CN2210725Y

CN2210725Y - Improved portable cleaning apparatus

Info

Publication number: CN2210725Y
Application number: CN 94246674
Authority: CN
Inventors: 陈耀明
Original assignee: Individual
Current assignee: Individual
Priority date: 1994-11-29
Filing date: 1994-11-29
Publication date: 1995-10-25
Anticipated expiration: 2004-11-29

Abstract

The utility model provides an improved portable cleaning apparatus. A mechanical driving device is arranged in a shell, and a magnetic body which can move with the mechanical driving device is arranged on the driving device; a container whose upper mouth is open is arranged in the shell on the upper part of the driving device, a fluid driving component is arranged in the container, and the fluid driving component is composed of a fluid stirring mechanism and the magnetic body arranged on the fluid stirring mechanism; the mechanical driving force can be changed into a magnetic field driving force whose induction is followed by a container which can block the fluid but can permeate the magnetic field force, and the magnetic field driving force drives the fluid stirring mechanism to move and plays a stirring role to the peripheral cleaning liquid; the stirred cleaning liquid has omnibearing cleaning to the articles placed on a material box or a grid plate through the material box or the grid plate which has an open hole.

Description

Improved portable cleaning apparatus

The utility model relates to a kind of cleaning equipment, particularly a kind of portable cleaning equipment of modified that cleans the smallclothes valuables that is applicable to.

The cleaning equipment that is used for small article at present has following several.First kind is the cleaning equipment that utilizes the rotation scavenge pipe, but its utmost point is not suitable for cleaning valuables because scavenge pipe be cleaned relative motion between the thing, rub and will damage the surface of valuables inevitably.

Second kind is the ultrasonic cleaning device that is exclusively used in jewelry jewelry or optics, it mainly acts on is the dust foul that utilizes on the ultrasonic wave removing article, but owing to be subjected to the less restriction of ultrasonic wave wave amplitude, its article structure dust inner or dark slightly rib edge still is difficult to remove; And, then can't remove for some spots.In addition, this cleaning equipment complex structure, involve great expense, volume is bigger, and non-general user can bear.

The third cleaning equipment is a kind of mechanical vibrator, adds cleaning fluid in vibrating device, then article are put into cleaning fluid and vibrate cleaning, but owing to vibration force can not make cleaning performance very undesirable too greatly, because vibration force is big, then noise is too big.

In sum, existing general cleaning equipment is all because of its direct serious wear or the very weak cleaning that can't satisfy valuables of impact agitaion, though and cleaning fluid is a kind of desirable polishing agent, but, it fails to bring into play its effect owing to lacking the desirable agitating device that matches with it, adding cleaning fluid can not well solve with the seepage that combines assembling place between the agitating device, make that the cleaning fluid with corrosiveness is very serious to the corrosion of installing parts own, reason to the harmfulness of being washed valuable exquisite quick-wear surface, caused present valuables to lack suitable cleaning equipment, make the gold, silver and jewelry jewelry, valuable table and displaying and ornament wear with or put certain hour after, its gloss and ornamental all greatly reductions, make the result of use of these article, value is had a greatly reduced quality.

The purpose of this utility model just is to overcome the above-mentioned shortcoming and defect of existing in prior technology, and a kind of magnetic driving body that relies on machine power to drive interband to connect servo-actuated is provided, drives fluid drive apparatus, fluid drive apparatus stirs cleaning fluid again, and the equipment that valuables is carried out comprehensive effective cleaning with the souring of the cleaning fluid that stirs, with the seepage that solves cleaning fluid and mechanical connecting part, stir device and the problem of the cleaning performance difference that cause too small to the direct abrasion of cleaning thing and agitaion.

The purpose of this utility model is to realize by following technical scheme:

In a cylindrical case, be equiped with mechanical actuation device, put magnetic on the drive unit with its motion, in the cylindrical case on drive unit top, be set with container uncovered on, go up the uncovered built-in fluid driven unit that is placed with of container, the fluid driven unit is to be made of fluid wake turbulence mechanism and installing magnetic thereon, but by barrier fluid but the container that can see through magnetic field force make Mechanical Driven power be transformed into the field drives power of induction servo-actuated, and drive the fluid agitation mechanism kinematic and cleaning fluid is on every side produced agitaion by field drives power, the cleaning fluid that stirs the then article that are opposite on magazine or the cover plate of the magazine by having hole slot or cover plate carries out comprehensive cleaning.

Therefore: remarkable result of the present utility model is:

The the 1st: because the setting of magnetic, make Mechanical Driven power can by magnetic conduction but the vessels switchover of fluid partitioning seepage becomes the field drives power of servo-actuated induction, this field drives power provide power both can for fluid agitation mechanism, can avoid the leakage problems of assembling place that the installing because of mechanical driving device causes again.

The 2nd: the fluid agitation mechanism of magnetic has the dead axle rotation or shifting movement is scurried in the part owing to be equiped with, thereby can reach the different stirring effects to cleaning fluid, promptly obtains the stirring current of different cleaning performances, and then reaches better cleaning performance.

The 3rd: owing to be cleaned thing is to soak in stirrable cleaning fluid and directly do not contact with any dynamic parts, thereby, under the preceding topic that obtains strong flushing action, have minimum nothing wearing and tearing cleaning performance.Can make valuables surfaces or its pattern not be subjected to any rigid infringement and can change right one new again.

The 4th: volume is little, and is simple in structure, is easy to carry about with one and the strange land use.

The 5th: because of being cleaned thing is to be placed on cleaning fluid can pass through, but the substrate product are contained in the magazine with holes or cover plate top by obstruct, therefore, neither can influence the flushing of current, and also the utmost point is convenient to fetching of substrate product and draining.

The the 6th:, therefore, have wider adaptability owing to have battery and the outer two kinds of function of supplying power of pegging graft.

Concrete structure of the present utility model is realized by the following examples and accompanying drawing thereof:

Fig. 1 is STRUCTURE DECOMPOSITION figure of the present utility model.

Fig. 2 is the section of structure after this figure combination.

Fig. 3 is the A-A profile of Fig. 2.

Fig. 4 is the structure enlarged drawing of fluid agitation mechanism among Fig. 1.

Fig. 5 is the section of structure of the utility model embodiment 2.

Fig. 6 is the section of structure of the utility model embodiment 3.

Below in conjunction with accompanying drawing 1-6 concrete structure of the present utility model is described in detail:

The utility model has a shell 10, one mechanical actuation device is arranged in shell 10, mechanical actuation device is to be made of motor 31 and transmission component 30, it is characterized in that: the transmission component 30 of mechanical actuation device is between end cover 23 and clean container 20 exterior bottom wall, be equiped with magnetic 37 on the transmission component 30, the last uncovered clean container 20 interior covers that seat is enclosed within the uncovered shell 10 are placed with the glove utensil 24 that has hole slot 241 of putting the substrate product, put fluid driven unit 40 in the space between the diapire in glove utensil 24 bottoms and clean container 20, fluid driven unit 40 is to be made of with the servo-actuated magnetic 45 that is installed in the fluid agitation mechanism fluid agitation mechanism 41.Referring to Fig. 1 to Fig. 4

Architectural feature of the present utility model also is:

Go up uncovered cylindrical case 10 inside and be provided with battery 11 or external power supply connector 13, motor 31 be installed in and the bottom of the end of last uncovered cylindrical case 10 suits cover 23 and shell 10 interior diapires between, the worm screw 312 of installing on the shaft 311 of motor 31 is meshed with the test worm gear 321a in the transmission component 30 and transmission of power is covered the transmission component 30 on 23 tops the end of to, glove utensil 24 is that a last uncovered bottom has the container of hole slot 241 or the glove screen 242a that has hole slot 241, and the number that is provided with of servo-actuated magnetic 45 should be corresponding one by one with the magnetic 37 on the clean container 20 below transmission components 30.Referring to Fig. 1 to Fig. 4

The last uncovered tubular clean container 20 of magnetic conduction and last uncovered tubular glove utensil 24 or glove screen 242a be suit and all being conducted by hole slot 241 and fluid driven unit 40 spaces of living in the clean container 20 mutually.Referring to Fig. 1 and Fig. 2

Fix and gear type transmission component 30 is fixed between the two by the last uncovered tubular clean container 20 diapire bottoms of trip bolt and magnetic conduction with last uncovered tubular shell 10 end cover 23 that sets the position that is nested, referring to Fig. 1 and Fig. 2

Offer the axis hole 22 of perforating branches gear shaft 35 on the end cover 23, protruding splicing sleeve 21 under the protruding correspondence that perforating branches gear shaft 35 arranged of subordinate under clean container 20 diapires.Referring to Fig. 1 and Fig. 2

Gear type transmission component 30 in the mechanical actuation device comprises a group or more symmetrically arranged secondary gear 33, what be meshed with secondary gear 33 is tertiary gear 34, adorn the corresponding block magnetic 37 that is provided with of intrinsic one-tenth on the supporting plate 36 of tertiary gear 34 top coaxial rotation, 33 of secondary gears are meshed the worm gear 321a coaxial rotation of gear 321b and power transmission shaft 322 test section suits with gear 321b.Referring to Fig. 1 to Fig. 4

The installation site of the worm gear 321a of suit has interchangeability on worm screw 312 on motor 31 shafts 311 and the power transmission shaft 322 test sections.Referring to Fig. 1 and Fig. 2

The fluid agitation mechanism 41 that is installed in clean container 20 inside bottom wall and cleans between the thing storing utensil 24 is the impeller that has radial blade 44, impeller is fixed on the top of disk 43, antimere at the on-bladed 44 of disk 43 respectively is equipped with the block magnetic 45 of servo-actuated, the secondary gear 34 that number and its below that is separated by are set of fluid agitation mechanism 41 that number is set is identical, fluid agitation mechanism 41 rotates to put or movablely be seated in the space that clean container 20 inside bottom wall and glove utensil 24 constitute or in the cavity volume of glove screen 24a and lower grid plate 242b make-up formation.Referring to Fig. 1 to Fig. 4

Two ends, fluid agitation mechanism 41 center symmetry is protruding with spindle nose 46 up and down, two spindle noses 46 respectively with glove screen 242a and with the glove screen 242a axis hole 47 phase movable sets of the lower grid plate 242b of make-up mutually, the substrate product are the container that has hole slot 241 24 inside that are seated in the glove screen 242a top that is placed in the cleaning fluid or are sleeved on glove screen 242a top.Referring to Fig. 2 and Fig. 3

The glove screen 242a of the identical and make-up of shape and the periphery of lower grid plate 242b are provided with the continuous wall 421 of respective protrusions, the equal respective protrusions of flat part at glove screen 242a and lower grid plate 242b has arc 422, and arc 422 is discontinuous shape and is around in fluid agitation mechanism 41 peripheries.Referring to Fig. 2 and Fig. 3

Two ends, fluid agitation mechanism 41 center symmetry be protruding with up and down spindle nose 46, two spindle noses 46 respectively with the indent axis hole 411 and the 471 movable plug-in mountings of clean container 20 inside bottom wall and glove utensil 24 diapire bottoms.Referring to Fig. 5

Nahlock shape magnetic 37 in the symmetric position of the upper pallet 36 of tertiary gear 34 is to be inserted in the ring seat 361 of supporting plate 36 respective protrusions.Referring to Fig. 1 and Fig. 2

The symmetry epirelief has ring seat 431 on disk 43 tops of fluid agitation mechanism 41, and the servo-actuated magnetic 45 of nahlock shape inserts in ring seat 431 and withholds fixing by buckle closure 432.Referring to Fig. 1 to Fig. 3

Fluid driven unit 40 is that activity is seated in the cavity volume that constitutes between the protruding surrounding wall 422 of subordinate under diapire 201 inner side plane of uncovered tubular clean container 20 and the diapire that last uncovered glove utensil 24 has hole slot 241.Referring to Fig. 1 and Fig. 6

The spacing surrounding wall 422 lower open mouth peripheral intervals of water conservancy diversion offer the gap 4221 that connects with last uncovered clean container 20 cleaning liquid insides.Referring to Fig. 6

The last uncovered clean container 20 of magnetic conduction, upward spacious tubular shell 10, upward uncovered storing utensil 24 mutual sheathing also all are bathtub shape or the circle of being made up of rectangle and half garden shape.Referring to Fig. 1 to Fig. 3

All there is curved down flange 202 at uncovered periphery place on the last uncovered system of the moulding hard clean container 20 of magnetic conduction, down curved flange 202 with on have one to grow annular sleeve gasket 27 between the uncovered tubular shell 10 suit mouths, buckle closure 26 retaining rings of lower open mouth are in the outside of flange 202, and the flange 241 of going up uncovered glove utensil 24 is carried on the last week of clean container 20 along the place.Referring to Fig. 2 and Fig. 5

Battery 11 in last uncovered tubular shell 10 is housed in the battery case 111, and motor 31 is installed on the middle part of tubular shell 10 diapires 12, and the tubular shell bottom is equiped with toggle switch 14 and the indicator lamp 15 that exposes.Referring to Fig. 1 Fig. 3

On the shaft other end 311 of motor 31, be equiped with and lead the eccentric block 313 that shakes.Referring to Fig. 1

Putting bottom that face contacts with seat and be equiped with the vibration damping leg 16 that plastic cement or foamed material are made at last uncovered tubular shell 10.

Carrying

magnetic body

37 and 45 can adopt permanent magnet to make in the utility model, also can adopt band magnetic material to make.

And the commutation drive disk assembly of the transmission component 30 in motor 31 and the mechanical actuation device can adopt worm gear as shown in Figure 1, and the transmission of worm structure formula pays 312 and 321a, also can adopt bevel gear to commutate.

Now that brief introduction of work principle of the present utility model is as follows:

At first referring to Fig. 2 and Fig. 3, open buckle closure 26, cleaning fluid is poured in the clean container 20, it is come fluid driven unit 40 and the immersion of substrate product, buckle buckle closure 26 again, start toggle switch 14, connect power supply, make display lamp 15 luminous, motor 31 is rotated, rotate through driving magnetic 37 after the deceleration of transmission component 30, owing to the rotation of magnetic and with clean container 20 in fluid driven unit 40 on magnetic 45 interact and produce magnetic field force, this variation magnetic field power makes agitating device 41 rotate or vibrate and cleaning fluid around it is stirred, and forms the rotation disturbance current, and these current then impact cleaning to substrate, because fluid driven unit 40 is folded up between glove screen 242a and lower grid plate 242b and is turned, so but current open-work groove 241 afterflush that stir place the article in the article containment vessel 24, and because clean container 20 diapires 201 are the seal isolation shape with the bottom, so water liquid can seepage, and the magnetic field force conduction can be come.Fig. 5 is another embodiment of the present utility model, the difference of it and Fig. 2 is exactly glove screen 242a and the lower grid plate 242b that folds up fluid driven unit 40 can be removed, and impeller 41 rotations is placed in the epirelief axis hole 2411 of protruding axis hole 471 under containment vessel 24 diapires and corresponding cleaning box 20.Equally also can play identical cleaning action.

Equally, also containment vessel 24 can be removed, and the great purge article directly are placed on glove screen 242a top slightly.

The 3rd embodiment and the former difference shown in Figure 6 are, fluid driven unit 40 is that activity is housed in glove container 24 diapire lower convex rings in wall 422 and clean container 20 formed spaces, because the driven unit 40 of this moment is the dead axle rotating support not, but movable laying state, therefore, under the magnetic field force effect, it can laterally move within the specific limits, or non-dead axle rotates, also can produce on a small quantity to move up and down, so the time the impact that produced to cleaning fluid be the effect that mixes.

Sometimes,, can on motor 31, add eccentric block 313 in order to strengthen vibrating effect, make mechanical actuation device can produce vibration source and and then make magnetic field also produce vibration.The mode of putting of the gear type transmission component 30 by mechanical part, can realize the symmetrical kind of drive of extending of single group or many groups, and the group number of fluid driven unit 40 should be corresponding one by one with gear type transmission component 30, hits area and then improve once storing amount thereby enlarge the magnetic field ripple as required.

Claims

1, the portable cleaning equipment of modified, one shell (10) is arranged, in shell (10), a mechanical actuation device is arranged, mechanical actuation device is to be made of motor (31) and transmission component (30), it is characterized in that: the transmission component of mechanical actuation device (30) is positioned between end cover (23) and clean container (20) exterior bottom wall, be equiped with magnetic (37) on the transmission component (30), the interior cover of last uncovered clean container (20) that seat is enclosed within the uncovered shell (10) is placed with the glove utensil (24) that has hole slot (241) of putting the substrate product, put fluid driven unit (40) in the space between the diapire in glove utensil (24) bottom and clean container (20), fluid driven unit (40) is by fluid agitation mechanism (41) and is installed in servo-actuated magnetic (45) formation in the fluid agitation mechanism.

2, according to the portable cleaning equipment of the described modified of claim 1, it is characterized in that: go up uncovered cylindrical case (10) inside and be provided with battery (11) or external power supply connector (13), motor (31) is installed in and cover between the bottom and the interior diapire of shell (10) of (23) at the end of last uncovered cylindrical case (10) suit, the worm screw (312) that the shaft (311) of motor (31) is upward installed is meshed with the test worm gear (321a) in the transmission component (30) and transmission of power is covered the transmission component (30) on (23) top the end of to, glove utensil (24) is one and goes up container or glove screen (242a) that has hole slot (241) that uncovered bottom has hole slot (241) that the number that is provided with of servo-actuated magnetic (45) should be corresponding one by one with the magnetic (37) on clean container (20) the below transmission component (30).

3, according to claim 1 or the portable cleaning equipment of 2 described modifieds, it is characterized in that: the last uncovered tubular clean container (20) of magnetic conduction and last uncovered tubular glove utensil (24) or glove screen (242a) be suit and all being conducted by interior fluid driven unit (40) space of living in of hole slot (241) and clean container (20) mutually.

4, according to claim 1 or the portable cleaning equipment of 2 described modifieds, it is characterized in that: fix and gear type transmission component (30) is fixed between the two by last uncovered tubular clean container (20) the diapire bottom of trip bolt and magnetic conduction with last uncovered tubular shell (10) end cover (23) that sets the position that is nested.

5, according to claim 1 or the portable cleaning equipment of 2 described modifieds, it is characterized in that: offer the axis hole (22) of perforating branches gear shaft (35) on the end cover (23), protruding splicing sleeve (21) under the protruding correspondence that perforating branches gear shaft (35) are arranged of subordinate under clean container (20) diapire.

6, according to claim 1 or the portable cleaning equipment of 2 described modifieds, it is characterized in that: the gear type transmission component (30) in the mechanical actuation device comprises a group or more symmetrically arranged secondary gear (33), what be meshed with secondary gear (33) is tertiary gear (34), adorn the corresponding block magnetic (37) that is provided with of intrinsic one-tenth on the supporting plate (36) of tertiary gear (34) top coaxial rotation, secondary gear (33) then is meshed with gear (321b), worm gear (321a) coaxial rotation of gear (321b) and power transmission shaft (322) test section suit.

7, according to the portable cleaning equipment of the described modified of claim 6, it is characterized in that: the installation site of the worm gear (321a) of suit has interchangeability on worm screw (312) on motor (31) shaft (311) and power transmission shaft (322) the test section.

8, according to claim 1 or the portable cleaning equipment of 2 described modifieds, it is characterized in that: the fluid agitation mechanism (41) that is installed between clean container (20) inside bottom wall and the cleaning thing storing utensil (24) is the impeller that has radial blade (44), impeller is fixed on the top of disk (43), antimere at the on-bladed (44) of disk (43) respectively is equipped with the block magnetic (45) of servo-actuated, the secondary gear (34) that number and its below that is separated by are set of fluid agitation mechanism (41) that number is set is identical, fluid agitation mechanism (41) rotates to put or activity is seated in the space that clean container (20) inside bottom wall and glove utensil (24) constitute or in the cavity volume of glove screen (24a) and lower grid plate (242b) make-up formation.

9, according to the portable cleaning equipment of the described modified of claim 8, it is characterized in that: fluid agitation mechanism (41) two ends, center symmetry is protruding with spindle nose (46) up and down, two spindle noses (46) respectively with glove screen (242a) and with glove screen (242a) axis hole (47) the phase movable set of the lower grid plate of make-up (242b) mutually, the substrate product be seated in glove screen (242a) top that is placed in the cleaning fluid or be sleeved on the container that has hole slot (241) (24) on glove screen (242a) top inner.

10, according to the portable cleaning equipment of the described modified of claim 9, it is characterized in that: the glove screen (242a) of the identical and make-up of shape and the periphery of lower grid plate (242b) are provided with the continuous wall (421) of respective protrusions, the equal respective protrusions of flat part at glove screen (242a) and lower grid plate (242b) has arc (422), and arc (422) is discontinuous shape and is around in fluid agitation mechanism (41) periphery.

11, according to the portable cleaning equipment of the described modified of claim 8, it is characterized in that: fluid agitation mechanism (41) two ends, center symmetry is protruding with spindle nose (46) up and down, two spindle noses (46) respectively with indent axis hole (411) and (471) movable plug-in mounting of clean container (20) inside bottom wall and glove utensil (24) diapire bottom.

12, according to the portable cleaning equipment of the described modified of claim 6, it is characterized in that: the nahlock shape magnetic (37) in the symmetric position of the upper pallet (36) of tertiary gear (34) is to be inserted in the ring seat (361) of supporting plate (36) respective protrusions.

13, according to the portable cleaning equipment of the described modified of claim 8, it is characterized in that: the symmetry epirelief has ring seat (431) on disk (43) top of fluid agitation mechanism (41), and the servo-actuated magnetic (45) of nahlock shape inserts in ring seat (431) and withholds fixing by buckle closure (432).

14, according to the portable cleaning equipment of the described modified of claim 8, it is characterized in that: fluid driven unit (40) is that activity is seated in the cavity volume that constitutes between the protruding surrounding wall (422) of subordinate under diapire (201) inner side plane of uncovered tubular clean container (20) and the diapire that last uncovered glove utensil (24) has hole slot (241).

15, according to the portable cleaning equipment of the described modified of claim 14, it is characterized in that: the spacing surrounding wall of water conservancy diversion (422) lower open mouth peripheral intervals offers the gap (4221) that connects with last uncovered clean container (20) cleaning liquid inside.

16, according to the portable cleaning equipment of the described modified of claim 2, it is characterized in that: the last uncovered clean container (20) of magnetic conduction, upward spacious tubular shell (10), upward uncovered storing utensil (24) mutual sheathing also all are bathtub shape or the circle of being made up of rectangle and half garden shape.

17, according to the portable cleaning equipment of the described modified of claim 16, it is characterized in that: all there is curved down flange (202) at the last uncovered upward uncovered periphery of system hard clean container (20) place of moulding of magnetic conduction, one long annular sleeve gasket (27) is arranged between curved down flange (202) and last uncovered tubular shell (10) suit mouth, the buckle closure of lower open mouth (26) retaining ring is in the outside of flange (202), and the flange (2412) of going up uncovered glove utensil (24) is carried on the last week of clean container (20) along the place.

18, according to the portable cleaning equipment of the described modified of claim 2, it is characterized in that: the battery (11) in last uncovered tubular shell (10) is housed in the battery case (111), motor (31) is installed on the middle part of the diapire (12) of tubular shell (10), and the tubular shell bottom is equiped with toggle switch (14) and the indicator lamp (15) that exposes.

19, according to claim 1 or the portable cleaning equipment of 2 described modifieds, it is characterized in that: on the shaft other end (311) of motor (31), be equiped with and cause the eccentric block (313) that vibrates.

20, according to the portable cleaning equipment of the described modified of claim 18, it is characterized in that: last uncovered cylindrical case (10) with sit bottom that the face of putting contacts and be equiped with the vibration damping leg (16) that plastic cement or foamed material are made.