CN212112860U - Biological experiment platform integrating microscope management and use and digital sensor acquisition and use - Google Patents

Abstract

The utility model relates to the technical field of biological digital laboratory equipment in schools, in particular to a biological experiment platform integrating microscope management and use and digital sensor acquisition and use, which saves the experiment space and the experiment time for teachers to prepare, is convenient for managing the experiment equipment and improves the safety and the practicability; including central authorities operating system, elevating gear, the laboratory bench mesa, the laboratory bench frame, four groups laboratory bench lower margin, central display screen shell and integral type mouse keyboard, the top of laboratory bench frame is provided with the laboratory bench mesa, the inside of laboratory bench frame is provided with the cavity, both ends all are provided with the medium plate about the laboratory bench frame, the bottom of laboratory bench frame is provided with the laboratory bench bottom plate, four groups of laboratory bench feet are the symmetry respectively and install the bottom at the laboratory bench frame, the top of laboratory bench mesa is provided with the opening that link up the laboratory bench frame cavity.

Description

Biological experiment platform integrating microscope management and use and digital sensor acquisition and use

Technical Field

The utility model relates to a technical field that the biological digital laboratory of school was equipped especially relates to a collection microscope management and use and digital sensor gather and use in biological experiment platform of an organic whole.

Background

Biological experiments are an important part of course contents, and in the current background, with the popularization of digital microscopes, more and more schools are equipped with digital microscope laboratories, because computers are also needed, and two kinds of equipment can be placed in the same laboratory while a digital sensor is provided, so that the aim of reasonably utilizing the laboratory room is fulfilled. At present, a biological digital microscope laboratory is constructed by additionally arranging a computer, a digital microscope, a sensor and the like on the basis of the traditional biological laboratory, and one of the problems of the laboratory is as follows: the limited experiment table is occupied by a plurality of digital terminals, such as a computer, a mouse keyboard, a digital microscope, a collector, a sensor and the like, and the equipment seriously occupies the experiment space in the process of carrying out the digital experiment, so that the digital experiment is not easy to develop; the second problem is that: the desktop wires are disordered and conflict with biological experiments needing water, and potential safety hazards are high; the third problem is that: the teacher needs to be in a long time for preparing the experiment, and if the digital microscope moves to the experiment table from the preparation room, the digital microscope needs to be powered on, connected with a computer and the like; the fourth problem is: important equipment management such as a digital microscope and a digital collector with a screen needs to be charged regularly.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a save experimental space and teacher and prepare the experimental time, be convenient for manage experimental facilities, the collection microscope management that improves security and practicality is managed and is used and digital sensor gathers and use in the biological experiment platform of an organic whole.

The utility model relates to a biological experiment platform integrating microscope management and use and digital sensor acquisition and use, which comprises a central lifting system, a lifting device, a laboratory table top, a laboratory table frame, four groups of laboratory table feet, a central display screen shell and an integrated mouse keyboard, wherein the top end of the laboratory table frame is provided with the laboratory table top, the interior of the laboratory table frame is provided with a cavity, the left and right ends of the laboratory table frame are respectively provided with a middle plate, the bottom end of the laboratory table frame is provided with a laboratory table bottom plate, the four groups of laboratory table feet are respectively and symmetrically arranged at the bottom end of the laboratory table frame, the top end of the laboratory table top is provided with an opening which penetrates through the cavity of the laboratory table frame, the two groups of lifting devices are symmetrically arranged in the cavity of the laboratory table frame, the central lifting system is arranged between the two groups of, the bottom end of the central lifting system is provided with a mounting plate, the mounting plate is level with the table top of the experiment table after the central lifting system is completely lifted, the top end of the central lifting system is level with the table top of the experiment table after the central lifting system is completely sunk, the middle part of the central lifting system is provided with a central display screen shell, a central processor is arranged in the central display screen shell, the central display screen shell is provided with a central display screen, a 220V alternating current terminal, an audio output interface, an audio input interface, a central processor power-on and power-off key, a central display screen power-on and power-off key, a 220V alternating current power supply switch and a plurality of groups of USB interfaces, the central display screen, the 220V alternating current terminal, the audio output interface, the audio input interface, the central processor power-on and power-off key, the central display screen power-on and power-off key, the 220V, integral type mouse keyboard fixed mounting all is provided with the digital microscope storage bin that is used for placing the digital microscope on central lifting system, the left part and the right part of central lifting system bottom mounting panel.

The utility model discloses a collect microscope management and use and digital sensor gather and use in biological experiment platform as an organic whole, still include two sets of table fill of moulding plastics, two sets of equal pull of table fill of moulding plastics are installed on the laboratory bench frame.

Compared with the prior art, the beneficial effects of the utility model are that: when the central lifting system is needed, synchronously starting the two groups of lifting devices to enable the mounting plate at the bottom end of the central lifting system to be lifted to be level with the top end of the table top of the experiment table, then starting the central processing unit, starting the central display screen to be bright, placing an external digital microscope in the digital microscope storage bin, connecting the external digital microscope with the central processing unit through a USB interface, starting special software of the central processing unit microscope, acquiring images by using the digital microscope, transmitting the image data to the central processing unit, generating an experiment table on the central display screen through analysis and processing of the central processing unit, synchronously starting the two groups of lifting devices when the central lifting system is not needed, enabling the central lifting system to be driven by the two groups of lifting devices to descend into the cavity of the experiment table frame, and enabling the top end of the central lifting system to be level with the top end of the table top of the experiment table, at this moment, the experiment table is free of any other equipment on the table board, the experiment table can perform non-microscope type experiments and is not influenced, the experiment space is saved by the equipment, the development of digital experiments is facilitated, the situation that desktop electric wires conflict with biological experiments requiring water is reduced, the safety is improved, the experiment time for teachers to prepare is saved, the management of important experiment equipment is facilitated, and the practicability is improved.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

in the drawings, the reference numbers: 1. a central lifting system; 2. a lift system motor; 3. a bench surface of the experiment table; 4. a laboratory bench frame; 5. a middle plate; 6. a laboratory bench base plate; 7. a test bed foot margin; 8. injection molding the table hopper; 9. a digital microscope storage bin; 10. a central display screen housing; 11. a central display screen; 12. a 220V AC terminal; 13. an audio output interface; 14. an audio input interface; 15. a central processing unit power-on and power-off key; 16. a central display screen power-on and power-off key; 17. a 220V alternating current power supply switch; 18. an 8-bit USB interface; 19 integral mouse and keyboard.

Detailed Description

The following detailed description of the embodiments of the present invention is provided with reference to the accompanying drawings and examples. The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.

As shown in figure 1, the utility model relates to a biological experiment platform integrating microscope management and use and digital sensor acquisition and use, which comprises a central lifting system 1, a lifting device 2, a laboratory table top 3, a laboratory table frame 4, four groups of laboratory table feet 7, a central display screen shell 10 and an integrated mouse keyboard 19, wherein the laboratory table top 3 is arranged at the top end of the laboratory table frame 4, a cavity is arranged inside the laboratory table frame 4, middle plates 5 are respectively arranged at the left end and the right end of the laboratory table frame 4, a laboratory table bottom plate 6 is arranged at the bottom end of the laboratory table frame 4, the four groups of laboratory table feet 7 are respectively and symmetrically arranged at the bottom end of the laboratory table frame 4, an opening penetrating through the cavity of the laboratory table frame 4 is arranged at the top end of the laboratory table top 3, two groups of lifting devices 2 are symmetrically arranged inside the laboratory table frame 4 cavity, the central lifting system 1 is, the central lifting system 1 can ascend or descend along with the lifting device 2, the bottom end of the central lifting system 1 is provided with a mounting plate, the mounting plate is flush with the table board 3 of the experiment table after the central lifting system 1 is completely lifted, the top end of the central lifting system 1 is flush with the table board 3 of the experiment table after the central lifting system 1 is completely sunk, the middle part of the central lifting system 1 is provided with a central display screen shell 10, a central processor is arranged in the central display screen shell 10, the central display screen shell 10 is provided with a central display screen 11, a 220V alternating current terminal 12, an audio output interface 13, an audio input interface 14, a central processor power-on and power-off key 15, a central display screen power-on and power-off key 16, a 220V alternating current power supply switch 17 and a plurality of groups of USB interfaces 18, the central display screen 11, the 220V alternating current terminal 12, the audio output interface 13, the audio input, A central display screen power-on and power-off key 16, a 220V alternating current power supply switch 17 and a plurality of groups of USB interfaces 18 are all electrically connected with a central processor inside a central display screen shell 10, an integrated mouse keyboard 19 is fixedly installed on the central lifting system 1, and a digital microscope storage bin 9 for placing a digital microscope is arranged on the left part and the right part of an installation plate at the bottom end of the central lifting system 1; when the central lifting system 1 is needed, synchronously starting the two groups of lifting devices 2 to enable the mounting plate at the bottom end of the central lifting system 1 to be lifted to be level with the top end of the table surface 3 of the experiment table, then starting the central processing unit, starting the central display screen 11 to be bright, placing an external digital microscope in the digital microscope storage bin 9, connecting the external digital microscope with the central processing unit through the USB interface 18, starting the special software of the central processing unit microscope, acquiring images by using the digital microscope, transmitting the image data to the central processing unit, generating an experiment table on the central display screen 11 through the analysis processing of the central processing unit, synchronously starting the two groups of lifting devices 2 when the central lifting system 1 is not needed, enabling the central lifting system 1 to be driven by the two groups of lifting devices 2 to descend to the inside of the cavity of the experiment table frame 4, make central authorities operating system 1's top and laboratory bench mesa 3's top keep level, do not have any other equipment on the laboratory bench mesa 3 this moment, the laboratory bench can carry out non-microscope class experiment and do not receive any influence, experimental space is saved to this equipment, the development of the digital experiment of being convenient for, it is in disorder to reduce the desktop electric wire, takes place with the biological experiment conflicted's that needs water the condition, improves the security, saves teacher simultaneously and prepares the experimentation time, the important experimental facilities of the management of being convenient for, the improvement practicality.

The utility model relates to a biological experiment platform integrating microscope management and use and digital sensor acquisition and use, which also comprises two groups of injection molding table hoppers 8, wherein the two groups of injection molding table hoppers 8 can be installed on the experiment table frame 4 in a pulling way; through installing the table of moulding plastics 8 buckets and be convenient for accomodate apparatus equipment, improve the practicality.

The utility model relates to a biological experiment platform integrating microscope management and use and digital sensor acquisition and use, when in work, firstly, when a central lifting system 1 is needed to be used, two groups of lifting devices 2 are synchronously started to enable a mounting plate at the bottom end of the central lifting system 1 to ascend to be level with the top end of an experiment table top 3, then a central processing unit is started, the central processing unit starts a central display screen 11 to be bright, an external digital microscope is placed in a digital microscope storage bin 9 and is connected with the central processing unit through a USB interface 18, and special software for the central processing unit microscope is started to acquire images by using the digital microscope and transmit the image data to the central processing unit, and after the analysis and the processing of the central processing unit, an experiment table is generated on the central display screen 11, when the central lifting system 1 is not needed to be used, the two sets of lifting devices 2 are synchronously started, the central lifting system 1 is driven by the two sets of lifting devices 2 to descend to the inside of the cavity of the experiment table frame 4, the top end of the central lifting system 1 is level with the top end of the experiment table top 3, no other equipment is arranged on the experiment table top 3, and the experiment table can perform non-microscope experiments and is not influenced.

The utility model discloses a collect microscope management and use and digital sensor gather and use in biological assay platform as an organic whole, its mounting means, connected mode or set up the mode and be common mechanical type, as long as can reach all can implement of its beneficial effect.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.

Claims (2)

1. A biological experiment platform integrating microscope management and use and digital sensor acquisition and use is characterized by comprising a central lifting system (1), a lifting device (2), an experiment table top (3), an experiment table frame (4), four groups of experiment table feet (7), a central display screen shell (10) and an integrated mouse keyboard (19), wherein the experiment table top (3) is arranged at the top end of the experiment table frame (4), a cavity is arranged inside the experiment table frame (4), middle plates (5) are respectively arranged at the left end and the right end of the experiment table frame (4), an experiment table bottom plate (6) is arranged at the bottom end of the experiment table frame (4), the four groups of experiment table feet (7) are respectively and symmetrically arranged at the bottom end of the experiment table frame (4), an opening penetrating through the cavity of the experiment table frame (4) is arranged at the top end of the experiment table top (3), two sets of elevating gear (2) symmetry are installed at the inside central authorities operating system (1) of laboratory bench frame (4) cavity and are installed between two sets of elevating gear (2), central authorities operating system (1) can rise or descend along with elevating gear (2), the bottom of central authorities operating system (1) is provided with the mounting panel, central authorities operating system (1) lifts up the back mounting panel and keeps level with laboratory bench mesa (3) completely, the top of central authorities operating system (1) keeps level with laboratory bench mesa (3) after central authorities operating system (1) sinks completely, the mid-mounting of central authorities operating system (1) has central display screen shell (10), the internally mounted of central display screen shell (10) has central processing unit, be provided with central display screen (11) on central display screen shell (10), 220V ac terminal (12), audio output interface (13), audio input interface (14), The central processing unit power-on and power-off key (15), the central display screen power-on and power-off key (16), the 220V alternating current power supply switch (17) and a plurality of groups of USB interfaces (18), the central display screen (11), the 220V alternating current terminal (12), the audio output interface (13), the audio input interface (14), the central processing unit power-on and power-off key (15), the central display screen power-on and power-off key (16), the 220V alternating current power supply switch (17) and the plurality of groups of USB interfaces (18) are all electrically connected with a central processing unit inside the central display screen shell (10), the integrated mouse keyboard (19) is fixedly installed on the central lifting system (1), and the left part and the right part of the mounting plate at the bottom end of the central lifting system (1) are both provided with a digital microscope storage bin.

2. The biological experiment platform integrating microscope management and use and digital sensor acquisition and use as claimed in claim 1, further comprising two sets of injection molding table hoppers (8), wherein the two sets of injection molding table hoppers (8) are both installed on the experiment table frame (4) in a drawing manner.

Images