Efficient screening equipment for feeding bin

Abstract

The efficient screening equipment comprises a stock bin machine table, a sorting machine table, a first feeding straight vibrator, a stock bin, a vibration disc, a feeding groove, a second feeding straight vibrator, a detection disc, a rotating table, an overlook camera, a camera mounting frame, a qualified gas port, an unqualified gas port, a re-detection gas port and a gas port frame. The stock bin and the feeding groove are installed on the first feeding straight vibrator and the second feeding straight vibrator respectively, the stock bin, the vibrating disc and the feeding groove are connected in sequence, the feeding groove is connected with the detection disc, the detection disc is installed on the rotating table, the rotating table is installed on the sorting machine table, and the overlook camera is fixed to the sorting machine table through the camera installation frame. And a qualified air port and the like are mounted on the sorting machine table through an air port frame. The tuyere valve elements are conveyed into the detection disc in a flat lying mode under vibration of the feeding straight vibrator, when the tuyere valve elements on the detection disc pass through the overlook camera, the overlook camera photographs the tuyere valve elements for detection, the tuyere valve elements are blown into different grooves according to the detection result, and automatic sorting of the tuyere valve elements is achieved.

Description

Technical Field

[0001] The utility model relates to a detection device, in particular to a high-efficiency screening device for a feed bin. Background Art

[0002] like Figure 1 As shown, the air nozzle valve core 100 is an accessory of the massage chair. Its blank has a small radial dimension and a long length and cannot stand upright. Traditional air nozzle valve core detection equipment can only detect the air nozzle valve core 100 in an upright state, and cannot detect the air nozzle valve core 100 that is difficult to stand upright. Utility Model Content

[0003] The utility model aims to provide a high-efficiency screening device for a feed bin capable of automatic sorting.

[0004] To achieve the above purpose, the technical solution of the utility model is:

[0005] The utility model is a feed bin efficient screening device, including a bin machine, a sorting machine, a first feed direct vibration, a bin, a vibration plate, a feed trough, a second feed direct vibration, a detection plate, a rotating table, a top-view camera, a camera mounting frame, a qualified air port, an unqualified air port, a re-inspection air port, and three air port frames;

[0006] The first feed vertical vibrator is installed on the table of the silo machine, the silo is installed on the top of the first feed vertical vibrator, the feed trough outlet on the silo is located above the feed tray on the top of the vibration plate, the outlet of the feed track of the vibration plate is connected with the inlet of the feed trough, the outlet of the feed trough is located above the detection plate, the feed trough is installed on the top of the second feed vertical vibrator, the second feed vertical vibrator is installed on the table of the sorting machine, the bottom of the detection plate is installed on the rotating table, the rotating table is installed on the table of the sorting machine, the overhead camera is installed on the top of the camera mounting frame, the lower end of the camera mounting frame is fixed on the table of the sorting machine, the qualified air port, the unqualified air port, and the re-inspection air port are respectively installed on the sorting machine through three air port racks, and the overhead camera, qualified air port, unqualified air port, and re-inspection air port are arranged on one side of the detection plate in sequence.

[0007] The detection plate is provided with a circle of grooves, which are located just below the outlet of the feed trough and are used to receive the parts from the feed trough.

[0008] The sorting machine is provided with a qualified slot, an unqualified slot and a re-inspection slot; the inlets of the qualified slot, the unqualified slot and the re-inspection slot are respectively opposite to the air jets of the qualified air port, the unqualified air port and the re-inspection air port, and are used to receive the parts blown off by the qualified air port, the unqualified air port and the re-inspection air port.

[0009] After adopting the above scheme, since the utility model includes a silo machine, a sorting machine, a feed direct vibration, a silo, a vibration plate, a feed trough, a feed direct vibration, a detection plate, a rotating table, a top-view camera, a camera mounting frame, a qualified air port, an unqualified air port, a re-inspection air port, and three air port frames, the air nozzle valve core is loaded into the silo, and the air nozzle valve core in the silo is sent into the vibration plate under the vibration of the second feed direct vibration, and the vibration plate sends the air nozzle valve core into the feed trough through the feeding track, and the air nozzle valve core in the feed trough is in the second feeding The material is sent into the groove of the inspection disk in a lying manner under the vibration of the vertical vibration. The inspection disk rotates under the drive of the rotating table. When the air nozzle valve core on the inspection disk passes through the overhead camera, the overhead camera takes a picture of the air nozzle valve core for inspection. When the qualified air nozzle valve core, the unqualified air nozzle valve core and the air nozzle valve core that needs to be re-inspected pass through the air jets of the qualified air port, the unqualified air port and the re-inspection air port, the air nozzle valve core is blown into the qualified slot, the unqualified slot or the re-inspection slot according to the inspection results, so as to realize the automatic sorting of the air nozzle valve core.

[0010] The utility model is further described below in conjunction with the accompanying drawings and specific embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 It is an axonometric view of the tuyere valve core;

[0012] Figure 2 It is an axonometric drawing of the utility model. DETAILED DESCRIPTION

[0013] like Figure 2 As shown, the utility model is a feed silo efficient screening equipment, including a silo machine 1, a sorting machine 2, a first feed direct vibration 3, a silo 4, a vibration plate 5, a feed trough 6, a second feed direct vibration 7, a detection plate 8, a rotating table 9, a top-view camera 10, a camera mounting frame 11, a qualified air port 12, an unqualified air port 13, a re-inspection air port 14, and three air port frames 15.

[0014] The first feed vibration machine 3 is installed on the table of the silo machine 1, the silo 4 is installed on the top of the first feed vibration machine 3, the outlet of the feeding trough 41 on the silo 4 is located above the feed tray 51 on the top of the vibration plate 5, the outlet of the feeding track 52 of the vibration plate 5 is connected with the inlet of the feeding trough 6, the outlet of the feeding trough 6 is located above the detection plate 8, the feeding trough 6 is installed on the top of the second feed vibration machine 7, the second feed vibration machine 7 is installed on the table of the sorting machine 2, the bottom surface of the detection plate 8 is installed on the rotating table 9, the rotating table 9 is installed on the table of the sorting machine 2, the overhead camera 10 is installed on the top of the camera mounting frame 11, the lower end of the camera mounting frame 11 is fixed on the table of the sorting machine 2, the qualified air port 12, the unqualified air port 13, and the re-inspection air port 14 are respectively installed on the sorting machine 2 through three air port frames 15, and the overhead camera 10, the qualified air port 12, the unqualified air port 13, and the re-inspection air port 14 are arranged on one side of the detection plate 8 in sequence.

[0015] The detection plate 8 has a circle of grooves 81 , which are located just below the outlet of the feed trough 6 and are used to receive the nozzle valve core 100 from the feed trough 6 .

[0016] The sorting machine 2 is provided with a qualified slot 21, an unqualified slot 22, and a re-inspection slot 23; the inlets of the qualified slot 21, the unqualified slot 22, and the re-inspection slot 23 are respectively opposite to the air jets of the qualified air port 12, the unqualified air port 13, and the re-inspection air port 14, and are used to receive the air nozzle valve core 100 blown off by the qualified air port 12, the unqualified air port 13, and the re-inspection air port 14.

[0017] The working principle of this utility model:

[0018] Combination Figure 1 As shown, the air nozzle valve core 100 is loaded into the silo 4, and the air nozzle valve core 100 in the silo 4 is sent into the vibration plate 5 under the vibration of the second feeding vibration 7, and the vibration plate 5 sends the air nozzle valve core 100 into the feeding trough 6 through the feeding track 52, and the air nozzle valve core 100 in the feeding trough 6 is sent into the groove 81 of the detection plate 8 in a lying manner under the vibration of the second feeding vibration 7, and the detection plate 8 rotates under the drive of the rotating table 9, and the air nozzles on the detection plate 8 When the valve core 100 passes through the overhead camera 10, the overhead camera 10 takes a picture of the nozzle valve core 100 for inspection. When the qualified nozzle valve core 100, the unqualified nozzle valve core 100, and the nozzle valve core 100 that needs to be re-inspected pass through the jet ports of the qualified air port 12, the unqualified air port 13, and the re-inspection air port 14, the nozzle valve core 100 is blown into the qualified slot 21, the unqualified slot 22, or the re-inspection slot 23 according to the inspection results to realize the sorting of the nozzle valve core 100.

[0019] The above description is only a preferred embodiment of the present invention, and therefore cannot be used to limit the scope of implementation of the present invention. That is, equivalent changes and modifications made according to the scope of the patent application of the present invention and the contents of the specification should still fall within the scope covered by the patent of the present invention.

Claims

1. A high-efficiency screening device for a feed bin, characterized in that: It includes a silo machine, a sorting machine, a first feed direct vibration, a silo, a vibration plate, a feed trough, a second feed direct vibration, a detection plate, a rotating table, a top-view camera, a camera mounting frame, a qualified air port, an unqualified air port, a re-inspection air port, and three air port racks; The first feed vertical vibration is installed on the table of the silo machine, the silo is installed on the top of the first feed vertical vibration, the feed trough outlet on the silo is located above the feed tray on the top of the vibration plate, the outlet of the feed track of the vibration plate is connected with the inlet of the feed trough, the outlet of the feed trough is located above the detection plate, the feed trough is installed on the top of the second feed vertical vibration, the second feed vertical vibration is installed on the table of the sorting machine, the bottom surface of the detection plate is installed on the rotating table, the rotating table is installed on the table of the sorting machine, the overhead camera is installed on the top of the camera mounting frame, the lower end of the camera mounting frame is fixed on the table of the sorting machine, the qualified air port, the unqualified air port, and the re-inspection air port are respectively installed on the sorting machine through three air port racks, and the overhead camera, qualified air port, unqualified air port, and re-inspection air port are arranged on one side of the detection plate in sequence.

2. The feed bin efficient screening device according to claim 1, characterized in that: The detection plate is provided with a circle of grooves, which are located just below the outlet of the feed trough and are used to receive the parts from the feed trough.

3. The feed bin efficient screening device according to claim 1, characterized in that: The sorting machine is provided with a qualified slot, an unqualified slot and a re-inspection slot; the inlets of the qualified slot, the unqualified slot and the re-inspection slot are respectively opposite to the air jets of the qualified air port, the unqualified air port and the re-inspection air port, and are used to receive the parts blown off by the qualified air port, the unqualified air port and the re-inspection air port.

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