CN216334427U - Integrated detection device for warehousing of tobacco lamina - Google Patents
Integrated detection device for warehousing of tobacco lamina Download PDFInfo
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Abstract
Provides a sheet tobacco warehousing comprehensive detection device, belongs to the technical field of tobacco manufacturing, and comprises a sheet tobacco box unloading platform, a sheet tobacco box appearance detection platform, a sheet tobacco weighing platform, a sheet tobacco moisture content measurement platform, a sheet tobacco core temperature measurement platform, a sheet tobacco pre-quality detection platform, a sheet tobacco turning platform, a sheet tobacco post-quality detection platform, a sheet tobacco packaging platform, a sheet tobacco box cleaning platform and a sheet tobacco warehousing platform which are used for detecting a sheet tobacco box, 11 detection stations in the detection device are sequentially connected for continuous conveying and detection, all detection links of the tobacco lamina storage are completely contained, detection of all storage quality parameters of the tobacco lamina storage box can be completed at one time, the comprehensive performance is high, automation of tobacco lamina storage detection is realized, tobacco lamina storage detection quality and efficiency are improved, tobacco lamina quality and cigarette finished product quality are guaranteed, and labor intensity of workers is greatly reduced.
Description
Technical Field
The utility model belongs to the technical field of tobacco manufacturing, and particularly relates to a comprehensive detection device for a tobacco sheet entering warehouse.
Background
The tobacco flakes are tobacco leaves which are subjected to stem removal treatment by methods such as threshing and the like and have removed tobacco stems with the diameter of more than 1.5 mm. The tobacco lamina is a main raw material for cigarette manufacturing, the quality of the tobacco lamina has great influence on the process quality and the smoking taste of the cigarette, the warehousing detection of the tobacco lamina is the first link and the most important link for guaranteeing the quality of the tobacco lamina, and the manual detection workload is large, the detection time is long and the detection effect is poor due to the fact that manual and distributed detection modes are generally adopted in the tobacco industry at present.
The warehousing of the tobacco flakes needs to be detected, and the detection comprises the internal quality detection such as the appearance quality detection, the weight measurement, the moisture content measurement, the core-spun temperature measurement, the mildew detection, the insect pest situation detection and the like of the tobacco flake box. The current logistics department of cigarette factories mainly comprises the following steps: after the tobacco sheets are transported to a cigarette factory from a redrying factory, workers drive the holding vehicle to take the tobacco sheet box off from the transport vehicle and place the tobacco sheet box in a detection area, and the workers unpack and detect the tobacco sheet box. After the detection is finished, the worker drives the holding vehicle to convey the tobacco sheet box to the specified area of the storehouse. The detection process is time-consuming, the manual operation intensity is high, and the detection efficiency of the quality of the tobacco lamina is low. In order to solve the problems, patent No. CN 111504383A discloses a cigarette box detection system and method, which can realize the detection of the weighing, moisture content and internal quality of a sheet cigarette box, but the cigarette box detection system and method lack the functions of appearance detection, core-spun temperature detection, surface cleaning and packaging of the sheet cigarette box, have low comprehensive detection performance, and cannot thoroughly reduce the labor intensity of workers. There is therefore a need for improvements.
SUMMERY OF THE UTILITY MODEL
The technical problems solved by the utility model are as follows: the utility model provides a comprehensive detection device for warehousing of sheet cigarettes, which comprises 11 detection stations for detecting sheet cigarette boxes, wherein the 11 detection stations are sequentially connected for continuous conveying and detection, all detection links for warehousing the sheet cigarettes are completely included, all warehousing quality parameters of the sheet cigarette boxes can be detected at one time, the comprehensive performance is high, the automation of warehousing detection of the sheet cigarettes is realized, the warehousing detection quality and efficiency of the sheet cigarettes are improved, the quality of the sheet cigarettes and the quality of finished cigarettes are ensured, and the labor intensity of workers is greatly reduced.
The technical scheme adopted by the utility model is as follows: the integrated detection device for the entering of the tobacco flakes comprises 11 detection stations which are connected in sequence, wherein each detection station independently adopts a conveyor, the conveyors of the 11 detection stations are controlled by a tobacco flake entering detection system, and the 11 detection stations sequentially convey tobacco flake boxes and sequentially detect various qualities of tobacco flakes in conveying; 11 detection platform are piece cigarette case unloading platform, piece cigarette case outward appearance detection platform, piece cigarette weighing platform, piece cigarette moisture content measuring station, piece cigarette core temperature measuring station, quality detection platform before the piece cigarette, piece cigarette turn over a case platform, quality detection platform behind the piece cigarette, piece cigarette packing platform, piece cigarette case clean platform, piece cigarette warehouse entry platform in proper order, 11 detection control parts that detect the platform all pass through the control of piece cigarette warehouse entry detection system.
The device comprises a loading platform, an unloading platform code scanner, a chip cigarette warehousing detection system and a chip cigarette case unloading platform, wherein the unloading platform code scanner is arranged on one side of the unloading platform of the chip cigarette case and is electrically connected with the chip cigarette warehousing detection system;
an external inspection station photoelectric in-place detection switch is arranged on one side of the appearance detection station of the tobacco flake box, an appearance detection camera I and an appearance detection camera II are respectively arranged on two sides of the appearance detection station of the tobacco flake box, an alarm is arranged on the appearance detection station of the tobacco flake box, a reset button is arranged on one side of the appearance detection station of the tobacco flake box, and the appearance detection camera I, the appearance detection camera II, the external inspection station photoelectric in-place detection switch and the alarm are all electrically connected with a tobacco flake warehousing detection system;
a weighing platform photoelectric in-place detection switch is arranged on one side of the sheet tobacco weighing platform, an electronic scale is arranged on the sheet tobacco weighing platform, a weighing platform code scanner is arranged on one side of the sheet tobacco weighing platform, and the electronic scale, the weighing platform photoelectric in-place detection switch and the weighing platform code scanner are electrically connected with a sheet tobacco warehousing detection system;
a moisture content measuring table photoelectric in-place detection switch is arranged on one side of the sheet tobacco moisture content measuring platform, a microwave moisture meter is arranged on the sheet tobacco moisture content measuring platform, a moisture content measuring table code scanner is arranged on one side of the sheet tobacco moisture content measuring platform, and the microwave moisture meter, the moisture content measuring table photoelectric in-place detection switch and the moisture content measuring table code scanner are all electrically connected with a sheet tobacco warehousing detection system;
a temperature measuring table photoelectric in-place detection switch is arranged on one side of the chip tobacco core temperature measuring platform, a core-spun temperature detector is arranged on the chip tobacco core temperature measuring platform, a temperature measuring table code scanner is arranged on one side of the chip tobacco core temperature measuring platform, and the core-spun temperature detector, the temperature measuring table photoelectric in-place detection switch and the temperature measuring table code scanner are all electrically connected with a chip tobacco warehousing detection system;
a front quality detection platform photoelectric in-place detection switch is arranged on one side of the front quality detection platform of the tobacco strip, a front quality detection camera is arranged on the front quality detection platform of the tobacco strip, a front quality detection platform code scanner is arranged on one side of the front quality detection platform of the tobacco strip, and the front quality detection camera, the front quality detection platform photoelectric in-place detection switch and the front quality detection platform code scanner are all electrically connected with a tobacco strip warehousing detection system;
a turning table photoelectric in-place detection switch is arranged on one side of the tobacco sheet turning platform, a turning device is arranged on the tobacco sheet turning platform, and the turning device and the turning table photoelectric in-place detection switch are electrically connected with a tobacco sheet warehousing detection system;
a rear quality inspection platform photoelectric in-place detection switch is arranged on one side of the rear quality inspection platform for the tobacco strips, a rear quality inspection camera is arranged on the rear quality inspection platform for the tobacco strips, a rear quality inspection platform code scanner is arranged on one side of the rear quality inspection platform for the tobacco strips, and the rear quality inspection camera, the rear quality inspection platform photoelectric in-place detection switch and the rear quality inspection platform code scanner are all electrically connected with a tobacco strip warehousing detection system;
a packing platform photoelectric in-place detection switch is arranged on one side of the sheet cigarette packing platform, packing equipment is arranged on the sheet cigarette packing platform, and the packing equipment and the packing platform photoelectric in-place detection switch are both electrically connected with a sheet cigarette warehousing detection system;
a cleaning platform photoelectric in-place detection switch is arranged on one side of the cleaning platform of the sheet tobacco box, cleaning equipment is arranged on the cleaning platform of the sheet tobacco box, and the cleaning equipment and the cleaning platform photoelectric in-place detection switch are electrically connected with a sheet tobacco warehousing detection system;
the system is characterized in that a warehousing platform photoelectric in-place detection switch is arranged on one side of the chip cigarette warehousing platform, a detection result display screen is arranged on the chip cigarette warehousing platform, a warehousing platform code scanner is arranged on one side of the chip cigarette warehousing platform, and the warehousing platform photoelectric in-place detection switch, the detection result display screen and the warehousing platform code scanner are all electrically connected with a chip cigarette warehousing detection system.
Further, the appearance detection camera I and the appearance detection camera II are arranged diagonally 1.5 meters above the appearance detection platform of the tobacco flake box; the electronic scale is arranged below the tobacco slice weighing platform; the microwave moisture meter is arranged at a position 1.2 meters above the tobacco sheet moisture content measuring platform; the core-spun temperature detector is arranged at the center of the side surface of the tobacco lamina core-spun temperature measuring platform and is 0.4 m away from the platform; the front quality detection camera is arranged at a position 1.5 meters above the front quality detection platform of the tobacco lamina; the rear quality detection camera is arranged at a position 1.5 meters above the rear quality detection platform for the tobacco strips; the installation height of the code scanner on each platform is ensured to be the same as the height of the two-dimensional code on the tobacco flake box in conveying detection.
Compared with the prior art, the utility model has the advantages that:
the scheme comprises a tobacco slice discharging platform for detecting the tobacco slice, a tobacco slice appearance detecting platform, a tobacco slice weighing platform, a tobacco slice moisture content measuring platform, a tobacco slice core temperature measuring platform, a tobacco slice quality detecting platform, a tobacco slice turning platform, a tobacco slice quality detecting platform, a tobacco slice packaging platform, a tobacco slice cleaning platform and a tobacco slice warehousing platform, wherein 11 detecting platforms in the detecting device are sequentially connected for continuous conveying and detection, all detecting links for warehousing the tobacco slices are completely contained, the detection of all warehousing quality parameters of the tobacco slice is completed together, the comprehensive performance is high, the automation of warehousing detection of the tobacco slices is realized, the warehousing detection quality and efficiency of the tobacco slices are improved, the quality of the tobacco slices and the quality of finished products of cigarettes are guaranteed, and the labor intensity of workers is greatly reduced.
Drawings
FIG. 1 is a schematic plan view of the present invention;
fig. 2 is a schematic side view of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation. The use of the phrase "comprising one of the elements" does not exclude the presence of other like elements in the process, method, article, or apparatus that comprises the element.
Referring to fig. 1-2, embodiments of the present invention are described in detail.
The integrated detection device for the entering of the tobacco flakes comprises 11 detection stations which are connected in sequence, wherein each detection station independently adopts a conveyor, the conveyors of the 11 detection stations are controlled by a tobacco flake entering detection system 12, and the 11 detection stations sequentially convey tobacco flake boxes and sequentially detect various qualities of tobacco flakes in conveying; 11 detection platform are piece cigarette case unloading platform 1, piece cigarette case outward appearance detection platform 2, piece cigarette weighing platform 3, piece cigarette moisture content measuring platform 4, piece cigarette core temperature measuring platform 5, quality detection platform 6 before the piece cigarette, piece cigarette turn over case platform 7, quality detection platform 8 behind the piece cigarette, piece cigarette packing platform 9, piece cigarette case clean platform 10, piece cigarette warehouse entry platform 11 in proper order, 11 detection control parts that detect the platform all control through piece cigarette warehouse entry detecting system 12.
Specifically, as shown in fig. 1 and 2, an unloading platform code scanner 1-1 is arranged on one side of an unloading platform 1 of the chip tobacco box, and the unloading platform code scanner 1-1 is electrically connected with a chip tobacco warehousing detection system 12;
an external detection platform photoelectric position-arrival detection switch 2-3 is arranged on one side of the appearance detection platform 2 of the tobacco flake box, an appearance detection camera I2-1 and an appearance detection camera II 2-2 are respectively arranged on two sides of the appearance detection platform 2 of the tobacco flake box, and the appearance detection camera I2-1 and the appearance detection camera II 2-2 are diagonally arranged at a position 1.5 meters above the appearance detection platform 2 of the tobacco flake box; an alarm 2-4 is arranged on the appearance detection platform 2 of the tobacco flake box, and a reset button 2-5 is arranged on one side of the appearance detection platform 2 of the tobacco flake box; the appearance detection camera I2-1, the appearance detection camera II 2-2, the photoelectric in-place detection switch 2-3 of the external detection platform and the alarm 2-4 are electrically connected with the tobacco lamina warehousing detection system 12;
a weighing platform photoelectric in-place detection switch 3-2 is arranged on one side of the sheet tobacco weighing platform 3, an electronic scale 3-1 is arranged on the sheet tobacco weighing platform 3, and the electronic scale 3-1 is arranged below the sheet tobacco weighing platform 3; a weighing platform code scanner 3-3 is arranged on one side of the slice cigarette weighing platform 3, and the electronic scale 3-1, the weighing platform photoelectric on-position detection switch 3-2 and the weighing platform code scanner 3-3 are electrically connected with a slice cigarette warehousing detection system 12;
a moisture content measuring platform photoelectric in-place detection switch 4-2 is arranged on one side of the sheet tobacco moisture content measuring platform 4, a microwave moisture meter 4-1 is arranged on the sheet tobacco moisture content measuring platform 4, and the microwave moisture meter 4-1 is installed at a position 1.2 meters above the sheet tobacco moisture content measuring platform 4; a moisture content measuring table code scanner 4-3 is arranged on one side of the sheet tobacco moisture content measuring platform 4, and the microwave moisture meter 4-1, the moisture content measuring table photoelectric arrival position detection switch 4-2 and the moisture content measuring table code scanner 4-3 are electrically connected with a sheet tobacco warehousing detection system 12;
a temperature measuring platform photoelectric in-place detection switch 5-2 is arranged on one side of the sheet tobacco core temperature measuring platform 5, a core temperature detector 5-1 is arranged on the sheet tobacco core temperature measuring platform 5, and the core temperature detector 5-1 is arranged at the center of the side surface of the sheet tobacco core temperature measuring platform 5 and is 0.4 meter away from the platform; a temperature measuring table code scanner 5-3 is arranged on one side of the chip cigarette core temperature measuring platform 5, and the core cigarette temperature detector 5-1, the temperature measuring table photoelectric in-place detection switch 5-2 and the temperature measuring table code scanner 5-3 are all electrically connected with a chip cigarette warehousing detection system 12;
a front quality detection platform photoelectric in-place detection switch 6-2 is arranged on one side of the front quality detection platform 6 for the tobacco strips, a front quality detection camera 6-1 is arranged on the front quality detection platform 6 for the tobacco strips, and the front quality detection camera 6-1 is arranged at a position 1.5 meters above the front quality detection platform 6 for the tobacco strips; a front quality inspection platform code scanner 6-3 is arranged on one side of the front quality inspection platform 6 of the tobacco lamina, and the front quality inspection camera 6-1, the front quality inspection platform photoelectric arrival position detection switch 6-2 and the front quality inspection platform code scanner 6-3 are electrically connected with a tobacco lamina warehousing detection system 12;
a box turning platform photoelectric arrival position detection switch 7-2 is arranged on one side of the sheet tobacco box turning platform 7, box turning equipment 7-1 is arranged on the sheet tobacco box turning platform 7, and the box turning equipment 7-1 and the box turning platform photoelectric arrival position detection switch 7-2 are both electrically connected with a sheet tobacco warehousing detection system 12;
a rear quality detection platform photoelectric in-place detection switch 8-2 is arranged on one side of the post-tobacco-lamina quality detection platform 8, a rear quality detection camera 8-1 is arranged on the post-tobacco-lamina quality detection platform 8, and the rear quality detection camera 8-1 is arranged at a position 1.5 meters above the post-tobacco-lamina quality detection platform 8; a rear quality inspection platform code scanner 8-3 is arranged on one side of the post-strip quality inspection platform 8, and the rear quality inspection camera 8-1, the photoelectric in-place detection switch 8-2 of the rear quality inspection platform and the rear quality inspection platform code scanner 8-3 are electrically connected with a strip warehousing detection system 12;
a packing platform photoelectric in-place detection switch 9-2 is arranged on one side of the sheet cigarette packing platform 9, packing equipment 9-1 is arranged on the sheet cigarette packing platform 9, and the packing equipment 9-1 and the packing platform photoelectric in-place detection switch 9-2 are both electrically connected with a sheet cigarette warehousing detection system 12;
a cleaning platform photoelectric in-place detection switch 10-2 is arranged on one side of the cleaning platform 10 of the sheet tobacco box, cleaning equipment 10-1 is arranged on the cleaning platform 10 of the sheet tobacco box, and the cleaning equipment 10-1 and the cleaning platform photoelectric in-place detection switch 10-2 are both electrically connected with a sheet tobacco warehousing detection system 12;
the system is characterized in that a warehousing platform photoelectric in-place detection switch 11-2 is arranged on one side of the chip cigarette warehousing platform 11, a detection result display screen 11-1 is arranged on the chip cigarette warehousing platform 11, a warehousing platform code scanner 11-3 is arranged on one side of the chip cigarette warehousing platform 11, and the warehousing platform photoelectric in-place detection switch 11-2, the detection result display screen 11-1 and the warehousing platform code scanner 11-3 are all electrically connected with a chip cigarette warehousing detection system 12.
The installation height of the code scanner on each platform is ensured to be the same as the height of the two-dimensional code on the tobacco flake box in conveying detection.
The operation flow of the comprehensive detection device for the tobacco lamina warehousing comprises the following steps:
after the tobacco slice box arrives at a warehouse of a cigarette factory, the holding vehicle directly clamps the tobacco slice box to a discharging platform 1 of the tobacco slice box, the tobacco slice box runs through a conveyor of the discharging platform 1 of the tobacco slice box and passes through a code scanner 1-1 of the discharging platform, the code scanner 1-1 of the discharging platform scans two-dimensional code information on the tobacco slice box and transmits the information to a tobacco slice warehousing detection system 12, and the tobacco slice box runs to an appearance detection platform 2 of the tobacco slice box through the conveyor after code scanning is completed.
When the photoelectric arrival detection switch 2-3 of the external detection platform detects that the tobacco flake box is in place, the conveyor of the tobacco flake box appearance detection platform 2 stops running, the appearance detection camera I2-1 and the appearance detection camera II 2-2 carry out image detection on the appearance of the tobacco flake box, if the appearance detection is normal, the appearance information of the tobacco flake box is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake box runs to the tobacco flake weighing platform 3 through the conveyor; when the phenomena of damage, oil stain, water stain and the like exist on the surface of the tobacco flake box in the appearance detection, an alarm 2-4 flashes to give an alarm to remind an inspector that the box tobacco flake has appearance quality problems and needs manual detection, processing and confirmation, after the manual confirmation, the inspector presses a reset button 2-5, an appearance detection camera I2-1 and an appearance detection camera II 2-2 carry out image detection on the appearance of the processed tobacco flake box and transmit the appearance information of the processed tobacco flake box to a tobacco flake warehousing detection system 12, if the appearance detection is normal, the tobacco flake box runs to a tobacco flake weighing platform 3 through a conveyor, and if the appearance detection is still abnormal, the operation flow is repeatedly executed.
When the photoelectric arrival position detection switch 3-2 of the weighing platform detects that the tobacco flake box is in place, the conveyor of the tobacco flake weighing platform 3 stops running, the electronic scale 3-1 weighs the weight of the tobacco flake, if the weight meets the standard requirement, the tobacco flake weight information is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake box runs to the tobacco flake moisture content measuring platform 4 through the conveyor; if the weight does not meet the standard requirement, the weighing platform code scanner 3-3 scans the two-dimensional code information on the tobacco flake box and transmits the information of the tobacco flake to the tobacco flake warehousing detection system 12, the tobacco flake box runs to the tobacco flake moisture content measuring platform 4 through the conveyor, and the detection result display screen 11-1 displays problem information when the tobacco flake is conveyed to the tobacco flake warehousing platform 11 to prompt an operator to perform weight compensation processing.
When the photoelectric on-position detection switch 4-2 of the moisture content measuring table detects that the tobacco flake box is in place, the conveyor of the tobacco flake moisture content measuring table 4 stops running, the microwave moisture meter 4-1 measures the moisture content of the tobacco flake, if the moisture content meets the standard requirement, the moisture content information of the tobacco flake is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake box runs to the tobacco flake core temperature measuring table 5 through the conveyor; if the moisture content does not meet the standard requirement, a moisture content measuring table code scanner 4-3 scans two-dimensional code information on a tobacco lamina box and transmits the information of the tobacco lamina box to a tobacco lamina warehousing detection system 12, the tobacco lamina box runs to a tobacco lamina core temperature measuring platform 5 through a conveyor, and a detection result display screen 11-1 displays problem information when the tobacco lamina is conveyed to a tobacco lamina warehousing platform 11 to prompt an operator to carry out tobacco lamina moisture processing.
When the photoelectric in-place detection switch 5-2 of the temperature measuring table detects that the tobacco flake box is in place, the conveyor of the tobacco flake core temperature measuring table 5 stops running, the core temperature detector 5-1 measures the temperature of the tobacco flake core, if the core temperature meets the standard requirement, the temperature information of the tobacco flake core is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake box runs to the tobacco flake front quality detection table 6 through the conveyor; if the core-spun temperature does not meet the standard requirement, a temperature measuring table code scanner 5-3 scans two-dimensional code information on a tobacco lamina box and transmits the information of the tobacco lamina box to a tobacco lamina warehousing detection system 12, the tobacco lamina box runs to a tobacco lamina pre-quality detection platform 6 through a conveyor, and a detection result display screen 11-1 displays problem information when the tobacco lamina is conveyed to a tobacco lamina warehousing platform 11 to prompt an operator to carry out tobacco lamina core-spun temperature processing.
After the photoelectric in-place detection switch 6-2 of the current quality inspection platform detects that the tobacco flake box is in place, the conveyor of the front quality inspection platform 6 of the tobacco flake stops running, the tobacco flake box is manually opened, the front quality inspection camera 6-1 carries out mildew and insect detection on the tobacco flake, if the quality detection is normal, the quality information of the tobacco flake box is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake box runs to the tobacco flake turning platform 7 through the conveyor; if the quality detection finds that the tobacco flakes have the problems of mildew, insect pest situation and the like, the pre-quality detection platform code scanner 6-3 scans two-dimensional code information on the tobacco flakes and transmits the information to the tobacco flakes warehousing detection system 12, the tobacco flakes run to the tobacco flakes turning platform 7 through the conveyor, and the detection result display screen 11-1 displays problem information when the tobacco flakes are conveyed to the tobacco flakes warehousing platform 11 to prompt an operator to perform tobacco flakes quality processing.
When the box turning platform photoelectric arrival position detection switch 7-2 detects that the tobacco flake boxes are in place, the conveyor of the tobacco flake box turning platform 7 stops running, the box turning equipment 7-1 turns the tobacco flake boxes, the tobacco flake box turning information is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake boxes run to the tobacco flake post-quality detection platform 8 through the conveyor.
When the photoelectric in-place detection switch 8-2 of the back quality detection platform detects that the tobacco flake boxes are in place, the conveyor of the back quality detection platform 8 stops running, the tobacco flake boxes on the other side of the tobacco flake are manually opened, the back quality detection camera 8-1 detects mildew and insect pest on the other side of the tobacco flake, if the quality detection is normal, the quality information of the tobacco flake boxes is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake boxes run to the tobacco flake packaging platform 9 through the conveyor; if the quality detection finds that the tobacco flakes have the problems of mildew, insect pest situation and the like, the code scanner 8-3 of the rear quality inspection platform scans the two-dimensional code information on the tobacco flakes box and transmits the information of the tobacco flakes to the tobacco flakes warehousing detection system 12, the tobacco flakes box runs to the tobacco flakes packing platform 9 through the conveyor, and the detection result display screen 11-1 displays the problem information when the tobacco flakes are conveyed to the tobacco flakes warehousing platform 11 to prompt an operator to perform tobacco flake quality processing.
When the photoelectric in-place detection switch 9-2 of the packing table detects that the tobacco flake cartons are in place, the conveyor of the tobacco flake packing table 9 stops running, the packing equipment 9-1 packs the tobacco flake cartons, the tobacco flake packing information is transmitted to the tobacco flake warehousing detection system 12, and the tobacco flake cartons run to the tobacco flake carton cleaning table 10 through the conveyor.
When the cleaning platform photoelectric in-place detection switch 10-2 detects that the sheet tobacco box is in place, the conveyor of the cleaning platform 10 stops running, the cleaning equipment 10-1 cleans the surface of the sheet tobacco box, the sheet tobacco cleaning information is transmitted to the sheet tobacco warehousing detection system 12, and the sheet tobacco box runs to the sheet tobacco warehousing platform 11 through the conveyor.
When the photoelectric in-place detection switch 11-2 of the warehousing platform detects that the tobacco carton of the tobacco sheet is in place, the conveyor of the tobacco sheet warehousing platform 11 stops running, the code scanner 11-3 of the warehousing platform scans two-dimensional code information on the tobacco carton of the tobacco sheet to acquire the tobacco sheet information of the tobacco sheet, the detection result display screen 11-1 displays the detection quality information and problem information of the tobacco sheet, and if the tobacco carton of the tobacco sheet is qualified in inspection, the holding vehicle clamps the tobacco carton of the tobacco sheet to a raw material warehousing area for warehousing operation; and if the unqualified inspection and problem information of the tobacco flake box are displayed, clamping the tobacco flake box to a raw material treatment area by the holding vehicle, and performing warehousing operation after manual treatment is qualified.
The utility model comprises 11 detection stations for detecting the tobacco flake boxes, wherein the 11 detection stations are sequentially connected for continuous conveying and detection, all detection links of the tobacco flake boxes in storage are completely included, the detection of all storage quality parameters of the tobacco flake boxes can be completed at one time, the comprehensive performance is high, the automation of the tobacco flake storage detection is realized, the tobacco flake storage detection quality and efficiency are improved, the tobacco flake quality and the finished cigarette quality are ensured, and the labor intensity of workers is greatly reduced.
It will be evident to those skilled in the art that the utility model is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the utility model being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.
Claims (3)
1. The comprehensive detection device for the warehousing of the tobacco lamina is characterized in that: the system comprises 11 detection stations which are connected in sequence, wherein each detection station independently adopts a conveyor, the conveyors of the 11 detection stations are controlled by a tobacco lamina warehousing detection system (12), and the 11 detection stations sequentially convey tobacco lamina boxes and sequentially detect various qualities of tobacco lamina during conveying; 11 detection platform are piece cigarette case unloading platform (1), piece cigarette case outward appearance detection platform (2), piece cigarette platform (3) of weighing, piece cigarette moisture content measuring platform (4), piece cigarette core temperature measuring platform (5), preceding quality detection platform (6) of piece cigarette, piece cigarette case turning platform (7), quality detection platform (8) behind the piece cigarette, piece cigarette packing platform (9), piece cigarette case clean platform (10), piece cigarette warehouse entry platform (11), 11 detection control unit that detect the platform all control through piece cigarette warehouse entry detecting system (12).
2. The integrated detection device for the warehousing of the tobacco lamina as claimed in claim 1, characterized in that: one side of the unloading platform (1) of the tobacco flake box is provided with an unloading platform code scanner (1-1), and the unloading platform code scanner (1-1) is electrically connected with a tobacco flake warehousing detection system (12);
an external detection platform photoelectric in-place detection switch (2-3) is arranged on one side of the sheet tobacco box appearance detection platform (2), an appearance detection camera I (2-1) and an appearance detection camera II (2-2) are respectively arranged on two sides of the sheet tobacco box appearance detection platform (2), an alarm (2-4) is arranged on the sheet tobacco box appearance detection platform (2), a reset button (2-5) is arranged on one side of the sheet tobacco box appearance detection platform (2), and the appearance detection camera I (2-1), the appearance detection camera II (2-2), the external detection platform photoelectric in-place detection switch (2-3) and the alarm (2-4) are electrically connected with a sheet tobacco warehousing detection system (12);
a weighing platform photoelectric in-place detection switch (3-2) is arranged on one side of the sheet tobacco weighing platform (3), an electronic scale (3-1) is arranged on the sheet tobacco weighing platform (3), a weighing platform code scanner (3-3) is arranged on one side of the sheet tobacco weighing platform (3), and the electronic scale (3-1), the weighing platform photoelectric in-place detection switch (3-2) and the weighing platform code scanner (3-3) are all electrically connected with a sheet tobacco warehousing detection system (12);
a moisture content measuring table photoelectric in-place detection switch (4-2) is arranged on one side of the sheet tobacco moisture content measuring platform (4), a microwave moisture meter (4-1) is arranged on the sheet tobacco moisture content measuring platform (4), a moisture content measuring table code scanner (4-3) is arranged on one side of the sheet tobacco moisture content measuring platform (4), and the microwave moisture meter (4-1), the moisture content measuring table photoelectric in-place detection switch (4-2) and the moisture content measuring table code scanner (4-3) are all electrically connected with a sheet tobacco warehousing detection system (12);
a temperature measuring table photoelectric in-place detection switch (5-2) is arranged on one side of the chip tobacco core temperature measuring platform (5), a core-spun temperature detector (5-1) is arranged on the chip tobacco core temperature measuring platform (5), a temperature measuring table code scanner (5-3) is arranged on one side of the chip tobacco core temperature measuring platform (5), and the core-spun temperature detector (5-1), the temperature measuring table photoelectric in-place detection switch (5-2) and the temperature measuring table code scanner (5-3) are all electrically connected with a chip tobacco warehousing detection system (12);
a front quality detection platform photoelectric in-place detection switch (6-2) is arranged on one side of the front quality detection platform (6) of the tobacco lamina, a front quality detection camera (6-1) is arranged on the front quality detection platform (6), a front quality detection platform code scanner (6-3) is arranged on one side of the front quality detection platform (6), and the front quality detection camera (6-1), the front quality detection platform photoelectric in-place detection switch (6-2) and the front quality detection platform code scanner (6-3) are all electrically connected with a tobacco lamina warehousing detection system (12);
a turning table photoelectric in-place detection switch (7-2) is arranged on one side of the sheet tobacco turning platform (7), turning equipment (7-1) is arranged on the sheet tobacco turning platform (7), and both the turning equipment (7-1) and the turning table photoelectric in-place detection switch (7-2) are electrically connected with a sheet tobacco warehousing detection system (12);
a rear quality inspection platform photoelectric in-place detection switch (8-2) is arranged on one side of the rear quality inspection platform (8) for the tobacco strips, a rear quality inspection camera (8-1) is arranged on the rear quality inspection platform (8) for the tobacco strips, a rear quality inspection platform code scanner (8-3) is arranged on one side of the rear quality inspection platform (8) for the tobacco strips, and the rear quality inspection camera (8-1), the rear quality inspection platform photoelectric in-place detection switch (8-2) and the rear quality inspection platform code scanner (8-3) are all electrically connected with a tobacco strip warehousing detection system (12);
a packing platform photoelectric in-place detection switch (9-2) is arranged on one side of the sheet cigarette packing platform (9), packing equipment (9-1) is arranged on the sheet cigarette packing platform (9), and the packing equipment (9-1) and the packing platform photoelectric in-place detection switch (9-2) are both electrically connected with a sheet cigarette warehousing detection system (12);
a cleaning table photoelectric in-place detection switch (10-2) is arranged on one side of the cleaning platform (10) of the sheet tobacco box, cleaning equipment (10-1) is arranged on the cleaning platform (10) of the sheet tobacco box, and the cleaning equipment (10-1) and the cleaning table photoelectric in-place detection switch (10-2) are both electrically connected with a sheet tobacco warehousing detection system (12);
one side of the chip cigarette warehousing platform (11) is provided with a warehousing platform photoelectric in-place detection switch (11-2), the chip cigarette warehousing platform (11) is provided with a detection result display screen (11-1), one side of the chip cigarette warehousing platform (11) is provided with a warehousing platform code scanner (11-3), and the warehousing platform photoelectric in-place detection switch (11-2), the detection result display screen (11-1) and the warehousing platform code scanner (11-3) are all electrically connected with a chip cigarette warehousing detection system (12).
3. The integrated detection device for the warehousing of the tobacco lamina as claimed in claim 2, characterized in that: the appearance detection camera I (2-1) and the appearance detection camera II (2-2) are installed diagonally 1.5 meters above the appearance detection platform (2) of the tobacco flake box; the electronic scale (3-1) is arranged below the tobacco flake weighing platform (3); the microwave moisture meter (4-1) is arranged at a position 1.2 meters above the tobacco sheet moisture content measuring platform (4); the core-spun temperature detector (5-1) is arranged at the center of the side surface of the tobacco lamina core-spun temperature measuring platform (5) and is 0.4 m away from the platform; the front quality detection camera (6-1) is arranged at a position 1.5 meters above the front quality detection platform (6) of the tobacco lamina; the rear quality detection camera (8-1) is arranged at a position 1.5 meters above the rear quality detection platform (8) of the tobacco lamina; the installation height of the code scanner on each platform is ensured to be the same as the height of the two-dimensional code on the tobacco flake box in conveying detection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120553111.0U CN216334427U (en) | 2021-03-17 | 2021-03-17 | Integrated detection device for warehousing of tobacco lamina |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120553111.0U CN216334427U (en) | 2021-03-17 | 2021-03-17 | Integrated detection device for warehousing of tobacco lamina |
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| Publication Number | Publication Date |
|---|---|
| CN216334427U true CN216334427U (en) | 2022-04-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120553111.0U Active CN216334427U (en) | 2021-03-17 | 2021-03-17 | Integrated detection device for warehousing of tobacco lamina |
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| Country | Link |
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| CN (1) | CN216334427U (en) |
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