CN209185324U - A kind of explant locellus disinfection lost circulation prevention device and digital display time control adjust the speed cyclotron oscillation device - Google Patents

Abstract

The utility model relates to a kind of explant locellus disinfection lost circulation prevention devices and digital display time control to adjust the speed cyclotron oscillation device, including oscillator and disinfectant cup；Disinfectant cup includes cup body, cup lid and locellus sieve plate, and locellus sieve plate is placed in cup body and fastens cup body by cup lid, and cup body inner cavity is divided into multiple independent chambers by locellus sieve plate；Oscillator includes oscillating portion and oscillating tray, and oscillating tray is connected to the top of oscillating portion, and disinfectant cup is placed on oscillating tray.The utility model can disposably handle the sterilization operation of a variety of explants using locellus sieve plate, explant is isolated in different spaces by locellus sieve plate, germ contact is avoided to propagate, simultaneously oscillator can effectively simulate Clothoid type shaking rhythm, disinfection uniformly, thoroughly, to the maximum extent mitigate explant bulk damage；It saves manually, realizes that the automation of medicament oscillation treatment and time, speed is adjustable.

Description

A kind of explant locellus disinfection lost circulation prevention device and digital display time control adjust the speed cyclotron oscillation device

Technical field

The utility model relates to a kind of explant locellus disinfection lost circulation prevention devices and digital display time control to adjust the speed cyclotron oscillation device, belong to In experiment equipment technical field.

Background technique

Can explant disinfection be very important link in Plant Tissue Breeding, establish regenerating system to species and play certainly It is set for using.Explant is often taken from natural environment or greenhouse, and a large amount of microorganisms and germ are adhered in surface, not only with explant contention Nutrient can also pollute culture medium.Explant is typically passed through disinfectant processing of more than two kinds, time 2s-60min, processing When to improve antivirus effect need continuous oscillation, will be with rinsed with sterile water for several times after every kind of chemicals treatment, process is cumbersome.? In production and experiment, disinfecting process relies primarily on artificial progress, and equipment is mostly used beaker and tweezers, and disinfection is unevenly not thorough, expense When expenses of labour, it is inefficient；It is also easy to leakage explant in disinfection rinse cycle, wastes vegetable material, especially seed, stem apex With stem section is isometric and the lesser test material of weight ratio.

A kind of spray is disclosed now with some chlorination equipments for explant, such as Chinese patent literature CN204191321U Leaching formula Explant sterilizing device, the device include fluid reservoir, conduit, cleaning cabinet and the net box for accessing explant, cleaning Cabinet is connect by conduit with fluid reservoir, and conduit connect place with cleaning cabinet and is provided with spray head, and spray head is located at the inside of cleaning cabinet；Storage Air pump and the first driving device for driving air pump to run are provided at the top of flow container, air pump includes air outlet valve, air outlet valve position In the inside of fluid reservoir；Cleaning cabinet includes top plate, and top plate is provided with through-hole, and net box is inserted in through-hole, the outside socket of net box There is driven wheel, driven wheel is located at the outside of cleaning cabinet, and second for driving driven wheel to rotate is provided at the top of cleaning cabinet and is driven Dynamic device；The bottom of cleaning cabinet is provided with drain pipe, is provided with tapping valve on drain pipe.Chinese patent literature CN102018969A Disclose a kind of plant implant surface sterilization device, the chlorination equipment include: liquid storage bottle, chlorine still, hydrochloric acid instill pipe, Storage cylinder and sterilizing bottle, in which: the first liquid storage bottle is connected with chlorine still, and hydrochloric acid instills the output end of pipe and chlorine occurs Device is connected, and the output end of chlorine still is connected with sterilizing bottle, and the bottom of sterilizing bottle is connected with the input terminal of storage cylinder, storage cylinder Output end be connected with the second liquid storage bottle, the bottom of the first liquid storage bottle and the second liquid storage bottle is connected.Utility model device It is closed, it is ensured that chlorine does not leak；It may be reused after primary generation chlorine, save the cost；The amount of chlorine is kept not in device Become, different vegetable materials can determine suitable disinfecting time by test, convenient for conditions for sterilization accurate quantification.

But although the prior art increases reticular structure or dynamical system to disinfecting container, there are still problems: 1. disappear Malicious container function is single, cannot be changed and select according to explant source, size, cannot be by multiple explants of single treatment Body is effectively isolated to contact to avoid germ and be propagated；2. needing repeatedly to be put into disinfecting container in disinfecting process, taking out disinfection Medicament, process is cumbersome, easily causes secondary pollution to explant and working environment；3. dynamical system (manually or automatically) and explant Shared disinfecting container, easily causes mechanical damage and secondary pollution；4. the explant limited amount of single treatment；5. explant impregnates Time and oscillation rate can not be adjusted；6. some are only applicable to disinfection early periods such as tap water flushing, it is not suitable for disinfectant processing； 7. it is bulky, it is not suitable for operating room inside superclean bench；8. oscillator is designed as moving back and forth or using vibration-type more, The direction of motion is single, rinsing is insufficient, disinfection is not thorough uneven, easy damaged explant.

Utility model content

In view of the deficiencies of the prior art, when the utility model provides a kind of explant locellus disinfection lost circulation prevention device and digital display Control speed cyclotron oscillation device.

The technical solution of the utility model is as follows:

A kind of explant sterilizing equipment decontaminating apparatus, including oscillator and disinfectant cup；Disinfectant cup includes cup body, cup lid and locellus sieve plate, Locellus sieve plate is placed in cup body and fastens cup body by cup lid, and cup body inner cavity is divided into multiple independent chambers by locellus sieve plate； Oscillator includes oscillating portion and oscillating tray, and oscillating tray is connected to the top of oscillating portion, and disinfectant cup is placed on oscillating tray.

Preferably, it is equipped with a leakage fluid dram at the rim of a cup of the cup body, is equipped with a triangle sieve plate in leakage fluid dram.

Preferably, the leakage fluid dram is triangular pyramidal, and the height of leakage fluid dram is at least the half of cup body height.This sets The benefit of meter is the big leakage fluid dram for selecting triangular pyramidal, is poured out rapidly convenient for liquid.

Preferably, the cup lid includes the arc sections and triangular part of integrally connected.The benefit of this design is that cup lid is fabricated to The shape to match with cup body top shape when being fastened on it in cup body, can cover rim of a cup and leakage fluid dram completely.

Preferably, the locellus sieve plate is cruciform shape locellus sieve plate, and the bottom of cup body inner cavity is provided with locellus sieve Board slot, cruciform shape locellus sieve plate are inserted in locellus sieve plate card slot.

Preferably, triangle sieve plate card slot is provided at the inner wall of the leakage fluid dram, triangle sieve plate is inserted into triangle sieve plate card slot It is interior.

Preferably, the locellus sieve plate, the sieve pore on triangle sieve plate are respectively 5mm, 3mm, 1mm, 100 mesh and 200 mesh.This The benefit of design is, according to different requirement of experiment, to can choose the sieve plate of different sieve pore models, by way of card slot grafting It is conveniently replaceable.

Preferably, the oscillating tray upper surface is provided with multiple arc-shaped saucers, and the height of arc-shaped saucer is cup body The opening of 2/3rds of height, arc-shaped saucer account for the 1/6~1/4 of whole circumference.The benefit of this design is to put disinfectant cup It sets in arc-shaped saucer, can guarantee the stabilization of disinfectant cup when oscillation.

Preferably, oscillating tray upper surface setting is there are four arc-shaped saucer, four arc-shaped saucers be evenly arranged on Oscillating tray center is on the same circumference in the center of circle.The benefit of this design is to guarantee oscillating tray uniform force, vibrated When operation, its stability is improved.

Preferably, the oscillating portion includes a cabinet, and enclosure top is equipped with a supporting table, sets that there are three T mouthfuls in supporting table The bottom of rotary shaft, T mouthfuls of rotary shafts and oscillating tray connects, and the motor connecting with T mouthfuls of transmission of rotary axis is equipped in cabinet.

Preferably, the T mouthfuls of rotary shaft includes connector, upper T mouthfuls of bolt and lower T mouthfuls of bolts, upper T mouthfuls of bolt and T mouthfuls lower Bolt passes through nut respectively and is fixedly connected with connector.

Preferably, there are three C mouthfuls of connection seats, three C mouthfuls of connection seats and three T mouthfuls of rotations for the bottom setting of the oscillating tray Shaft connects one to one.

Preferably, the C mouthfuls of connection seat includes opening up in A, the C mouthfuls of connection seat upper ends in C mouthfuls of connection seat upper ends and fixture nut There are C mouthfuls of connection seat grooves, upper T mouthfuls of bolt passes through fixture nut A fitting connection in the C mouth connection seat groove of C mouthfuls of connection seat upper ends Interior, upper T mouthfuls of bolt can rotate in C mouthfuls of connection seat grooves, and the bottom end of upper T mouthfuls of bolt is connect by fixture nut B with connector.

Preferably, the lower T mouthfuls of bolts pass through supporting table, connector and are connect by fixture nut B with connector.

Preferably, the three described T mouthfuls of rotary shafts, one of T mouthfuls of rotary shaft are located at the center of supporting table, other two T mouthfuls of rotary shafts are located at the both ends of the same diameter of supporting table, and the T mouth rotary shaft at supporting table center and the output shaft of motor are driven and connect It connects.

Preferably, the surface equipped with industrial personal computer, cabinet in the cabinet is provided with switching knob, speed regulation knob, time control rotation Button and digital display screen, switching knob, speed regulation knob, time control knob, digital display screen and motor connect control with industrial personal computer.

The utility model has the beneficial effects that:

1) disinfectant cup inner cavity can be divided by the utility model explant sterilizing equipment decontaminating apparatus using cruciform shape locellus sieve plate Mutually independent four chambers, can disposably handle the sterilization operation of a variety of explants, improve the efficiency of sterilization operation.

2) big leakage fluid dram is provided at rim of a cup, liquid is more convenient, while totally enclosed type cup lid is avoided that operation The hand and working environment of personnel causes secondary pollution.

3) the triangle sieve plate at rim of a cup prevents the when of falling liquid explant from missing；Cruciform shape locellus sieve plate is isolated by explant In different spaces, germ contact is avoided to propagate；And triangle sieve plate and cruciform shape locellus sieve plate are Activities Design, can be at any time It is put into and removes, two kinds of sieve plates are equipped with Multiple Type, can be selected according to explant size.

4) the utility model explant sterilizing equipment decontaminating apparatus, disinfectant cup is completely separable with dynamical system, does not interfere with each other, will not be external Implant causes mechanical damage and secondary pollution；Medical fluid oscillation treatment is automatic by being improved to manually, simplifies manually, and oscillation treatment Time and rate are adjustable, and oscillation Disinfection Effect is more preferable.

5) the utility model explant sterilizing equipment decontaminating apparatus, oscillation mode are circumnutation, can farthest restore artificial vibration Disinfection mode is swung, disinfection is uniformly, thoroughly；And the utility model chlorination equipment is light small and exquisite, can be used for behaviour inside superclean bench Make room, avoids secondary pollution in treatment process.

Detailed description of the invention

Fig. 1 is that explant locellus sterilizes lost circulation prevention device and digital display time control adjusts the speed cyclotron oscillation device structural schematic diagram；

Fig. 2 is disinfectant cup profilograph；

Fig. 3 is the profilograph with Fig. 2 vertical direction；

Fig. 4 is disinfection cup lid top view；

Fig. 5 is cruciform shape locellus sieve-plate structure schematic diagram；

Fig. 6 is the disinfectant cup top view equipped with triangle sieve plate and locellus sieve plate；

Fig. 7 is arc-shaped saucer and oscillating tray top view；

Fig. 8 is that explant locellus sterilizes lost circulation prevention device and digital display time control adjusts the speed cyclotron oscillation device profilograph；

Fig. 9 is C mouthfuls of connection seat structural schematic diagrams；

Figure 10 is C mouthfuls of connection seat bottom views；

Figure 11 is T mouthfuls of rotation axis structure diagrams；

Figure 12 is T mouthfuls of double helix connected piece structure schematic diagrames；

Figure 13 a is upper T mouthfuls of bolt shape structure schematic diagram I；

Figure 13 b is upper T mouthfuls of bolt shape structure schematic diagram II；

Figure 14 a is lower T mouthfuls of bolt shape structure schematic diagram I；

Figure 14 b is lower T mouthfuls of bolt shape structure schematic diagram II；

Figure 15 is T mouthfuls of rotary shaft top views.

In figure: 1, disinfectant cup；11, cup lid is sterilized；12, leakage fluid dram；13, triangle sieve plate；14, triangle sieve plate card slot；15, ten Word X-shape locellus sieve plate；16, locellus sieve plate card slot；2, oscillating tray；21, arc-shaped saucer；22, C mouthfuls of connection seats；221,C Mouth connection seat upper end；222, C mouthfuls of connection seat grooves；223, fixture nut A；3, cabinet；31, digital display screen；311, digital display element； 32, knob is switched；321, switch element；33, knob is adjusted the speed；331, rotational speed regulation element；34, time control knob；341, the time is controlled Element processed；35, supporting table；36, motor；37, T mouthfuls of rotary shafts；371, upper T mouthfuls of bolt；3711, nut A circle bearing； 3712, T mouthfuls of double bolt connection part hexagon joining places；3713, nut B circle bearing；372, fixture nut B；373, T mouthfuls pairs Bolt connection part；3731, hexagonal connection holes；374, lower T mouthfuls of bolt；3741, nut B circle bearing；3742, T mouthfuls of double bolts Connector hexagon joining place；3743, nut B circle bearing；3744, supporting table circle junction.

Specific embodiment

The utility model is described further by way of example and in conjunction with the accompanying drawings, but not limited to this.

Embodiment 1:

As shown in Figure 1, the equipment mainly includes an oscillator and four the present embodiment provides a kind of explant sterilizing equipment decontaminating apparatus A disinfectant cup；Each disinfectant cup 1 includes cup body, cup lid 11 and locellus sieve plate, and locellus sieve plate is placed in cup body and by cup lid 11 Cup body is fastened, cup body inner cavity is divided into multiple independent chambers by locellus sieve plate；Oscillator includes oscillating portion and oscillating tray, vibration The top that pallet is connected to oscillating portion is swung, disinfectant cup is placed on oscillating tray.

Specifically, as shown in Figures 1 to 6, disinfectant cup includes cup lid 11, big leakage fluid dram 12, triangle sieve plate 13 and cross X-shape locellus sieve plate 15.Disinfection 11 one end of cup lid is arc sections, and one end is triangular part, and triangular part and arc sections are integrally formed Structure, convenient for cup body and big leakage fluid dram 12 are all sealed, liquid spluttering when preventing oscillation treatment.Big leakage fluid dram 12 is pyrometric cone Shape, highly 1/2 for cup body height, are discharged rapidly convenient for liquid.Big leakage fluid dram 12 is equipped with card slot 14 with cup body joining place inside, It is connected close with cup body with fixed triangle sieve plate 13, triangle sieve plate 13 for being put into, removing；Locellus is equipped with inside cup body bottom to sieve Board slot 16 is held in the mouth for being put into, removing with fixed cross X-shape locellus sieve plate 15, cruciform shape locellus sieve plate 15 and cup body It connects close.Triangle sieve plate 13 and cruciform shape locellus sieve plate 15 are equipped with sieve pore above, flow out convenient for liquid；Two kinds of sieve plates according to Slot size is equipped with different model, the aperture on different model sieve plate be respectively 5mm, 3mm, 1mm or sieve pore quantity be 100 mesh, 200 mesh can select sieve plate model according to explant size；Cruciform shape locellus sieve plate 15 is by multiple explants of single treatment Separate in 4 different spaces, plays the role of that explant is isolated, germ contact is avoided to propagate.

As shown in Fig. 1, Fig. 7 to Figure 10, oscillating tray 2 is fixed on 4 arc-shaped saucers 21, fixes when playing oscillation The effect of disinfectant cup, highly 2/3 for cup body height, four arc-shaped saucers 21 are evenly arranged on using 2 center of oscillating tray as the center of circle Same circumference on；Arc-shaped not closed part accounts for the 1/6~1/4 of circumference, for accommodating the big leakage fluid dram 12 of disinfectant cup, just In pick-and-place；3 C mouthfuls of connection seats 22, including C mouthfuls of connection seat upper ends 221 and fixed spiral shell are fixed with below oscillating tray 2 on central axes Female 223 two parts of A, 3 C mouthfuls of 22 equidistantly distributeds of connection seat.

As shown in Fig. 8 to Figure 15,3 upper surface of cabinet is supporting table 35 and three T mouthfuls of rotary shafts 37.Three T mouthfuls of rotary shafts 37 are located at 35 central axes of supporting table, and one of T mouthfuls of rotary shaft 37 is located at the center of supporting table 35, other two T mouthfuls of rotary shaft 37 are located at the both ends of the same diameter of supporting table 35, and T mouthfuls of rotary shafts 37 are used to rotate the oscillating tray 2 and lower part cabinet on connection top Motor 36 in 3, T mouthfuls of rotary shafts include that upper T mouthfuls of bolt 371, lower T mouthfuls of bolt 374, T mouthfuls of double helix connectors 373 and 3 piece are solid Determine nut B 372.Three C mouthfuls of connection seats 22 are correspondingly provided with below oscillating tray 2, corresponds and connects with 3 T mouthfuls of rotary shafts It connects, C mouthfuls of connection seats 22 couple upper T mouthfuls of bolts 371 for chimeric, and upper T mouthfuls of bolt 371 can turn in C mouthfuls of connection seat grooves 222 It is dynamic.T mouthfuls of rotary shafts 37 are fixed below supporting table 35 by fixture nut B 372 and prevent from being detached from by lower T mouthfuls of bolts 374, are powered After can make spinning motion.Upper T mouthfuls of bolt 371, lower T mouthfuls of bolt 374 are fixedly connected by T mouthfuls of double helix connectors 373；T mouthfuls double Respectively there are a hexagonal connection holes 3731 in 373 two sides of spiral connector；Upper T mouthfuls of bolt 371, lower T mouthfuls of bolt 374 and fixture nut A 223,372 coupling part 3711,371,3741,3743,3744 fixture nut B is circle, with 3731 connection part of hexagonal connection holes Dividing 3712,3742 is hexagon.Lower T mouthfuls of bolts 374 of the T mouth rotary shaft 37 at supporting table center and the output shaft of motor 36 are driven Connection.

As shown in Fig. 1, Fig. 8, there are speed regulation knob 33, time control knob 34, switch knob 32 and digital display screen in 3 outer surface of cabinet 31, inside is connected with rotational speed regulation element 331, time control components 341, power switch 321 and digital display element 311 respectively, most It connect and is controlled by it with the industrial personal computer in cabinet eventually, specific connection line can be realized according to routine techniques；3 motor internal of cabinet 36 are engaged connection with the T mouth rotary shaft 37 in the middle part of supporting table, T mouthfuls of 37 lower part rotations of rotary shaft after energization, T mouthfuls of bolts in drive 371 circle around motor axis；C mouthfuls of connection seats 22 in 3 be actively coupled chimeric with upper T mouthfuls of bolt 371, correspondingly under T mouthfuls of bolts 374 circle, and then upper support platform 35 is driven to make circumnutation, to realize the disinfection on oscillating tray Cup simulation manpower rotates back and forth the purpose for rocking disinfection.

Embodiment 2:

The present embodiment provides a kind of working method of explant sterilizing equipment decontaminating apparatus, sterilizing equipment decontaminating apparatus used is described in embodiment 1 Technical solution, the specific operation process is as follows:

(1) explant disinfection pretreatment: select size for 2cm or so, have the pomegranate stem section explant 16 of the full bud of stalwartness A, carry out disinfection pre-treatment: being put in be placed under water tap in leakage basket and rinse, is impregnated with 0.5% commercially available dish washing liquid solution 10min, flowing water wash down；Aseptic water washing 2 times in superclean bench；

(2) divide and put explant and the first thimerosal is added: is after a whole set of sterilizing equipment decontaminating apparatus to be placed in ultraviolet sterilization ultra-clean In workbench, the triangle sieve plate 13 and cruciform shape locellus sieve plate 15 of 5mm model are selected, is installed on corresponding three in disinfectant cup 1 In angle sieve plate card slot 14 and locellus sieve plate card slot 16,1 explant is put into each locellus；One is poured into respectively in 4 disinfectant cups Half 75% alcohol, buckles lid 11；

(3) timing constant speed oscillation treatment: four disinfectant cups 1 are respectively put into four arc-shaped saucers 21, are opened on cabinet 3 Power switch 32 is 25s by 34 adjustment time of time control knob, and adjusting revolving speed by speed regulation knob 33 is 180r/min；Pass through 31 cross-check information of digital display screen；Oscillating tray 2 stops circumnutation after 25s；It removes disinfectant cup 1 and opens cup lid 11, alcohol is fallen Enter in returnable, triangle sieve plate 13 and cruciform shape locellus sieve plate 15 effectively prevent stem section to flow out with alcohol；Pour into nothing Bacterium water rinses 2 times；

(4) second of thimerosal and oscillation treatment is added: pouring into 10% NaClO in 4 disinfectant cups 1 respectively, covers lid Son 11；It repeats step (3), unlike: 6min will be adjusted to the time, revolving speed is adjusted to 150r/min, aseptic water washing number It is 5 times；

(5) explant is seeded to culture medium: finally removing 4 disinfectant cups 1, aseptic nipper is successively pressed from both sides out stem in turn with more Section, is respectively put into moist heat sterilization, is covered in the culture dish of filter paper, not contact between explant, cut excess portion with scalpel Divide, be sized, is inoculated in through in moist heat sterilization, the suitable culture medium of ingredient.

Embodiment 3:

The present embodiment provides a kind of working method of explant sterilizing equipment decontaminating apparatus, sterilizing equipment decontaminating apparatus used is described in embodiment 1 Technical solution, the specific operation process is as follows:

(1) explant disinfection pretreatment: the tomato seeds of 4 parts of 1g (total 4g) without mildew are weighed, first carry out disinfection pre-treatment: It is placed in the 100 mesh string bags and is rinsed under water tap, impregnate 15min with 1% commercially available dish washing liquid solution, flowing water washes down；It is ultra-clean Aseptic water washing 2 times in workbench；

(2) divide and put explant and the first thimerosal is added: is after a whole set of sterilizing equipment decontaminating apparatus to be placed in ultraviolet sterilization ultra-clean In workbench, the triangle sieve plate 13 and cruciform shape locellus sieve plate 15 of 100 mesh models are selected, is installed in disinfectant cup 1 corresponding In triangle sieve plate card slot 14 and locellus sieve plate card slot 16,1 especially implant is put into each locellus；It is poured into respectively in 4 disinfectant cups 1 The alcohol of half 75% covers lid 11；

(3) timing constant speed oscillation treatment: disinfectant cup 1 is respectively put into arc-shaped saucer 21, opens power switch on cabinet 3 32, it is 25s by 34 adjustment time of time control knob, adjusting revolving speed by speed regulation knob 33 is 200r/min；Pass through digital display screen 31 cross-check informations；Oscillating tray 2 stops circumnutation after 25s；It removes disinfectant cup 1 and opens cup lid 11, alcohol is poured into recycling and is held In device, triangle sieve plate 13 and cruciform shape locellus sieve plate 15 effectively prevent seed to flow out with alcohol；Pour into aseptic water washing 2 It is secondary；

(4) second of thimerosal and oscillation treatment is added: pouring into 10% NaClO in 4 disinfectant cups 1 respectively, covers lid Son 11；It repeats step (3), unlike: 7min will be adjusted to the time, revolving speed is adjusted to 180r/min, aseptic water washing number It is 5 times；

(5) explant is seeded to culture medium: removing 4 disinfectant cups 1, sterile metal spoon is successively scraped kind in turn with more Son is respectively put into moist heat sterilization, is covered in the culture dish of filter paper, each locellus seed will separate put, be inoculated in after suck dry moisture through In the suitable culture medium of moist heat sterilization, ingredient.

Claims (9)

1. a kind of explant sterilizing equipment decontaminating apparatus, which is characterized in that including oscillator and disinfectant cup；Disinfectant cup include cup body, cup lid and Locellus sieve plate is equipped with a leakage fluid dram at the rim of a cup of cup body, is equipped with a triangle sieve plate in leakage fluid dram, locellus sieve plate is placed in cup body simultaneously Cup body is fastened by cup lid, cup body inner cavity is divided into multiple independent chambers by locellus sieve plate；Oscillator includes oscillating portion and vibration Pallet is swung, oscillating tray is connected to the top of oscillating portion, and disinfectant cup is placed on oscillating tray.

2. explant sterilizing equipment decontaminating apparatus as described in claim 1, which is characterized in that the leakage fluid dram is triangular pyramidal, leakage fluid dram Height be at least the half of cup body height.

3. explant sterilizing equipment decontaminating apparatus as described in claim 1, which is characterized in that be provided with triangle at the inner wall of the leakage fluid dram Sieve plate card slot, triangle sieve plate are inserted into triangle sieve plate card slot.

4. explant sterilizing equipment decontaminating apparatus as described in claim 1, which is characterized in that the sieve on the locellus sieve plate, triangle sieve plate Hole is respectively 5mm, 3mm, 1mm, 100 mesh and 200 mesh.

5. explant sterilizing equipment decontaminating apparatus as described in claim 1, which is characterized in that the oscillating tray upper surface is provided with multiple Arc-shaped saucer, the height of arc-shaped saucer are 2/3rds of cup body height, and the opening of arc-shaped saucer accounts for whole circumference 1/6~1/4.

6. explant sterilizing equipment decontaminating apparatus as described in claim 1, which is characterized in that the oscillating portion includes a cabinet, cabinet top Portion is equipped with a supporting table, sets in supporting table there are three T mouthful rotary shafts, the bottom connection of T mouthfuls of rotary shafts and oscillating tray, in cabinet Equipped with the motor being connect with T mouthfuls of transmission of rotary axis.

7. explant sterilizing equipment decontaminating apparatus as claimed in claim 6, which is characterized in that the T mouthfuls of rotary shaft includes connector, upper T Mouth bolt and lower T mouthfuls of bolts, upper T mouthfuls of bolt and lower T mouthfuls of bolts pass through nut respectively and are fixedly connected with connector；The oscillation support There are three C mouthfuls of connection seats, three C mouthfuls of connection seats connect one to one with three T mouthfuls of rotary shafts for the bottom setting of disk.

8. explant sterilizing equipment decontaminating apparatus as claimed in claim 7, which is characterized in that the C mouthfuls of connection seat includes on C mouthfuls of connection seats End and fixture nut A, C mouthful connection seat grooves are offered in C mouthful connection seat upper ends, and upper T mouthful bolt is fitted into company across fixture nut A It connects in the C mouth connection seat groove of C mouthfuls of connection seat upper ends, upper T mouthfuls of bolt can rotate in C mouthfuls of connection seat grooves, upper T mouthfuls of bolt Bottom end connect with connector by fixture nut B；The three described T mouthfuls of rotary shafts, one of T mouthfuls of rotary shaft are located at support The center of platform, other two T mouthfuls of rotary shaft are located at the both ends of the same diameter of supporting table, the T mouth rotary shaft and electricity at supporting table center The output shaft of machine is sequentially connected.

9. explant sterilizing equipment decontaminating apparatus as claimed in claim 6, which is characterized in that equipped with industrial personal computer, cabinet in the cabinet Surface is provided with switching knob, speed regulation knob, time control knob and digital display screen, switching knob, speed regulation knob, time control knob, number Aobvious screen and motor connect control with industrial personal computer.