CN214178621U - Automatic change water maze platform - Google Patents
Automatic change water maze platform Download PDFInfo
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- CN214178621U CN214178621U CN202022788252.9U CN202022788252U CN214178621U CN 214178621 U CN214178621 U CN 214178621U CN 202022788252 U CN202022788252 U CN 202022788252U CN 214178621 U CN214178621 U CN 214178621U
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Abstract
The utility model discloses an automatic change water maze platform, first layer, second floor and the third layer that sets gradually including top-down, one side of first layer is equipped with a supporting bench, is equipped with the arm on the supporting bench, is equipped with sliding gear between second floor and the third layer, and a set of support base of bottom installation of third layer is equipped with leak water alarm and control by temperature change panel on the lateral wall of third layer. The utility model discloses can realize the full automatic operation of experimentation through adjusting temperature, accurate seizure experimental animal in the experiment platform by oneself, high-efficient implementation experiment, automatic animal drying process etc. and cooperate experiment platform safety monitoring and alarm system, furthest reduces experimenter's intensity of labour, improves experimental efficiency, ensures the accuracy of experimental result.
Description
Technical Field
The utility model belongs to the experimental apparatus field relates to an automatic change water maze platform.
Background
The water maze experiment is a commonly used animal experiment, and the experimental process is complicated. The existing water maze experimental device needs to consume a large amount of manpower and material resources when animals are taken and placed, and experimental errors caused by nonstandard operation of experimenters are very easy to induce. In addition, the existing device has the problems that the water temperature can be adjusted only by a heating mode, the water is troublesome to change, and the like. In order to reduce the labor intensity of experimenters, improve the experimental efficiency and ensure the accuracy of experimental results, a full-automatic water maze platform is needed.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing an automatic change water maze platform has solved current device and can't carry out automatic experiment operation, can't adjust the temperature by oneself, trade the trouble problem of water.
The utility model adopts the technical proposal that: the utility model provides an automatic change water maze platform, includes first layer, second floor and the third layer that top-down set gradually, and one side of first layer is equipped with a supporting bench, be equipped with the arm on the supporting bench, be equipped with rotary device between first layer and the second floor, a set of support base of bottom installation of third layer, be equipped with leak water alarm and control by temperature change panel first layer on the lateral wall of third layer including ventilative cylinder head, ventilative cylinder head is the loop configuration, and the part that ventilative cylinder head is close to a supporting bench is equipped with fan-shaped breach.
The technical proposal adopted by the utility model is also characterized in that,
the second floor is open-top's cylindric structure, and the second floor includes that middle aquatic round platform and overcoat are consecutive apotheca and fan-shaped processing chamber in a plurality of aquatic round platform, and apotheca and fan-shaped processing chamber enclose into the loop configuration jointly, are equipped with infrared electric baking lamp in the processing chamber, and the top level of aquatic round platform is equipped with the bracing piece, is equipped with the camera on the bracing piece, and the bottom of aquatic round platform is equipped with outlet and water level monitor.
The third layer comprises a cold water tank, a cold water discharge chamber, a hot water discharge chamber and a hot water tank which are sequentially connected, the cold water tank, the cold water discharge chamber, the hot water discharge chamber and the hot water tank jointly enclose an annular structure, a laboratory area is arranged in the annular structure, and heat insulation plates are arranged between the cold water tank, the cold water discharge chamber, the hot water discharge chamber and the hot water tank;
a semiconductor refrigeration piece is arranged in the cold water tank and electrically connected with the temperature control panel, a low-temperature circulating water injection port is arranged at the joint of the cold water tank and the cold water discharge chamber, a cold water injection port is also formed in the cold water tank, and a magnetic valve is connected at the cold water injection port;
a water pump a is arranged in the cold water discharge chamber, a water inlet of the water pump a is communicated with the low-temperature circulating water injection port, and a cold water discharge port of the water pump a is arranged in the experimental area;
a plurality of electric heating wires are arranged in the hot water tank, the electric heating wires are electrically connected with the temperature control panel, a high-temperature circulating water injection port is arranged at the joint of the hot water tank and the hot water discharge chamber, a hot water injection port is also arranged in the hot water tank, and a magnetic valve is connected at the hot water injection port;
and a water pump b is arranged in the hot water discharge chamber, a water inlet of the water pump b is communicated with the high-temperature circulating water injection port, a hot water discharge port of the water pump b is arranged in the experimental area, and a temperature detector is arranged in the experimental area.
The arm includes vertical telescopic link, and vertical telescopic link's top rigid coupling horizontal telescopic link, vertical telescopic link and horizontal telescopic link mutually perpendicular, the one end connection that vertical telescopic link was kept away from to horizontal telescopic link catches the net, catches and is equipped with infrared inductor on the net.
The rotating device comprises a sliding gear which is horizontally arranged, the first layer is fixedly connected with the top of the sliding gear, one side of the sliding gear is meshed with a rotary supporting turntable, the rotary supporting turntable is connected with a driving motor, and a rotary switch is arranged on the driving motor.
The first layer, the second layer and the third layer are all cylindrical structures with the same diameter.
The beneficial effects of the utility model are that, through adjusting the temperature in the experiment platform by oneself, accurate seizure experimental animal, high-efficient implementation experiment, automatic animal drying process etc. realize the full automatic operation of experimentation, cooperation experiment platform safety monitoring and alarm system, furthest reduces experimenter's intensity of labour, improves experimental efficiency, the accuracy of guarantee experimental result.
Drawings
FIG. 1 is a schematic side view of an automated water maze platform of the present invention;
FIG. 2 is a schematic diagram of a first layer of the automated water maze platform of the present invention;
FIG. 3 is a schematic view of the mechanical arm structure of an automated water maze platform of the present invention;
FIG. 4 is a schematic diagram of a second layer structure of an automated water maze platform of the present invention;
FIG. 5 is a schematic top view of the rotary device of the automated water maze platform of the present invention;
FIG. 6 is a schematic side view of the rotary device of the automated water maze platform of the present invention;
fig. 7 is a schematic diagram of a third layer structure of the automated water maze platform of the present invention.
In the figure, 1, a mechanical arm, 2, a first layer, 3, a second layer, 4, a third layer, 5, a water leakage alarm, 6, a supporting base, 7, a rotating device, 8, a temperature control panel, 9, a supporting platform, 10, a fan-shaped notch, 11, an air permeable net cover, 12, a processing chamber, 13, an infrared electric baking lamp, 14, a supporting rod, 15, a camera, 16, a water round platform, 17, a water outlet, 18, a water level monitor, 19, a storage chamber, 20, a heat insulation plate, 21, a water pump b, 22, a hot water discharge chamber, 23, a high-temperature circulating water injection port, 24, a hot water tank, 25, a hot water discharge port, 26, a temperature detector, 27, a hot water injection port, 28, an electric heating wire, 29, a water pump a, 30, a cold water discharge chamber, 31, a low-temperature circulating water injection port, 32, a cold water discharge port, 33, a cold water tank, 34, an experimental area, 35, a semiconductor refrigerating sheet, 36 cold water, 37. magnetic valve, 38, longitudinal telescopic rod, 39, transverse telescopic rod, 40, capture net, 41, infrared sensor, 42, sliding gear, 43, rotary supporting turntable, 44, rotary switch and 45, driving motor.
Detailed Description
The present invention will be described in detail with reference to the accompanying drawings and specific embodiments.
As shown in FIG. 1, for the utility model relates to an automatic change side view structure sketch map of water maze platform, including first layer 2, second floor 3 and the third layer 4 that top-down set gradually, first layer 2, second floor 3 and third layer 4 are the cylindric structure that the diameter is the same.
As shown in fig. 2, first layer 2 includes ventilative cylinder cap 11, ventilative cylinder cap 11 is the loop configuration, and ventilative cylinder cap 11 is convenient for the laboratory animal in the storage room to carry out gas exchange, the part that ventilative cylinder cap 11 is close to brace table 9 is equipped with fan-shaped breach 10, and one side of fan-shaped breach 10 is equipped with brace table 9, be equipped with arm 1 on the brace table 9, as shown in fig. 3, arm 1 includes vertical telescopic link 38, the horizontal telescopic link 39 of top rigid coupling of vertical telescopic link 38, vertical telescopic link 38 and horizontal telescopic link 39 mutually perpendicular, the one end connection that horizontal telescopic link 39 keeps away from vertical telescopic link 38 catches net 40, is equipped with infrared inductor 41 on catching net 40, and horizontal telescopic link 39, vertical telescopic link 38, the motion of catching net 40 control arm 1 is fixed a position arm 1 through infrared inductor 41.
As shown in fig. 4, the second layer 3 is a cylindrical structure with an open top, the second layer 3 includes a middle underwater circular truncated cone 16, and a plurality of storage chambers 19 and a fan-shaped processing chamber 12 which are sequentially connected and are externally sleeved on the underwater circular truncated cone 16, the storage chambers 19 can be named as B1-B15 once, the storage chambers B1-B15 are used for storing laboratory animals, the processing chamber 12 is used for processing the animals after the experiment is finished, the storage chambers 19 and the fan-shaped processing chamber 12 together enclose an annular structure, an infrared electric baking lamp 13 is arranged in the processing chamber 12, the animals after the experiment are dried again by the infrared electric baking lamp 13, a support rod 14 is horizontally arranged on the top of the underwater circular truncated cone 16, a camera 15 is arranged on the support rod 14, the support rod 14 is used for supporting the camera 15, when in use, the camera 15 can be connected with a background for recording experimental data, the underwater circular truncated cone 16 is a standing area of the animals during the experiment, the bottom of the underwater round platform 16 is provided with a water outlet 17 and a water level monitor 18, the water outlet 17 is used for draining water after the experiment is finished, the water level monitor 18 monitors the change of the water level in the device, and the water level monitor 18 is connected with the water leakage alarm 5 and used for alarming water leakage of the experiment platform.
As shown in fig. 5 and 6, a rotating device 7 is arranged between the first layer 2 and the second layer 3, the rotating device 7 includes a sliding gear 42 horizontally arranged, the first layer 2 is fixedly connected to the top of the sliding gear 42, one side of the sliding gear 42 is meshed with a rotary supporting turntable 43, the rotary supporting turntable 43 is connected to a driving motor 45, the driving motor 45 is the power of the rotary supporting turntable 43, and a rotary switch 44 is arranged on the driving motor 45.
As shown in fig. 7, a group of supporting bases 6 is installed at the bottom of the third layer 4, a water leakage alarm 5 and a temperature control panel 8 are arranged on the side wall of the third layer 4, the water leakage alarm 5 is electrically connected with the temperature control panel 8, the third layer 4 comprises a cold water tank 33, a cold water discharge chamber 30, a hot water discharge chamber 22 and a hot water tank 24 which are sequentially connected, the cold water tank 33, the cold water discharge chamber 30, the hot water discharge chamber 22 and the hot water tank 24 jointly enclose an annular structure, a laboratory 34 is arranged in the annular structure, the hot water tank 24 is made of heat insulation materials and can maintain the temperature of water in the water tank, and the cold water tank 33 is made of heat insulation materials and can prevent the water in the cold water tank 33 from being heated up due to the high temperature of the high temperature water tank. The insulation panels 20 are disposed between the cold water tank 33, the cold water discharge chamber 30, the hot water discharge chamber 22 and the hot water tank 24.
A semiconductor refrigerating sheet 35 is arranged in the cold water tank 33, the semiconductor refrigerating sheet 35 is electrically connected with the temperature control panel 8, a low-temperature circulating water injection port 31 is arranged at the joint of the cold water tank 33 and the cold water discharge chamber 30, a cold water injection port 36 is further formed in the cold water tank 33, and the cold water injection port 36 is connected with a magnetic valve 37.
The cold water discharge chamber 30 is internally provided with a water pump a29, the water inlet of the water pump a29 is communicated with the low-temperature circulating water filling port 31, and the cold water discharge port 32 of the water pump a29 is arranged in the experimental area 34.
A plurality of heating wires 28 are arranged in the hot water tank 24, the heating wires 28 are electrically connected with the temperature control panel 8, a high-temperature circulating water injection port 23 is arranged at the joint of the hot water tank 24 and the hot water discharge chamber 22, a hot water injection port 27 is also arranged in the hot water tank 24, and a magnetic valve 37 is also connected at the hot water injection port 27.
The hot water discharging chamber 22 is internally provided with a water pump b21, the water inlet of the water pump b21 is communicated with the high-temperature circulating water filling port 23, the hot water discharging port 25 of the water pump b21 is arranged in the experimental area 34, and the experimental area 34 is internally provided with a temperature detector 26.
The water tank is provided with a hot water outlet 25, a high-temperature circulating water filling port 23, a cold water outlet 32 and a low-temperature circulating water filling port 31 which respectively control the water pump a29 and the water pump b21 by using a magnetic valve 37, the magnetic valve 37 is connected with the temperature control panel 8 through a lead, and the temperature control panel 8 regulates and controls the injection of water and the circulation of water in the experiment platform by controlling the switch of the magnetic valve 37. The cold water outlet 32 and the hot water outlet 25 can discharge the water in the water tank in time through the regulation and control of the temperature control panel 8.
The utility model discloses a use does: in use, the first layer 2 is rotated to place the animal in the storage chamber 19 such as B1 corresponding to the sector notch 10 uncovered by the air-permeable net cover 11.
When the temperature control panel 8 is used, the target temperature is set through the temperature control panel 8, the heating wire 28 starts to heat water in the hot water tank 24, the cold water tank 33 can control whether the semiconductor refrigerating sheet 35 is required to refrigerate to reduce the temperature through the set target temperature, the magnetic valve 37 of the hot water tank 24 is opened through the temperature control panel 8, water is injected into the experiment area 34 through the hot water injection port 27, and the temperature is increased. The temperature detector 26 monitors the water temperature, and if the water temperature is higher than the target temperature, the cold water tank 33 opens the magnetic valve 37 under the control of the temperature control panel 8, and cold water is injected into the experimental region 34 through the cold water injection port 36 of the cold water tank 33, thereby performing a temperature adjustment function.
When the experiment device is used, when the water temperature in the experiment area 34 reaches the preset temperature, the mechanical arm 1 can position an animal to be subjected to an experiment through the infrared sensor 41, the rotating device 7 is started through the rotary switch 44, the driving motor 45 drives the rotary supporting rotary disc 43, the rotary supporting rotary disc 43 is meshed with one side of the sliding gear 42 to enable the sliding gear 42 to rotate, the upper portion of the sliding gear 42 is connected with the first layer 2 to enable the part, which is not covered by the breathable net cover 11, of the first layer to rotate to the upper portion of the corresponding storage chamber 19, the transverse telescopic rod 39, the longitudinal telescopic rod 38 and the capturing net 40 are matched with one another to capture the animal in the storage chamber 19 and place the animal in the experiment area, after the experiment is finished, the mechanical arm 1 captures the animal and places the animal in the treatment chamber 12, the infrared electric baking lamp 13 performs drying treatment on the animal, and the experiment of the next animal can be performed by repeating the steps.
When the water level monitoring device is used, the camera 15 can be connected with a background to record experimental data, the water level monitoring instrument 18 monitors the change of the water level in the device, the water leakage alarm 5 gives an alarm when abnormal conditions exist, and water is drained through the water outlet 17 after the experiment is finished.
The utility model relates to an automatic water maze platform, which automatically adjusts the water temperature through a water pump a29, a water pump b21, a temperature detector 26, a hot water tank 24, a cold water tank 33 and a temperature control panel 8; the experimental animal is captured through the transverse telescopic rod 39, the longitudinal telescopic rod 38, the infrared sensor 41 and the capturing net 40, so that full automation of experimental operation is realized; the safety monitoring is carried out by the water level monitor 18 and the water leakage alarm 5. The utility model discloses simple structure is compact, and is multi-functional practical.
Claims (6)
1. An automatic water maze platform is characterized by comprising a first layer (2), a second layer (3) and a third layer (4) which are sequentially arranged from top to bottom, wherein one side of the first layer (2) is provided with a support table (9), the support table (9) is provided with a mechanical arm (1), a rotating device (7) is arranged between the first layer (2) and the second layer (3), the bottom of the third layer (4) is provided with a group of support bases (6), and the side wall of the third layer (4) is provided with a water leakage alarm (5) and a temperature control panel (8);
the first layer (2) comprises a breathable net cover (11), the breathable net cover (11) is of an annular structure, and a fan-shaped notch (10) is formed in the portion, close to the supporting table (9), of the breathable net cover (11).
2. The automatic water maze platform of claim 1 wherein the second layer (3) is a cylindrical structure with an open top, the second layer (3) comprises a middle underwater circular platform (16) and a plurality of storage chambers (19) and fan-shaped processing chambers (12) which are sequentially connected and externally sleeved on the underwater circular platform (16), the storage chambers (19) and the fan-shaped processing chambers (12) jointly enclose an annular structure, an infrared electric baking lamp (13) is arranged in the processing chamber (12), a support rod (14) is horizontally arranged at the top of the underwater circular platform (16), a camera (15) is arranged on the support rod (14), and a water outlet (17) and a water level monitor (18) are arranged at the bottom of the underwater circular platform (16).
3. The automatic water maze platform of claim 1 wherein the third layer (4) comprises a cold water tank (33), a cold water discharge chamber (30), a hot water discharge chamber (22) and a hot water tank (24) which are connected in sequence, the cold water tank (33), the cold water discharge chamber (30), the hot water discharge chamber (22) and the hot water tank (24) together enclose an annular structure, a laboratory area (34) is arranged in the annular structure, and a heat insulation plate (20) is arranged between the cold water tank (33), the cold water discharge chamber (30), the hot water discharge chamber (22) and the hot water tank (24) which are adjacent to each other;
a semiconductor refrigerating sheet (35) is arranged in the cold water tank (33), the semiconductor refrigerating sheet (35) is electrically connected with the temperature control panel (8), a low-temperature circulating water injection port (31) is arranged at the joint of the cold water tank (33) and the cold water discharge chamber (30), a cold water injection port (36) is further formed in the cold water tank (33), and the cold water injection port (36) is connected with a magnetic valve (37);
a water pump a (29) is arranged in the cold water discharge chamber (30), a water inlet of the water pump a (29) is communicated with the low-temperature circulating water injection port (31), and a cold water discharge port (32) of the water pump a (29) is arranged in the experimental area (34);
a plurality of electric heating wires (28) are arranged in the hot water tank (24), the electric heating wires (28) are electrically connected with the temperature control panel (8), a high-temperature circulating water injection port (23) is arranged at the joint of the hot water tank (24) and the hot water discharge chamber (22), a hot water injection port (27) is also arranged in the hot water tank (24), and a magnetic valve (37) is connected at the hot water injection port (27);
a water pump b (21) is arranged in the hot water discharging chamber (22), the water inlet of the water pump b (21) is communicated with the high-temperature circulating water filling port (23), the hot water discharging port (25) of the water pump b (21) is arranged in the experimental area (34), and a temperature detector (26) is arranged in the experimental area (34).
4. The automated water maze platform of claim 1 wherein the robotic arm (1) comprises a longitudinal telescopic rod (38), a transverse telescopic rod (39) is fixedly connected to the top of the longitudinal telescopic rod (38), the longitudinal telescopic rod (38) and the transverse telescopic rod (39) are perpendicular to each other, one end of the transverse telescopic rod (39) away from the longitudinal telescopic rod (38) is connected to a capture net (40), and an infrared sensor (41) is arranged on the capture net (40).
5. The automated water maze platform of claim 1 wherein the rotation device (7) comprises a sliding gear (42) horizontally disposed, the first layer (2) is fixed to the top of the sliding gear (42), one side of the sliding gear (42) is engaged with a rotary support turntable (43), the rotary support turntable (43) is connected to a drive motor (45), and a rotation switch (44) is disposed on the drive motor (45).
6. An automated water maze platform according to claim 1 wherein the first layer (2), the second layer (3) and the third layer (4) are all cylindrical structures with the same diameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022788252.9U CN214178621U (en) | 2020-11-26 | 2020-11-26 | Automatic change water maze platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022788252.9U CN214178621U (en) | 2020-11-26 | 2020-11-26 | Automatic change water maze platform |
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| Publication Number | Publication Date |
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| CN214178621U true CN214178621U (en) | 2021-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202022788252.9U Active CN214178621U (en) | 2020-11-26 | 2020-11-26 | Automatic change water maze platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112655587A (en) * | 2020-11-26 | 2021-04-16 | 西安医学院 | Full-automatic intelligent water maze experimental apparatus |
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2020
- 2020-11-26 CN CN202022788252.9U patent/CN214178621U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112655587A (en) * | 2020-11-26 | 2021-04-16 | 西安医学院 | Full-automatic intelligent water maze experimental apparatus |
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