break-make of power supply, clean to drip the soap device or change in the process of battery, can cut off the electricity supply by switch 10, maintain easily, wait and open switch again after installing.Can avoid like this in maintenance process, the induction of mistake causes the outflow of hand cleanser.
Claims (10)
1. respond to a soap device automatically for one kind, comprise shell, automatic induced liquid conveying device and device for storing liquid, shell is provided with the fluid mouth, automatically the induced liquid conveying device is installed in the enclosure, adopt pump pressure type liquid structure for conveying, its feed tube is communicated with device for storing liquid, and drain pipe is communicated with the fluid mouth of shell, it is characterized in that described drain pipe and fluid mouth by soft pipe connection, the fluid mouth is provided with the keeper that is used for fixing the flexible pipe mouth of pipe.
2. the soap device is dripped in automatic induction according to claim 1, it is characterized in that described feed tube and device for storing liquid pass through soft pipe connection.
3. the soap device is dripped in automatic induction according to claim 1, it is characterized in that feed tube connects liquid flowing valve, drain pipe connects the fluid valve, liquid flowing valve and fluid valve constitute by spool and spring, spring compresses spool towards the opposite direction with liquid flow, liquid flowing valve is opposite with fluid valve direction.
4. the soap device is dripped in automatic induction according to claim 3, it is characterized in that described feed tube is with liquid flowing valve, drain pipe and the fluid valve is coaxial is connected.
5. the soap device is dripped in automatic induction according to claim 1, it is characterized in that described fluid mouth is arranged on the outlet that position on the housing is higher than drain pipe.
6. drip the soap device according to claim 1 or 2 or 3 or 4 or 5 described automatic inductions, it is characterized in that described automatic induced liquid conveying device mainly comprises induction system, motor, eccentric stiffener, piston and hydraulic cylinder, hydraulic cylinder connects liquid flowing valve and fluid valve and matches with piston, motor is by the eccentric stiffener driven plunger, and motor is controlled by induction system.
7. the soap device is dripped in automatic induction according to claim 6, it is characterized in that described eccentric stiffener comprises worm screw, worm-wheel shaft and is provided with the worm gear of eccentric shaft, worm screw is connected with motor driving shaft, driving worm gear rotates around worm-wheel shaft, worm-wheel shaft is installed perpendicular to worm screw, worm gear drives piston by eccentric shaft and moves reciprocatingly the parallel installation with worm gear of described motor.
8. the soap device is dripped in automatic induction according to claim 6, it is characterized in that described motor by battery-operated, and shell is provided with the battery case that is used to install battery, and battery case and shell are connected by electric connection structure that can simple and easy dismounting.
9. the soap device is dripped in automatic induction according to claim 8, and the battery cover on it is characterized in that battery case and being located at shell is electrically connected by metal clips or spring.
10. the soap device is dripped in automatic induction according to claim 8, it is characterized in that being provided with the switch of control on/off.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200014387U CN201019631Y (en) | 2007-01-27 | 2007-01-27 | Auto-induction soap dropping equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200014387U CN201019631Y (en) | 2007-01-27 | 2007-01-27 | Auto-induction soap dropping equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201019631Y true CN201019631Y (en) | 2008-02-13 |
Family
ID=39087034
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200014387U Expired - Fee Related CN201019631Y (en) | 2007-01-27 | 2007-01-27 | Auto-induction soap dropping equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201019631Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012055272A1 (en) * | 2010-10-27 | 2012-05-03 | Dong Xiaoqing | Self-suction liquid soap delivery device |
| ES2876427A1 (en) * | 2020-05-08 | 2021-11-12 | Gustavo Enrique Gregorini | HAND SANITIZER FOR PUBLIC ROAD WITH MULTIPLE DISPENSER (Machine-translation by Google Translate, not legally binding) |
-
2007
- 2007-01-27 CN CNU2007200014387U patent/CN201019631Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012055272A1 (en) * | 2010-10-27 | 2012-05-03 | Dong Xiaoqing | Self-suction liquid soap delivery device |
| ES2876427A1 (en) * | 2020-05-08 | 2021-11-12 | Gustavo Enrique Gregorini | HAND SANITIZER FOR PUBLIC ROAD WITH MULTIPLE DISPENSER (Machine-translation by Google Translate, not legally binding) |
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