CN203610355U - Fully-automatic efficient horizontal ELISA plate washer - Google Patents

Abstract

The utility model discloses a fully-automatic efficient horizontal ELISA plate washer which comprises a lifting device, a washing device, an ELISA plate supporting device and a dehydration device. A lifting mechanism of the lifting device is installed at the bottom of a hanger plate. The washing device is installed on the lifting mechanism and comprises a washing plate and washing heads, the washing plate is installed on the lifting mechanism, and the washing heads are arranged at the bottom of the washing plate in an array mode. The dehydration device is arranged below the washing heads and comprises a bucket and a rotating frame, the bucket is horizontally arranged at the bottom of a box, the rotating frame is arranged in the bucket through a horizontal rotating shaft, a transmission mechanism of the rotating frame is a dehydration motor, an opening is formed in the bucket wall of the upper portion of the bucket, and the opening is closed through an arch-shaped protection cover. The ELISA plate supporting device comprises horizontal supporting dehydration frames which are used for containing an ELISA plate, the supporting frames are symmetrically arranged on the rotating frame, and the boards of the tops of the supporting frames are provided with dehydration openings corresponding to micro-holes of the ELISA plates. The washing and dehydrating integration design scheme is adopted in the fully-automatic efficient horizontal ELISA plate washer, the working efficiency is greatly improved, and cross infection is avoided.

Description

The horizontal plate machine of washing of full automatic high efficiency enzyme mark

(1) technical field:

The utility model relates to Medical Devices, is specially the horizontal plate machine of washing of a kind of full automatic high efficiency enzyme mark.

(2) background technology:

At present ELIAS microplate washer has been widely used in hospital, blood station, health and epidemic prevention station, research department and chemical reagent work etc., is used for specially cleaning of enzyme target.

The object of ELIAS microplate washer washing is with cleaning shower nozzle, the antigen antibody complex forming on solid phase carrier and other the unnecessary free reactant matter in liquid to be separated, unconjugated antigen and impurity are removed in i.e. washing, after washing, on solid phase carrier, only leave specific antibody, impurity in other immune globulin bletilla serum is owing to not being combined with solid phase antigen, in washing process, will be washed away, the quality of washing plate directly has influence on the success or failure of experimental result.

At present, the cleaning of ELIAS microplate washer and dehydration all divide two equipment to complete mostly on the market, and also having the cleaning of minority and dehydration is one, but effect is not very good, and efficiency is not too high, also easily produce cross-infection.

(3) utility model content:

For this reason, the utility model proposes the horizontal plate machine of washing of a kind of full automatic high efficiency enzyme mark, its object is to solve the technical problem of raising the efficiency and avoid cross-infection.

Can realize the horizontal plate machine of washing of full automatic high efficiency enzyme mark of above-mentioned purpose, comprise and be located at lifting device, cleaning device, ELISA Plate bracing or strutting arrangement and dewater unit in casing, described lifting device comprises boatswain chair and elevating mechanism unlike the prior art, described boatswain chair is located at the top of casing, and described elevating mechanism is installed on boatswain chair bottom; Described cleaning device is located at elevating mechanism below, comprises clean plate and by jet head and an imbibition integrated cleaning head, described clean plate is installed on elevating mechanism, and described cleaning head is located at clean plate bottom in array mode; Described dewater unit is located at cleaning head below, comprise staving and swivel mount, the sleeping bottom half of being located at of described staving level, described swivel mount is located in staving by the horizontal rotating shaft in staving both ends of the surface, the transmission mechanism of described swivel mount is the dehydration electric motor of being located at outside staving end face, on the bucket wall of described staving top, offer uncovered, described uncoveredly closed by arch protecting cover; Described ELISA Plate bracing or strutting arrangement is the bracing frame of horizontal positioned ELISA Plate, and at least two bracing frames are symmetrically set on swivel mount, on the top plate face of support frame as described above, offers the dehydrated mouth corresponding to the each micropore of ELISA Plate.

A kind of structure of described elevating mechanism comprises screw mandrel, movable plate and hoisting frame, described screw mandrel is horizontally disposed with on boatswain chair, left and right two sections of screw mandrel mid point are respectively the screw thread that rotation direction is contrary, described movable plate is horizontally disposed with and perpendicular to screw mandrel in screw mandrel mid point left and right, the screw thread of the fixing nut in movable plate center section corresponding to screw mandrel screws, and the two ends of each movable plate are snug fit in the level trough consistent with screw mandrel direction of both sides; Described hoisting frame is located at respectively boatswain chair both sides, every side hoisting frame comprises two isometric long connecting rod and two isometric short connecting rods, two long connecting rods intersections are hinged, the upper end of two long connecting rods is hinged with the termination of the left and right movable plate of ipsilateral respectively, described two short connecting rods are corresponding to left and right being symmetrical arranged in lower end of long connecting rod, the upper end of short connecting rod is hinged with the lower end of corresponding long connecting rod, the lower end of short connecting rod is hinged with the side of clean plate respectively, in whole motion process, the spacing of short connecting rod lower end is less than the spacing of short connecting rod upper end; The actuating unit of described elevating mechanism is lifting motor, an axle head of the output shaft connection wire rod of described lifting motor.

A kind of structure of described clean plate comprises cover plate, imbibition plate and hydrojet plate, described cover plate, imbibition plate and hydrojet plate three fit fixing from top to bottom, with on the plate face of the imbibition plate of cover plate laminating, offer the imbibition groove that multiple row is parallel to each other, on described imbibition groove, the imbibing hole of multiple perforation imbibition plates is offered at even interval, on the plate face of the hydrojet plate of fitting with imbibition plate, offer with imbibition groove columns and equate, the hydrojet groove that direction is consistent, corresponding to each imbibing hole position, on described hydrojet groove, offer the spray hole that connects hydrojet plate, the top of described jet head is installed in spray hole on hydrojet plate end face, described imbibition head connects jet head center, the upper end of imbibition head is installed in imbibing hole, outer 2mm～the 4mm of jet head is stretched out in the lower end of imbibition head, jet head inside offers spray-hole, the angle of the injection direction of described spray-hole and jet head center line is 5 °～15 °, the two ends of each imbibition groove are communicated with respectively the corresponding liquid sucting mechanism arranging, and the two ends of each hydrojet groove are communicated with respectively the corresponding hydrojet mechanism arranging.

Described hydrojet mechanism comprises sparge pipe, spraying bottle and inflator pump, and described sparge pipe is communicated with the port of spraying bottle and hydrojet groove, and described spraying bottle is communicated with inflator pump by tracheae; Described liquid sucting mechanism comprises pipette, imbibition bottle with sucker and asepwirator pump, and described pipette is communicated with termination and the imbibition bottle with sucker of imbibition groove, and described imbibition bottle with sucker is communicated with asepwirator pump by tracheae.

Also be provided with liquid collector, described liquid collector comprises collector tube and liquid-collecting bottle, and described collector tube is communicated with leakage fluid dram and the liquid-collecting bottle of staving bottom.

For reducing the space length between cleaning device and dewater unit, described protecting cover adopts axial slip structure to be installed on staving.

Conventionally the array of described cleaning head is made as to 12 × 8.

The beneficial effects of the utility model:

The horizontal plate machine of washing of the utility model full automatic high efficiency enzyme mark adopts cleaning and dewatering integrated design, has greatly improved operating efficiency, has stopped preferably cross-infection.

(4) accompanying drawing explanation:

Fig. 1 is the structural representation of a kind of embodiment of the utility model.

Fig. 2 is structural representation and the annexation thereof of lifting device, cleaning device in Fig. 1 embodiment.

Fig. 3 is the A-A cut-away view in Fig. 1 embodiment.

Fig. 4 (a) is the structural representation of dewatering holder in Fig. 1 embodiment.

Fig. 4 (b) is the B-B cut-away view in Fig. 4 (a).

Fig. 5 is the structural representation of cleaning device in Fig. 1 embodiment.

Fig. 6 is the structural representation of the hydrojet plate in Fig. 5.

Fig. 7 is the structural representation of the imbibition plate in Fig. 5.

Fig. 8 (a) is the structural representation of jet head in Fig. 5.

Fig. 8 (b) is the B-B cut-away view in Fig. 8 (a).

Figure number mark: 1, staving; 2, boatswain chair; 3, clean plate; 3-1, cover plate; 3-2, imbibition plate; 3-2-1, imbibition groove; 3-2-2, imbibing hole; 3-3, hydrojet plate; 3-3-1, hydrojet groove; 3-3-2, spray hole; 4, cleaning head; 4-1, jet head; 4-1-1, spray-hole; 4-2, imbibition head; 5, bracing frame; 6, casing; 7, rotating shaft; 8, swivel mount; 9, protecting cover; 10, dehydration electric motor; 11, screw mandrel; 12, movable plate; 13, long connecting rod; 14, short connecting rod; 15, lifting motor; 16, sparge pipe; 17, spraying bottle; 18, collector tube; 19, liquid-collecting bottle; 20, pipette; 21, imbibition bottle with sucker.

(5) specific embodiment:

Below in conjunction with accompanying drawing illustrated embodiment, the technical solution of the utility model is described further.

The utility model full automatic high efficiency enzyme mark is horizontal to be washed plate owner and will be made up of casing 6, lifting device, cleaning device, ELISA Plate bracing or strutting arrangement and dewater unit, described lifting device, cleaning device, ELISA Plate bracing or strutting arrangement and dewater unit are located in casing 6, as shown in Figure 1, Figure 3 from top to bottom.

Described lifting device comprises square boatswain chair 2 and elevating mechanism, and described boatswain chair 2 is covered on the top of casing 6, and described elevating mechanism is installed on boatswain chair 2 bottoms, as shown in Figure 1, Figure 2, Figure 3 shows.

Described elevating mechanism is made up of screw mandrel 11, movable plate 12, lifting motor 15 and hoisting frame.

Described screw mandrel 11 is horizontally placed on the bottom of boatswain chair 2 along the length direction of boatswain chair 2, the two ends of screw mandrel 11 are supported by the left and right bearing block setting firmly on boatswain chair 2, left and right two sections of screw mandrel 11 mid points are respectively the screw thread that rotation direction is contrary, described lifting motor 15 is located at boatswain chair 2 bottoms, an axle head of the horizontal output shaft connection wire rod 11 of lifting motor 15; Described movable plate 12 is horizontally disposed with and vertical with screw mandrel 11 so that the mid point of screw mandrel 11 is left and right, the nut that two movable plate 12 centers are connected screws with left and right two sections of screw threads of screw mandrel 11 respectively, the two ends pin slide of each movable plate 12 is matched with in the level trough consistent with screw mandrel 11 directions of offering on both sides side plate (building on boatswain chair 2), as shown in Figure 1 and Figure 2.

Described hoisting frame is symmetrically set in respectively the both sides of boatswain chair 2 widths, every side hoisting frame comprises two isometric long connecting rod 13 and two isometric short connecting rods 14, two long connecting rods 13 are hinged cross-shaped in midpoint, a left side for two long connecting rods 13, upper right side respectively with the left side of ipsilateral, move right plate 12 termination bearing pin (stretching out side plate) be hinged, described two short connecting rods 14 are located at respectively a left side for two long connecting rods 13, the below of bottom righthand side and a left side, right symmetry, a left side for short connecting rod 14, upper right side respectively with the left side of long connecting rod 13, bottom righthand side is hinged, a left side for short connecting rod 14, bottom righthand side is positioned at short connecting rod 14 belows with clean plate 3(respectively) side be hinged, a left side for short connecting rod 14, the spacing of upper right side is greater than short connecting rod 14 left sides, the spacing of bottom righthand side, as Fig. 1, shown in Fig. 2.

Need to promote clean plate 3 time, lifting motor 15 starts drive screw mandrel 11 and rotates, screw mandrel 11 drives movable plate 12 to relatively move or simultaneously from movement simultaneously, motion control two long connecting rods 13 of movable plate 12 and change its intersecting angle, the height of two long connecting rods 13 is changed, thereby realize the lifting of clean plate 3.

Described cleaning device comprises clean plate 3 and by jet head 4-1 and the integrated cleaning head 4 of an imbibition 4-2, described clean plate 3 is installed on elevating mechanism, described cleaning head 4 is located at clean plate 3 bottoms in 12 × 8 array mode, as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 5.

Described clean plate 3 is made up of cover plate 3-1, imbibition plate 3-2, hydrojet plate 3-3, and described cover plate 3-1, imbibition plate 3-2 and hydrojet plate 3-3 are the square plate of same size area, and from top to bottom, three's laminating is fixedly connected with, as shown in Figure 5.

On the plate face of the imbibition plate 3-2 fitting with cover plate 3-1, offer the 12 row imbibition groove 3-2-1 parallel with edges of boards, the two ends of described imbibition groove 3-2-1 are by the both sides end face of pore pass-out imbibition plate 3-2, the end face of imbibition groove 3-2-1 is uncovered to be sealed by cover plate 3-1, and described imbibition groove 3-2-1 offers at upper even interval 8 vertical imbibing hole 3-2-2 that connect imbibition plate 3-2, on the plate face of the hydrojet plate 3-3 fitting with imbibition plate 3-2, offer the corresponding hydrojet groove 3-3-1 in 12 row and imbibition groove 3-2-1 position, the two ends of described hydrojet groove 3-3-1 are by the both sides end face of pore pass-out hydrojet plate 3-3, the end face of hydrojet groove 3-3-1 is uncovered to be sealed by imbibition plate 3-2, described hydrojet groove 3-3-1 offers 8 and vertical spray hole 3-3-2s of connecting hydrojet plate 3-3 corresponding with imbibing hole 3-2-2 position in upper even interval, the width of described hydrojet groove 3-3-1 is greater than the width of imbibition groove 3-2-1, the diameter of described spray hole 3-3-2 is greater than the diameter of imbibing hole 3-2-2, as Fig. 5, Fig. 6, shown in Fig. 7.

The top of described jet head 4-1 is installed in spray hole 3-3-2 in the lower surface of hydrojet plate 3-3, a described imbibition 4-2 connects the central shaft hole of jet head 4-1, the inner (being upper end) of an imbibition 4-2 is installed in imbibing hole 3-2-2, the length that jet head 4-1 is stretched out in the outer end (being lower end) of an imbibition 4-2 is 2mm～4mm, preferably 3mm; The top inner periphery of described jet head 4-1 is uniform offers three oblique consistent spray-hole 4-1-1, and the angle of the injection direction of described spray-hole 4-1-1 and jet head 4-1 center line is 5 °～15 °, and preferably 10 °, thus form rotation jet flow; The pore at each imbibition groove 3-2-1 two ends is communicated with respectively the corresponding liquid sucting mechanism arranging, and the pore at each hydrojet groove 3-3-1 two ends is communicated with respectively the corresponding hydrojet mechanism arranging, as shown in Fig. 5, Fig. 8 (a), Fig. 8 (b).

Described hydrojet mechanism comprises sparge pipe 16, spraying bottle 17 and inflator pump, and the import of described sparge pipe 16 is communicated with spraying bottle 17, and the outlet of sparge pipe 16 is communicated with the port of hydrojet groove 3-3-1, and described spraying bottle 17 is communicated with inflator pump by tracheae; Described liquid sucting mechanism comprises pipette 20, imbibition bottle with sucker 21 and asepwirator pump, and the import of described pipette 20 is communicated with the termination of imbibition groove 3-2-1, and the outlet of pipette 20 is communicated with imbibition bottle with sucker 21, and described imbibition bottle with sucker 21 is communicated with asepwirator pump by tracheae; Also be provided with liquid collector, described liquid collector comprises collector tube 18 and liquid-collecting bottle 19, and described collector tube 18 is communicated with leakage fluid dram and the liquid-collecting bottle 19 of staving 1 bottom, as shown in Figure 1.

In said structure, each imbibition groove 3-2-1 and each hydrojet groove 3-3-1 all can independently control, thereby can realize, ELISA Plate are carried out to the single-row or cleaning of several row or whole plate arbitrarily; The rotating vortex that each jet head 4-1 produces can make cleaning performance better, and cleaning efficiency is higher, greatly increases work efficiency on the whole; An imbibition 4-2 grows a part than jet head 4-1, washing lotion can better be siphoned away, and makes residual liquid quantity in ELISA Plate micropore still less; A jet head 4-1 and imbibition 4-2 works simultaneously, and when jet head 4-1 is to ELISA Plate hydrojet, an imbibition 4-2 siphons away liquid at once, and hydrojet can be not excessive, effectively prevented cross-infection.

Described dewater unit is located at cleaning device below, comprise staving 1, swivel mount 8 and dehydration electric motor 10, described staving 1(circle) Horizontal type is installed on casing 6 bottoms, described swivel mount 8 is with being located in staving 1 and being supported by the rotating shaft 7 that is installed on staving 1 two ends, described dehydration electric motor 10 is installed outward in staving 1 one sides, the output shaft of dehydration electric motor 10 connects corresponding rotating shaft 7, two bracing frame 5(that can level bear ELISA Plate are ELISA Plate bracing or strutting arrangement) symmetrical installation on swivel mount 8, on the top plate face of bracing frame 5, offer the dehydrated mouth (12 × 8) corresponding to the each micropore of ELISA Plate, the top bucket wall of described staving 1 offers uncovered, is provided with arch protecting cover 9 and closes uncoveredly, and described protecting cover 9 is installed on staving 1 with axial slip structure, and for preventing the waste liquid drippage at protecting cover 9 tops, the arch top of protecting cover 9 is pointed, there are two to the ELISA Plate side of positioning body in one end of bracing frame 5 bottoms, and there is an outstanding rib inwards at the other end, this muscle does not affect putting into of ELISA Plate, its effect is to prevent that when rotated ELISA Plate is because vibrations drop out, as shown in Fig. 1, Fig. 3, Fig. 4 (a), Fig. 4 (b).

Described structure can be dewatered to two ELISA Plates simultaneously, when work, rotated by dehydration electric motor 10 driven rotary framves 8 and bracing frame 5, realize centrifugal dehydration, thereby the advantage of centrifugal dehydration is centrifugal force to be easy to be greater than in ELISA Plate the absorption affinity of liquid moisture is departed from, can reach requirement according to the different adjusting rotary speeds that needs, dewatering efficiency is very high, has improved to a great extent operating efficiency.

The course of work of the present utility model is:

1, open the lid of casing 6, button click, protecting cover 9 is opened automatically, manually two ELISA Plates is put into respectively in two bracing frames 5, button click, protecting cover 9 is closed automatically.

2, click start button, rotate swivel mount 8 one of them bracing frame 5 is located automatically, make the ELISA Plate of bracing frame 5 aim at cleaning head 4.

3, cleaning head 4 is dropped to assigned address by hoisting frame, the spraying bottle 17 that inflator pump starts liquid is housed is inflated, aspiration pump starts imbibition bottle with sucker 21 to bleed simultaneously, magnetic valve in magnetic valve in the time reaching setting pressure on sparge pipe 16 and pipette 20 is opened simultaneously, starts ELISA Plate to clean.

4, after cleaning, the inflator pump that spraying bottle 17 is inflated quits work, and then the magnetic valve on sparge pipe 18 first cuts out, and the asepwirator pump of then imbibition bottle with sucker 21 being bled quits work, simultaneously the closed electromagnetic valve in pipette 20.

5, hoisting frame is mentioned cleaning head 4, and 180 ° of swivel mount 8 automatic rotations, make another one bracing frame 5 aim at cleaning head 4, repeat above process.

6, second ELISA Plate completes after cleaning, and hoisting frame is mentioned cleaning head 4.

7, dehydration electric motor 10 driven rotary framves 8 and bracing frame 5 rotate, and ELISA Plate is dewatered, and in dehydration, waste liquid concentrates on staving 1 bottom, and collector tube 18 exports waste liquid to liquid-collecting bottle 19 and collects.

8, the rear dehydration electric motor 10 that dewatered stops automatically, and whole cleaning process finishes.

The utility model can clean and dewater two ELISA Plates simultaneously, also can an ELISA Plate be cleaned and be dewatered, the ELISA Plate of having wanted when an ELISA Plate is processed first to put in another bracing frame 5 is as counterweight, shaking avoiding in dehydration.

Claims (7)

1. the horizontal plate machine of washing of full automatic high efficiency enzyme mark, comprise lifting device, cleaning device, ELISA Plate bracing or strutting arrangement and the dewater unit be located in casing (6), it is characterized in that: described lifting device comprises boatswain chair (2) and elevating mechanism, described boatswain chair (2) is located at the top of casing (6), and described elevating mechanism is installed on boatswain chair (2) bottom; Described cleaning device is located at elevating mechanism below, comprise clean plate (3) and by jet head (4-1) and the integrated cleaning head (4) of imbibition head (4-2), described clean plate (3) is installed on elevating mechanism, and described cleaning head (4) is located at clean plate (3) bottom in array mode; Described dewater unit is located at cleaning head (4) below, comprise staving (1) and swivel mount (8), sleeping casing (6) bottom of being located at of described staving (1) level, described swivel mount (8) is located in staving (1) by the horizontal rotating shaft (7) in staving (1) both ends of the surface, the transmission mechanism of described swivel mount (8) is for being located at the dehydration electric motor (10) outside staving (1) end face, on the bucket wall of described staving (1) top, offer uncovered, described uncoveredly closed by arch protecting cover (9); The bracing frame (5) that described ELISA Plate bracing or strutting arrangement is horizontal positioned ELISA Plate, it is upper that at least two bracing frames (5) are symmetrically set in swivel mount (8), on the top plate face of support frame as described above (5), offers the dehydrated mouth corresponding to the each micropore of ELISA Plate.

2. the horizontal plate machine of washing of full automatic high efficiency enzyme mark according to claim 1, it is characterized in that: described elevating mechanism comprises screw mandrel (11), movable plate (12) and hoisting frame, described screw mandrel (11) is horizontally disposed with on boatswain chair (2), a left side for screw mandrel (11) mid point, right two sections are respectively the screw thread that rotation direction is contrary, described movable plate (12) is in a left side for screw mandrel (11) mid point, the right side is horizontally disposed with and perpendicular to screw mandrel (11), the screw thread of the fixing nut in movable plate (12) center section corresponding to screw mandrel (11) screws, the two ends of each movable plate (12) are snug fit in the level trough consistent with screw mandrel (11) direction of both sides, described hoisting frame is located at respectively boatswain chair (2) both sides, every side hoisting frame comprises two isometric long connecting rod (13) and two isometric short connecting rods (14), two long connecting rods (13) intersection is hinged, the upper end of two long connecting rods (13) respectively with the left side of ipsilateral, move right plate (12) termination be hinged, described two short connecting rods (14) are corresponding to a left side, lower end for long connecting rod (13), the right side is symmetrical arranged, the upper end of short connecting rod (14) is hinged with the lower end of corresponding long connecting rod (13), the lower end of short connecting rod (14) is hinged with the side of clean plate (3) respectively, in whole motion process, the spacing of short connecting rod (14) lower end is less than the spacing of short connecting rod (14) upper end, the actuating unit of described elevating mechanism is lifting motor (15), an axle head of the output shaft connection wire rod (11) of described lifting motor (15).

3. the horizontal plate machine of washing of full automatic high efficiency enzyme mark according to claim 1, it is characterized in that: described clean plate (3) comprises cover plate (3-1), imbibition plate (3-2) and hydrojet plate (3-3), described cover plate (3-1), imbibition plate (3-2) and hydrojet plate (3-3) three fit fixing from top to bottom, with on the plate face of the imbibition plate (3-2) of cover plate (3-1) laminating, offer the imbibition groove (3-2-1) that multiple row is parallel to each other, the imbibing hole (3-2-2) of multiple perforation imbibition plates (3-2) is offered at the upper even interval of described imbibition groove (3-2-1), on the plate face of the hydrojet plate (3-3) of fitting with imbibition plate (3-2), offer with imbibition groove (3-2-1) columns and equate, the hydrojet groove (3-3-1) that direction is consistent, corresponding to each imbibing hole (3-2-2) position, on described hydrojet groove (3-3-1), offer the spray hole (3-3-2) that connects hydrojet plate (3-3), the top of described jet head (4-1) is installed in spray hole (3-3-2) on hydrojet plate (3-3) end face, described imbibition head (4-2) connects jet head (4-1) center, the upper end of imbibition head (4-2) is installed in imbibing hole (3-2-2), outer 2mm～the 4mm of jet head (4-1) is stretched out in the lower end of imbibition head (4-2), jet head (4-1) inside offers spray-hole (4-1-1), the angle of the injection direction of described spray-hole (4-1-1) and jet head (4-1) center line is 5 °～15 °, the two ends of each imbibition groove (3-2-1) are communicated with respectively the corresponding liquid sucting mechanism arranging, and the two ends of each hydrojet groove (3-3-1) are communicated with respectively the corresponding hydrojet mechanism arranging.

4. the horizontal plate machine of washing of full automatic high efficiency enzyme mark according to claim 3, it is characterized in that: described hydrojet mechanism comprises sparge pipe (16), spraying bottle (17) and inflator pump, described sparge pipe (16) is communicated with the port of spraying bottle (17) and hydrojet groove (3-3-1), and described spraying bottle (17) is communicated with inflator pump by tracheae; Described liquid sucting mechanism comprises pipette (20), imbibition bottle with sucker (21) and asepwirator pump, and described pipette (20) is communicated with termination and the imbibition bottle with sucker (21) of imbibition groove (3-2-1), and described imbibition bottle with sucker (21) is communicated with asepwirator pump by tracheae.

5. the horizontal plate machine of washing of full automatic high efficiency enzyme mark according to claim 4, it is characterized in that: be also provided with liquid collector, described liquid collector comprises collector tube (18) and liquid-collecting bottle (19), and described collector tube (18) is communicated with leakage fluid dram and the liquid-collecting bottle (19) of staving (1) bottom.

6. according to the horizontal plate machine of washing of the full automatic high efficiency enzyme mark described in any one in claim 1～5, it is characterized in that: described protecting cover (9) adopts axial slip structure to be installed on staving (1).

7. according to the horizontal plate machine of washing of the full automatic high efficiency enzyme mark described in any one in claim 1～5, it is characterized in that: the array of described cleaning head (4) is 12 × 8.

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