Integrated mobile intelligent laboratory
A laboratory and experimental technology, applied in the laboratory field, can solve the problems of non-sharing of resource management, high use cost, influence, etc., and achieve the effect of improving user experience.
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Embodiment 1
[0031] Refer to attached figure 1 , the integrated mobile smart laboratory of the present invention includes an integrated experimental box, the lower end of the integrated experimental box is fixedly connected with universal wheels and detachably connected with support columns (not marked), and the universal wheels are set so that the The laboratory can move within a certain range and is flexible to use; the smart laboratory is divided into ultraviolet sterilization area 1, experimental area 2, experimental analysis area 3, reagent storage area 4 and air intake and exhaust area 5 according to different functions; ultraviolet sterilization area 1 is used for authorized personnel to enter for ultraviolet sterilization, experimental area 2 is used for experimental operation, experimental analysis area 3 is used for experimental personnel to analyze, organize, save, input and upload experimental data; reagent storage area 4 is used for management personnel to store reagents .
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Embodiment 2
[0036] Refer to attached Figure 2~3 , the use method of smart laboratory of the present invention comprises the following steps:
[0037] 1) APP laboratory appointment; the user reserves the laboratory on the APP, and the appointment personnel enters the identity information, mobile phone number and specific use time;
[0038] 2) System decentralization authority: if the reservation is successful, the APP system will send the reservation information to the intelligent management terminal 23, and generate the access code of the access control 2, and send it to the mobile phone of the reservation person in the form of a short message;
[0039] 3) The user enters the ultraviolet sterilization area: the user enters the password to open the access control and enters the ultraviolet sterilization area within the scheduled time;
[0040] 4) Ultraviolet sterilization: the user starts the ultraviolet emitter 11 manually, after the ultraviolet emitter 11 stops working, manually operat...
Embodiment 3
[0049] The intelligent laboratory of the present invention can monitor the remaining amount of experimental consumables in real time, so as to realize the timely replenishment of consumables. Figure 4 , the intelligent supply principle of experimental consumables in the smart laboratory of the present invention is as follows: (1) the person who made the reservation enters the demand for reagents and other consumables after the reservation is successful, (2) the APP system sends the demand information to the intelligent management terminal 23, (3 ) After the intelligent management terminal 23 receives the demand information, it reads the remaining amount information of the intelligent reagent cabinet 21 and the intelligent experimental consumables cabinet 22, and compares the demand information with the remaining amount information. (4) If the demand is greater than the remaining amount, the intelligent management terminal 23 Formulate and generate a purchase order, and issue t...
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