Full-automatic intelligent sample weighing instrument and use method thereof
A sample weighing instrument and fully automatic technology, applied in the direction of instruments, weighing, and weighing equipment for materials with special properties/forms, etc., can solve problems such as high labor intensity, cross-contamination of samples, difficulty in continuous production, etc.
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Embodiment 1
[0057] The full-automatic intelligent sample weighing instrument comprises a sampling section for grabbing a storage tank 103 filled with a sample and dropping the storage tank 103 into a vibrating sample section; Vibrating the sample storage tank 103 to realize the vibrating sample section of sample delivery; the sample weighing section located below the vibration sample section and carrying out real-time weighing to the sample vibrated out of the sample storage tank 103; and respectively connected with the sampling section, the The sample vibrating part is connected to the control part of the sample weighing part.
[0058] The sampling part includes a first robot body 101 , a first robot gripper 102 , a sample storage tank 103 , a storage tank storage plate 104 , and a storage tank storage hole 105 . The sample storage tank 103 includes a tank body 1031, a tank body limit sleeve and an outer eaves 1032, a sample outlet hole 1033, a blocking plate moving and releasing limit g...
Embodiment 2
[0092] How to use the fully automatic intelligent weighing instrument, the specific steps are as follows:
[0093] 1. Turn on the commercial power of the instrument, turn on the computer, and the screen displays the working interface: reset→sampling→vibrate and weigh samples→collect samples→reset.
[0094] 2. Click "Reset", the instrument enters the "Reset" self-test procedure.
[0095] At this time, the first robot body 101 and the first robot gripper 102 are in the original position; the electric lifting platform 202 is in the original position near the bottom of the support column 201; the vibrator 208 is in the closed state; the electric clamping mechanism 209 is in the loose state; The electric fork hand 210 is in the original position away from the storage tank cover hole 207; the stepper motor 211 is in the standby working state; the electronic balance 301 is in the standby working state; the second robot body 401 and the second robot gripper 402 are in the in situ.
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