CN208334017U - A kind of fixed turntable of multi-functional slide - Google Patents

Abstract

The utility model provides a kind of fixed turntable of multi-functional slide, it is characterized by: the fixed turntable of the slide includes central disc and edge ring, and more latticings of central disc and edge ring are connected simultaneously, radially uniform distribution of the more latticings along the fixed turntable of slide, by the fixed turntable equal part of the slide, gap between any two described latticings forms the storing area for placing slide, the storing area is fan-shaped, after the slide is placed on storing area, space between the two sides and adjacent latticing of the slide width direction forms leakage catching block, it is not simple and direct to solve equipment dyeing course in the prior art, inaccurately, it is not easy to avoid the defect of secondary pollution in dyeing course.

Description

A kind of fixed turntable of multi-functional slide

Technical field

The utility model relates to full-automatic Gram's staining equipment technical field, in particular to a kind of multi-functional slide is fixed Turntable.

Background technique

In the field of medicine, Gram's stain is a kind of widely used differential staining, no dyeing in bacteriology Bacterium since it is small with ambient enviroment index of refraction difference, be difficult to observe under the microscope, and bacterium and ring after dyeing Border forms sharp contrast, the form of bacterium can be clearly observed, and then to taxonomic identification, for more efficient and convenient reality The decoration method is applied, a variety of Gram's staining equipment are come out one after another, and such as Chinese patent CN104777027A, are provided a kind of multi-functional Full-automatic Gram's staining instrument, including slide horizontal mobile device, microorganism automatic staining device, slide in-out apparatus, push rod Device and fluid path control device, push rod device are pushed into slide cross for the glass slide for having coated piece on slide in-out apparatus is located at Into mobile device, glass slide is contaminated with the position that the first glass frame on reciprocating device moves to automatic staining device Color, cleaning and drying, fluid path control device cooperate computer program control by the dye liquor in Gram stain bottle according to the step of setting A series of full automatic activities such as the rapid and time dyes the glass slide coated, sprays water, jet and drying, finally by The glass slide handled well is moved in slide in-out apparatus by push rod device is provided with upper carry out subsequent operation；This instrument can make whole A Gram-stained process automation carries out, and transmission is accurate, avoids cross-infection, dye liquor waste and saves human resources.

Above-mentioned utility model, since machine is huge, structure is complicated for fuselage interior, therefore, goes out when can have intrinsic stain Now pollute, meanwhile, the equipment of the technical solution of above-mentioned utility model is not easy to be monitored dyeing course, and in the later period There is also many inconvenience in maintenance.

Summary of the invention

The utility model is made in view of the above problems, by providing a kind of fixed turntable of multi-functional slide, makes to dye Process is simpler and more direct, accurate, while avoiding the secondary pollution in dyeing course, specifically, the slide fixes turntable packet Central disc and edge ring are included, and connects more latticings of central disc and edge ring simultaneously, the more latticings are fixed along slide The slide is fixed turntable equal part by the radially uniform distribution of turntable, and the gap between any two described latticings, which is formed, places glass The storing area of piece, the storing area is fan-shaped, after the slide is placed on storing area, the two sides of the slide width direction and phase Space between adjacent latticing forms leakage catching block；

The turntable chamber is set inside the shell in a manner of accommodating the fixed turntable of slide, and the Sidewall Height of the turntable chamber is higher than Horizontal plane where the upper surface of the fixed turntable of the slide, the bottom face of the turntable chamber are equipped with inclined surface, the inclination The height in face is gradually increasing along the diametric one end of bottom face to the other end of turntable chamber, is set on the inclined surface of lowest point There is longitudinal drainage hole, so that waste liquid is flow to longitudinal drainage hole along inclined surface and be discharged；

The transmission group includes transmission shaft and the bearing group that is set on transmission shaft, and slide is fixedly installed on the transmission shaft Fixed turntable；

The support group includes top plate and bottom plate and the column for erecting the roof supporting on bottom plate, is placed on the top plate Turntable chamber, the top plate middle part are equipped with centre bore, and the transmission shaft passes through the centre bore, the upper surface and top of the bearing block Plate is fixedly connected, and the transmission shaft is pierced by from below bearing group；

The driving portion is set in a manner of rotating clockwise or counterclockwise circumferential direction of the transmission shaft in centre bore along top plate On the bottom plate；

Specifically, the dyeing installation of above structure, compact structure and easy to use, and it is easy to maintain, to existing dye on the market Color equipment has made biggish change.

Meanwhile the discoid fixed turntable of slide is when rotated, on the one hand can accurately turn to slide under liquid droping port Side, improves dyeing precision, on the other hand, can be got rid of waste liquid or cleaning solution by the high speed rotation of the fixed turntable of slide Out, convenient for the quick progress of next step.

And the specific structure of the fixed turntable of slide ensure that circumferentially have multiple storing areas that can shelve slide, guarantee The experiment of multiple slides carries out simultaneously, and on the other hand, the fixed turntable of the slide of above structure has space convenient for picking and placing slide Waste liquid is discharged, such as leakage catching block, both can provide waste liquid in the fixed turntable high speed rotation of slide and throw away mouth, on the other hand should The pick-and-place slide that position can be convenient, while having reached two effects.

Preferably, it is recessed inwardly to form indent sink with storing zone position corresponding position on the edge of the central disc, it is close Recess forms two the first trays, two first trays downwards on the central disc of the both sides of the edge position of the recessed sink It is oppositely arranged, is formed with circumferential surface and lateral face on the central disc above first tray.

Specifically, the setting of the recessed sink of above structure, ensure that slide in rinse stage, water flow can be from recessed sink Discharge will not influence experiment effect or secondary pollution (pollution of the waste liquid to bacterium solution) because of ponding in the position close to central disc, And two the first trays prop up one end of slide, realize in the effect for putting area's placement slide.

The structure of circumferential surface and lateral face can play stable effect to slide, and the front end of slide withstands on circumferential surface and lateral On face, guarantee the stabilization of the slide in slide fixed turntable rotation.

Preferably, the circumferential surface and the central disc of the lateral face junction are equipped with the first flowing water through central disc Hole, when the slide is placed on the first tray, two apex angles close to central disc one end are protruded into discharge orifice.

Specifically, the discharge orifice on the circumferential surface and lateral face of above structure is located at the apex angle of slide, it is suitable to be conducive to waste liquid Slide edge flow directly into discharge orifice and be discharged, the effect that slide edge can shut off is utilized, and (liquid can be along planar object Edge flowing), and then the discharge to waste liquid can be reinforced, in order to being normally carried out for below step.

Preferably, when the slide is placed on the first tray, the horizontal plane where the upper surface of the slide is lower than institute State the vertical height of circumferential surface, lateral face and recessed sink.

Specifically, above structure ensure that waste liquid can be under its blocking to discharge orifice when flowing on circumferential surface and lateral face It is flowed in recessed sink, plays the role of limiting waste liquid flow direction.

Preferably, the inside edge of the edge ring forms water dumping to edge ring inner recess with storing zone position corresponding position Slot, recess forms two the second trays downwards in the edge ring of the both sides of the edge position of the water dumping slot, described in two Second tray is oppositely arranged, and is formed with outer circumferential surface and outer lateral face in the edge ring above second tray.

It, can be by the effect that is centrifuged by glass when the fixed turntable of slide quickly rotates specifically, the water dumping slot of above structure The waste liquid of on piece is thrown away to water dumping slot, is then discharged out, and water dumping slot position in put area center line on, also ensure that centrifugation make When with generating, the position of water dumping slot is just relatively drained, and two the second trays hold up the other end of slide, and two the Two trays are concordant with two the first trays, ensure that the position of slide is horizontal.And outer circumferential surface and outer lateral face and slide is another One end is fixedly connected, and guarantees that slide realizes rock-steady structure under the engaging of the first tray and the second tray.

Preferably, the edge ring of the outer circumferential surface and the outer lateral face junction is equipped with through the second of edge ring Discharge orifice, when the slide is placed on the first tray, two apex angles close to central disc one end are protruded into discharge orifice.

Specifically, above-mentioned second discharge orifice can make the waste liquid of slide edge straight in the fixed turntable high speed rotation of slide The discharge of the second discharge orifice was connected, guarantee does not have waste liquid and remains on slide.

Preferably, when the slide is placed on the second tray, horizontal plane where the upper surface of the slide with it is described The vertical height of outer circumferential surface, outer lateral face and water dumping slot is concordant.

Specifically, above-mentioned structure guarantees that the external end face of slide is fixed by outer circumferential surface and outer lateral face, and Waste liquid can be by that, in flowing out in the water dumping slot of planar alignment, can also be flowed out with it by two the second discharge orifices.

Preferably, the edge ring of the water dumping slot periphery be equipped with the consistent second level sink of water dumping slot number, described two Grade sink is located in the edge ring around water dumping slot by secondary drain and in a manner of preventing waste liquid from throwing away.

Specifically, above structure ensure that, in the fixed turntable high speed rotation of slide, avoids waste liquid and got rid of from water dumping slot It to outside or throws away out into control system, and after second level sink is set, waste liquid can further be discharged from second level sink, energy Drain effect is effectively improved, on the other hand, since the fixed turntable high speed rotation of slide generates centrifugal force, is got rid of in waste liquid arrival Splashing can be generated after sink, and the setting of second level sink can effectively avoid this splashing.

Preferably, the second level sink includes slot bottom, upper circumferential surface and upper lateral face, and the slot bottom is in the edge ring Surface is recessed to be formed downwards, and one side edge of the slot bottom close to displacement zone connects outer circumferential surface, far from the outer circumferential surface side To second level inboard wall of cistern be respectively formed as the opposite upper lateral face in two positions and connect two upper lateral faces simultaneously One upper circumferential surface.

Specifically, the second level sink of above structure, avoids waste liquid by sputtering the fixed turntable of slide after water dumping slot, and And the effect of equipment drain can be improved by the secondary discharge of above structure.

Preferably, the length of the upper circumferential surface is lateral outside the shortest distance between two upper lateral faces and two respectively The shortest distance between face is equal, after connecting the water dumping slot with second level sink, is formed as stair-stepping recessed in edge ring Slot structure.

Specifically, above structure, which ensure that, can be directly entered second level sink by the waste liquid of water dumping slot, and stair-stepping Structure is most preferably, to be directly conducive to the discharge of waste liquid, avoid the defect of other structures waste efficiency.

Preferably, the edge ring of the junction of the upper circumferential surface and upper lateral face is equipped with the three-level stream through edge ring The center heart of end face, second level discharge orifice where water hole, the center line of the three-level discharge orifice and the outer lateral face and upside It is located on same vertical face to the end face where face.

Specifically, the three-level discharge orifice of above structure, ensure that extra waste liquid enters second level sink by outer lateral surface current When can be expelled directly out, the phenomenon that there are wall built-ups due to waste liquid, two three-level discharge orifices are symmetrical arranged in edge ring just not The case where will appear accumulation waste liquid.Simultaneously the positional structure of three-level discharge orifice ensure that by be centrifuged the waste liquid that throws away can directly into Enter three-level discharge orifice.

Preferably, the latticing includes bottom latticing and top latticing, the both ends of the bottom latticing respectively with central disc Outer peripheral surface connected with the inner peripheral surface of edge ring, the top latticing and bottom latticing be integrally formed, and the top latticing Both ends extend respectively on the upper surface of central disc and the upper surface of edge ring.

Specifically, above structure ensure that top latticing position is higher, be avoided that waste liquid during centrifugation is thrown away from One of storing area is splashed to another storing area and secondary pollution occurs, and therefore, the setting height of latticing needs to place waste liquid Lateral splashing.

Preferably, thickness of the thickness of the top latticing at least more than slide.

Specifically, the thickness of slide is smaller than top latticing, in above-mentioned overall structure during waste liquid is centrifuged and is thrown away In would not occur waste liquid laterally splash to another put area the phenomenon that.

Preferably, the central disc, which is equipped with, is located at two institutes with the consistent tabletting of the storing area quantity, the tabletting It states on the central disc between latticing, the tabletting extends to above recessed sink to area direction is put.

Specifically, the setting of tabletting can guarantee that slide will not fly out or overturn in centrifugal process.

Detailed description of the invention

Fig. 1 is the perspective view for indicating the overflow dyeing machine of embodiment.

Fig. 2 is the schematic diagram for indicating the overflow dyeing machine internal structure of embodiment.

Fig. 3 is the cross section view for indicating the main view direction of turntable chamber of embodiment.

Fig. 4 is the perspective view for indicating the fixed turntable of the slide of embodiment.

Fig. 5 is the top view for indicating the fixed turntable of the slide of embodiment.

Fig. 6 is the enlarged drawing indicated in Fig. 4 at A.

Fig. 7 is the enlarged drawing indicated in Fig. 4 at B.

Fig. 8 is the schematic diagram for indicating the overflow dyeing machine internal structure of embodiment.

Fig. 9 is the structural schematic diagram for indicating the transmission group of embodiment.

Figure 10 is the explosive view for indicating the transmission group of embodiment.

Figure 11 is the cross section view for indicating the overflow dyeing machine internal structure main view direction of embodiment.

Description of symbols

1 slide fixes turntable, and 11 central discs, 12 edge rings, 13 latticings, 14 put area, 15 leakage catching blocks；

111 recessed sinks, 112 first trays, 113 circumferential surfaces, 114 lateral faces, 115 first discharge orifices；

121 water dumping slots, 122 second trays, 123 outer circumferential surfaces, 124 outer lateral faces, 125 second discharge orifices, 126 second level water Slot, 127 slot bottoms, circumferential surface on 128, lateral face on 129,130 three-level discharge orifices；

131 bottom latticings, 132 top latticings；

2 turntable chambers, 21 inclined surface, 22 longitudinal drainage holes, 23 bulge loops；

3 transmission groups, 31 transmission shafts, 32 bearing groups, 33 bearings, 34 bearing blocks, 35 perforation；

311 drive blocks, 312 transition blocks, 313 axis connect block, and 314 inserting blocks, 315 stretch out block, 316 lock rings；

4 support groups, 41 top plates, 42 bottom plates, 43 columns, 44 centre bores；

5 driving portions, 51 driving turntables, 52 driving devices；

6 dropping liquid plates, 61 dripping holes, 62 flushing holes；

7 tablettings；

8 slides.

Specific embodiment

Specific embodiment of the present utility model is described further with reference to the accompanying drawing:

As shown in Fig. 1 to 11, a kind of full-automatic vaginal fluid overflow dyeing machine, including shell are present embodiments provided, it is described Interior of shell is successively arranged the fixed turntable 1 of slide, turntable chamber 2, transmission group 3, support group 4 and driving portion 5 from top to bottom；

The fixed turntable 1 of the slide includes central disc 11 and edge ring 12, and connects central disc 11 and edge ring simultaneously 12 12 latticings, 13,12 latticings 13 consolidate the slide along the radially uniform distribution of the fixed turntable 1 of slide Determine the bisection of turntable 10, the space between any two described latticings 13 forms the storing area 14 for placing slide, the storing area 14 is fan-shaped, after the slide is placed on storing area 14, between the two sides of the slide width direction and adjacent latticing 13 Gap forms leakage catching block 15；

The turntable chamber 2 is set inside the shell in a manner of accommodating the fixed turntable 1 of slide, the Sidewall Height of the turntable chamber 2 Higher than the horizontal plane where the upper surface of the fixed turntable 1 of the slide, the bottom face of the turntable chamber 2 is equipped with inclined surface 21, The height of the inclined surface 21 is gradually increasing along the diametric one end of bottom face to the other end of turntable chamber 2, the institute of lowest point Inclined surface 21 is stated equipped with longitudinal drainage hole 22, so that waste liquid is flow to longitudinal drainage hole 22 along inclined surface 21 and is discharged；

It raises upward to form bulge loop 23 to the fixed turntable junction of slide in the middle part of the turntable chamber, 23 upper end of bulge loop Equipped with sealing ring, when the fixed turntable 1 of slide rotates wherein, bulge loop 23 plays the role of that waste liquid is stopped to flow into transmission shaft.

The transmission group 3 includes transmission shaft 31 and the bearing group 32 being set on transmission shaft 31,31 top of transmission shaft The fixed turntable 1 of slide is fixedly installed；

The support group 4 includes top plate 41, bottom plate 42 and the column 43 for erecting the roof supporting 41 on bottom plate 42, the top It is placed with turntable chamber 2 on plate 41, centre bore is equipped in the middle part of the top plate 41, the transmission shaft 31 passes through the centre bore, described The upper surface of bearing group 32 is fixedly connected with top plate 41, and the transmission shaft 31 is pierced by from below bearing group 32；

The driving portion 5 so that transmission shaft 31 in centre bore along the side that the circumferential direction of top plate 41 rotates clockwise or counterclockwise Formula is located on the bottom plate 42；

The shell is equipped with dropping liquid plate 6, and the dropping liquid plate 6 is located at the top for putting area 14, and the dropping liquid plate 6 is equipped with Four dripping holes 61 and a flushing hole 62, four arc-shaped arrangements of the dripping hole 61, and four dripping holes 61 arrive glass The distance in fixed 1 axle center of turntable of piece is identical, and the position of the dripping hole 61 and the position of tissue to be detected on the slide are vertical Corresponding, the flushing hole 62 is located at the side of four dripping holes 61, and flushing hole 62 to slide fixation 1 axle center of turntable away from It is fixed with a distance from 1 axle center of turntable from four dripping holes 61 are greater than to slide.

As shown in figure 5, be recessed inwardly to form recessed sink 111 with storing 14 position corresponding position of area on the edge of central disc 11, Two the first trays 112 of recess formation downwards on the central disc 11 of the both sides of the edge position of the recessed sink 111, two First tray 112 is oppositely arranged, and circumferential surface 113 and lateral is formed on the central disc 11 of first tray, 112 top Face 114.

The circumferential surface 113 and the central disc 11 of 114 junction of lateral face are equipped with first through central disc 11 Discharge orifice 115, when the slide is placed on the first tray 112, two apex angles of load plate close to 11 one end of central disc protrude into the In one discharge orifice 115.

As shown in figure 4, the horizontal plane when slide is placed on the first tray 112, where the upper surface of the slide Lower than the vertical height of the circumferential surface 113, lateral face 114 and recessed sink 111.

The inside edge and storing 14 position corresponding position of area of the edge ring 12 form water dumping to 12 inner recess of edge ring Slot 121, recess forms two the second trays downwards in the edge ring 12 of the both sides of the edge position of the water dumping slot 121 122, two second trays 122 are oppositely arranged, and are formed with outer circumferential surface in the edge ring 12 of 122 top of the second tray 123 and outer lateral face 124.

The outer circumferential surface 123 and the edge ring 12 of outer 124 junction of lateral face are equipped with through edge ring 12 Second discharge orifice 125, when the slide is placed on the second tray 122, two apex angles of slide close to 12 one end of edge ring are stretched Enter in the second discharge orifice 125.

Horizontal plane and the periphery when slide is placed on the second tray 122, where the upper surface of the slide Vertical height to face 123, outer lateral face 124 and water dumping slot 121 is concordant.

The edge ring of 121 periphery of the water dumping slot be equipped with the consistent second level sink 126 of 121 quantity of water dumping slot, it is described Second level sink 126 is located in the edge ring 12 around water dumping slot 121 by secondary drain and in a manner of preventing waste liquid from throwing away edge ring.

The second level sink 126 includes slot bottom 127, upper circumferential surface 128 and upper lateral face 129, and the slot bottom 127 is described 12 upper surface of edge ring is recessed to be formed downwards, and the slot bottom 127 connects outer circumferential surface 123 close to the one side edge for putting area 14, 126 inner wall of second level sink far from outer 123 direction of circumferential surface is respectively formed as the opposite upper lateral face 129 in two positions With a upper circumferential surface 128 for connecting two upper lateral faces 129 simultaneously.

As shown, the length of upper circumferential surface 128 respectively the shortest distance between two upper lateral faces 129 and two it is outer The shortest distance between lateral face 124 is equal, after connecting the water dumping slot 121 with second level sink 126, the shape in edge ring 12 As stair-stepping groove structure.

The edge ring 12 of the upper circumferential surface 128 and the junction of upper lateral face 129 is equipped with three through edge ring 12 Vertical end face, second level flowing water where grade discharge orifice 130, the center line of the three-level discharge orifice 130 and the outer lateral face 124 Vertical end face where the center line in hole 125 and upper lateral face 129 is located on same face vertical vertically.

The latticing 13 includes bottom latticing 131 and top latticing 132, and the both ends of the bottom latticing 131 are respectively in The outer peripheral surface of centre disk 11 is connected with the inner peripheral surface of edge ring 12, and the top latticing 132 is integrally formed with bottom latticing 131, and The both ends of the top latticing 132 extend respectively on the upper surface of central disc 11 and the upper surface of edge ring 12.

Thickness of the thickness of the top latticing 132 at least more than slide.

The central disc 11 is equipped with to be located at described in two with the 14 consistent tabletting of quantity of storing area, the tabletting 7 On central disc 11 between latticing 13, the tabletting 7 extends to recessed 111 top of sink to 14 direction of area is put.

As shown in Figure 10, the bearing group 32 includes two bearings 33 being axially arranged above and below along transmission shaft 31, two institutes It states and is equipped with bearing block 34 on the outside of bearing 33, the bearing 33 is entrenched in bearing block 34, the upper surface and top of the bearing block 34 Plate 41 is fixedly connected, and perforation 35 is equipped in the middle part of the bearing block 34, and the diameter of the perforation 35 is greater than the diameter of 33 inner ring of bearing；

The transmission shaft 31 includes that sequentially connected drive block 311, transition block 312 and axis connect block 313, the drive block 311 connect with the fixed turntable 1 of slide, and the axis, which connects, is arranged with bearing 33 on block 313.

The transmission shaft 31 further includes inserting block 314, and 314 both ends of inserting block are separately connected transition block 312 and axis connects Block 313, the inserting block 314 is whole to be protruded into centre bore 44, and the lower surface of inserting block 314 and the lower surface of top plate 41 position In same level, two bearings 33 are located at the lower section of the top plate 41.

The diameter that the drive block 311, transition block 312, inserting block 314 and axis connect block 313 is sequentially reduced.

The lower surface of the inserting block 314 is connected in a manner of compressing with the inner ring upper surface of bearing 33 adjacent thereto.

When the bearing block 34 is fixedly connected with top plate 41,33 outer ring of bearing bearing block 34 inside and be located above The top plate 41 of 44 periphery of upper surface and centre bore connect in a manner of compression.

The transmission shaft 31 further includes stretching out block 315, and described 315 one end of stretching block connects block 313 with axis and connect, and the other end is certainly It is extended downwardly in perforation 35 on bearing block 34.

It is socketed with lock ring 316 on the stretching block 315, is located below in the upper surface of the lock ring 316 and bearing block 34 The lower surface of 33 inner ring of bearing connected in a manner of compressing, the outer diameter of the lock ring 316 is less than the diameter of perforation 35.

Key connection drives turntable 51 on the stretching block 315, passes through belt transmission connection on the driving turntable 51 and drives The fixed turntable 1 of device 52, such as motor of driving device 52, drive block 311 and slide is keyed, and the fixed turntable 1 of the slide is It is discoid, the screw being fixedly connected with the fixed turntable 1 of slide is equipped on the drive block 311 simultaneously.

Further, under the drive of driving device 52, by belt transmission make that turntable 51 is driven to rotate, drive turntable 51 It drives and stretches out the rotation of block 315, and then 31 entirety of transmission shaft rotates under the support of two bearings 33, the fixed turntable 1 of slide is made to exist It is rotated together under the connection status of transmission shaft 31, realizes the operation of equipment.

Further, in order to better illustrate the present embodiment, the equipment workflow of the present embodiment is carried out below simple Illustrate:

The slide that thallus is housed is placed on the fixed turntable of slide, then starting device, when slide passes through dropping liquid plate, slide Fixed turntable stops rotating, dropping liquid, and equipment stops and enter dyeing phase, and after dyeing phase, the fixed turntable of slide continues Rotation, by stopping when flushing hole, water flow is flowed out from flushing hole, is rinsed to slide, and flushing finishes, the fixed turntable of slide after Continuous rotation, until the thallus after a circle by stopping when second dripping hole, carry out second and dye, and so on, pass through After four dyeing is rinsed, Gram's staining is completed.

In the apparatus of this embodiment, 12 slides can be accommodated simultaneously, and are simultaneously or separately dyed, and can be obtained Accurate result.

According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality The mode of applying is changed and is modified.Therefore, the utility model is not limited to specific embodiment disclosed and described above, right Some modifications and changes of utility model should also be as falling into the protection scope of the claims of the present utility model.In addition, although It is used some specific terms in this specification, these terms are merely for convenience of description, not to the utility model structure At any restrictions.

Claims (10)

1. a kind of fixed turntable of multi-functional slide, it is characterised in that: the fixed turntable of the slide includes central disc and edge ring, with And more latticings of central disc and edge ring are connected simultaneously, the more latticings fix the radially uniform distribution of turntable along slide, The slide is fixed into turntable equal part, the gap between any two described latticings forms the storing area for placing slide, the storing Area is fan-shaped, after the slide is placed on storing area, the space between the two sides and adjacent latticing of the slide width direction Form leakage catching block.

2. the fixed turntable of multi-functional slide according to claim 1, it is characterised in that: on the edge of the central disc with set It puts zone position corresponding position to be recessed inwardly to form indent sink, on the central disc of the both sides of the edge position of the recessed sink downwards Side's recess forms two the first trays, and two first trays are oppositely arranged, shape on the central disc above first tray At having circumferential surface and lateral face.

3. the fixed turntable of multi-functional slide according to claim 2, it is characterised in that: the circumferential surface and the lateral face The central disc of junction is equipped with through the first discharge orifice of central disc, when the slide is placed on the first tray, in Two apex angles of centre disk one end protrude into discharge orifice；

When the slide is placed on the first tray, the horizontal plane where the upper surface of the slide is lower than the circumferential surface, side To face and the vertical height of recessed sink.

4. the fixed turntable of multi-functional slide according to claim 3, it is characterised in that: the inside edge of the edge ring with It puts zone position corresponding position and forms water dumping slot to edge ring inner recess, close to the edge of the both sides of the edge position of the water dumping slot Recess forms two the second trays downwards on ring, and two second trays are oppositely arranged, the side above second tray Outer circumferential surface and outer lateral face are formed on edge ring.

5. the fixed turntable of multi-functional slide according to claim 4, it is characterised in that: the outer circumferential surface and the outside It is equipped with to the edge ring of face junction and is leaned on when the slide is placed on the first tray through the second discharge orifice of edge ring Two apex angles of nearly central disc one end protrude into discharge orifice；

It is horizontal plane where the upper surface of the slide and the outer circumferential surface, outer when the slide is placed on the second tray The vertical height of lateral face and water dumping slot is concordant.

6. the fixed turntable of multi-functional slide according to claim 5, it is characterised in that: the edge ring of the water dumping slot periphery It is equipped with and is set with the consistent second level sink of water dumping slot number, the second level sink by secondary drain and in a manner of preventing waste liquid from throwing away In the edge ring around water dumping slot；

The second level sink includes slot bottom, upper circumferential surface and upper lateral face, and the slot bottom is the edge ring upper surface to recessed It falls into and is formed, one side edge of the slot bottom close to displacement zone connects outer circumferential surface, the second level water far from the outer circumferential surface direction Slot inner wall be respectively formed as the opposite upper lateral face in two positions and connect simultaneously one of two upper lateral faces it is upper circumferential Face.

7. the fixed turntable of multi-functional slide according to claim 6, it is characterised in that: the upper circumferential surface and upper lateral face The edge ring of junction be equipped with through the three-level discharge orifice of edge ring, the center line of the three-level discharge orifice and the outside It is located on same vertical face to the end face where the center heart and upper lateral face of end face, second level discharge orifice where face.

8. the fixed turntable of multi-functional slide according to claim 1 or claim 7, it is characterised in that: the latticing includes that bottom connects The both ends of item and top latticing, the bottom latticing are connect with the inner peripheral surface of the outer peripheral surface of central disc and edge ring respectively, described Top latticing and bottom latticing are integrally formed, and the both ends of the top latticing extend respectively to the upper surface and edge of central disc On the upper surface of ring.

9. the fixed turntable of multi-functional slide according to claim 8, it is characterised in that: the thickness of the top latticing is at least Greater than the thickness of slide.

10. the fixed turntable of multi-functional slide according to claim 9, it is characterised in that: the central disc is equipped with and institute It states and puts the consistent tabletting of area's quantity, the tabletting is located on the central disc between two latticings, and the tabletting is to storing Area direction extends to above recessed sink.