Continuous magnetic separation mechanism

Abstract

The invention discloses a continuous magnetic separation mechanism, which relates to the technical field of magnetic separation mechanisms and comprises a fixed frame, a full-magnetic driving roller, a non-magnetic driving roller, a magnetic roller conveying belt, a pressure measuring device, a connection magnetic suction device and the like. The fixed frame is installed on the rack through the lifting adjusting assembly, the magnetic roller driving device drives the full-magnetic driving roller to rotate through the transmission assembly, and the non-magnetic driving roller is provided with the tension adjusting assembly. The pressure measuring device adopts a soft wear-resistant silicone rubber roller, and is combined with a reset spring and a displacement sensor to realize product height detection and self-adaptive adjustment. The transferring stability is guaranteed by connecting the magnetic suction device, and adsorption and stripping are completed through cooperation of the full-magnetic roller and the non-magnetic roller. The mechanism realizes automatic continuous sorting of magnetic products from the stainless steel mesh belt of the sintering furnace, is suitable for products of various specifications, avoids damage caused by rigid contact, and improves the sorting efficiency.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of magnetic sorting mechanism, in particular to a continuous magnetic sorting mechanism. BACKGROUND

[0002] In the material sorting technical field of the present application, the continuous mesh belt sintering furnace is the core equipment for batch production of magnetic materials, and is one of the key links in the production process. It is to efficiently separate the magnetic products attached to the stainless steel mesh belt of the sintering furnace after sintering from the mesh belt and transfer them to the subsequent processing or collection station to ensure the continuity of production and product quality.

[0003] Most enterprises still adopt manual material collection mode. The operator needs to continuously stand by at the tail of the sintering furnace and use a shovel plate to shovel the products on the stainless steel mesh belt one by one. This mode not only has high labor intensity and low single operation efficiency, resulting in high production cost, but also, more importantly, the rigid contact between the shovel plate and the product can easily cause appearance damage such as corner impact and surface scratching of the product. Especially for precise magnetic components, the damage rate can reach 5%-10%, which seriously affects the product quality stability and increases the cost of rework of defective products.

[0004] Some enterprises try to replace manual operation with simple magnetic sorting mechanism. However, such mechanisms generally have design defects. The pressure detection link is missing or too rigid. Some mechanisms do not have product height detection components and directly rely on preset parameters for operation, which has poor adaptability. A few mechanisms with detection function use metal pressure detection components, which can easily scratch the product surface and still cannot avoid quality risks. SUMMARY

[0005] The present application aims to provide a continuous magnetic sorting mechanism to solve the defects mentioned in the background.

[0006] In order to achieve the above object, a continuous magnetic sorting mechanism is provided, comprising a fixed frame, a full-magnetic active roller, a non-magnetic active roller, one end of the fixed frame is provided with the full-magnetic active roller, and the other end is provided with the non-magnetic active roller, the outer side of the full-magnetic active roller and the non-magnetic active roller is surrounded by a magnetic roller conveying belt, and the fixed frame between the full-magnetic active roller and the non-magnetic active roller is provided with a connection magnetic attraction device, the inner side of the four corners of the fixed frame is installed on the rack through the lifting adjusting assembly, and the fixed frame is fixedly provided with a magnetic roller driving device, the magnetic roller driving device drives the full-magnetic active roller to rotate through the transmission assembly, and the end of the fixed frame on the outer side of the full-magnetic active roller is provided with a pressure measuring device, the lower side of the full-magnetic active roller and the pressure measuring device corresponds to a sintering furnace stainless steel mesh belt, and the sintering furnace stainless steel mesh belt is installed on the sintering furnace tail body frame, the lower side of the non-magnetic active roller is provided with a transfer conveying belt, and the non-magnetic active roller is slidably adjusted at one end of the connection magnetic attraction device through a tension adjusting frame, and a tension adjusting assembly is installed on the tension adjusting frame. The pressure measuring device comprises a pressure measuring device fixing frame installed on the fixed frame, four groups of pressure measuring adjusting telescopic rods penetrating through the pressure measuring device fixing frame, and pressure measuring rubber rollers installed on the lower end of the pressure measuring adjusting telescopic rods through pressure measuring roller shafts, and the upper end of the pressure measuring adjusting telescopic rods is fixedly provided with a telescopic rod synchronous connecting rod, reset springs are arranged between adjacent two groups of pressure measuring adjusting telescopic rods, and the two ends of the reset springs are hung on spring fixed hooks on the pressure measuring device fixing frame and the telescopic rod synchronous connecting rod, a pressure measuring position sensor is installed on the outer side of the reset spring through a support, and a pressure measuring position contact plate is fixedly installed on the telescopic rod synchronous connecting rod at the corresponding position of the pressure measuring position sensor.

[0007] Further, the pressure measuring adjusting telescopic rods arranged on the outer side of the pressure measuring device fixing frame are fixedly provided with pressure measuring telescopic limiting rings, and the spring fixed hooks arranged on the pressure measuring device fixing frame are height-adjustable structures.

[0008] Further, the tension adjusting assembly comprises bearing seats installed on the shaft rods at both ends of the non-magnetic active roller, adjusting sliding blocks fixedly installed below the bearing seats, the adjusting sliding blocks are slidably installed on sliding rails, nuts are fixedly installed in the end part grooves of the sliding rails, micro-adjusting screws are screwed in the nuts, and the end heads of the micro-adjusting screws are rotatably connected with the adjusting sliding blocks.

[0009] Further, the material of the pressure measuring rubber rollers is soft wear-resistant silicone rubber, and the outer circumferential surface of the pressure measuring rubber rollers is provided with anti-skid wear-resistant patterns.

[0010] Further, the transmission assembly comprises a driven synchronous pulley fixed to the full-magnetic active drum shaft end, an active synchronous pulley fixed to the magnetic roller driving device output shaft, and a synchronous belt sleeved outside the active synchronous pulley and the driven synchronous pulley, the transmission ratio of the active synchronous pulley and the driven synchronous pulley is 1:1-1:3, and the inner circumferential surface of the synchronous belt is provided with meshing teeth matched with the tooth grooves of the pulleys.

[0011] Further, the lifting adjusting assembly adopts one of a worm lifting adjusting mechanism and a flower basket screw, the worm lifting adjusting mechanism comprises a worm, a worm gear meshing with the worm, and an adjusting hand wheel driving the worm to rotate.

[0012] Further, the spring fixed hook is threadedly connected with the pressure measuring device fixing frame and the telescopic rod synchronous connecting rod, the height scale line is engraved on the outside of the hook, the height adjusting range is 0-50mm, and the hook end of the spring fixed hook is provided with a anti-falling buckle.

[0013] Further, the pressure measuring position sensor is a contact type displacement sensor, the initial gap between the pressure measuring position sensor and the pressure measuring position contact plate is 1-3mm, and the signal output end of the pressure measuring position sensor is electrically connected with the external control system through a wire for feeding back the height detection signal.

[0014] Further, the connecting magnetic attraction device is made of permanent magnets and is detachably connected with the fixed frame through bolts, the distance between the side of the connecting magnetic attraction device facing the magnetic drum conveying belt and the outer surface of the magnetic drum conveying belt is 5-15mm, and the length of the connecting magnetic attraction device is matched with the width of the magnetic drum conveying belt.

[0015] Compared with the prior art, the present application has the following advantages: The present mechanism realizes full-automatic continuous operation from product detection, magnetic separation to transfer without manual continuous operation. Compared with the traditional manual sorting mode, the sorting efficiency is improved, the long-term operation can greatly reduce the labor cost of enterprises, and the efficiency fluctuation of manual operation is avoided to match the continuous discharge demand of the sintering furnace.

[0016] Through the cooperation of the pressure measuring device and the lifting adjusting assembly, the height of different specifications of products can be detected in real time, and the adsorption distance between the magnetic drum conveying belt and the products can be accurately adjusted, which is suitable for various magnetic products without frequent manual replacement or adjustment of parts; at the same time, the tension adjusting assembly can conveniently fine-tune the tension of the magnetic drum conveying belt to avoid slipping or excessive stretching.

[0017] The pressure testing process uses pressure testing rubber rollers made of soft, wear-resistant silicone rubber, with anti-slip texture on the outer perimeter, which ensures stable testing contact with the product while avoiding scratches from rigid parts on the product surface. The magnetic separation process uses the magnetic field adsorption of a fully magnetic active roller to replace the physical shoveling of the traditional iron shovel, reducing hard contact between the product and the transfer equipment. The transfer process uses secondary magnetic attraction guidance through a connecting magnetic attraction device to prevent the product from falling off or colliding in the magnetic field switching area, achieving zero rigid contact throughout the entire process from testing to transfer.

[0018] The magnetic roller conveyor belt runs smoothly at a preset speed, avoiding unstable adsorption caused by speed fluctuations; the reset spring realizes the automatic reset of the pressure testing device, and can continuously complete the testing of multiple batches of products without manual intervention; the all-magnetic active roller provides stable initial adsorption force, and the non-magnetic active roller realizes accurate material removal, which, together with the guiding function of the connecting magnetic attraction device, provides a guiding effect. Attached Figure Description

[0019] Figure 1 This is a three-dimensional schematic diagram of the present invention; Figure 2 This is a three-dimensional schematic diagram of the pressure testing device of the present invention installed at an angle; Figure 3 This is a front view schematic diagram of the present invention; Figure 4 This is a schematic diagram of the pressure testing device of the present invention; Figure 5 This is a schematic diagram of the tension adjustment component of the present invention.

[0020] In the diagram: 1. Fixed frame; 2. Fully magnetic active roller; 3. Main frame of sintering furnace tail; 4. Sintering furnace stainless steel mesh belt; 5. Pressure testing device; 501. Pressure testing device fixing frame; 502. Pressure testing telescopic limit ring; 503. Pressure testing adjusting telescopic rod; 504. Return spring; 505. Spring fixing hook; 506. Telescopic rod synchronous connecting rod; 507. Pressure testing position contact plate; 508. Pressure testing position sensor; 509. Pressure testing wheel axle; 510. Pressure testing rubber roller; 6. Magnetic roller conveyor belt; 7. Magnetic roller drive device; 8. Lifting and adjusting assembly; 9. Frame; 10. Non-magnetic active roller; 11. Tension adjusting frame; 12. Transfer conveyor belt; 13. Connecting magnetic suction device; 14. Tension adjusting assembly; 1401. Bearing seat; 1402. Adjusting slider; 1403. Slide rail; 1404. Fine-tuning screw; 15. Transmission assembly. Detailed Implementation

[0021] Please see Figures 1-5This invention provides a technical solution: a continuous magnetic sorting mechanism, comprising a fixed frame 1, a fully magnetic active roller 2, and a non-magnetic active roller 10. The fully magnetic active roller 2 is mounted at one end of the fixed frame 1, and the non-magnetic active roller 10 is mounted at the other end. A magnetic roller conveyor belt 6 surrounds the outer sides of the fully magnetic active roller 2 and the non-magnetic active roller 10. A connecting magnetic attraction device 13 is installed on the fixed frame 1 between the fully magnetic active roller 2 and the non-magnetic active roller 10. The inner corners of the fixed frame 1 are mounted on a frame 9 via lifting and adjusting components 8, and the fixed frame 1 is fixed by supports. There is a magnetic roller drive device 7, which drives the fully magnetic active roller 2 to rotate through the transmission component 15. A pressure testing device 5 is installed at the end of the fixed frame 1 on the outer side of the fully magnetic active roller 2. The sintering furnace stainless steel mesh belt 4 is located below the fully magnetic active roller 2 and the pressure testing device 5. The sintering furnace stainless steel mesh belt 4 is installed on the main frame 3 of the tail of the sintering furnace. A transfer conveyor belt 12 is set below the non-magnetic active roller 10. The non-magnetic active roller 10 is slidably adjusted at one end of the magnetic attraction device 13 by the tension adjustment frame 11. A tension adjustment component 14 is installed on the tension adjustment frame 11. The pressure testing device 5 includes a pressure testing device mounting frame 501 mounted on a fixed frame 1, four sets of pressure testing adjustment telescopic rods 503 passing through the pressure testing device mounting frame 501, and a pressure testing rubber roller 510 mounted on the lower end of the pressure testing adjustment telescopic rod 503 via a pressure testing wheel axle 509. A telescopic rod synchronous connecting rod 506 is fixed to the upper end of the pressure testing adjustment telescopic rod 503. A return spring 504 is provided between two adjacent sets of pressure testing adjustment telescopic rods 503. The two ends of the return spring 504 are hung on spring fixing hooks 505 on the pressure testing device mounting frame 501 and the telescopic rod synchronous connecting rod 506. A pressure testing position sensor 508 is mounted on the outside of the return spring 504 via a support. A pressure testing position contact plate 507 is fixed on the telescopic rod synchronous connecting rod 506 corresponding to the position of the pressure testing position sensor 508.

[0022] The pressure testing device mounting bracket 501 has a pressure testing adjustment telescopic rod 503 fixed on its outer side, and a pressure testing telescopic limit ring 502 is fixed on the rod. The spring fixing hook 505 on the pressure testing device mounting bracket 501 is an adjustable height structure.

[0023] The tension adjustment assembly 14 includes bearing seats 1401 mounted on the shafts at both ends of the non-magnetic drive roller 10, and an adjustment slider 1402 fixed below the bearing seats 1401. The adjustment slider 1402 is slidably mounted on the slide rail 1403, and a nut is fixed in the groove at the end of the slide rail 1403. A fine adjustment screw 1404 is screwed into the nut, and the end of the fine adjustment screw 1404 is rotatably connected to the adjustment slider 1402.

[0024] The pressure testing rubber roller 510 is made of soft, wear-resistant silicone rubber, and the outer circumferential surface of the pressure testing rubber roller 510 is provided with anti-slip and wear-resistant texture.

[0025] The transmission assembly 15 includes a driven synchronous pulley fixed to the shaft end of the fully magnetic drive roller 2, a drive synchronous pulley fixed to the output shaft of the magnetic roller drive device 7, and a synchronous belt sleeved on the outside of the drive synchronous pulley and the driven synchronous pulley. The transmission ratio between the drive synchronous pulley and the driven synchronous pulley is 1:1 to 1:3, and the inner circumferential surface of the synchronous belt is provided with meshing teeth that are adapted to the tooth grooves of the pulleys.

[0026] The lifting adjustment assembly 8 adopts either a worm gear lifting adjustment mechanism or a turnbuckle. The worm gear lifting adjustment mechanism includes a worm, a worm wheel meshing with the worm, and an adjustment handwheel that drives the worm to rotate.

[0027] The spring-loaded fixing hook 505 is threadedly connected to the pressure testing device fixing frame 501 and the telescopic rod synchronous connecting rod 506 via external threads. The hook has height scale lines engraved on its outer side, and its height adjustment range is 0-50mm. The hook end of the spring-loaded fixing hook 505 is equipped with an anti-disengagement buckle.

[0028] The pressure position sensor 508 is a contact displacement sensor. The initial gap between the pressure position sensor 508 and the pressure position contact plate 507 is 1-3mm. The signal output terminal of the pressure position sensor 508 is electrically connected to the external control system through a wire to provide feedback on the height detection signal.

[0029] The connecting magnetic suction device 13 is made of permanent magnet splicing, and the connecting magnetic suction device 13 is detachably connected to the fixed frame 1 by bolts. The distance between the side of the connecting magnetic suction device 13 facing the magnetic roller conveyor belt 6 and the outer surface of the magnetic roller conveyor belt 6 is 5-15mm. At the same time, the length of the connecting magnetic suction device 13 is adapted to the width of the magnetic roller conveyor belt 6.

[0030] Before practical application, the pre-adjustment of the mechanism needs to be completed: Adjust the overall height of the fixed frame 1 by adjusting the lifting and adjusting component 8. If a worm gear lifting and adjusting mechanism is used, rotate the adjusting handwheel to drive the worm gear to rotate, thereby realizing the extension and retraction of the lifting and adjusting component 8. If a turnbuckle is used, adjust the length directly by turning the turnbuckle to ensure that the initial gap between the magnetic roller conveyor belt 6 and the sintering furnace stainless steel mesh belt 4 is properly matched. Adjust the preload of the return spring 504 by adjusting the spring fixing hook 505. According to the product specifications, refer to the height scale line on the outside of the hook and screw the spring fixing hook 505 to the corresponding height. The anti-disengagement buckle at the end of the hook can prevent the return spring 504 from falling off. At the same time, the pressure test telescopic limit ring 502 limits the pressure test adjustment. The maximum extension stroke of the telescopic rod 503 is controlled to prevent excessive extension and contraction from damaging components. The tension of the magnetic roller conveyor belt 6 is adjusted by using the tension adjustment component 14. The fine-tuning screw 1404 is rotated to drive the adjusting slider 1402 to slide along the slide rail 1403, thereby moving the bearing seats 1401 at both ends of the non-magnetic drive roller 10. This allows for fine-tuning of the distance between the non-magnetic drive roller 10 and the fully magnetic drive roller 2, ensuring that the tension of the magnetic roller conveyor belt 6 is appropriate and preventing slippage or excessive stretching during operation. In addition, the initial gap between the pressure position sensor 508 and the pressure position contact plate 507 is calibrated to maintain it at 1-3mm. At the same time, a stable electrical connection is established between the pressure position sensor 508 and the external control system to ensure real-time signal transmission.

[0031] During normal operation, the products to be sorted are continuously conveyed by the sintering furnace stainless steel mesh belt 4. Before entering the area covered by the magnetic roller conveyor belt 6, the guide guard plate on the side of the discharge section of the sintering furnace stainless steel mesh belt 4 first guides and limits the products to prevent them from deviating from the preset track due to conveying deviation. When the products are conveyed to the bottom of the pressure testing device 5, the pressure testing rubber roller 510 first contacts the upper surface of the products. Since the pressure testing rubber roller 510 is made of soft wear-resistant silicone rubber and has anti-slip and wear-resistant texture on its outer circumference, it can ensure stable contact with the products and avoid scratches or impacts to the product's appearance. The height of the products will push the pressure testing rubber roller 510 to move upward, which in turn drives the pressure testing adjustment telescopic rod 503 to extend and retract upward along the pressure testing device fixing frame 501. The telescopic rod synchronous connecting rod 506 moves synchronously with the pressure testing adjustment telescopic rod 503, causing the return spring 504 to be stretched.

[0032] During this process, the pressure testing position contact plate 507 moves synchronously with the telescopic rod and the connecting rod 506. When the pressure testing position contact plate 507 contacts the pressure testing position sensor 508, the pressure testing position sensor 508 immediately sends a detection signal to the external control system. Based on the product height data fed back by the signal, the external control system drives the lifting adjustment component 8 to make precise fine adjustments, further optimizing the distance between the magnetic roller conveyor belt 6 and the product, and ensuring that the magnetic adsorption effect reaches the best.

[0033] The magnetic roller drive device 7 starts, driving the fully magnetic drive roller 2 to rotate via the transmission assembly 15. The active synchronous pulley in the transmission assembly 15 rotates with the output shaft of the magnetic roller drive device 7, and drives the driven synchronous pulley to rotate via the synchronous belt meshing transmission, ensuring that the magnetic roller conveyor belt 6 runs smoothly at the preset speed. When the fully magnetic drive roller 2 rotates, it drives the magnetic roller conveyor belt 6 to rotate. Under the magnetic action of the fully magnetic drive roller 2, the magnetic roller conveyor belt 6 obtains an adsorption force, adsorbing and separating the product from the stainless steel mesh belt 4 of the sintering furnace, realizing the initial separation of the product from the turnover equipment.

[0034] When the magnetic roller conveyor belt 6, which carries the product, moves to the area of ​​the connecting magnetic attraction device 13, the connecting magnetic attraction device 13 uses the magnetic field formed by the splicing of permanent magnets to guide the product for secondary adsorption. The side of the connecting magnetic roller conveyor belt 6 is kept 5-15mm away from the outer surface of the magnetic roller conveyor belt 6, and its length is adapted to the width of the magnetic roller conveyor belt 6 to ensure that the product does not fall off or deviate during the transfer process. As the magnetic roller conveyor belt 6 continues to move, when the product moves to the area corresponding to the non-magnetic drive roller 10, since the non-magnetic drive roller 2 is non-magnetic, the product loses its adsorption force and falls smoothly onto the transfer conveyor belt 12 below under the action of gravity, completing the final separation and transfer of the product. The transfer conveyor belt 12 transports the product to the subsequent processing or collection station. The whole process is continuous and uninterrupted, realizing the efficient sorting of magnetic materials.

[0035] During operation, the reset spring 504 always provides a reset force to the pressure testing adjustment telescopic rod 503. When the product is removed from the pressure testing rubber roller 510, the reset spring 504 retracts, driving the pressure testing adjustment telescopic rod 503 and the pressure testing rubber roller 510 to reset, waiting for the next batch of products to be tested, ensuring that the pressure testing device 5 continues to work stably.

Claims

1. A continuous magnetic sorting mechanism, comprising a fixed frame (1), a full-magnetic active roller (2), a non-magnetic active roller (10), characterized in that: The fixed frame (1) is provided with a full magnetic active roller (2) at one end and a non-magnetic active roller (10) at the other end, the full magnetic active roller (2) and the non-magnetic active roller (10) are surrounded by a magnetic roller conveyor belt (6), and the fixed frame (1) between the full magnetic active roller (2) and the non-magnetic active roller (10) is provided with a connection magnetic attraction device (13), the fixed frame (1) is installed on the rack (9) through the lifting adjusting assembly (8) at the inner side of the four corners, and the fixed frame (1) is provided with a magnetic roller driving device (7) through support and fixation, the magnetic roller driving device (7) drives the full magnetic active roller (2) to rotate through the transmission assembly (15), and the end position of the fixed frame (1) outside the full magnetic active roller (2) is provided with a pressure measuring device (5), the full magnetic active roller (2) and the pressure measuring device (5) correspond to the sintering furnace stainless steel mesh belt (4) below, and the sintering furnace stainless steel mesh belt (4) is installed on the sintering furnace tail body frame (3), the non-magnetic active roller (10) is correspondingly provided with a transfer conveyor belt (12) below, and the non-magnetic active roller (10) is slidably adjusted at one end of the connection magnetic attraction device (13) through the tension adjusting frame (11), and the tension adjusting frame (11) is provided with a tension adjusting assembly (14). The pressure measuring device (5) comprises a pressure measuring device fixing frame (501) installed on the fixed frame (1), four groups of pressure measuring adjusting telescopic rods (503) penetrating through the pressure measuring device fixing frame (501), and a pressure measuring rubber roller (510) installed on the lower end of the pressure measuring adjusting telescopic rod (503) through a pressure measuring roller shaft (509), and a telescopic rod synchronous connecting rod (506) is fixed to the upper end of the pressure measuring adjusting telescopic rod (503), a reset spring (504) is arranged between adjacent two groups of pressure measuring adjusting telescopic rods (503), and the reset spring (504) is hung on the spring fixed hook (505) on the pressure measuring device fixing frame (501) and the telescopic rod synchronous connecting rod (506) at both ends, and a pressure measuring position sensor (508) is installed on the outer side of the reset spring (504) through a support, and a pressure measuring position contact plate (507) is fixed to the telescopic rod synchronous connecting rod (506) at the corresponding position of the pressure measuring position sensor (508).

2. The continuous magnetic sorting mechanism of claim 1, wherein: The pressure measuring adjusting telescopic rod (503) fixed on the outer side of the pressure measuring device fixing frame (501) is provided with a pressure measuring telescopic limiting ring (502), and the spring fixed hook (505) arranged on the pressure measuring device fixing frame (501) is a height-adjustable structure.

3. The continuous magnetic sorting mechanism of claim 1, wherein: The tension adjusting assembly (14) comprises a bearing seat (1401) installed on the shaft rod at both ends of the non-magnetic active roller (10), an adjusting sliding block (1402) fixed below the bearing seat (1401), the adjusting sliding block (1402) is slidably installed on a sliding rail (1403), a nut is fixed in the end groove of the sliding rail (1403), a fine adjustment screw (1404) is screwed in the nut, and the end of the fine adjustment screw (1404) is rotatably connected with the adjusting sliding block (1402).

4. The continuous magnetic sorting mechanism of claim 1, wherein: The material of the pressure measuring rubber roller (510) is soft wear-resistant silicone rubber, and the outer peripheral surface of the pressure measuring rubber roller (510) is provided with anti-skid wear-resistant lines.

5. The continuous magnetic sorting mechanism of claim 1, wherein: The transmission assembly (15) comprises a driven synchronous pulley fixed to the shaft end of the full-magnetic active roller (2), a driving synchronous pulley fixed to the output shaft of the magnetic roller driving device (7), and a synchronous belt sleeved outside the driving synchronous pulley and the driven synchronous pulley, the transmission ratio of the driving synchronous pulley and the driven synchronous pulley is 1:1-1:3, and the inner peripheral surface of the synchronous belt is provided with meshing teeth matched with the tooth grooves of the pulleys.

6. The continuous magnetic sorting mechanism of claim 1, wherein: The lifting adjusting assembly adopts one of a worm lifting adjusting mechanism and a flower basket screw, the worm lifting adjusting mechanism comprises a worm, a worm gear meshing with the worm, and an adjusting hand wheel driving the worm to rotate.

7. The continuous magnetic sorting mechanism of claim 2, wherein: The spring fixed hook (505) is threadedly connected with the pressure measuring device fixing frame (501) and the telescopic rod synchronous connecting rod (506) through external threads, the height scale line is engraved on the outer side of the hook, the height adjusting range is 0-50mm, and the hook end of the spring fixed hook (505) is provided with a anti-falling buckle.

8. The continuous magnetic sorting mechanism of claim 1, wherein: The pressure measuring position sensor (508) is a contact type displacement sensor, the initial gap between the pressure measuring position sensor (508) and the pressure measuring position contact plate (507) is 1-3mm, and the signal output end of the pressure measuring position sensor (508) is electrically connected with the external control system through wires for feeding back the height detection signal.

9. The continuous magnetic sorting mechanism of claim 1, wherein: The connecting magnetic attraction device (13) is made of permanent magnets, and the connecting magnetic attraction device (13) is detachably connected with the fixed frame (1) through bolts, the distance between the side of the connecting magnetic attraction device (13) facing the magnetic roller conveying belt (6) and the outer surface of the magnetic roller conveying belt (6) is 5-15mm, and the length of the connecting magnetic attraction device (13) is matched with the width of the magnetic roller conveying belt (6).

Images