Non-contact intelligent packaging liquid detector

Patent Name Non-contact Intelligent Package Liquid Detector Patent Applicant Zhao Zhongmei Principal Applicant Address 110001 Room 262, Block C, Zhongrun International Building, 221 Sanhao Street, Heping District, Shenyang, China Inventor Liu Huanzhong; Zhao Zhongmei Application (Patent) No. 200510077152.2 Date 2005.06.16 Certification date Approval Notice No. 1699968 Auditing announcement date 2005.11.23 Manual CD No. D0547 Main classification number G01N21/31 Classification No. G01N21/31; G01N21/84; G01N35/00 Division Original application No. 2004.9. 14 CN 200410050406.7 Abstract A non-contact intelligent packaging liquid detector applied in the detection technology field of flammable liquids consists of an output amplification part, a CPU part, and a display part, and the output amplification part of the motor M1 is integrated with the output of 1 angle. The IC3 has a 3-angle connection. The 2 corners of the motor Msub1/sub are connected to the 4 corners of the output manifold IC2. The 2 corners of the output manifold IC2 are connected to the 9 corners of the enlarged IC1. The corners of the CPU section IC9 are 30 corners. Connected to the 10 corners of the manifold IC 10, the 39 corners of the manifold IC 9 are connected to the 17 corners of the manifold IC 10, the 38 corners of the manifold IC 9 and the 1 of the manifold IC 10 A 4-corner connection; the 11 corner of the integrated block IC 24 of the display section is connected to the 16 corner of the integrated block IC 28, and the 12 corners of the integrated block IC 24 are connected to the 1 corner and 13 corners of the integrated block IC 28. The device has the advantages of easy process manufacture, simple device structure, high sensitivity, strong stability, and real-time dynamic detection of flammable liquids. Sovereignty item 1, a non-contact intelligent packaging liquid detector, consisting of an output amplification part, a CPU part, and a display part, characterized in that: 1 angle of the motor M1 of the output amplification part is connected to the 3 angles of the output integration block IC2 The two corners of the motor M2 are connected to the four corners of the output IC2. The two corners of the output IC2 are connected to the nine corners of the IC1, and the one corner of the output IC2 is connected to the ten corner of the IC1. Amplification of IC1 has two corners, three corners, and four corners connected to capacitors C1 and C2. Capacitors C1 and C2 are connected to crystal corners U2 and ICs 18 and 19 to enlarge the 18 and 19 corners of IC1. Connect with crystal oscillator U1 and capacitors C3 and C4 and capacitor C6, and connect the 31 and 40 corners of the integrated IC1 to the DC power supply VCC and the 31 and 40 corners of the amplifier IC3 to amplify the 20-angle and resistance of the IC1. R3 connection, amplifies the 1 corner of IC3 and the resistance R1 and the 31 and 40 corners of IC3, and connects the 3 corners and 4 corners of IC3 to connect with diode D1, and outputs 1 part of motor M2 in the amplifier part. Connected to the 3-way corner of the output manifold IC4, 2 corners of the motor M2 and 4 of the output manifold IC4 Corner connection, output corners of IC4 are connected to corners of enlargement IC3, and corners of output IC4 are connected to corners of IC3, and corners of IC5 are connected to diode D1. Two corners of IC5 are connected to three corners. One corner of IC5 is connected to one corner of IC6. The seven corners of IC5 are connected to two corners of IC6. The fourteen corners of IC5 and IC3 are enlarged. The 31-angle and 40-angle connections are made. The corners of IC6 are connected to diode D1. The corners of IC7 are connected to resistor R2, capacitor C5 and resistor R3. The two corners of IC7 are combined with capacitor C6, capacitor C6 and integrated. Block 1 of the IC8 is connected at corner 1. The corner of the IC7 is connected to the corner of the IC8 and the DC power supply VCC. The corner of the CPU part IC9 is connected to the 10 corner of the IC10 and the corner of the IC9 is 39. Connected to the corner of the integrated IC 10, the corner of the IC 10 is connected to the 14 corners of the IC 10, the 37 corners of the IC 9 are connected to the 15 corners of the IC 10, and the 36 corners of the IC 9 and the IC 10 are integrated. 8-corner connection, 35-angles of integrated IC9 are connected to 18-angles of IC10, and 34-angles of IC9 are connected to 19-pin of IC10. The 33 corners of IC9 are connected to the 20 corners of IC10. The 32 corners of IC9 are connected to the 21 corners of IC10. The 16 corners of IC9 are connected to the 2 corners of IC18 and the IC9 is integrated. The 17 corners are connected to the 8 corners of the IC18. The 21 corners of the IC9 are connected to the 6 and 9 corners of the IC18. The 13 corners of the IC9 are connected to the 2 corners of the IC19. The 40 corners of the IC9 are integrated. , 31 angles and 2 corners of the integrated block IC23 are connected, and the corners of the integrated block IC9 are connected to the capacitor 12, and the 18 and 19 corners of the integrated block IC9 are connected to the crystal U3 and the capacitors C7 and C8. The 20 corners and the resistance of the integrated block IC9 are provided. In R6 connection, the corners of the integrated IC 9 are connected to the corner of the IC 21, the corners of the IC 9 are connected to the corner of the IC 21, the corners of the IC 9 are connected to the corners of the IC 21, and the IC is connected to the corner. The 25-angle IC10 is connected to the 3-corner of IC17. The 24-angle of IC10 is connected to the 2-angle IC17. The 23-angle of IC10 is connected to 1-angle IC17 and the 10-pin IC10 is 6-angle. The 22-corner is connected to the 1-corner of the IC18. The 10-angle of the IC10 is connected to the 10-horn of the IC18. The 7-angle of the IC10 is connected to the 3-angle of the IC19. Next, the corner of IC 10 is connected to IC 11 and the corner of IC 10 is connected to IC 12. The corner of IC 10 is connected to IC 13 and the corner of IC 10 is connected to IC 14. IC block 8 has 8 corners connected to 11 corners, IC block 9 has 9 corners and 10 corners, IC block 14 has 14 corners and IC block 19 has 14 corners, IC7 has 7 corners and IC 19 has one corner. Connection, connection of IC5 of 5 corners to 6 corners, integration of IC15's 3 corners, 4 corners to resistor R4, integration of IC16's 4 corners to resistor R4, integration of IC16's 3 corners to DC power supply VCC and integration The corner of IC22 is connected to the corner of IC22. The corners and corners of IC16 are connected to the corner of IC22. The resistance R4 is connected to the B stage of transistor Q1. The E stage of transistor Q1 is connected to the ground. The level of transistor Q1 is C. The diode D2 of the optocoupler X1 is connected in the positive stage, the negative stage of the diode D2 of the optocoupler X1 is connected to the C stage of the optocoupler phototransistor Q2, and the optocoupler X1 of the phototransistor Q2 is connected to the resistor R5 and the capacitor C9. The 12 corners of the integrated IC 18 are connected to the 14 corners of the IC 19 and the 7 ICs of the IC 18 are negatively connected to the diode D3. The corners of the block IC 19 are connected to the diode D3 in the positive level, the four corners of the integrated block IC 19 are connected to the five corners, the one corner of the integrated block IC 20 is connected to the two corners of the integrated block IC 21, and the two corners of the integrated block IC 20 are integrated with the integrated block IC 21. 6-corner connection, 3 corners of the integrated IC 20 are connected to the 8 corners of the IC 21, and the 4 corners of the IC 20 are connected to the 14 corners of the IC 21, and the 7 corners of the IC 21 are connected to the 1 IC of the IC 19. One corner of the block IC22 is connected to the capacitor C12, two corners of the integrated block IC22 are connected to the capacitor C10, two corners and three corners of the integrated block IC23 are connected to the capacitors C10 and C11, and one corner of the integrated block IC23 is connected to the capacitor C11; The corners of the integrated block IC 24 are connected with the corners of the IC 28 of the manifold, the corners of the IC 24 are connected with the corners of the IC 28, and the corners of the IC 28, the corners of the IC 24 are integrated with the corners of the IC 12 and the integrated blocks. The IC26 has a 3-corner connection. The 14-corner of the IC 24 is connected to the 18-way corner of the IC 26. The 30-angle of the IC 24 is connected to the 30-angle of the IC 25. The 21-way of the IC 24 is connected to the 2-way IC 27. The corner of the integrated IC 24 is connected with the corner of the integrated IC 27, the corner of the IC 24 is connected with the corner of the IC 27, The 24 corners of the block IC 24 are connected to the corner of the IC 27, and the corners of the IC 24 are connected to the corners of the IC 27 and the resistor R8. The four corners of the IC 25 are connected to the corner of the IC 26 and the IC 25 is integrated. The six corners are connected to the corners of the IC 26, and the corners of the IC 26 are connected to the resistor row R7. The corners of the IC 27 are connected to the DC power supply VCC. The corners of the IC 27 are connected to the ground. The IC 27 is integrated. The 7 corners are connected to the resistor R9. The 10 corners of the IC 28 are connected to the LED D4. The 5 corners of the IC 28 are connected to the LED D5. The 3 corners of the IC 28 are connected to the LED D6. The LEDs D4, D5, and D6 are connected. Connected to resistor row R7.