CN201067639Y - Electric bubbling device - Google Patents
Electric bubbling device Download PDFInfo
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- CN201067639Y CN201067639Y CNU2007201425273U CN200720142527U CN201067639Y CN 201067639 Y CN201067639 Y CN 201067639Y CN U2007201425273 U CNU2007201425273 U CN U2007201425273U CN 200720142527 U CN200720142527 U CN 200720142527U CN 201067639 Y CN201067639 Y CN 201067639Y
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- liquid
- swing type
- film forming
- cannelure
- type film
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Abstract
The utility model provides an electric bubble machine, comprising a liquid supply system which supplies bubbles to the electric bubble machine, a bubble-forming device which can receive the bubbles and form bubble films, a wind feeding system which supplies wind to the bubble-forming device, and a driving system which drives the liquid supply system, the bubble-forming device and the wind feeding system; furthermore, the electric bubble machine is characterized in that the bubble-forming device comprises at least a wing-typed film-forming part used for forming the bubble films. Preferably, at least one swing-typed film-forming part is at least a swing-typed film-forming belt. The electric bubble machine provided by the utility model can stably and continuously blow nested bubbles.
Description
Technical field
The utility model relates to bubble generating machine, more specifically, relates to a kind of electronic bubble generating machine.
Background technology
At present common bubble generating machine uses as chess usually, and bubble generating machine also can be used for the layout of various entertainment place simultaneously.But the common bubble that bubble generating machine produced all is the single bubble that blows out from a fixed mold.In addition, owing to common bubble generating machine adopts compressed air bottle or the direct air feed of air blast (or adopting mouth to blow formula) that lacks wind guiding mechanism, the wind that blows out inhomogeneous (for example, fan centre wind-force is weak), thereby the generation of bubble is stable inadequately.In addition, common bubble generating machine otherwise automatic liquid supply function (needing manually to change the liquid storage dish) is not provided thus use inconvenience; Only provide the automatic liquid supply function but not corresponding bubble liquid anti-overflow device, thereby bubble liquid may overflow the liquid storage dish when overfeeding, cause environmental pollution or damage bubble generating machine (flowing in the electronic installation in the bubble generating machine) as, the bubble liquid that overflows.
Therefore, this area problem to be solved is: but a kind of steady and continuous is provided blow out the electronic bubble generating machine of nested bubble, but and the automatic liquid supply of its safety non-pollution.
The utility model content
In order to overcome above-mentioned deficiency of the prior art, the utility model provides electronic bubble generating machine hereinafter described.
The invention provides a kind of electronic bubble generating machine, it comprise to described electronic bubble generating machine provide the bubble liquid liquid-supplying system, can receive the bubble liquid and formed the one-tenth bulb apparatus of vacuolar membrane, to the supply air system of described one-tenth bulb apparatus air feed and the drive system that drives described liquid-supplying system, described one-tenth bulb apparatus and described supply air system.Described electronic bubble generating machine is characterised in that: described one-tenth bulb apparatus comprises at least one the swing type film forming band that has been used to form vacuolar membrane.
Preferably, described at least one swing type film forming part is at least one swing type film forming band.
Further preferably, be respectively equipped with a plurality of grooves in the inboard of described at least one swing type film forming band, its bearing of trend is parallel with the width of described at least one swing type film forming band.
Further, also be provided with the separation rib perpendicular to described groove in the inboard of described at least one swing type film forming band, it is in the middle part of described at least one swing type film forming bandwidth direction.
The feature of bubble generating machine provided by the present invention also is: described one-tenth bulb apparatus is positioned at the top of described electronic bubble generating machine, and upwards blows out bubble; Described air feed system is positioned at the below of described one-tenth bulb apparatus, and air feed from bottom to top; The liquid storage container of described liquid-supplying system is positioned at the bottom of described electronic bubble generating machine, and bubble liquid wherein is pumped into described one-tenth bulb apparatus via the fluid circuit in the liquid-supplying system from bottom to top.
The feature of bubble generating machine provided by the present invention also is: described one-tenth bulb apparatus further comprises: the bubble liquid that 1) receives pumping for described at least one swing type film forming band dip in therein get bubble liquid dip in the liquid dish.The above-mentioned liquid dish that dips in comprises first cannelure and is nested in second cannelure among described first cannelure, and described first cannelure and second cannelure are communicated with by first fluid passage fluid in first side, pass through second fluid passage in fluid communication in second side.2) described at least one swing type film forming band comprises the first swing type film forming band and the second swing type film forming band, and wherein: the described first swing type film forming band pivotally is connected to described first cannelure and described second cannelure in described first side; And the described second swing type film forming band pivotally is connected to described first cannelure and described second cannelure in described second side.
Preferably, the described liquid dish that dips in is a horizontal positioned, and described first cannelure and described second cannelure be a pair of concentric annular groove, and described first swing type film forming band and the described second swing type film forming band are a pair of concentric semicircles.
Preferably, the a pair of homonymy free end of described first swing type film forming band and the described second swing type film forming band is connected by first institute, described first is installed in and is positioned within a pair of recess described first side, on described first cannelure and described second cannelure, thereby drive described first swing type film forming band and the swing of the described second swing type film forming band under the driving of described drive system, wherein: described first is connected to described drive system.And, another of described first swing type film forming band and the described second swing type film forming band is connected by second the homonymy free end, described second is aligned to straight line with described first, and described second be installed in be positioned at described second side, on described first cannelure and described second cannelure another within the recess.
Preferably, described supply air system comprises: be positioned at the fan (external diameter of the fan blade of described fan is less than the external diameter of described first cannelure) at described electronic bubble generating machine middle part and at described fan and the described wind guiding mechanism that dips between the liquid dish.
Further, described wind guiding mechanism comprises: 1) directly over described fan, upwardly extending hollow cylinder, its diameter is greater than the internal diameter of described fan blade and less than the external diameter of described fan blade.2) a plurality of from described cylinder exterior side surface even and radially outward extending master wind deflector radially, it extends to a border endless belt, the internal diameter of described border endless belt is greater than the external diameter of described fan blade.3) a plurality of circumferential wind deflectors, each described circumferential wind deflector all are connected the radially middle part of wind deflector of two adjacent described masters, and radially wind deflector is staggered with described master.4) son that extends outwardly into described border endless belt from the outer surface of each described circumferential wind deflector middle part wind deflector radially, its bearing of trend is parallel to radially wind deflector of described master.5) extend up to the described second hollow truncated cone cannelure center position, low wide and up narrow from described cylinder, its open-ended diameter is less than the internal diameter of described second cannelure.
Preferably, the liquid storage container top of described electronic bubble generating machine is provided with at least one opening, and described liquid-supplying system further comprises: 1) liquid feeding device, it carries bubble liquid from described liquid storage container to described first side.2) be positioned at anti-spilled breach described second side, that on the outer wall of described second cannelure, offer.3) be close to described anti-spilled breach, and be arranged on the chamber outside described second cannelure, its underpart offers a return port.4) be inserted in return duct under the described return port, it is used for the bubble liquid of described chamber is incorporated in the described liquid storage container.
But blow out to above-mentioned electronic bubble generating machine steady and continuous nested bubble.Further, the bubble liquid that is used to froth can be supplied to the unlikely again bubble liquid dish that overflows of electronic bubble generating machine automatically, pollutes or damage electronic bubble generating machine.
Description of drawings
Figure 1A shows according to vertical view the utility model embodiment, that assemble the electronic bubble generating machine after finishing;
Figure 1B shows according to stereogram the utility model embodiment, that assemble the electronic bubble generating machine after finishing;
Fig. 2 A shows not the Zoom Side rearview of the electronic bubble generating machine of assembling fully;
Fig. 2 B shows the zoomed-in view that has removed the electronic bubble generating machine behind the forward and backward housing among Figure 1B, and it has more clearly illustrated the position relation between the drive system each several part of this electronic bubble generating machine;
Fig. 3 has shown the schematic diagram that the fan of air supply motor in supply air system among Fig. 2 B worked;
Fig. 4 has shown the schematic diagram that transmission-pump suction motor is worked with liquid-supplying system and one-tenth bulb apparatus among Fig. 2 B;
It is how to inhale under the swabbing action that reaches the end finger formula pump housing under the motor-driven at transmission-pump that Fig. 5 A has illustrated bubble liquid, and is transported to into bulb apparatus from liquid storage container, is back in the liquid storage container again then;
Fig. 5 B is the schematic diagram that dips in the liquid dish;
Fig. 5 C shows the end finger formula pump housing and inhales being connected of motor and liquid pushing tube with transmission-pump;
But Fig. 6 A-6B has illustrated transmission mechanism inhales the connection that motor and swing type are scraped transmission between the film device at transmission-pump;
Fig. 6 C is two kinds of working state schematic representations of clutch, and described clutch is positioned at swing type and scrapes film device one side, in this side-sway dynamic formula knifing device and transmission mechanism generation gearing;
Fig. 7 A-7B shows the film forming procedure that swing type is scraped film device and liquid feed device collaborative work; And
Fig. 8 A-8B shows and utilizes supply air system that swing type is scraped the process that the formed film of film device " blows " bubble.
The specific embodiment
By describing preferred embodiment of the present utility model hereinafter by accompanying drawing, the wherein identical identical part of Reference numeral representative.
Figure 1A shows according to vertical view the utility model embodiment, that assemble the electronic bubble generating machine after finishing, and Figure 1B shows according to stereogram the utility model embodiment, that assemble the electronic bubble generating machine after finishing.Preferably, electronic bubble generating machine integral body is made by plastic material.
From the outside, shown in Figure 1B, electronic bubble generating machine 1 is made up of liquid storage container 22 and the procapsid 10 that combines and back casing 90.Wherein, preferably a kind of like this fluid reservoir of liquid storage container 22, its bottom is provided with certain counterweight, thinks that liquid storage container provides extra stability (particularly the bubble of the residue in liquid storage container liquid is more after a little while).In addition, also can make some textures, pattern in the outside of liquid storage container 22 for purpose attractive in appearance.According to another embodiment of the present utility model, liquid storage container 22 is the plastics fluid reservoirs that do not comprise counterweight.Procapsid 10 and back casing 90 can be combined by any common technique means, and for example engaging, buckle connect, are threaded etc., this all be those skilled in the art can expect.Preferably, also be respectively arranged with projection and the recess (all not shown) that is used to locate in the corresponding position of forward and backward enclosure interior.
Shown in Figure 1B, after forward and backward housing combines, can be placed in liquid storage container 22 directly over, and a pair of hasp 21 and cooperating between the circular protruding button 24 of corresponding position, liquid storage container both sides by being connected forward and backward housing bilateral symmetry position, and be fixed together with liquid storage container 22.Further, forward and backward housing in conjunction with after whole lower housing portion also can offer the hollow boss (not shown), its be used to hold be positioned on the liquid storage container 22, corresponding to the external screw thread protuberance (more clearly seeing Fig. 4) of opening 23.The combination of above-mentioned hollow boss and external screw thread protuberance can guarantee: in forward and backward housing and liquid storage container 22 mutual location, bubble liquid pipeline can pass hollow boss and external screw thread protuberance, finally enters into liquid storage container 22.Like this, the electronic bubble generating machine 1 after the assembling has the tubbiness moulding on the whole, and it has, the relative bigger circular blebbing zone 11 of like product up.According to one embodiment of present invention, the external diameter in circular blebbing zone 11 is about 15 centimetres.
Between procapsid 10 and back casing 90, also accommodate other member/structure of electronic bubble generating machine 1 in the formed space, comprise liquid-supplying system 20 (liquid-supplying system 20 is also comprising the liquid storage container 22 that is positioned at procapsid 10 and back casing 90 belows), become bulb apparatus 40, supply air system 60 and drive system 80, their part, effect and annexations etc. separately will be described in detail respectively hereinafter.
Fig. 2 A shows the rear flank view according to the amplification of electronic bubble generating machine 1 the utility model one preferred embodiment, that do not assemble fully, and it has more clearly shown the power unit 82 of the drive system 80 of electronic bubble generating machine from the outside.Shown in Fig. 2 A, power unit 82 comprises battery case 82A, AC adapter input 82B and switch 83, and they are preferably located in the rear portion of electronic bubble generating machine, and can expose from the opening of back casing 90.The lid of battery case 82A is removed among the figure, and to demonstrate the battery of wherein installing, above-mentioned lid preferably can fix by threaded fastener and back casing.According to an embodiment of the present utility model, AC adapter input 82B can comprise dust cap 82B ', and it can be used to prevent dust when not using electronic bubble generating machine, can be used to waterproof when using electronic bubble generating machine.Preferably, switch 83 also can use dustproof/waterproofing design.It will be understood by those skilled in the art that and to use other power supply/switch form known in the art.
Fig. 2 B shows the position relation between each chief component of electronic according to an embodiment of the invention bubble generating machine 1, also further illustrates position relation between drive system 80 each several parts.For convenience of description, removed forward and backward housing, shown in Fig. 2 B, electronic bubble generating machine 1 comprises: be positioned at described electronic bubble generating machine top, can receive bubble liquid and form the one-tenth bulb apparatus 40 of vacuolar membrane; Be positioned under the described one-tenth bulb apparatus, to the supply air system 60 of described vacuolar membrane air feed; Bubble liquid upwards is sent to into the liquid-supplying system 20 (this system also preferably has the anti-spilled function of bubble liquid) of bulb apparatus 40 from the bottom of electronic bubble generating machine 1; And the drive system 80 that drives described liquid-supplying system, one-tenth bulb apparatus and supply air system.
Particularly, the drive part 80 shown in Fig. 2 B has comprised air supply motor 84, transmission-pump suction motor 86, and is the power unit 82 and the transmission mechanism 50 (more clearly seeing Fig. 4) of above-mentioned two motors power supply.Wherein, power unit 82 comprises battery case 82A, AC adapter input 82B and switch 83, and its power output end is electrically coupled to air supply motor 84 respectively and transmission-pump is inhaled motor 86; Transmission mechanism 50 is connected transmission-pump and inhales on the motor 86, is used for outwards transmitting its power.
Hereinafter will specify at air supply motor 84 and transmission-pump and inhale under the driving of motor 86 operation principle of electronic bubble generating machine 1 and working method in conjunction with Fig. 3-Fig. 6 C.
(and in conjunction with Figure 1A) as shown in Figure 3, air supply motor 84 drive supply air system 60 work.Particularly, the power work that the air-supply arrangement 62 of supply air system 60 relies on from air supply motor 84 makes air stream export with the guiding of the direction shown in Fig. 3 arrow wind from the wind inlet, and the path that this airflow is broadcast has been passed swing type and scraped film device 44.In case swing type is scraped and formed a vacuolar membrane on the film device, this air stream just can " blow it " bubble.
According to an embodiment of the present utility model, air-supply arrangement 62 is fans, and fan is the conventional fan that can buy from the market, and should guarantee the external diameter of the external diameter of fan less than first cannelure 43.Supply air system 60 is disposed generally on the middle part (comprising short transverse and width) of whole electronic bubble generating machine, air feed from bottom to top.
Further, arrive swing type to scrape the air-flow velocity of film device 44 more even, also directly over the fan axis, be provided with wind guiding mechanism 64 in order to make.Shown in Figure 1A, wind guiding mechanism 64 can be divided into 64A of first and second portion 64B, wherein:
The 64A of first comprises upwardly extending hollow cylinder directly over the described fan, and its diameter is greater than the internal diameter of described fan blade and less than described fan blade external diameter, and it is used to collect the air-flow that the fan middle part blows out.Because fan blade is distributed in outside the axis of fan, therefore very weak at the air-flow of fan central authorities, air-flow velocity is very slow.The 64A of first also comprises from upwardly extending, the low wide and up narrow hollow truncated cone of above-mentioned hollow cylinder, and it has strengthened effectively and is positioned near the fan axis, the original very slow air-flow of air-flow velocity.Wherein, the open-ended diameter of the described truncated cone should be less than the internal diameter of second cannelure 43 ', feeds to second cannelure 43 ' (Figure 1A is not shown, can referring to Fig. 5 A) to guarantee that air-flow is concentrated.
Second portion 64B comprises: the even and radially outward extending master of a plurality of hollow cylinder exterior side surface from the 64A of first is wind deflector radially, wherein main radially wind deflector extends to a border endless belt (not shown), and the internal diameter of described border endless belt is greater than the external diameter of described fan blade; A plurality of circumferential wind deflectors, each circumferential wind deflector all are connected the radially middle part of wind deflector of two adjacent masters, and radially wind deflector is staggered with the master; The son that extends outwardly into described border endless belt from the outer surface of each described circumferential wind deflector middle part is wind deflector radially, and its bearing of trend is parallel to radially wind deflector of described master.
Above-mentioned three kinds of wind deflectors have roughly homogeneous thickness, and constitute uniform net-like pattern, its effectively balance from fan axis outward flange to the outer peripheral air-flow velocity of fan blade.Preferably, wind deflector thickness is about 1 millimeter.
According to one embodiment of present invention, the border endless belt of wind guiding mechanism 64 is suitable for being fastened togather with the forward and backward housing of electronic bubble generating machine, dips in liquid dish ground fix in position thereby wind guiding mechanism 64 is parallel to.
Finally, under the effect of wind guiding mechanism 64, the air-flow that the arrival swing type is scraped film device 44 has more even velocity distribution, this has just promoted the success rate (especially under the situation of nested bubble) that froths: the existence of wind guiding mechanism 64, make from fan axis center until the air-flow velocity in the fan blade outward flange scope is more even, thereby the success rate that blows out bubble or nested bubble (when the film forming part of scraping film device during more than) is higher.
For an embodiment of the present utility model, above-mentioned film forming part comprises two swing type film forming parts.Further preferably, described two swing type film forming parts are two swing type film forming bands, and it is shaped as semicircle (in order to narrate conveniently, hereinafter will be bigger be called the first swing type film forming band, is called the second swing type film forming band with less).Those skilled in the art can be understood that by reading this specification: the swing type film forming part of other form or the film forming band of other shape also can be used for the utility model, and this does not exceed spirit and scope of the present utility model.
According to one embodiment of present invention, in order to guarantee safety, also protective device 66 (seeing Figure 1A) can be set below fan 62, it has netted structure that be made up of dividing plate, similar, but the thickness of dividing plate is more conducive to passing through of air-flow less than the thickness of wind deflector.Preferably, wind deflector thickness is about 0.25 millimeter.This protective device 66 can not influence under the situation of air intake air quantity substantially, guarantees children's the unlikely fan blade of running into rotation of finger.
Air-flow guide frame that those skilled in the art can understand and/or protection structure all can be used to the utility model, and this does not exceed scope and spirit of the present utility model.
Fig. 4 shows the situation that transmission-pump is inhaled motor 86 and liquid-supplying system 20 and become bulb apparatus 40 to work together.Liquid-supplying system 20 is with to become bubble system 40 to have certain overlapping in Fig. 4, and the situation that therefore only relies on Fig. 4 to illustrate that transmission-pump inhales motor 86 and liquid-supplying system 20 and become bulb apparatus 40 to work together is possible owing to above-mentioned overlapping existence seems clear inadequately.So, in order more clearly to say something, liquid-supplying system 20 is taken apart mutually with becoming bulb apparatus 40 and transmission mechanism 50 (transmission mechanism 50 is considered to the part of drive system 80 in this article) with Fig. 6 A-6C at Fig. 5 A-5C, thereby shown liquid-supplying system 20 and become bulb apparatus 40 to inhale the situation that motor 86 is connected, works with transmission-pump respectively.
At first, Fig. 5 A-5C inhales the situation that motor 86 and liquid-supplying system 20 work together to transmission-pump and is illustrated.Shown in Fig. 5 A (and in conjunction with Fig. 4 and Figure 1A), liquid-supplying system 20 comprises: top is provided with the liquid storage container 22 of at least one opening 23; From opening 23, stretch out and carry the liquid pushing tube 27 of bubble liquid to first side of dipping in liquid dish 42; Contact with the part of liquid pushing tube 27, be used to provide the end finger formula pump housing 25 (it is inhaled motor 86 by transmission-pump and obtains power) of bubble liquid pump suction effect; Be positioned at dip in liquid dish 42 second side R, bubble liquid anti-overflow device 29; And stretch out downwards and pass the return duct 28 that opening 23 is got back to liquid storage container 22, played bubble liquid recovery effect from the second side R that dips in liquid dish 42.
On the top of liquid storage container 22, be provided with an external screw thread protuberance corresponding to opening 23, it both can be used for forward and backward housing mentioned above and the location between the liquid storage container 22, can play the effect of sealing opening 23 again.When not using electronic bubble generating machine 1, the lid with internal thread can be threaded onto above-mentioned external screw thread protuberance, with sealing opening 23.
According to another embodiment of the present utility model, liquid storage container can be provided with the opening more than, and the quantity of liquid pushing tube and return duct also can be more than one, and each bar liquid pushing tube and return duct can be by certain opening on the liquid storage container into and out of liquid storage containers.
By above-mentioned annexation, bubble liquid can Fig. 5 A in the flow direction shown in the solid black arrow flow: promptly at first steep liquid and from liquid storage container 22, be sucked, arrive the first side L (seeing Figure 1A) that dips in the liquid dish via liquid pushing tube 27, steeping liquid then flows through and dips in liquid dish 42, enter into the second side R return duct 28 (condition that anti-overflow device starts is: when the bubble liquid height that dips in the liquid dish surpasses certain threshold value of bubble liquid anti-overflow device 29) by bubble liquid anti-overflow device 29 again, and finally get back in the liquid storage container 22.
Common bubble liquid anti-overflow device 29 comprises and is opened in the anti-spilled breach that dips on the liquid dish 42 1 side outer walls and the described anti-spilled breach of next-door neighbour and is arranged on the chamber (shown in Fig. 5 A, also offering aperture A in the bottom of this chamber) that dips in outside the liquid dish 42.When bubble liquid reaches when overflowing cut height, will from anti-spilled breach, flow out in the chamber, then flow into the return duct 28 that is connecting this aperture from aperture A again.
Fig. 5 B shows according to the liquid dish 42 (it is into the part of bulb apparatus 40) that dips in of the present utility model, this dips in the liquid dish and is used to receive bubble liquid and provide following bubble liquid mobile passage: first cannelure 43 and second cannelure 43 ' that is in fluid communication with it: shown in Figure 1A, first cannelure 43 and second cannelure 43 ' are communicated with by first fluid passage FC1 fluid at the first side L that dips in the liquid dish, be communicated with by the second fluid passage FC2 fluid at the second side R that dips in the liquid dish, wherein said first side is positioned on the position of relative 180 degree of first cannelure, 43 circumference with second side.Preferably, first cannelure 43 and second cannelure 43 ' are concentric annular groove.At the first side L and the second side R, first cannelure 43 and second cannelure 43 ' also offer recess 43A, 43B and 43 ' A and 43 ' B (referring to Fig. 4) respectively, above-mentioned recess is respectively applied for the swing type that holds as shown in Figure 6A and scrapes first 47A of film device and second 47B (above-mentioned first, second extended line in alignment as shown in Figure 6A), and can guarantee that swing type scrapes film device 44 and can rotate around this diaxon pivot.
Preferably, as shown in Figure 4, can be by a pair of U type pressing plate 46A and 46B and respectively first 47A and second 47B are pressed in its corresponding recess.Wherein, above-mentioned U type pressing plate 46A and 46B by the screw (not shown) with dip in liquid dish 42 and be fixed together.
According to one embodiment of present invention, the external diameter that dips in liquid dish 42 is about 12 centimetres, and it is suitable for in the upper circular blebbing zone that is fixed on forward and backward housing such as the mode of pegging graft (more clearly seeing Figure 1A and Figure 1B).Correspondingly, the diameter of the semicircular first swing type film forming band is about 11 centimetres, the diameter of the semicircular second swing type film forming band is about 6 centimetres, and be provided with the groove more than 20 in the inboard of first, second swing type film forming band, its bearing of trend is parallel with the width of each self film band.Above-mentioned groove is used to make swing type film forming band to dip in more fully to get bubble liquid.
Further preferably, also be provided with separation rib (not shown) perpendicular to above-mentioned groove in semicircular first, second swing type film forming band inboard, it is positioned at the middle part of swing type film forming bandwidth direction, its width is greater than the width of transversal rib, can make and dips in the liquid process and carry out further fully by blocking bubble liquid in the groove.
Dipping in the shape of the flow channel that the liquid dish provided and corresponding with it swing type scrapes the shape of film device swing type film forming band and also is not limited to annular/semicircle, adopt other shape, the oval-shaped liquid dish/swing type film forming band etc. that dips in that for example is suitable for dipping in liquid and knifing does not break away from spirit of the present utility model yet.
When swing type scrape film device 44 be installed in as shown in Figure 4 dip on the liquid dish 42 and bubble liquid flows through first, second cannelure 43 shown in Fig. 5 A, 43 ' time, swing type scrape the first swing type film forming band 45 of film device and the second swing type film forming band 45 ' be suitable for respectively from first, second cannelure 43,43 ', dipping in get bubble liquid and and then form vacuolar membrane, this will describe in conjunction with Fig. 7 A-7B hereinafter in more detail.
Now forward Fig. 5 C to, it has schematically been described the end finger formula pump housing 25 and transmission-pump and has inhaled being connected of motor 86 and liquid pushing tube 27, working condition.The end finger formula pump housing 25 comprises that main body is that the pump body top cover 54 of gear shape and shape are suitable for the pump housing lower cover 54 ' that combines with pump body top cover 54, be provided with the cylinder that is used to locate in the center of pump housing lower cover 54 ', pump body top cover 54 can be inserted on this cylinder and around this cylinder rotates.The below of pump body top cover 54 is combined with two pulsator rods 55, the size of this pump rod and guarantee that highly it can be contained in space that pump body top cover 54 and pump housing lower cover 54 ' form.According to an embodiment of the present utility model, the tusk that transmission-pump is inhaled on the axle of motor 86 is given pump body top cover 54 by travelling gear 52 with transmission of power, drives pump body top cover 54 and pump rod 55 and rotates around the cylinder of pump housing lower cover 54 ' center together.By the continuous switching of the end finger formula pump housing 25 between its primary importance (M among the corresponding diagram 5C) and the second place (N among the corresponding diagram 5C), pump rod 55 repeatedly alternately " finger pressure " between the 27A of first of liquid pushing tube and the second portion 27B and between the second portion 27B and third part 27C of liquid pushing tube, thereby finished the pump of bubble liquid is inhaled: bubble liquid is transported to the first side L (referring to Fig. 5 A) that dips in liquid dish 42 via liquid pushing tube 27, and and then enters into first cannelure 43 and second cannelure 43 '.Be understandable that other pump well known in the art inhales or suction method can be used for the utility model, this does not exceed scope and spirit of the present utility model.
Now forward Fig. 6 A-6C to and in conjunction with Fig. 4, transmission-pump is inhaled motor 86 describe with the situation that becomes bulb apparatus 40 to work together.As shown in Figure 4, inhaling the one-tenth bulb apparatus 40 of working under the drive of motor 86 in transmission-pump comprises: dip in liquid dish 42 and with dipping in the liquid dish pivotally connected swing type scrape film device 44.In addition, also schematically show among Fig. 4 and Fig. 6 A-6B transmission-pump inhale motor 86 and swing type scrape connect between the film device 44, be used for that transmission-pump is inhaled transmission of power that motor 86 provided and scrape the transmission mechanism 50 of film device 44 to swing type, it will play the effect of transferring power in the work that becomes bulb apparatus 40.
According to a preferred embodiment of the present utility model, transmission mechanism 50 comprises female gear 54 (its pump body top cover 54 of still above describing in conjunction with Fig. 5 C simultaneously), attached to the sub-gear train 56 on female gear, and the driving lever 58 that has gathering sill 53 and hole 59, wherein the shape of gathering sill is the two ends semicircles, stage casing rectangle, rectangle wide equal semicircular diameter.Female gear 54 is provided with a pillar 57B (not shown), and it can pass hole 59, so that driving lever can or rotate around this pillar swing.Gear Z (more clearly seeing Fig. 6 B) in the sub-gear train 56 is provided with a column 57A, its width also can be inserted in the gathering sill 53 less than the width of gathering sill 53, this column is suitable for relying on gathering sill on the one hand in gathering sill 53 certain sidewall is free to slide, and also may stir driving lever 58 on the other hand and swing around pillar 57B.
Now the operation principle of transmission mechanism 50 and one-tenth bulb apparatus 40 is illustrated in conjunction with Fig. 6 A-6C.Before setting off a discussion, at first the function of clutch 51 is illustrated in conjunction with Fig. 6 C.Clutch 51 plays antioverloading effect, when promptly first, second swing type film forming band 45,45 ' of scraping film device 44 when swing type freely swings, clutch 51 is in the C1 state, thereby the power of transmission mechanism 50 is conducted to first, second swing type film forming band 45,45 '; And when first, second swing type film forming band 45,45 ' that swing type is scraped film device 44 is rocked to the resistance that immerses in the bubble liquid that dips in the liquid dish and be subjected to dipping in the liquid dish and can not continues to swing, clutch 51 just reaches the C2 state, thereby prevents the overload of transmission mechanism 50 or one-tenth bulb apparatus 40.
Consider Fig. 6 A and 6B below successively, the working condition that becomes bulb apparatus 40 and transmission mechanism 50 is discussed.
In a preferred embodiment, as shown in Figure 6A, tusk on the axle of transmission-pump suction motor 86 is given female gear 54 by gear drive with transmission of power, drive female gear 54 and rotate (cylinder that under the pump housing, covers), and and then each gear of driving in the sub-gear train 56 rotate, final this rotation is delivered to gear Z, and it is rotated.
Particularly, shown in Fig. 6 B, when initial, column 57A is positioned at the middle part of gathering sill 53, the tusk of driving lever free end FE is positioned at the position of its right side edge with respect to the tusk on first 47A, first, second swing type film forming band 45,45 ' that swing type is scraped film device 44 is positioned at level place, orientation to the right, and is immersed in the bubble liquid that dips in the liquid dish.In case gear Z begins to clockwise rotate, column 57A gathering sill 53 relatively slides to its bottom, at this moment column 57A can make driving lever 58 swing clockwise around pillar 57B to the power of gathering sill 53, and driving lever 58 can drive first, second swing type film forming band 45, the 45 ' counter-clockwise swing that swing type is scraped film device 44 by the tusk that drives first 47A; When gear Z rotation 90 degree were rotated further again, column 57A meeting " turned around " to slide to the middle part of gathering sill 53, and first, second swing type film forming band 45,45 ' counter-clockwise swing are swung and driven to driving lever 58 then continuation clockwise; Turn to 180 when spending at gear Z, column 57A turns back to the medium position of gathering sill 53, the tusk of driving lever free end FE reaches the position of its left side edge with respect to the tusk on first 47A, and first, second swing type film forming band 45,45 ' that swing type is scraped film device 44 is rocked to level direction and being immersed in once more in the bubble liquid that dips in the liquid dish left.
When gear Z from 180 degree when continuing to clockwise rotate, column 57A can slide to the top of gathering sill 53, at this moment column 57A can make driving lever 58 around pillar 57B counter-clockwise swing to the power of gathering sill 53, and driving lever 58 can drive first, second swing type film forming band 45,45 ' swing clockwise; Gear Z forwards 270 and when being rotated further to, and column 57A meeting " turns around " and begin to slide to the middle part of gathering sill 53, and driving lever 58 continues counter-clockwise swings and drive first, second swing type film forming band 45,45 ' swing clockwise; Turn to 360 when spending at gear Z, column 57A returns the medium position of gathering sill 53 once more, the tusk of driving lever free end FE reaches the position of its right side edge with respect to the tusk on first 47A, first, second swing type film forming band 45,45 ' that swing type is scraped film device 44 is rocked to level to right and be immersed in once more in the bubble liquid that dips in the liquid dish, promptly reaches original state.
According to an embodiment of the present utility model, above-mentioned transmission-pump inhale motor 86 with liquid-supplying system 20, become bulb apparatus 40 and transmission mechanism 50 shown in Fig. 7 A, to link together, be liquid-supplying system 20, become bulb apparatus 40 and transmission mechanism 50 to inhale motor 86 acquisition power from transmission-pump simultaneously, and collaborative work.After transmission-pump was inhaled motor 86 and started, when the first side L that dips in the liquid dish carried bubble liquid, scraped film device 44 and also swing back and forth under the drive of the transmission mechanism 50 in becoming bulb apparatus by swing type from liquid storage container for liquid-supplying system 20.Be imported into a certain amount of bubble liquid in dipping in liquid dish 42 after, each swing that swing type is scraped film device 44 all will scrape vacuolar membrane.In an embodiment of the present utility model, shown in Fig. 7 B, because swing type is scraped the parts that film device 44 has two knifing, it is first, second swing type film forming band 45 and 45 ', therefore each knifing can scrape two nested vacuolar membranes 100 and 100 ' that rise, their corresponding respectively first, second swing type film forming bands 45 and 45 '.
At this moment, as if cooperating the supply air system 60 that goes up shown in Fig. 8 A again, just two nested vacuolar membranes 100 and 100 ' constantly can be blown length, blow greatly.When less vacuolar membrane 100 ' at first reached certain one-tenth bubble critical point, it can form the first inner bubble 102A; Shown in Fig. 8 B, rise more greatly vacuolar membrane 100 continued to blow big in, less vacuolar membrane 100 ' successively blows out the second and the 3rd inner bubble 102B and 102C (shown in Fig. 8 B) again; Finally, when playing vacuolar membrane 100 more greatly and also reach it and become bubble critical point, it is blown to outside bubble 102D.At this moment, just can see the large-scale nested bubble 102 of three vesicles nested.Certainly, just schematically, the difference (as temperature, humidity, air pressure etc.) according to external condition may form multi-form nested bubble to the quantity of inner bubble.
In addition, also provide automatic cleaning function according to electronic bubble generating machine 1 of the present utility model: after using electronic bubble generating machine 1, liquid pushing tube 27 can be inserted (not shown) in the cup that fills clear water, turn on the power switch then, inhaling motor 86 by transmission-pump provides power that the first side L of liquid dish is dipped in the clear water suction, cleans liquid pushing tube and dips in the liquid dish; Along with the clear water height surpasses the threshold value (surpassing anti-spilled breach as the clear water height) that is positioned at the bubble liquid anti-overflow device 29 that dips in the liquid dish second side R, the water that has more can pass aperture A and flow in the return duct 28, thereby has cleaned return duct.Like this, just reach automatic cleaning and dipped in the purpose of liquid dish.
Although the utility model is described with reference to its specific preferred embodiment, but it should be appreciated by those skilled in the art, under the situation that does not break away from the spirit and scope of the present utility model that are defined by the following claims, can carry out various modifications to its form and details.
For example, can for example be three more than two according to the number of the drive motors of electronic bubble generating machine of the present utility model, they are driving liquid-supplying system respectively, are becoming bulb apparatus and supply air system.
Again for example, also can be provided for locating convex block on liquid storage container 22 tops, it is suitable for being inserted into the recess interior (all not shown) that corresponding position, the combined back of forward and backward housing forms, and above-mentioned locate mode is that those skilled in the art expect easily.
Though described the utility model in conjunction with being considered to optimum embodiment at present, those skilled in the art are to be understood that the utility model is not limited thereto.On the contrary, the utility model is intended to cover various modifications and the equivalent construction that comprises within the spirit of claims and the category.
Claims (11)
1. electronic bubble generating machine, it comprise to described electronic bubble generating machine provide the bubble liquid liquid-supplying system, can receive the bubble liquid and formed the one-tenth bulb apparatus of vacuolar membrane, to the supply air system of described one-tenth bulb apparatus air feed and the drive system that drives described liquid-supplying system, described one-tenth bulb apparatus and described supply air system, described electronic bubble generating machine is characterised in that:
Described one-tenth bulb apparatus comprises at least one the swing type film forming part that has been used to form vacuolar membrane.
2. electronic bubble generating machine according to claim 1 is characterized in that described at least one swing type film forming part is at least one swing type film forming band.
3. electronic bubble generating machine according to claim 2 is characterized in that being respectively equipped with a plurality of grooves in the inboard of described at least one swing type film forming band, and its bearing of trend is parallel with the width of described at least one swing type film forming band.
4. electronic bubble generating machine according to claim 3 is characterized in that also being provided with in the inboard of described at least one swing type film forming band the separation rib perpendicular to described groove, and it is in the middle part of described at least one swing type film forming bandwidth direction.
5. electronic bubble generating machine according to claim 2 is characterized in that described one-tenth bulb apparatus is positioned at the top of described electronic bubble generating machine, and upwards blows out bubble; Described air feed system is positioned at the below of described one-tenth bulb apparatus, and air feed from bottom to top; The liquid storage container of described liquid-supplying system is positioned at the bottom of described electronic bubble generating machine, and bubble liquid wherein is pumped into described one-tenth bulb apparatus via the fluid circuit in the liquid-supplying system from bottom to top.
6. electronic bubble generating machine according to claim 2 is characterized in that:
Described one-tenth bulb apparatus further comprises: the bubble liquid that receives pumping for described at least one swing type film forming band dip in therein get bubble liquid dip in the liquid dish, it comprises first cannelure and is nested in second cannelure among described first cannelure, and described first cannelure and second cannelure are communicated with by first fluid passage fluid in first side, pass through second fluid passage in fluid communication in second side; With
Described at least one swing type film forming band comprises the first swing type film forming band and the second swing type film forming band, and wherein: the described first swing type film forming band pivotally is connected to described first cannelure and described second cannelure in described first side; And the described second swing type film forming band pivotally is connected to described first cannelure and described second cannelure in described second side.
7. electronic bubble generating machine according to claim 6, it is characterized in that the described liquid dish that dips in is a horizontal positioned, and described first cannelure and described second cannelure are a pair of concentric annular grooves, and described first swing type film forming band and the described second swing type film forming band are a pair of concentric semicircles.
8. electronic bubble generating machine according to claim 6, the a pair of homonymy free end that it is characterized in that described first swing type film forming band and the described second swing type film forming band is connected by first institute, described first is installed in and is positioned within a pair of recess described first side, on described first cannelure and described second cannelure, thereby drive described first swing type film forming band and the swing of the described second swing type film forming band under the driving of described drive system, wherein: described first is connected to described drive system;
Another of described first swing type film forming band and the described second swing type film forming band is connected by second the homonymy free end, described second is aligned to straight line with described first, and described second be installed in be positioned at described second side, on described first cannelure and described second cannelure another within the recess.
9. electronic bubble generating machine according to claim 6 is characterized in that described supply air system comprises:
Be positioned at the fan at described electronic bubble generating machine middle part, the external diameter of the fan blade of described fan is less than the external diameter of described first cannelure; And
At described fan and the described wind guiding mechanism that dips between the liquid dish.
10. electronic bubble generating machine according to claim 9 is characterized in that described wind guiding mechanism comprises:
Directly over described fan, upwardly extending hollow cylinder, its diameter is greater than the internal diameter of described fan blade and less than the external diameter of described fan blade;
A plurality of from described cylinder exterior side surface even and radially outward extending master wind deflector radially, it extends to a border endless belt, the internal diameter of described border endless belt is greater than the external diameter of described fan blade;
A plurality of circumferential wind deflectors, each described circumferential wind deflector all are connected the radially middle part of wind deflector of two adjacent described masters, and radially wind deflector is staggered with described master;
The son that extends outwardly into described border endless belt from the outer surface of each described circumferential wind deflector middle part is wind deflector radially, and its bearing of trend is parallel to radially wind deflector of described master; And
From upwardly extending, the low wide and up narrow hollow truncated cone of described cylinder, its open-ended diameter is less than the internal diameter of described second cannelure.
11. electronic bubble generating machine according to claim 6 it is characterized in that the top of described liquid storage container is provided with at least one opening, and described liquid-supplying system comprises further:
Liquid feeding device, it carries bubble liquid from described liquid storage container to described first side;
Be positioned at anti-spilled breach described second side, that on the outer wall of described second cannelure, offer;
Be close to described anti-spilled breach, and be arranged on the chamber outside described second cannelure, its underpart offers a return port; And
Be inserted in the return duct under the described return port, it is used for the bubble liquid of described chamber is incorporated in the described liquid storage container.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201425273U CN201067639Y (en) | 2007-05-15 | 2007-05-15 | Electric bubbling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201425273U CN201067639Y (en) | 2007-05-15 | 2007-05-15 | Electric bubbling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201067639Y true CN201067639Y (en) | 2008-06-04 |
Family
ID=39489011
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201425273U Expired - Lifetime CN201067639Y (en) | 2007-05-15 | 2007-05-15 | Electric bubbling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201067639Y (en) |
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| US9757661B2 (en) | 2014-03-20 | 2017-09-12 | Honor Metro Limited | Apparatus and method for generating bubbles |
| CN107213654A (en) * | 2017-07-11 | 2017-09-29 | 冯喜明 | It is a kind of can the toy that blows bubbles of Suresh Kumar |
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| CN110732147A (en) * | 2019-11-22 | 2020-01-31 | 黄文佳 | bubble toy capable of automatically generating bubbles periodically |
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- 2007-05-15 CN CNU2007201425273U patent/CN201067639Y/en not_active Expired - Lifetime
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| CN108499138A (en) * | 2014-03-20 | 2018-09-07 | 荣誉大都会有限公司 | Device and method for generating bubble |
| US9757661B2 (en) | 2014-03-20 | 2017-09-12 | Honor Metro Limited | Apparatus and method for generating bubbles |
| US10807015B2 (en) | 2014-03-20 | 2020-10-20 | Honor Metro Limited | Apparatus and method for generating bubbles |
| CN107213654A (en) * | 2017-07-11 | 2017-09-29 | 冯喜明 | It is a kind of can the toy that blows bubbles of Suresh Kumar |
| USD896894S1 (en) | 2018-11-16 | 2020-09-22 | Honor Metro Limited | Bubble machine |
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| CN110732147A (en) * | 2019-11-22 | 2020-01-31 | 黄文佳 | bubble toy capable of automatically generating bubbles periodically |
| CN110732147B (en) * | 2019-11-22 | 2021-06-18 | 黄文佳 | Bubble toy capable of periodically and automatically generating bubbles |
| CN110867124A (en) * | 2019-12-11 | 2020-03-06 | 深圳大学 | System for stabilizing soap bubbles |
| US11446584B2 (en) | 2020-02-20 | 2022-09-20 | Honor Metro Limited | Apparatus and method for generating bubbles |
| CN112169495A (en) * | 2020-10-13 | 2021-01-05 | 胡昆江 | Park flower bed plant pollen processing apparatus that flies apart |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20080604 |