CN109825435A - A kind of biological medicine cell culture system - Google Patents
A kind of biological medicine cell culture system Download PDFInfo
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- CN109825435A CN109825435A CN201910167735.6A CN201910167735A CN109825435A CN 109825435 A CN109825435 A CN 109825435A CN 201910167735 A CN201910167735 A CN 201910167735A CN 109825435 A CN109825435 A CN 109825435A
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Abstract
A kind of biological medicine cell culture system of the present invention, it is related to biomedicine technical field, including incubator, side cover plate, door type buckle, fastener, lamina tecti, sliding cover component, height adjusting part, lateral adjustments holder assembly and culture vessel component, advantageous effects are that the present invention has the function of ventilation, it can be filtered the air while ventilation, avoid that cross contamination occurs；Two culture dishes are internally provided with, the comparative test for carrying out two kinds of cell culture under same culture environment may be implemented.Side cover plate is rotatably assorted on the left side for being connected to incubator by articulated shaft, the right end of side cover plate outer end face is fixedly connected with door type buckle, fastener is fixedly connected on the left end of incubator front end face, fastener block is in door type buckle, lamina tecti is fixedly connected on the top surface of incubator, the upper end of sliding cover component is slidably connected in lamina tecti, and the lower end of sliding cover component is arranged on incubator.
Description
Technical field
The present invention relates to biomedicine technical fields, are in particular a kind of biological medicine cell culture systems.
Background technique
Biomedical engineering is the principle and method of integrated application life science and engineering science, is being divided from ergonomic point
Son, cell, tissue, organ or even entire body system recognize the structure, function and other biological phenomenas of human body at many levels, research
For diseases prevention, cure the disease, bodily fuctions' auxiliary and the artificial material of health care, product, device and system technology general name.In life
When object field of medicaments is tested, it is often necessary to the operation such as cultivate the cells, the environment generally cultivated mostly by culture dish Lai
Realize, existing culture dish poor sealing performance, and can not realize ventilation, even if having the function of taking a breath can not to air into
Row filtering, Yi Fasheng cross-infection.
Summary of the invention
The object of the present invention is to provide a kind of biological medicine cell culture system, its advantages are that the present invention has ventilation
Function, while ventilation inside culture dish can move up, inside healthcare provider's culture dish viewed from above
Situation is cultivated, internal air flowing can be driven while culture dish moves upwards, convenient for the exchange of inner air and outer air, ventilation
It can filter the air simultaneously, avoid that cross contamination occurs；Two culture dishes are internally provided with, may be implemented in same training
Support the comparative test that two kinds of cell culture are carried out under environment.
The purpose of the present invention is achieved through the following technical solutions:
A kind of biological medicine cell culture system, including incubator, side cover plate, door type buckle, fastener, lamina tecti, cunning
Cap assemblies, height adjusting part, lateral adjustments holder assembly and culture vessel component, the side cover plate are rotatably assorted by articulated shaft
It is connected on the left side of incubator, the right end of side cover plate outer end face is fixedly connected with door type buckle, and fastener is fixedly connected on training
The left end of case front end face is educated, for fastener block in door type buckle, lamina tecti is fixedly connected on the top surface of incubator, sliding cover component
Upper end be slidably connected in lamina tecti, the lower end of sliding cover component is arranged on incubator, and height adjusting part is fixedly connected on training
The bottom surface on the inside of case is educated, height adjusting part is connected by meshing transmission with sliding cover component, and sliding cover component is fixedly connected on 7 upper end, horizontal
It is connected in incubator to adjustment seat component slippage, culture vessel component slippage is connected on lateral adjustments holder assembly, incubator
Ware component is connected by meshing transmission with lateral adjustments holder assembly.
Incubator ontology, side plate, T-type sliding slot, side cover board slot, rectangular straight slot, rubber pad are provided on the incubator
Piece, rectangular shaft and link block；The top surface hollow out of incubator ontology, the rear and front end on the inside of incubator ontology are respectively fixedly connected with one
A T-type sliding slot is respectively set on two side plates in a side plate；The left end of the incubator ontology is provided with rectangular straight slot, cultivates
Side cover board slot is provided on the left side of case ontology, side cover board slot is connected to rectangular straight slot, and rubber sheet gasket is fixedly connected on side cover
On board slot, side cover plate is rotatably connected on the lower end of side cover board slot by articulated shaft, and side cover plate is fitted on rubber sheet gasket；Rectangular shaft
There are two settings, and the both ends of two rectangular shafts pass through the left end that link block is fixedly connected on the inside of incubator ontology respectively；It cultivates
The bottom surface of case ontology is fixedly connected with electric heating wire.
The fastener includes that fastener includes L-type seat board, screw rod, screws disk and trapezoidal inserted block；The front end of screw rod is fixed to be connected
It connects and screws disk, the rear end of screw rod is rotatably connected on trapezoidal inserted block by rolling bearing units, and the middle-end of screw rod is threadedly attached in L
One end of type seat board, the other end of L-type seat board are fixedly connected on the left end of incubator ontology front end face, trapezoidal inserted block and incubator
The left side of ontology is bonded, and trapezoidal inserted block is interference fitted between side cover plate and door type buckle.
It is provided with cover board sliding slot on the lamina tecti, side chute, blind round hole, visits slot, ventilation slot, preceding sliding slot and returns
Font groove；The top surface of lamina tecti is provided with cover board sliding slot, and a side chute, two sideslips are respectively set in the left and right ends of lamina tecti
Slot is all connected to cover board sliding slot, and there are two blind round hole for the center setting of cover board sliding slot；In the blind round hole bottom surface
A visiting slot is arranged in heart position, visits and is fixedly connected with one block of transparent glass on the inside of slot, the bottom surface of blind round hole is provided with four
A ventilation slot, four ventilation grooved rings are uniformly distributed around slot is visited；The front end of cover board sliding slot is provided with preceding sliding slot；The lamina tecti
Bottom surface is provided with rectangular-ambulatory-plane slot, and the upper end of incubator ontology is fixedly connected in rectangular-ambulatory-plane slot, is fixedly connected with rubber in rectangular-ambulatory-plane slot
Glue gasket, incubator ontology are bonded with rubber gasket.
The sliding cover component includes slide cover, left connecting rod, right connecting rod, upper rack, lower rack gear, gear I, gear
Shaft, driving pulley, driven pulley, worm screw I, worm gear I, worm screw II, l-shaped rod frame plate and rotating disc；Slide cover is provided with two
A, the inner end of two slide covers in left and right is respectively fixedly connected with left connecting rod and right connecting rod, left connecting rod and right connecting rod
Lower end is respectively fixedly connected with upper rack and lower rack gear, and two slide covers are slidably connected at the left and right ends of cover board sliding slot respectively,
Two slide covers are slidably connected at respectively in two side chutes, and the upper end of left connecting rod and right connecting rod is slidably connected at respectively
The both ends of preceding sliding slot, the upper and lower ends of upper rack and lower rack gear respectively with gear I are connected by meshing transmission, gear I and driving pulley
It is all fixedly connected on rotary gear shaft, the rear end of rotary gear shaft is rotatably connected on incubator ontology front end face by rolling bearing units
On, driving pulley is connect with driven pulley by belt V belt translation, and worm gear I and driven pulley are fixedly connected sequentially from front to back
On worm screw I, the both ends of worm screw I pass through the lower end that rolling bearing units are rotatably connected on incubator ontology front/rear end, driven belt respectively
Wheel is located at the outer end of incubator ontology, and worm gear I and the lower end of worm screw II are connected by meshing transmission, and the middle-end of worm screw II passes through axis of usheing to seat
It holds and is rotatably connected on l-shaped rod frame plate, L type bridge plate is fixedly connected on incubator ontology, and rotating disc is fixedly connected on worm screw
II upper end；Worm screw I is connected by meshing transmission with height adjusting part.
The height adjusting part includes fixing slide carriage, reverse-flighted screw, side plate, height adjustment sliding block, hinge bar, hinged seat
With worm gear II；Fixing slide carriage is fixedly connected on the bottom surface on the inside of incubator ontology, and the both ends of reverse-flighted screw pass through axis of usheing to seat respectively
One side plate of rotation connection is held, two side plates are respectively fixedly connected in the left and right ends of fixing slide carriage top surface, two height adjustments
The lower end of sliding block is slidably connected at the both ends of the rectangle limiting slot of fixing slide carriage top surface, the upper end of two height adjustment sliding blocks respectively
It is threadedly attached in the both ends of reverse-flighted screw respectively, the lower end of two hinge bars passes through articulated shaft respectively and is rotatably connected on two
On height adjustment sliding block, the upper end of two hinge bars is rotatablely connected a hinged seat, lateral adjustments seat group by articulated shaft respectively
Part is fixedly connected on two hinged seats, and worm gear II is fixedly connected on the middle-end of reverse-flighted screw, I engaged transmission of worm gear II and worm screw
Connection.
The lateral adjustments holder assembly includes sliding floor, T-type sliding block, side plate, rectangular shaft, pinion stand, gear II, connection
Moving axis, worm gear III, worm screw III, pedestal plate, I-shaped linkage block and switch block；The rear and front end of sliding floor is respectively fixedly connected with one
A T-type sliding block, two T-type sliding blocks are slidably connected at respectively in two T type sliding slots, and sliding floor is fixedly connected on two hingedly
On seat；There are two rectangular shaft settings, and the left and right ends of two rectangular shafts are respectively fixedly connected with a side plate, two rectangular shaft difference
The rear and front end of sliding floor top surface is fixedly connected on by two side plates, pinion stand is fixedly connected on a left side for sliding floor top surface
End, universal driving shaft are rotatably connected on pinion stand by rolling bearing units, and gear II and worm gear III are respectively fixedly connected in universal driving shaft
Rear and front end, worm gear III and the right end of worm screw III are connected by meshing transmission, and the middle-end of worm screw III is rotatably connected on by rolling bearing units
On pedestal plate, pedestal plate is fixedly connected on sliding floor, and the left end of worm screw III is rotatably connected in I-shaped linkage block, and two
Rectangular shaft is slidably connected at the rear and front end of I-shaped linkage block respectively, and switch block is fixedly connected on the outer end of III left end of worm screw, turns
Block is located in rectangular straight slot；Gear II is connected by meshing transmission with culture vessel component.
The culture vessel component includes vessel placement rack, L-type connecting rod, fixed sliding sleeve, linkage rack gear and culture dish；
A culture dish is placed respectively in two circular troughs of vessel placement rack top surface, and the right end of vessel placement rack is symmetrically fixedly connected with two
A L-type connecting rod, the lower end of two L-type connecting rods are respectively fixedly connected with a fixed sliding sleeve, and two fixed sliding sleeves slide respectively
It is connected in two rectangular shafts, vessel placement rack bottom surface is fixedly connected with linkage rack gear, and II engaged transmission of linkage rack and pinion is even
It connects；Two rectangular shafts are located between the rectangular shaft and vessel placement rack of rear end.
The width of the vessel placement rack is slightly less than the width of rectangular straight slot.
Filter cotton is provided in the ventilation slot.
A kind of biological medicine cell culture system of the invention has the beneficial effect that
A kind of biological medicine cell culture system of the present invention, the present invention have the function of taking a breath, while ventilation inside
Culture dish can move up, and convenient for the cultivation situation inside healthcare provider's culture dish viewed from above, culture dish is moved upwards
While can drive internal air flowing, convenient for the exchange of inner air and outer air, ventilation while, can be filtered the air,
It avoids that cross contamination occurs；Two culture dishes are internally provided with, may be implemented to carry out two kinds of cell trainings under same culture environment
Feeding comparative test.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram one of biological medicine cell culture system of the present invention；
Fig. 2 is a kind of schematic cross-sectional view one of biological medicine cell culture system of the present invention；
Fig. 3 is a kind of schematic cross-sectional view two of biological medicine cell culture system of the present invention；
Fig. 4 is a kind of structural schematic diagram two of biological medicine cell culture system of the present invention；
Fig. 5 is the structural schematic diagram one of incubator；
Fig. 6 is the structural schematic diagram two of incubator；
Fig. 7 is the structural schematic diagram of fastener；
Fig. 8 is the structural schematic diagram one of lamina tecti；
Fig. 9 is the structural schematic diagram two of lamina tecti；
Figure 10 is the structural schematic diagram of sliding cover component；
Figure 11 is the structural schematic diagram of height adjusting part；
Figure 12 is the structural schematic diagram of lateral adjustments holder assembly；
Figure 13 is the structural schematic diagram of culture vessel component.
In figure: incubator 1；Incubator ontology 1-1；Side plate 1-2；T-type sliding slot 1-3；Side cover board slot 1-4；Rectangular straight slot 1-
5；Rubber sheet gasket 1-6；Rectangular shaft 1-7；Link block 1-8；Side cover plate 2；Door type buckle 3；Fastener 4；L-type seat board 4-1；Screw rod
4-2；Screw disk 4-3；Trapezoidal inserted block 4-4；Lamina tecti 5；Cover board sliding slot 5-1；Side chute 5-2；Blind round hole 5-3；Visit slot 5-
4；Take a breath slot 5-5；Preceding sliding slot 5-6；Rectangular-ambulatory-plane slot 5-7；Sliding cover component 6；Slide cover 6-1；Left connecting rod 6-2；Right connecting rod
6-3；Upper rack 6-4；Lower rack gear 6-5；I 6-6 of gear；Rotary gear shaft 6-7；Driving pulley 6-8；Driven pulley 6-9；I 6- of worm screw
10；I 6-11 of worm gear；II 6-12 of worm screw；L-shaped rod frame plate 6-13；Rotating disc 6-14；Height adjusting part 7；Fixing slide carriage 7-1；Side plate
7-2；Reverse-flighted screw 7-3；Height adjustment sliding block 7-4；Hinge bar 7-5；Hinged seat 7-6；II 7-7 of worm gear；Lateral adjustments holder assembly
8；Sliding floor 8-1；T-type sliding block 8-2；Side plate 8-3；Rectangular shaft 8-4；Pinion stand 8-5；II 8-6 of gear；Universal driving shaft 8-7；Worm gear
Ⅲ8-8；III 8-9 of worm screw；Pedestal plate 8-10；I-shaped linkage block 8-11；Switch block 8-12；Culture vessel component 9；Vessel placement rack
9-1；L-type connecting rod 9-2；Fixed sliding sleeve 9-3；Link rack gear 9-4；Culture dish 9-5.
Specific embodiment
The present invention will be further described in detail for 1-13 and specific embodiment with reference to the accompanying drawing.
Specific embodiment 1:
Illustrate present embodiment, a kind of biological medicine cell culture system, including incubator 1, side below with reference to Fig. 1-13
Cover board 2, door type buckle 3, fastener 4, lamina tecti 5, sliding cover component 6, height adjusting part 7, lateral adjustments holder assembly 8 and incubator
Ware component 9, the side cover plate 2 are rotatably assorted on the left side for being connected to incubator 1 by articulated shaft, 2 outer end face of side cover plate
Right end be fixedly connected door type buckle 3, fastener 4 is fixedly connected on the left end of 1 front end face of incubator, and 4 block of fastener is in door word
In type buckle 3, lamina tecti 5 is fixedly connected on the top surface of incubator 1, and the upper end of sliding cover component 6 is slidably connected in lamina tecti 5,
The lower end of sliding cover component 6 is arranged on incubator 1, and height adjusting part 7 is fixedly connected on the bottom surface of 1 inside of incubator, and height is adjusted
Section part 7 is connected by meshing transmission with sliding cover component 6, and sliding cover component 6 is fixedly connected on the upper end of height adjusting part 7, lateral adjustments seat
Component 8 is slidably connected in incubator 1, and culture vessel component 9 is slidably connected on lateral adjustments holder assembly 8, culture vessel group
Part 9 is connected by meshing transmission with lateral adjustments holder assembly 8.In the use of the present invention, 4 block of fastener makes side in door type buckle 3
The lid of cover board 2 is closed in the left end of incubator 1, when sliding cover component 6 is in close state, incubator 1, side cover plate 2, lamina tecti 5 and cunning
Cap assemblies 6 constitute the culture environment of a sealing, can be to the cell inside incubator 1 after being opened by control sliding cover component 6
Culture environment is taken a breath, and drives height adjusting part 7 to work while sliding cover component 6 is opened, and height adjusting part 7 drives transverse direction
It adjusts holder assembly 8 and culture vessel component 9 to move up, convenient for healthcare provider from the top of incubator 1 in culture dish 9-5
The sky inside incubator 1 is driven while the cultivation situation in portion, lateral adjustments holder assembly 8 and culture vessel component 9 move up
Flow of air preferably realizes exchanging for air and the outside air inside incubator 1, while the air inside entrance incubator 1
It will be filtered, avoid that cross contamination occurs；There are two culture dish 9-5 for setting in incubator 1, may be implemented in same culture environment
The lower comparative test for carrying out two kinds of cell culture；After fastener 4 is separated with door type buckle 3, side cover plate 2 can be opened, and pass through
Control lateral adjustments holder assembly 8 can drive culture vessel component 9 to hold stable sliding level with both hands to the left to go out, convenient for taking or being put into culture dish 9-
5, it avoids manually taking out or being put into the situation that culture dish is easily poured down or forth out of incubator 1.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-13, incubator ontology 1-1, side plate are provided on the incubator 1
1-2, T-type sliding slot 1-3, side cover board slot 1-4, rectangular straight slot 1-5, rubber sheet gasket 1-6, rectangular shaft 1-7 and link block 1-8；It cultivates
The top surface hollow out of case ontology 1-1, the rear and front end on the inside of incubator ontology 1-1 are respectively fixedly connected with a side plate 1-2, two sides
A T-type sliding slot 1-3 is respectively set on plate 1-2；The left end of the incubator ontology 1-1 is provided with rectangular straight slot 1-5, incubator
Side cover board slot 1-4 is provided on the left side of ontology 1-1, side cover board slot 1-4 is connected to rectangular straight slot 1-5, and rubber sheet gasket 1-6 is solid
Surely it is connected on side cover board slot 1-4, side cover plate 2 is rotatably connected on the lower end of side cover board slot 1-4 by articulated shaft, and side cover plate 2 pastes
It closes on rubber sheet gasket 1-6；There are two rectangular shaft 1-7 settings, and it is solid that the both ends of two rectangular shaft 1-7 pass through link block 1-8 respectively
Surely it is connected to the left end on the inside of incubator ontology 1-1；The bottom surface of incubator ontology 1-1 is fixedly connected with electric heating wire.Side cover plate
2 it is in a vertical state when, hamper is in side cover board slot 1-4, and side cover plate 2 is fitted on rubber sheet gasket 1-6 at this time, increases dress
The leakproofness set.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-13, the fastener 4 includes L-type seat board 4-1, screw rod 4-2, screws
Disk 4-3 and trapezoidal inserted block 4-4；The front end of screw rod 4-2, which is fixedly connected, screws disk 4-3, and the rear end of screw rod 4-2 passes through rolling bearing units
It is rotatably connected on trapezoidal inserted block 4-4, the middle-end of screw rod 4-2 is threadedly attached in one end of L-type seat board 4-1, L-type seat board 4-
1 other end is fixedly connected on the left end of incubator ontology 1-1 front end face, the left end of trapezoidal inserted block 4-4 and incubator ontology 1-1
Face paste is closed, and trapezoidal inserted block 4-4 is interference fitted between side cover plate 2 and door type buckle 3.The fastener 4 when in use, rotates
Disk 4-3 is screwed, disk 4-3 is screwed and drives screw rod 4-2 rotation, screw rod 4-2 rotation changes what screw rod 4-2 was contacted with L-type seat board 4-1
Position, trapezoidal inserted block 4-4 are bonded with the left side of incubator ontology 1-1, limit the rotation of trapezoidal inserted block 4-4, make trapezoidal insert
Block 4-4 can be moved forward and backward along the axis of screw rod 4-2, thus when screw rod 4-2 rotation when can drive trapezoidal inserted block 4-4 before
After move, trapezoidal inserted block 4-4 move backward with door type buckle 3 separate when, side cover plate 2 can flip outward opening at this time, just
It is skidded off in culture vessel component 9 to left end；There is self-locking characteristic, after screw rod 4-2 rotation between screw rod 4-2 and L-type seat board 4-1
Position can be fixed.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-13, cover board sliding slot 5-1, side chute are provided on the lamina tecti 5
5-2, blind round hole 5-3, slot 5-4, ventilation slot 5-5, preceding sliding slot 5-6 and rectangular-ambulatory-plane slot 5-7 are visited；The top surface of lamina tecti 5 is arranged
There is cover board sliding slot 5-1, it is all sliding with cover board that side chute a 5-2, two side chute 5-2 is respectively set in the left and right ends of lamina tecti 5
Slot 5-1 connection, there are two blind round hole 5-3 for the center setting of cover board sliding slot 5-1；In the bottom surface the blind round hole 5-3
A visiting slot 5-4 is arranged in heart position, visits and is fixedly connected with one block of transparent glass on the inside of slot 5-4, passes through for medical staff
The cultivation conditions of cell inside slot 5-4 observation incubator ontology 1-1 are visited, there are four ventilations for the bottom surface setting of blind round hole 5-3
Slot 5-5, for the exchange of gas, four ventilation slot 5-5 are uniformly distributed around slot 5-4 is visited；The front end of cover board sliding slot 5-1 is arranged
There is preceding sliding slot 5-6；The bottom surface of the lamina tecti 5 is provided with rectangular-ambulatory-plane slot 5-7, and the upper end of incubator ontology 1-1 is fixedly connected on
In rectangular-ambulatory-plane slot 5-7, rubber gasket is fixedly connected in rectangular-ambulatory-plane slot 5-7, incubator ontology 1-1 is bonded with rubber gasket,
Increase the leakproofness of device.
Specific embodiment 5:
Illustrate present embodiment below with reference to Fig. 1-13, the sliding cover component 6 includes slide cover 6-1, left connecting rod
6-2, right connecting rod 6-3, upper rack 6-4, lower rack gear 6-5, I 6-6 of gear, rotary gear shaft 6-7, driving pulley 6-8, driven belt
Take turns 6-9, I 6-10 of worm screw, I 6-11 of worm gear, worm screw II 6-12, L type bridge plate 6-13 and rotating disc 6-14；Slide cover 6-1 is set
There are two setting, the inner end of the two slide cover 6-1 in left and right is respectively fixedly connected with left connecting rod 6-2 and right connecting rod 6-3, Zuo Lian
The lower end of extension bar 6-2 and right connecting rod 6-3 are respectively fixedly connected with upper rack 6-4 and lower rack gear 6-5, and two slide cover 6-1 divide
It is not slidably connected at the left and right ends of cover board sliding slot 5-1, two slide cover 6-1 are slidably connected at two side chute 5-2 respectively
Interior, the both ends of sliding slot 5-6 before the upper end of left connecting rod 6-2 and right connecting rod 6-3 are slidably connected at respectively, upper rack 6-4 is under
Upper and lower ends of the rack gear 6-5 respectively with I 6-6 of gear are connected by meshing transmission, and gear I 6-6 and driving pulley 6-8 are all fixedly connected on
On rotary gear shaft 6-7, the rear end of rotary gear shaft 6-7 is rotatably connected on incubator ontology 1-1 front end face by rolling bearing units, main
Movable belt pulley 6-8 is connect with driven pulley 6-9 by belt V belt translation, and worm gear I 6-11 and driven pulley 6-9 are from front to back successively
It is fixedly connected on I 6-10 of worm screw, the both ends of I 6-10 of worm screw pass through rolling bearing units respectively and are rotatably connected on incubator ontology 1-1
The lower end of front/rear end, driven pulley 6-9 are located at the outer end of incubator ontology 1-1, under I 6-11 of worm gear and II 6-12 of worm screw
End is connected by meshing transmission, and the middle-end of II 6-12 of worm screw is rotatably connected on l-shaped rod frame plate 6-13 by rolling bearing units, l-shaped rod frame
Plate 6-13 is fixedly connected on incubator ontology 1-1, and rotating disc 6-14 is fixedly connected on the upper end of II 6-12 of worm screw；I 6- of worm screw
10 are connected by meshing transmission with height adjusting part 7.The sliding cover component 6 when in use, rotates rotating disc 6-14, rotating disc 6-14
Drive II 6-12 of worm screw around own axis, II 6-12 of worm screw drives I 6-11 of worm gear around own axis, I 6-11 of worm gear
Drive I 6-10 of worm screw around own axis, I 6-10 of worm screw drives height adjusting part 7 to work, and I 6-10 of worm screw drives driven belt
6-9 is taken turns around own axis, driven pulley 6-9 crosses belt and drives driving pulley 6-8 around own axis, driving pulley 6-
8 drive rotary gear shaft 6-7 around own axis, and rotary gear shaft 6-7 band I 6-6 of moving gear is around own axis, I 6- of gear
6 drive upper rack 6-4 and lower rack gear 6-5 opposite simultaneously or deviate from sliding, and upper rack 6-4 and lower rack gear 6-5 pass through left company respectively
Extension bar 6-2 and right connecting rod 6-3 drives two slide cover 6-1 opposite simultaneously or away from sliding；As two slide cover 6-1
When away from sliding opening, incubator ontology 1-1 can be taken a breath by blind round hole 5-3, and healthcare provider can be by visiting slot 5-4
Situation in interior transparent glass observation incubator ontology 1-1, when two slide cover 6-1 slide in opposition hamper in two circles
When the upper end of blind hole 5-3, in the state sealed inside incubator ontology 1-1, device can not achieve ventilation at this time；II 6- of worm screw
There is self-locking characteristic between 12 and I 6-11 of worm gear, may be implemented to fix after two slide cover 6-1 position changes.
Specific embodiment 6:
Illustrate present embodiment below with reference to Fig. 1-13, the height adjusting part 7 includes fixing slide carriage 7-1, two-way spiral shell
Bar 7-2, side plate 7-3, height adjustment sliding block 7-4, II 7-7 of hinge bar 7-5, hinged seat 7-6 and worm gear；Fixing slide carriage 7-1 is fixed
It is connected to the bottom surface on the inside of incubator ontology 1-1, the both ends of reverse-flighted screw 7-2 are rotatablely connected a side by rolling bearing units respectively
Plate 7-3, two side plate 7-3 are respectively fixedly connected in the left and right ends of the top surface fixing slide carriage 7-1, two height adjustment sliding block 7-4
Lower end be slidably connected at respectively the top surface fixing slide carriage 7-1 rectangle limiting slot both ends, two height adjustment sliding block 7-4's is upper
End is threadedly attached in the both ends of reverse-flighted screw 7-2 respectively, and the lower end of two hinge bar 7-5 is rotated by articulated shaft respectively to be connected
It connects on two height adjustment sliding block 7-4, the upper end of two hinge bar 7-5 is rotatablely connected a hinged seat by articulated shaft respectively
7-6, lateral adjustments holder assembly 8 are fixedly connected on two hinged seat 7-6, and II 7-7 of worm gear is fixedly connected on reverse-flighted screw 7-2
Middle-end, II 7-7 of worm gear is connected by meshing transmission with I 6-10 of worm screw.The height adjusting part 7 when in use, is slided when two
When cover board 6-1 deviates from sliding opening, I 6-10 of worm screw drives II 7-7 of worm gear to rotate forward, and II 7-7 of worm gear drives reverse-flighted screw 7-
2 rotate forward, and reverse-flighted screw 7-2 drives two height adjustment sliding block 7-4 to slide in opposition, and two height adjustment sliding block 7-4 drive
The lower end of two hinge bar 7-5 slides in opposition close, and the upper end of two hinge bar 7-5 moves up, and two hinge bar 7-5 drive
Two hinged seat 7-6 are moved up, and two hinged seat 7-6 drive lateral adjustments holder assemblies 8 and culture vessel component 9 to moving up
Dynamic, lateral adjustments holder assembly 8 and culture vessel component 9 move up the air flowing driven inside incubator ontology 1-1, increase
With exchanging for outside air, when two slide cover 6-1 slide in opposition, I 6-10 of worm screw drives II 7-7 of worm gear to rotate backward, and two
A height adjustment sliding block 7-4 drives lateral adjustments holder assembly 8 to move down away from sliding；Between II 7-7 of I 6-10 of worm screw and worm gear
With self-locking characteristic, may be implemented to fix after two upper rack 6-4 position changes；Rectangle limiting slot on fixing slide carriage 7-1
Play the role of limition orientation to height adjustment sliding block 7-4, allows height adjustment sliding block 7-4 along reverse-flighted screw 7-2 axis
It moves left and right.
Specific embodiment 7:
Illustrate present embodiment below with reference to Fig. 1-13, the lateral adjustments holder assembly 8 includes sliding floor 8-1, T
Type sliding block 8-2, side plate 8-3, rectangular shaft 8-4, pinion stand 8-5, II 8-6 of gear, universal driving shaft 8-7, III 8-8 of worm gear, III 8- of worm screw
9, pedestal plate 8-10, I-shaped linkage block 8-11 and switch block 8-12；The rear and front end of sliding floor 8-1 is respectively fixedly connected with one
T-type sliding block 8-2, two T-type sliding block 8-2 are slidably connected at respectively in two T-type sliding slot 1-3, and sliding floor 8-1 is fixedly connected on
On two hinged seat 7-6；There are two rectangular shaft 8-4 settings, and the left and right ends of two rectangular shaft 8-4 are respectively fixedly connected with one
Side plate 8-3, two rectangular shaft 8-4 pass through the rear and front end that two side plate 8-3 are fixedly connected on the top surface sliding floor 8-1 respectively,
Pinion stand 8-5 is fixedly connected on the left end of the top surface sliding floor 8-1, and universal driving shaft 8-7 is rotatably connected on gear by rolling bearing units
On seat 8-5, II 8-6 of gear and III 8-8 of worm gear are respectively fixedly connected in the rear and front end of universal driving shaft 8-7, III 8-8 of worm gear and worm screw
The right end of III 8-9 is connected by meshing transmission, and the middle-end of III 8-9 of worm screw is rotatably connected on pedestal plate 8-10 by rolling bearing units, axis
Frame plate 8-10 is fixedly connected on sliding floor 8-1, and the left end of III 8-9 of worm screw is rotatably connected on I-shaped linkage block 8-11,
Two rectangular shaft 1-7 are slidably connected at the rear and front end of I-shaped linkage block 8-11 respectively, and switch block 8-12 is fixedly connected on worm screw
The outer end of III left end 8-9, switch block 8-12 are located in rectangular straight slot 1-5；II 8-6 of gear and 9 engaged transmission of culture vessel component are even
It connects；Two rectangular shaft 1-7 are located between the rectangular shaft 8-4 of rear end and vessel placement rack 9-1；Avoid vessel placement rack 9-1 outside
It is blocked when sliding by two rectangular shaft 1-7.When in use, two hinged seat 7-6 drive sliding to the lateral adjustments holder assembly 8
Bottom plate 8-1 is moved up and down, and sliding floor 8-1 drives and moves down on pedestal plate 8-10, III 8-9 of worm screw and I-shaped linkage block 8-11
Dynamic, I-shaped linkage block 8-11 is moved up and down between two rectangular shaft 1-7, rotates switch block 8-12, and switch block 8-12 drives worm screw
For III 8-9 around own axis, III 8-9 of worm screw drives III 8-8 of worm gear around own axis, and III 8-8 of worm gear drives universal driving shaft
8-7 drives culture vessel around own axis, II 8-6 of gear around own axis, universal driving shaft 8-7 band II 8-6 of moving gear
Component 9 moves left and right；Two T-type sliding block 8-2 are slidably connected in two T type sliding slot 1-3, play auxiliary to sliding floor 8-1
The effect of support.
Specific embodiment 8:
Illustrate present embodiment below with reference to Fig. 1-13, the culture vessel component 9 includes vessel placement rack 9-1, L
Type connecting rod 9-2, fixed sliding sleeve 9-3, linkage rack gear 9-4 and culture dish 9-5；Two circular troughs of the top surface vessel placement rack 9-1
A culture dish 9-5 is inside placed respectively, and the right end of vessel placement rack 9-1 is symmetrically fixedly connected with two L-type connecting rods 9-2, two L
The lower end of type connecting rod 9-2 is respectively fixedly connected with a fixed sliding sleeve 9-3, and two fixed sliding sleeve 9-3 are slidably connected at two respectively
On a rectangular shaft 8-4, the bottom surface vessel placement rack 9-1 is fixedly connected with linkage rack gear 9-4, and linkage rack gear 9-4 is engaged with II 8-6 of gear
Transmission connection.When in use, after side cover plate 2 is opened, switch block 8-12 is rotated forward the culture vessel component 9, switch block 8-12
Band II 8-6 of moving gear is rotated forward, and II 8-6 of gear drives linkage rack gear 9-4 to be moved to the left, and linkage rack gear 9-4 drives vessel to put
It sets a 9-1 to be moved to the left, vessel placement rack 9-1 drives two culture dish 9-5 to be moved to the left from rectangular straight slot 1-5 and skids off, at this time
Culture dish 9-5 can be taken out；There is the characteristic of unidirectional self-lock between III 8-9 of III 8-8 of worm gear and worm screw, vessel placement rack 9-1's
It can be fixed after position change.
Specific embodiment 9:
Illustrate present embodiment below with reference to Fig. 1-13, the width of the vessel placement rack 9-1 is slightly less than rectangular straight slot
The width of 1-5.
Specific embodiment 10:
Illustrate present embodiment below with reference to Fig. 1-13, be provided with filter cotton in the ventilation slot 5-5, cultivates entering
Air inside case ontology 1-1 is filtered, and avoids bacterium from entering and cross contamination occurs in incubator ontology 1-1.
A kind of working principle of biological medicine cell culture system of the present invention: in the use of the present invention, 4 block of fastener exists
In door type buckle 3, close the lid of side cover plate 2 in the left end of incubator 1, when sliding cover component 6 is in close state, incubator 1, side
Cover board 2, lamina tecti 5 and sliding cover component 6 constitute the culture environment of a sealing, can be right after being opened by control sliding cover component 6
Cell culture environment inside incubator 1 is taken a breath, and drives height adjusting part 7 to work while sliding cover component 6 is opened, height
Regulating part 7 drives lateral adjustments holder assembly 8 and culture vessel component 9 to move up, convenient for healthcare provider from the top of incubator 1
Observe the cultivation situation inside culture dish 9-5, drive while lateral adjustments holder assembly 8 and culture vessel component 9 move up
Air inside incubator 1 flows, and the air inside better realization incubator 1 is exchanged with outside air, while entering training
Educating the air inside case 1 will be filtered, and avoid that cross contamination occurs；There are two culture dish 9-5, Ke Yishi for setting in incubator 1
The comparative test of two kinds of cell culture is carried out under present same culture environment；After fastener 4 is separated with door type buckle 3, side cover
Plate 2 can be opened, and culture vessel component 9 can be driven to hold stable sliding level with both hands to the left by control lateral adjustments holder assembly 8 and gone out, convenient for taking
Culture dish 9-5 is taken or be put into, avoids manually taking out or being put into the situation that culture dish is easily poured down or forth out of incubator 1.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (10)
1. a kind of biological medicine cell culture system, including incubator (1), side cover plate (2), door type buckle (3), fastener (4),
Lamina tecti (5), sliding cover component (6), height adjusting part (7), lateral adjustments holder assembly (8) and culture vessel component (9), feature
Be: the side cover plate (2) is rotatably assorted on the left side for being connected to incubator (1) by articulated shaft, side cover plate (2) outer end
The right end in face is fixedly connected with door type buckle (3), and fastener (4) is fixedly connected on the left end of incubator (1) front end face, fastener (4)
For block in door type buckle (3), lamina tecti (5) is fixedly connected on the top surface of incubator (1), and the upper end of sliding cover component (6) is sliding
Dynamic to be connected in lamina tecti (5), the lower end of sliding cover component (6) is arranged on incubator (1), and height adjusting part (7) is fixedly connected
Bottom surface on the inside of incubator (1), height adjusting part (7) are connected by meshing transmission with sliding cover component (6), and sliding cover component (6) is fixed
It is connected to the upper end of height adjusting part (7), lateral adjustments holder assembly (8) is slidably connected in incubator (1), culture vessel component
(9) it is slidably connected on lateral adjustments holder assembly (8), culture vessel component (9) and lateral adjustments holder assembly (8) engaged transmission are even
It connects.
2. a kind of biological medicine cell culture system according to claim 1, it is characterised in that: the incubator (1)
On be provided with incubator ontology (1-1), side plate (1-2), T-type sliding slot (1-3), side cover board slot (1-4), rectangular straight slot (1-5), rubber
Glue gasket (1-6), rectangular shaft (1-7) and link block (1-8)；The top surface hollow out of incubator ontology (1-1), incubator ontology (1-
1) rear and front end on the inside of is respectively fixedly connected with a side plate (1-2), and a T-type sliding slot is respectively set on two side plates (1-2)
(1-3)；The left end of the incubator ontology (1-1) is provided with rectangular straight slot (1-5), on the left side of incubator ontology (1-1)
It is provided with side cover board slot (1-4), side cover board slot (1-4) is connected to rectangular straight slot (1-5), and rubber sheet gasket (1-6) is fixedly connected on
On side cover board slot (1-4), side cover plate (2) is rotatably connected on the lower end of side cover board slot (1-4), side cover plate (2) patch by articulated shaft
It closes on rubber sheet gasket (1-6)；There are two rectangular shaft (1-7) settings, and the both ends of two rectangular shafts (1-7) pass through link block respectively
(1-8) is fixedly connected on the left end on the inside of incubator ontology (1-1)；The bottom surface of incubator ontology (1-1) is fixedly connected with electricity and adds
Heated filament.
3. a kind of biological medicine cell culture system according to claim 2, it is characterised in that: fastener (4) packet
It includes L-type seat board (4-1), screw rod (4-2), screw disk (4-3) and trapezoidal inserted block (4-4)；The front end of screw rod (4-2) is fixedly connected with rotation
It twists disk (4-3), the rear end thereof of screw rod (4-2) is connected on trapezoidal inserted block (4-4), and the middle-end of screw rod (4-2) is connected by screw thread
It connects in one end of L-type seat board (4-1), the other end of L-type seat board (4-1) is fixedly connected on incubator ontology (1-1) front end face
Left end, trapezoidal inserted block (4-4) are bonded with the left side of incubator ontology (1-1), and trapezoidal inserted block (4-4) is interference fitted in side cover plate
(2) between door type buckle (3).
4. a kind of biological medicine cell culture system according to claim 3, it is characterised in that: the lamina tecti (5)
On be provided with cover board sliding slot (5-1), side chute (5-2), blind round hole (5-3), visit slot (5-4), ventilation slot (5-5), advancing slip
Slot (5-6) and rectangular-ambulatory-plane slot (5-7)；The top surface of lamina tecti (5) is provided with cover board sliding slot (5-1), the left and right ends of lamina tecti (5)
A side chute (5-2) is respectively set, two side chutes (5-2) are all connected to cover board sliding slot (5-1), cover board sliding slot (5-1)
There are two blind round hole (5-3) for center setting；A visiting slot is arranged in the center of blind round hole (5-3) bottom surface
(5-4) is visited and is fixedly connected with one block of transparent glass on the inside of slot (5-4), and there are four ventilations for the bottom surface setting of blind round hole (5-3)
Slot (5-5), four ventilation slots (5-5) are uniformly distributed around slot (5-4) is visited；The front end of cover board sliding slot (5-1) is provided with advancing slip
Slot (5-6)；The bottom surface of the lamina tecti (5) is provided with rectangular-ambulatory-plane slot (5-7), and the upper end of incubator ontology (1-1) is fixedly connected
In rectangular-ambulatory-plane slot (5-7), rubber gasket, incubator ontology (1-1) and rubber seal are fixedly connected in rectangular-ambulatory-plane slot (5-7)
Pad fitting.
5. a kind of biological medicine cell culture system according to claim 4, it is characterised in that: the sliding cover component
It (6) include slide cover (6-1), left connecting rod (6-2), right connecting rod (6-3), upper rack (6-4), lower rack gear (6-5), gear
I (6-6), rotary gear shaft (6-7), driving pulley (6-8), driven pulley (6-9), worm screw I (6-10), worm gear I (6-11), worm screw
II (6-12), l-shaped rod frame plate (6-13) and rotating disc (6-14)；There are two slide cover (6-1) settings, two slide lids in left and right
The inner end of plate (6-1) is respectively fixedly connected with left connecting rod (6-2) and right connecting rod (6-3), left connecting rod (6-2) and right connecting rod
The lower end of (6-3) is respectively fixedly connected with upper rack (6-4) and lower rack gear (6-5), and two slide covers (6-1) are slidably connected respectively
In the left and right ends of cover board sliding slot (5-1), two slide covers (6-1) are slidably connected at respectively in two side chutes (5-2), left
The upper end of connecting rod (6-2) and right connecting rod (6-3) is slidably connected at the both ends of preceding sliding slot (5-6) respectively, upper rack (6-4) and
Upper and lower ends of the lower rack gear (6-5) respectively with gear I (6-6) are connected by meshing transmission, and gear I (6-6) and driving pulley (6-8) are all
It is fixedly connected on rotary gear shaft (6-7), the rear end thereof of rotary gear shaft (6-7) is connected to incubator ontology (1-1) front end face
On, driving pulley (6-8) is connect with driven pulley (6-9) by belt V belt translation, worm gear I (6-11) and driven pulley (6-9)
It is fixedly connected sequentially on worm screw I (6-10) from front to back, the both ends of worm screw I (6-10) are rotatably connected on incubator ontology respectively
The lower end of (1-1) front/rear end, driven pulley (6-9) are located at the outer end of incubator ontology (1-1), worm gear I (6-11) and worm screw
The lower end of II (6-12) is connected by meshing transmission, and the middle-end of worm screw II (6-12) is rotatably connected on l-shaped rod frame plate (6-13), L-type
Bridge plate (6-13) is fixedly connected on incubator ontology (1-1), and rotating disc (6-14) is fixedly connected on worm screw II (6-12)
Upper end；Worm screw I (6-10) is connected by meshing transmission with height adjusting part (7).
6. a kind of biological medicine cell culture system according to claim 5, it is characterised in that: the height adjusting part
It (7) include fixing slide carriage (7-1), reverse-flighted screw (7-2), side plate (7-3), height adjustment sliding block (7-4), hinge bar (7-5), hinge
Joint chair (7-6) and worm gear II (7-7)；Fixing slide carriage (7-1) is fixedly connected on the bottom surface on the inside of incubator ontology (1-1), two-way
The both ends of screw rod (7-2) are rotatablely connected a side plate (7-3) respectively, and two side plates (7-3) are respectively fixedly connected in fixing slide carriage
The left and right ends of the top surface (7-1), the lower end of two height adjustment sliding blocks (7-4) are slidably connected at the top fixing slide carriage (7-1) respectively
The upper end at the both ends of the rectangle limiting slot in face, two height adjustment sliding blocks (7-4) is threadedly attached in reverse-flighted screw (7- respectively
2) both ends, the lower end of two hinge bars (7-5) pass through articulated shaft respectively and are rotatably connected on two height adjustment sliding blocks (7-4)
On, the upper end of two hinge bars (7-5) passes through respectively is hinged on one hinged seat (7-6) of rotation connection, lateral adjustments holder assembly
(8) it is fixedly connected on two hinged seats (7-6), worm gear II (7-7) is fixedly connected on the middle-end of reverse-flighted screw (7-2), worm gear
II (7-7) is connected by meshing transmission with worm screw I (6-10).
7. a kind of biological medicine cell culture system according to claim 6, it is characterised in that: the lateral adjustments seat
Component (8) includes sliding floor (8-1), T-type sliding block (8-2), side plate (8-3), rectangular shaft (8-4), pinion stand (8-5), gear
II (8-6), universal driving shaft (8-7), worm gear III (8-8), worm screw III (8-9), pedestal plate (8-10), I-shaped linkage block (8-11) and
Switch block (8-12)；The rear and front end of sliding floor (8-1) is respectively fixedly connected with a T-type sliding block (8-2), two T-type sliding block (8-
2) it is slidably connected at respectively in two T-type sliding slots (1-3), sliding floor (8-1) is fixedly connected on two hinged seats (7-6)；
There are two rectangular shaft (8-4) settings, and the left and right ends of two rectangular shafts (8-4) are respectively fixedly connected with a side plate (8-3), and two
Rectangular shaft (8-4) is fixedly connected on the rear and front end of the top surface sliding floor (8-1), pinion stand by two side plates (8-3) respectively
(8-5) is fixedly connected on the left end of the top surface sliding floor (8-1), and universal driving shaft (8-7) is rotatably connected on pinion stand (8-5), tooth
II (8-6) of wheel and worm gear III (8-8) are respectively fixedly connected in the rear and front end of universal driving shaft (8-7), worm gear III (8-8) and worm screw III
The right end of (8-9) is connected by meshing transmission, and the middle-end of worm screw III (8-9) is rotatably connected on pedestal plate (8-10), pedestal plate (8-
10) it being fixedly connected on sliding floor (8-1), the left end of worm screw III (8-9) is rotatably connected on I-shaped linkage block (8-11),
Two rectangular shafts (1-7) are slidably connected at the rear and front end of I-shaped linkage block (8-11) respectively, and switch block (8-12) is fixedly connected
In the outer end of the left end worm screw III (8-9), switch block (8-12) is located in rectangular straight slot (1-5)；Gear II (8-6) and culture vessel group
Part (9) is connected by meshing transmission.
8. a kind of biological medicine cell culture system according to claim 7, it is characterised in that: the culture vessel group
Part (9) includes vessel placement rack (9-1), L-type connecting rod (9-2), fixed sliding sleeve (9-3), linkage rack gear (9-4) and culture dish
(9-5)；A culture dish (9-5), vessel placement rack (9- are placed in two circular troughs of the top surface vessel placement rack (9-1) respectively
1) right end is symmetrically fixedly connected with two L-type connecting rods (9-2), and the lower end of two L-type connecting rods (9-2) is respectively fixedly connected with one
A fixed sliding sleeve (9-3), two fixed sliding sleeves (9-3) are slidably connected at respectively on two rectangular shafts (8-4), vessel placement rack
The bottom surface (9-1) is fixedly connected with linkage rack gear (9-4), and linkage rack gear (9-4) is connected by meshing transmission with gear II (8-6)；Two squares
Shape bar (1-7) is located between the rectangular shaft (8-4) of rear end and vessel placement rack (9-1).
9. a kind of biological medicine cell culture system according to claim 8, it is characterised in that: the vessel placement rack
The width of (9-1) is less than the width of rectangular straight slot (1-5).
10. a kind of biological medicine cell culture system according to claim 6, it is characterised in that: the ventilation slot (5-
5) filter cotton is provided in.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910167735.6A CN109825435A (en) | 2019-03-06 | 2019-03-06 | A kind of biological medicine cell culture system |
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| CN201910167735.6A CN109825435A (en) | 2019-03-06 | 2019-03-06 | A kind of biological medicine cell culture system |
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| CN112249494A (en) * | 2020-10-12 | 2021-01-22 | 安徽智月信息技术有限公司 | Intelligent and safe electricity utilization operation and maintenance management system and method |
| CN112725180A (en) * | 2021-03-01 | 2021-04-30 | 桂林医学院 | Liver cell culture device |
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