CN104678089A - Four-dimensional spatial position-adjustable experimental in-vitro eyeball detection bracket device - Google Patents
Four-dimensional spatial position-adjustable experimental in-vitro eyeball detection bracket device Download PDFInfo
- Publication number
- CN104678089A CN104678089A CN201510116109.6A CN201510116109A CN104678089A CN 104678089 A CN104678089 A CN 104678089A CN 201510116109 A CN201510116109 A CN 201510116109A CN 104678089 A CN104678089 A CN 104678089A
- Authority
- CN
- China
- Prior art keywords
- platform
- eyeball
- traversing
- reach
- corner
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Abstract
The invention provides a four-dimensional spatial position-adjustable experimental in-vitro eyeball detection bracket device. The four-dimensional spatial position-adjustable experimental in-vitro eyeball detection bracket device comprises a fixed pedestal mounted on a plurality of height-adjusting pedestals and capable of adjusting the up-and-down position, and a forwardly-moving platform and a forwardly-moving adjusting handle which are mounted on the fixed pedestal and can adjust the back-and-front position, wherein a transversely-moving platform and a transversely-moving adjusting handle are mounted on the forwardly-moving platform and can adjust the left-and-right position; a turning platform and a turning adjusting handle are mounted on the transversely-moving platform and can adjust the turning angle; an eyeball holding cabin and an eyeball tray with an in-vitro eyeball are mounted on the turning platform; protector adjusting handles on the two sides of the eyeball holding cabin are adjusted to constrain the in-vitro eyeball on the eyeball tray; a liquid spraying device at the top of the eyeball holding cabin can regularly moisten the in-vitro eyeball and quantitatively spray the in-vitro eyeball, so that the in-vitro eyeball can keep a normal physical environment and a normal drug test. The four-dimensional spatial position-adjustable experimental in-vitro eyeball detection bracket device has the benefits that the experimental detection bracket device which can move and turn the four-dimensional space of the in-vitro eyeball up and down, left and right and back and front and can moisten and spray the in-vitro eyeball at any time is developed, and the difficulties that the in-vitro eyeball is difficult to store and the experimental detection is difficult are overcome.
Description
Technical field
The present invention relates to the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position and detect bracket system.
Background technology
Modern age ophthalmology medical science and the research such as toxicological science in the in-vitro eyeball of often the application mankind or animal further investigate, need with slit-lamp in research process, the equipment such as eyeground instrument and ophthalmoscope carry out testing and detecting from each diverse location for in-vitro eyeball, especially the chemicals in toxicology evolution carries out corresponding toxicological experiment for often requiring in the qualification of Eye irritation section and scientific research, past major part experiment adopts living animal to carry out, present use living animal experiment less and less, what more focus on is use substitute and carry out corrosivity with in vitro animal organ such as in-vitro eyeball etc., haziness, perviousness etc. alternative method is tested, developing of artificial eye organ is related in addition in general clinical medicine scientific research, human disease's treatment and the field such as analysis and the scientific research of veterinary science animal ophthalmology also need to use animal in-vitro eyeball in a large number, past fixing animal in-vitro eyeball is all that simple manual method or simple bracket are fixed, carry out slit lamp examination or experimental implementation eyeball be smooth constantly taking incessantly, simple bracket uses inconvenience, fixing and the orientation of in-vitro eyeball is not easy again to control, in recent years the bracket system developing some simply fixing animal in-vitro eyeballs is all uncontrollable, and in-vitro eyeball in test and test, easy dry dehydration is rotten not easily preserves, doser is not had to make to adapt to the quality requirements of current in-vitro eyeball in the more and more refinement of test and scientific experiment, have impact on quality and the safety of this type of scientific research and experimental implementation to a certain extent, hinder the deep development of correlative study, in order to overcome above-mentioned difficulties, fundamentally solve ophthalmology medical science and and the research such as toxicological science in the in-vitro eyeball of often the application mankind or animal further investigate, need with slit-lamp in research process, it is convenient test and scientific experiment that the equipment such as eyeground instrument and ophthalmoscope carry out testing and detect eyeball for in-vitro eyeball from each diverse location, fast, automatically, safety, accurately, standard carry out animal in-vitro eyeball in test and the difficult problem of experimental work, research and development one can be upper and lower, left and right, movable with rotate in-vitro eyeball four-dimentional space adjustment and can carry out at any time moistening and spray medicine experiment detect bracket system just become must and exigence.
Summary of the invention
For solving the problem, the object of this invention is to provide the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position and detect bracket system, the four-dimentional space regulation experiment in-vitro eyeball with arbitrarily angled rotation can be moved in top to bottom, left and right, front and rear, and moistening and spray medicine can be carried out to in-vitro eyeball at any time, to ensure that in-vitro eyeball has the normal physiological context of required drug test, solve the difficult problem that in-vitro eyeball is not easily preserved and tested detection.
For achieving the above object, technical scheme of the present invention is to provide the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position and detects bracket system, comprise one and multiple fixed pedestal heightening pedestal can be installed, in fixed pedestal top, reach platform is installed, fixed pedestal front is provided with reach release handle, the reach platform that reach screw rod on reach release handle is limited in adjustment top in front axle fixed orifice through reach inner nut moves forward and backward, reach platform top is provided with traversing platform, traversing release handle is had on the right of reach platform, the traversing platform that traversing screw rod on traversing release handle is limited in adjustment top in transverse axis fixed orifice through traversing inner nut moves left and right, corner platform is equipped with in traversing platform top, traversing platform upper surface has the circular groove in the middle of the thick axle of dome and corner platform lower surface to match, the internal thread hole matched with corner screw rod is had outside corner platform, freely to be rotated by corner platform by the corner release handle of the corner screw rod and outside one that are arranged on corner platform interior or lock, corner scale mark in corner platform outer side edges and the corner pointer gauge on traversing platform illustrate the concrete angle position that corner platform rotates, eyeball frame cabin is equipped with in corner platform top, the eyeball pallet picked and placeed with waste liquid pool and in-vitro eyeball is equipped with in inside, eyeball frame cabin, by adjustment lower support bar and both sides, eyeball frame cabin to protect the in-vitro eyeball that a release handle can retrain on eyeball pallet motionless, the liquid-jet device being arranged on top, eyeball frame cabin carries out the moistening and quantitative spray medicine of timing to ensure that in-vitro eyeball has the normal physiological context of required drug test to in-vitro eyeball.
The invention has the beneficial effects as follows: develop a kind of can movement and rotate the four-dimentional space adjustment of in-vitro eyeball and experiment detection bracket system that is moistening and spray medicine can be carried out at any time in top to bottom, left and right, front and rear, solve the difficult problem that in-vitro eyeball is not easily preserved and tested detection, fundamentally solve in scientific research and experiment and carry out problem of carrying out the experimental work of animal in-vitro eyeball that is convenient, fast, automatic, safe, accurate, standard, to adapt to the sample quality requirement of current scientific experiment and more and more refinement, ensure that the quality that scientific experiment operates and safety.
Accompanying drawing explanation
Accompanying drawing is the schematic diagram of structure of the present invention.
In figure:
1, medicinal liquid bottle 2, driving pump 3, flexible pipe 4, normal saline bottle 5, bottle stand 6, fixing pole
7, infiltrate shower nozzle 8, in-vitro eyeball 9, protect a release handle 10, lower support bar 11, the thick axle of dome
12, register pin 13, circular groove 14, corner screw rod 15, corner release handle 16, corner scale mark
17, corner pointer 18, horizontal position limiting slide block 19, traversing chute 20, traversing nut chute 21, traversing screw rod
22, traversing release handle 23, reach platform 24, front axle fixed orifice 25, reach inner nut 26, reach nut chute
27, move forward screw rod 28, fixed pedestal 29, limit sliding chutes 30, heighten pedestal 31, reach release handle
32, traversing inner nut 33, pilot hole 34, reach chute 35, front limit slide block 36, traversing platform
37, transverse axis fixed orifice 38, corner platform 39, waste liquid pool 40, draw liquid bath 41, eyeball pallet
42, cornea 43, dosing shower nozzle 44, eyeball frame cabin 45, liquid-jet device 46, position limiting slide block.
Embodiment
By reference to the accompanying drawings and embodiment the present invention is illustrated.
As shown in drawings, the invention provides the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position and detect bracket system, it is characterized in that: comprise one and multiple fixed pedestal 28 heightening pedestal 30 can be installed, fixed pedestal 28 combination in any can be adjusted differing heights and control the stabilizing mechanical device of shift position by hard and that resistant material is made smooth outer surface, the upper surface of fixed pedestal 28 is smooth, reach platform 23 is installed in the top of fixed pedestal 28, reach platform 23 be by hard and resistant material make can the mechanical hook-up of free fore-and-aft direction movement, the upper surface of reach platform 23 is smooth, traversing chute 19 and traversing nut chute 20 is provided with along left and right directions in the top of reach platform 23, the horizontal position limiting slide block 18 be provided with traversing platform 36 lower surface respectively and traversing inner nut 32 coordinate location, being arranged on traversing screw rod 21 on the traversing release handle 22 on the right of reach platform 23 is limited in can only rotating in transverse axis fixed orifice 37 irremovable through traversing inner nut 32, when rotating traversing release handle 22 and driving traversing screw rod 21 to drive traversing inner nut 32, whole traversing platform 36 just can be driven to move in parallel along about the direction that traversing chute 19 retrains, reach platform 23 is arranged on fixed pedestal 28, the lower surface of reach platform 23 is respectively equipped with front limit slide block 35 and reach inner nut 25, the reach chute 34 that front limit slide block 35 and reach inner nut 25 are provided with fixed pedestal 28 top respectively and the nut chute 26 that moves forward match and locate, being arranged on reach screw rod on fixed pedestal 28 reach in front release handle 31 27 is limited in can only rotating in front axle fixed orifice 24 irremovable through reach inner nut 25, when rotating reach release handle 31 and driving reach screw rod 27 driving reach inner nut 25, whole reach platform 23 just can be driven to move in parallel before and after the direction that reach chute 34 retrains is on fixed pedestal 28, fixed pedestal 28 can configure several below as requested and heighten pedestal 30, the lower surface of fixed pedestal 28 is provided with position limiting slide block 46 and matches fixing with the limit sliding chutes 29 heightening pedestal 30 upper surface configure below, and what choose differing heights and quantity heightens the requirement that pedestal 30 tests with regard to the height determining whole in-vitro eyeball experiment detection bracket system to reach in-vitro eyeball 8 and detect, reach platform 23 top of installing in fixed pedestal 28 top is provided with traversing platform 36, traversing platform 36 be by hard and resistant material make can the mechanical hook-up of free transverse shifting, the smooth rounding of upper surface of traversing platform 36, protrude at the center of upper surface and be provided with a thick axle 11 of dome, the diameter of the thick axle of dome 11 and the degree of depth match with the middle circular groove 13 be provided with of corner platform 38 lower surface being positioned at traversing platform 36 top and allow corner platform 38 freely rotate, corner platform 38 is the mechanical hook-ups free to rotate made by hard and resistant material, the upper surface of corner platform 38 is smooth, several register pins 12 be evenly distributed with bottom several pilot holes 33 and eyeball frame cabin 44 coordinate to ensure that whole eyeball frame cabin 44 is stable and are placed on corner platform 38, the centre position of corner platform 38 lower surface is provided with a circular groove 13, the diameter of circular groove 13 and the degree of depth coordinate with the thick axle 11 of dome being positioned at traversing platform 36 upper surface below corner platform 38 to be allowed corner platform 38 freely rotate or locks, corner platform 38 outer side edges has the internal thread hole matched with corner screw rod 14 and penetrates into circular groove 13 inside, arbitrarily corner platform 38 is rotated by the corner release handle 15 of the corner screw rod 14 and outside one that are arranged on corner platform 38 inside, corner platform 38 is fixed in current location do not loosen by holding out against corner screw rod 14, concrete angle position corner platform 38 outer side edges having the corner pointer 17 on corner scale mark 16 and traversing platform 36 clearly indicate corner platform 38 to rotate, eyeball frame cabin 44 is equipped with in corner platform 38 top, eyeball frame cabin 44 is the uncovered cabins made by rigid thin wall's resistant material, uncovered cabin inside surface black is not reflective, the smooth easy cleaning sterilization of surfaces externally and internally, the uncovered of dead ahead, uncovered cabin can conveniently pick and place and fixedly wait to test or detect in-vitro eyeball 8, above uncovered cabin and the left and right sides is installed with liquid-jet device 45 and is used for spraying physiological saline and trial drug at any time to in-vitro eyeball 8, liquid-jet device 45 is made up of the approximately uniform ejecting liquid equipment of two covers, two fixing poles 6 are arranged on two side wall upper part in eyeball frame cabin 44 respectively, fixing pole 6 top, right side is provided with the bottle stand 5 holding normal saline bottle 4, the bottle stand 5 holding medicinal liquid bottle 1 is laid in fixing pole 6 top, left side, physiological saline is transported to by respective flexible pipe 3 the infiltration shower nozzle 7 pairs of in-vitro eyeballs 8 being arranged on eyeball frame cabin 44 top right side by two driving pumps 2 respectively, and to carry out timing moistening to ensure that in-vitro eyeball 8 has normal physiological environment, the liquid of experiment is transported to the drug study that dosing shower nozzle 43 pairs of in-vitro eyeballs 8 of being arranged on eyeball frame cabin 44 top left side need, the eyeball pallet 41 that in-vitro eyeball 8 is housed can be picked and placeed at any time bottom uncovered cabin, eyeball pallet 41 is the disc shaped containers of the smooth outer surface sterilization easy to clean of being made by firm resistant material, its outer shape and size should meet shape and the size of inside, eyeball frame cabin 44, to facilitate at eyeball frame cabin 44 internal fixtion and to pick and place, on eyeball pallet 41 centre position, equilibrium is placed with several lower support bars 10 and supports the in-vitro eyeball 8 waiting to test or detect, the Front-end Design globulate of lower support bar 10 and in-vitro eyeball 8 are with a support, the cornea 42 of in-vitro eyeball 8 not only can stably to loosen so that forward direction is fixing with minimum contact area by the eyeball pallet 41 placed under the constraint protecting a release handle 9, internal edge one circle of eyeball pallet 41 is provided with and draws liquid bath 40 and the waste liquid pool 39 be communicated with, liquid-jet device 45 is sprayed at discarded physiological saline that in-vitro eyeball 8 flows down and liquid medicine collecting to together with concentrate discharge, the left and right sides, uncovered cabin wall is equipped with and protects a release handle 9 and retrain motionless by the in-vitro eyeball 8 be placed on eyeball pallet 41, several register pins 12 bottom eyeball frame cabin 44 and the pilot hole 33 on corner platform coordinate to ensure that whole eyeball frame cabin 44 is stable and to be placed on corner platform 38 and freely to rotate thereupon, the eyeball pallet 41 picked and placeed with waste liquid pool 39 and in-vitro eyeball 8 is equipped with in inside, eyeball frame cabin 44, by adjustment lower support bar 10 and both sides, eyeball frame cabin 44 to protect the in-vitro eyeball 8 that a release handle 9 can retrain on eyeball pallet 41 motionless, the liquid-jet device 45 pairs of in-vitro eyeballs 8 being arranged on top, eyeball frame cabin 44 carry out the moistening and quantitative spray medicine of timing to ensure that in-vitro eyeball 8 has the normal physiological context of required drug test.
embodiment:
During use, first the fresh in vitro eyeball 8 of experiment and suitable eyeball pallet 41 is got out, by the discarded physiological saline in the waste liquid pool 39 of eyeball pallet 41 and chemicals liquid discharge clean, normal saline bottle 4 in two of liquid-jet device 45 cover ejecting liquid equipment and medicinal liquid bottle 1 are filled physiological saline and experimental drug liquid respectively, experimentally requiring to choose needs to install the number heightening pedestal 30, the position limiting slide block 46 of fixed pedestal 28 lower surface is matched fixing with the limit sliding chutes 29 heightening pedestal 30 upper surface configured below, the pedestal 30 of heightening choosing differing heights and quantity just in time aims at real slit-lamp with regard to the height determining whole in-vitro eyeball experiment detection bracket system to reach in-vitro eyeball 8, the equipment such as eyeground instrument and ophthalmoscope carry out the requirement tested and detect from each diverse location for in-vitro eyeball 8, several register pins 12 bottom eyeball frame cabin 44 and the pilot hole 33 on corner platform being worked good ensure that whole eyeball frame cabin 44 is stable is placed on corner platform 38, the eyeball pallet 41 of in-vitro eyeball 8 is housed bottom the uncovered cabin in eyeball frame cabin 44, on eyeball pallet 41 centre position, several lower support bars 10 of balanced arrangement support the in-vitro eyeball 8 waiting to test or detect, the Front-end Design globulate of lower support bar 10 and in-vitro eyeball 8 are with a support, the eyeball pallet 41 placed to protect under the constraint of a release handle 9 and not only can stably do not loosened so that forward direction is fixing by the cornea 42 of in-vitro eyeball 8 with minimum contact area on the left and right sides, the uncovered cabin wall in eyeball frame cabin 44, the lower surface being arranged on the reach platform 23 on fixed pedestal 28 is respectively equipped with front limit slide block 35 and reach inner nut 25, being arranged on reach screw rod on fixed pedestal 28 reach in front release handle 31 27 is limited in can only rotating in front axle fixed orifice 24 irremovable through reach inner nut 25, when rotating reach release handle 31 and driving reach screw rod 27 driving reach inner nut 25, whole reach platform 23 just can be driven to move in parallel before and after the direction that reach chute 34 retrains is on fixed pedestal 28, experimentally with the requirement of experimenter, determine the movable position of reach platform 23, the reach chute 34 be provided with fixed pedestal 28 top respectively with front limit slide block 35 and reach inner nut 25 and the nut chute 26 that moves forward match and locate, being arranged on traversing screw rod 21 on the traversing release handle 22 on the right of reach platform 23 is limited in can only rotating in transverse axis fixed orifice 37 irremovable through traversing inner nut 32, when rotating traversing release handle 22 and driving traversing screw rod 21 to drive traversing inner nut 32, whole traversing platform 36 just can be driven to move in parallel along about the direction that traversing chute 19 retrains, experimentally with the requirement of experimenter, what determine traversing platform 36 moves left and right position, the traversing chute 19 be provided with along left and right directions with the top of reach platform 23 and traversing nut chute 20, the horizontal position limiting slide block 18 be provided with traversing platform 36 lower surface respectively and traversing inner nut 32 coordinate location, the circular groove 13 in the centre position of corner platform 38 lower surface coordinates with the thick axle 11 of dome being positioned at traversing platform 36 upper surface below corner platform 38 to be allowed corner platform 38 freely rotate or locks, arbitrarily corner platform 38 is rotated by the corner release handle 15 of the corner screw rod 14 and outside one that are arranged on corner platform 38 inside, experimentally with the requirement of experimenter, the position by holding out against corner screw rod 14 corner platform 38 being fixed on needs does not loosen, concrete angle position corner platform 38 outer side edges having the corner pointer 17 on corner scale mark 16 and traversing platform 36 clearly indicate corner platform 38 to rotate, upper and lower by above step eyeball frame cabin 44, left and right, four-dimentional space adjusted that is movable and that rotate is determined, in-vitro eyeball 8 also fixes, two driving pumps 2 of timing controlled liquid-jet device 45 just respectively physiological saline can be transported to by respective flexible pipe 3 the infiltration shower nozzle 7 pairs of in-vitro eyeballs 8 being arranged on eyeball frame cabin 44 top right side to carry out timing moistening to ensure that in-vitro eyeball 8 has normal physiological environment in whole detection and experimentation, also can according to detect and the liquid of experiment is transported to the drug study that dosing shower nozzle 43 pairs of in-vitro eyeballs 8 of being arranged on eyeball frame cabin 44 top left side need by the particular/special requirement of experiment at any time, can need facilitate random carry out to test for in-vitro eyeball from each diverse location with equipment such as slit-lamp, eyeground instrument and ophthalmoscopes and detect according to difference in whole detection and experimentation, the left and right sides, the uncovered cabin wall unclamping eyeball frame cabin 44 after experiment terminates protects a release handle 9, eyeball pallet 41 is taken out from eyeball frame cabin 44, discarded physiological saline in the waste liquid pool 39 of eyeball pallet 41 and chemicals liquid discharge is clean, and the in-vitro eyeball 8 after experiment provides next step experiment to use.
Claims (8)
1. the adjustable in-vitro eyeball experiment in four-dimentional space position detects bracket system, it is characterized in that: comprise one and multiple fixed pedestal (28) heightening pedestal (30) can be installed, reach platform (23) is installed in fixed pedestal (28) top, fixed pedestal (28) front is provided with reach release handle (31), the reach platform (23) that reach screw rod (27) in reach release handle (31) is limited in adjustment top in front axle fixed orifice (24) through reach inner nut (25) moves forward and backward, reach platform (23) top is provided with traversing platform (36), there is traversing release handle (22) on reach platform (23) the right, the traversing platform (36) that traversing screw rod (21) on traversing release handle (22) is limited in adjustment top in transverse axis fixed orifice (37) through traversing inner nut (32) moves left and right, corner platform (38) is equipped with in traversing platform (36) top, traversing platform (36) upper surface has the circular groove (13) in the middle of the thick axle of dome (11) and corner platform (38) lower surface to match, corner platform (38) outside has the internal thread hole matched with corner screw rod (14), corner platform (38) is allowed freely to rotate or to lock by the corner release handle (15) being arranged on the inner corner screw rod (14) of corner platform (38) and outside one, corner scale mark (16) in corner platform (38) outer side edges and the corner pointer (17) on traversing platform (36) indicate the concrete angle position that corner platform (38) rotates, eyeball frame cabin (44) is equipped with in corner platform (38) top, the eyeball pallet (41) picked and placeed with waste liquid pool (39) and in-vitro eyeball (8) is equipped with in eyeball frame cabin (44) inside, by adjustment lower support bar (10) and eyeball frame cabin (44) both sides to protect the in-vitro eyeball (8) that a release handle (9) can retrain on eyeball pallet (41) motionless, the liquid-jet device (45) being arranged on eyeball frame cabin (44) top carries out the moistening and quantitative spray medicine of timing to ensure that in-vitro eyeball (8) has the normal physiological context of required drug test to in-vitro eyeball (8).
2. the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position according to claim 1 detects bracket system, it is characterized in that: described eyeball frame cabin (44) is the uncovered cabin made by rigid thin wall's resistant material, uncovered cabin inside surface black is not reflective, the smooth easy cleaning sterilization of surfaces externally and internally, the uncovered of dead ahead, uncovered cabin can conveniently pick and place and fixedly wait to test or detect in-vitro eyeball (8), above uncovered cabin and the left and right sides is installed with liquid-jet device (45) and is used for spraying physiological saline and trial drug at any time to in-vitro eyeball (8), the eyeball pallet (41) that in-vitro eyeball (8) is housed can be picked and placeed at any time bottom uncovered cabin, the left and right sides, uncovered cabin wall is equipped with and protects a release handle (9) in-vitro eyeball (8) be placed on eyeball pallet (41) is retrained motionless, several register pins (12) bottom eyeball frame cabin (44) and the pilot hole (33) on corner platform coordinate to ensure that the stable corner platform (38) that is placed in of whole eyeball frame cabin (44) above also freely rotates thereupon.
3. the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position according to claim 1 detects bracket system, it is characterized in that: described eyeball pallet (41) is the disc shaped container of the smooth outer surface sterilization easy to clean of being made by firm resistant material, its outer shape and size should meet the inner shape in eyeball frame cabin (44) and size, to facilitate at eyeball frame cabin (44) internal fixtion and to pick and place, on eyeball pallet (41) centre position, equilibrium is placed with several lower support bars (10) and supports the in-vitro eyeball (8) waiting to test or detect, the Front-end Design globulate of lower support bar (10) and in-vitro eyeball (8) are with a support, the cornea (42) of in-vitro eyeball (8) not only can stably to loosen so that forward direction is fixing with minimum contact area by the eyeball pallet (41) placed under the constraint protecting a release handle (9), internal edge one circle of eyeball pallet (41) is provided with and draws liquid bath (40) and the waste liquid pool be communicated with (39), liquid-jet device (45) is sprayed at discarded physiological saline that in-vitro eyeball (8) flows down and liquid medicine collecting to together with concentrate discharge.
4. the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position according to claim 1 detects bracket system, it is characterized in that: described liquid-jet device (45) is made up of the approximately uniform ejecting liquid equipment of two covers, two fixing poles (6) are arranged on two side wall upper part in eyeball frame cabin (44) respectively, fixing pole (6) top, right side is provided with the bottle stand (5) holding normal saline bottle (4), the bottle stand (5) holding medicinal liquid bottle (1) is laid in fixing pole (6) top, left side, physiological saline is transported to the infiltration shower nozzle (7) being arranged on eyeball frame cabin (44) top right side by two driving pumps (2) respectively, and to carry out timing to in-vitro eyeball (8) moistening to ensure that in-vitro eyeball (8) has normal physiological environment by respective flexible pipe (3), the liquid of experiment is transported to the drug study that the dosing shower nozzle (43) that is arranged on eyeball frame cabin (44) top left side needs in-vitro eyeball (8).
5. the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position according to claim 1 detects bracket system, it is characterized in that: described corner platform (38) is the mechanical hook-up free to rotate made by hard and resistant material, the upper surface of corner platform (38) is smooth, several register pins (12) being evenly distributed with several pilot holes (33) and bottom, eyeball frame cabin (44) coordinate to ensure that whole eyeball frame cabin (44) stablizing is placed on corner platform (38), the centre position of corner platform (38) lower surface is provided with a circular groove (13), the diameter of circular groove (13) and the degree of depth coordinate with the thick axle of dome (11) being positioned at corner platform (38) below traversing platform (36) upper surface allows corner platform (38) freely rotate, corner platform (38) outer side edges has the internal thread hole matched with corner screw rod (14) and penetrates into circular groove (13) inside, arbitrarily corner platform (38) is rotated by the corner release handle (15) being arranged on the inner corner screw rod (14) of corner platform (38) and outside one, corner platform (38) is fixed in current location do not loosen by holding out against corner screw rod (14), concrete angle position corner platform (38) outer side edges having the corner pointer (17) on corner scale mark (16) and traversing platform (36) clearly indicate corner platform (38) to rotate.
6. the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position according to claim 1 detects bracket system, it is characterized in that: described traversing platform (36) be by hard and resistant material make can the mechanical hook-up of free transverse shifting, the smooth rounding of upper surface of traversing platform (36), protrude at the center of upper surface and be provided with a thick axle of dome (11), the diameter of the thick axle of dome (11) and the degree of depth match with the middle circular groove (13) be provided with of corner platform (38) lower surface being positioned at traversing platform (36) top and allow corner platform (38) freely rotate, traversing platform (36) the side corner scale mark (16) be provided with in corner pointer (17) and corner platform (38) outer side edges indicate that corner platform (38) rotates concrete angle position, traversing platform (36) is arranged on reach platform (23) top, the lower surface of traversing platform (36) is respectively equipped with horizontal position limiting slide block (18) and traversing inner nut (32), horizontal position limiting slide block (18) and traversing inner nut (32) respectively be positioned at traversing chute (19) that platform (23) top that moves forward is provided with and traversing nut chute (20) and match and locate, being arranged on traversing screw rod (21) on the traversing release handle (22) on reach platform (23) the right is limited in can only rotating in transverse axis fixed orifice (37) irremovable through traversing inner nut (32), when rotating traversing release handle (22) and driving traversing screw rod (21) to drive traversing inner nut (32), whole traversing platform (36) just can be driven to move in parallel along about the direction that traversing chute (19) retrains.
7. the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position according to claim 1 detects bracket system, it is characterized in that: described reach platform (23) be by hard and resistant material make can the mechanical hook-up of free fore-and-aft direction movement, the upper surface of reach platform (23) is smooth, traversing chute (19) and traversing nut chute (20) is provided with along left and right directions in the top of reach platform (23), the horizontal position limiting slide block (18) be provided with traversing platform (36) lower surface respectively and traversing inner nut (32) coordinate location, the right of reach platform (23) is provided with traversing release handle (22), the traversing platform (36) that traversing screw rod (21) on traversing release handle (22) is limited in adjustment top in transverse axis fixed orifice (37) through traversing inner nut (32) moves left and right, reach platform (23) is arranged on fixed pedestal (28), the lower surface of reach platform (23) is respectively equipped with front limit slide block (35) and reach inner nut (25), the reach chute (34) that front limit slide block (35) and reach inner nut (25) are provided with fixed pedestal (28) top respectively and the nut chute (26) that moves forward match and locate, being arranged on reach screw rod (27) in fixed pedestal (28) reach in front release handle (31) is limited in can only rotating in front axle fixed orifice (24) irremovable through reach inner nut (25), when rotating reach release handle (31) and driving reach screw rod (27) driving reach inner nut (25), whole reach platform (23) just can be driven to move in parallel before and after fixed pedestal (28) is upper along the direction that reach chute (34) retrains.
8. the adjustable in-vitro eyeball experiment in a kind of four-dimentional space position according to claim 1 detects bracket system, it is characterized in that: described fixed pedestal (28) combination in any can be adjusted differing heights and control the stabilizing mechanical device of shift position by hard and that resistant material is made smooth outer surface, reach platform (23) is installed in the top of fixed pedestal (28), the upper surface of fixed pedestal (28) is smooth, and be provided with reach chute (34) and reach nut chute (26) along fore-and-aft direction, the front limit slide block (35) be provided with reach platform (23) lower surface respectively and reach inner nut (25) coordinate location, the front of fixed pedestal (28) is provided with reach release handle (23), the reach platform (23) that reach screw rod (27) in reach release handle (23) is limited in adjustment top in front axle fixed orifice (24) through reach inner nut (25) moves forward and backward, fixed pedestal (28) can configure several below as requested and heighten pedestal (30), the lower surface of fixed pedestal (28) is provided with position limiting slide block (46) and matches fixing with the limit sliding chutes (29) heightening pedestal (30) upper surface configured below, and the pedestal (30) of heightening choosing differing heights and quantity detects the height of bracket system to the requirement reaching in-vitro eyeball (8) experiment and detect with regard to determining the experiment of whole in-vitro eyeball.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510116109.6A CN104678089B (en) | 2015-03-17 | 2015-03-17 | A kind of space-time position is adjustable, and in-vitro eyeball experiment detects bracket system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510116109.6A CN104678089B (en) | 2015-03-17 | 2015-03-17 | A kind of space-time position is adjustable, and in-vitro eyeball experiment detects bracket system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104678089A true CN104678089A (en) | 2015-06-03 |
| CN104678089B CN104678089B (en) | 2016-06-29 |
Family
ID=53313434
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510116109.6A Active CN104678089B (en) | 2015-03-17 | 2015-03-17 | A kind of space-time position is adjustable, and in-vitro eyeball experiment detects bracket system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104678089B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109191881A (en) * | 2018-11-15 | 2019-01-11 | 肖彩霞 | A kind of traffic lights |
| CN114128705A (en) * | 2021-11-05 | 2022-03-04 | 中山大学中山眼科中心 | Perfusate for preserving and perfusing isolated eyeball and using device thereof |
Citations (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1044588A (en) * | 1989-01-30 | 1990-08-15 | 眼外科治疗科学技术综合联合部 | Apparatus for fixing donor eyeball |
| JPH07109201A (en) * | 1993-08-20 | 1995-04-25 | Menicon Co Ltd | Eyeball holding apparatus |
| KR100279144B1 (en) * | 1998-09-04 | 2002-06-20 | 김재덕 | Ocular Locking Device of Ophthalmic Equipment |
| US20040267294A1 (en) * | 2003-06-27 | 2004-12-30 | Will Brian R. | Eye fixation apparatus |
| CA2572433A1 (en) * | 2004-06-30 | 2006-01-12 | Fiberstars Incorporated | Adjustable-aim light pipe fixture |
| CN202232702U (en) * | 2011-08-05 | 2012-05-30 | 广东省疾病预防控制中心 | Device simulating environment inside in-vitro eyeball |
| CN202568734U (en) * | 2012-05-06 | 2012-12-05 | 中国人民解放军南京军区南京总医院 | Isolated eyeball fixer |
| CN202668618U (en) * | 2012-06-18 | 2013-01-16 | 德美玩具眼珠制品厂有限公司 | Cutting device |
| CN103310681A (en) * | 2013-07-01 | 2013-09-18 | 中国人民解放军总医院 | In-vitro eyeball fixator |
| CN203436422U (en) * | 2013-09-03 | 2014-02-19 | 天津开发区合普工贸有限公司 | Electric quick animal cornea cutting device |
| CN204422531U (en) * | 2015-03-17 | 2015-06-24 | 天津开发区合普工贸有限公司 | A kind of four-dimentional space position is adjustable, and in-vitro eyeball experiment detects bracket system |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SU1503801A1 (en) * | 1986-04-07 | 1989-08-30 | Свердловский государственный медицинский институт | Trainer for teaching on isolated eyeball |
-
2015
- 2015-03-17 CN CN201510116109.6A patent/CN104678089B/en active Active
Patent Citations (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1044588A (en) * | 1989-01-30 | 1990-08-15 | 眼外科治疗科学技术综合联合部 | Apparatus for fixing donor eyeball |
| JPH07109201A (en) * | 1993-08-20 | 1995-04-25 | Menicon Co Ltd | Eyeball holding apparatus |
| KR100279144B1 (en) * | 1998-09-04 | 2002-06-20 | 김재덕 | Ocular Locking Device of Ophthalmic Equipment |
| US20040267294A1 (en) * | 2003-06-27 | 2004-12-30 | Will Brian R. | Eye fixation apparatus |
| CA2572433A1 (en) * | 2004-06-30 | 2006-01-12 | Fiberstars Incorporated | Adjustable-aim light pipe fixture |
| CN202232702U (en) * | 2011-08-05 | 2012-05-30 | 广东省疾病预防控制中心 | Device simulating environment inside in-vitro eyeball |
| CN202568734U (en) * | 2012-05-06 | 2012-12-05 | 中国人民解放军南京军区南京总医院 | Isolated eyeball fixer |
| CN202668618U (en) * | 2012-06-18 | 2013-01-16 | 德美玩具眼珠制品厂有限公司 | Cutting device |
| CN103310681A (en) * | 2013-07-01 | 2013-09-18 | 中国人民解放军总医院 | In-vitro eyeball fixator |
| CN203436422U (en) * | 2013-09-03 | 2014-02-19 | 天津开发区合普工贸有限公司 | Electric quick animal cornea cutting device |
| CN204422531U (en) * | 2015-03-17 | 2015-06-24 | 天津开发区合普工贸有限公司 | A kind of four-dimentional space position is adjustable, and in-vitro eyeball experiment detects bracket system |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109191881A (en) * | 2018-11-15 | 2019-01-11 | 肖彩霞 | A kind of traffic lights |
| CN114128705A (en) * | 2021-11-05 | 2022-03-04 | 中山大学中山眼科中心 | Perfusate for preserving and perfusing isolated eyeball and using device thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104678089B (en) | 2016-06-29 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US11596130B2 (en) | Egg inspection device | |
| ES2833119T3 (en) | Bird support apparatus and associated procedure | |
| CN205483729U (en) | Drug residue extraction element in fish tissue | |
| US5639974A (en) | Dissolution test apparatus | |
| CN104983483B (en) | Multi-functional rodent holder and using method | |
| CN108404161A (en) | A kind of medical ward movable thimerosal spray appliance | |
| CN109171904B (en) | Special cardiovascular interventional therapy device for medical science | |
| CN104678089A (en) | Four-dimensional spatial position-adjustable experimental in-vitro eyeball detection bracket device | |
| CN211022983U (en) | Medical ultrasonic puncture frame | |
| US20160089292A1 (en) | Device for supporting a patient to allow performance of a breast exam | |
| CN204422531U (en) | A kind of four-dimentional space position is adjustable, and in-vitro eyeball experiment detects bracket system | |
| CN106214417A (en) | A kind of urinary system calculus bed of many positions | |
| CN213216890U (en) | Multi-purpose formula ophthalmology inspection device of ophthalmology | |
| CN210991404U (en) | Novel sufficient dressing change of diabetes device | |
| CN209203610U (en) | The fixed device of experimental animal continuous drip drug | |
| CN206687713U (en) | A kind of diabetes detect therapeutic equipment | |
| CN209404739U (en) | Eye examination lifting device | |
| CN208837909U (en) | Perimetry instrument | |
| CN207627299U (en) | Hand slit lamp microscope that is a kind of while observing anterior ocular segment and eyeground | |
| CN208770045U (en) | Animal experiment device | |
| CN208511605U (en) | A kind of pediatric arm wound treatment device | |
| CN206372288U (en) | One kind takes out medicine propeller | |
| CN210962312U (en) | Medical rack for interventional diagnosis and treatment department | |
| CN204337043U (en) | Neurosurgery diagnosis and treatment instrument | |
| CN210114569U (en) | Separation eyeball fixing device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP02 | Change in the address of a patent holder |
Address after: 300000 building 304, No. 39, Huanghai Third Street, Tianjin Economic and Technological Development Zone, Binhai New Area, Tianjin Patentee after: TIANJIN HOPE INDUSTRY & TRADE Co.,Ltd. Patentee after: CENTRE FOR DISEASE CONTROL AND PREVENTION OF GUANGDONG PROVINCE Address before: 300020 No. 9, Xinjiang Road, Heping District, Tianjin Patentee before: TIANJIN HOPE INDUSTRY & TRADE Co.,Ltd. Patentee before: CENTRE FOR DISEASE CONTROL AND PREVENTION OF GUANGDONG PROVINCE |
|
| CP02 | Change in the address of a patent holder |