CN-224208235-U - Screw workpiece oil scraps processing system

Abstract

The screw workpiece oil chip treatment system comprises at least one conveying device, one end of the conveying device is connected with and led to an oil removing device, a guiding device is fixedly arranged on the oil removing device, and the guiding device is connected with a screening device and forms a connecting channel. The conveying equipment is used for guiding the screw workpiece and mechanically conveying the screw workpiece to the deoiling equipment, the deoiling equipment utilizes centrifugal power generated when the centrifugal power equipment rotates to primarily throw and remove oil materials and part of metal scraps attached to the screw workpiece, then the screw workpiece is guided to the screening equipment through the guiding equipment, and the attached oil materials and the metal scraps are removed through the screening equipment through physical inertia of further vibration in a vibrating mode, so that the screw workpiece can thoroughly remove the oil materials and remove the metal scraps.

Inventors

• CHEN YIRUI
• CHEN FENGLIN
• CHEN KEHONG

Assignees

• 嘉兴振太机械有限公司

Dates

Publication Date

20260508

Application Date

20250220

Claims (6)

1. 1. The screw workpiece oil chip treatment system is characterized by comprising at least one conveying device, an oil removing device connected with the tail end of the conveying device, wherein the oil removing device comprises a guide device welded on the side face of the oil removing device, a receiving piece inserted at the top of the oil removing device, an inner rotating device sleeved on one side of the receiving piece close to the ground and an outer rotating device sleeved outside the inner rotating device, and the screw workpiece oil chip treatment system further comprises a screening device connected with the guide device, a storage device positioned on one side of the screening device close to the ground and a dumping device connected with the outer rotating device.
2. 2. The screw workpiece oil and scraps processing system as recited in claim 1, wherein the conveying device is a magnetic attraction type conveying belt, the conveying device comprises at least one control device positioned on the conveying device, the control device comprises at least one relay, and the control device is electrically connected with the relay.
3. 3. The screw workpiece oil scraps processing system according to claim 1, wherein the deoiling device is a mechanical device for removing oil attached to a screw workpiece together with part of metal scraps by utilizing centrifugal power equipment, a guide device is arranged on the deoiling device, one end of the guide device is communicated with the screening device, the deoiling device further comprises a receiving piece inserted at the top of the deoiling device, an inner rotating device sleeved on one side of the receiving piece close to the ground and an outer rotating device sleeved outside the inner rotating device, the receiving piece is a funnel, and the receiving piece is of an inverted conical hole type and is small on one side close to the ground and large on one side far away from the ground.
4. 4. The screw workpiece oil and scraps treating system as recited in claim 1, wherein one end of the sieving device is connected with the guiding device, the other end of the sieving device is connected with the storage device, and the sieving device is a sieving machine.
5. 5. The screw workpiece oil scraps processing system as in claim 1, wherein one end of the storage device is connected with the screening device, the storage device is a charging barrel, the charging barrel is made of seamless steel pipes and is a special charging barrel for plastic machinery through tight processing.
6. 6. The screw workpiece oil and scraps processing system according to claim 1, wherein the dumping device is fixedly connected to the outer rotating device, the dumping device comprises a telescopic cylinder fixed outside the deoiling device, a bending mechanism connected with the telescopic cylinder, the telescopic cylinder comprises a movable telescopic shaft positioned on the telescopic cylinder, the telescopic cylinder is connected with the bending mechanism through the movable telescopic shaft, the bending mechanism is fixedly connected with the outer rotating device, the bending mechanism comprises at least one sleeve, the sleeve comprises at least one angular channel and at least one shaft rod connected with the outer rotating device and penetrating through the outer rotating device, and at least one base fixed on the deoiling device, a section of the shaft rod away from the outer rotating device is an angular column, the angular column is sleeved on and penetrates through the base and corresponds to the angular channel, and the angular column is matched with the angular channel in shape.

Description

Screw workpiece oil scraps processing system Technical Field The utility model belongs to the technical field of mechanical equipment, and particularly relates to a screw workpiece oil scraps treatment system. Background After the screws widely used in the industry are manufactured, greasy dirt which is used for cooling, lubrication or rust prevention is often generated due to the process relation, and meanwhile, metal scraps are attached due to various processing procedures. Before the finished product is finished, the screw workpieces are respectively processed through a material distributing disc, a vibration feeder and the like. However, under the consistent operation requirement of modern rapid production, the individual processing links of the independent units are time-consuming and labor-consuming, and the need for enterprises to integrate the production links to improve the production efficiency is urgent. In addition, as for the conventional deoiling machine in the screw workpiece oil scraps processing equipment, a centrifugal deoiling machine is previously provided, wherein the centrifugal device comprises an outer cylinder and an inner cylinder sleeved in the outer cylinder, and the outer cylinder is required to be fixed by clamping a brake block through a positioning device and a related brake. In order to control blanking, a first cylinder having a cylinder core which is driven to expand and contract by fluid pressure and a baffle plate having one end coupled to the end of the cylinder core is driven to move between a closed position and an open position by the expansion and contraction of the cylinder core of the first cylinder. The two rails are arranged on the top plate side by side along the axial interval, and two sides of the baffle plate extend into the two rails respectively. When the baffle is positioned at the closed position, the baffle is blocked between the blanking port of the blanking hopper and the through port of the top plate, and when the baffle is positioned at the open position, the blanking port is communicated with the through port of the top plate. It can be found that the technology adopts relatively complicated components for stabilizing the outer cylinder and controlling the feeding of the deoiling machine, and has great progress space for economic benefit. Disclosure of Invention In view of the above, the present invention provides a screw workpiece oil chip treatment apparatus to solve the above-mentioned problems. The screw workpiece oil chip treatment system is characterized by comprising at least one conveying device, an oil removing device connected with the tail end of the conveying device, wherein the oil removing device comprises a guide device welded on the side face of the oil removing device, a receiving piece inserted at the top of the oil removing device, an inner rotating device sleeved on one side of the receiving piece close to the ground and an outer rotating device sleeved outside the inner rotating device, and the screw workpiece oil chip treatment system further comprises a screening device connected with the guide device, a storage device positioned on one side of the screening device close to the ground and a dumping device connected with the outer rotating device. Further, the conveying device is a magnetic conveying belt, the conveying device comprises at least one control device located on the conveying device, the control device comprises at least one relay, and the control device is electrically connected with the relay. Further, the deoiling equipment is mechanical equipment for throwing and removing oil attached to a screw workpiece and part of metal scraps by using centrifugal power equipment, the deoiling equipment is provided with a guide equipment, one end of the guide equipment is communicated with the screening equipment, the deoiling equipment further comprises a receiving piece inserted at the top of the deoiling equipment, an inner rotating equipment sleeved on one side of the receiving piece close to the ground and an outer rotating equipment sleeved outside the inner rotating equipment, the receiving piece is a funnel, and the receiving piece is of an inverted conical hole type, and is small on one side close to the ground and large on one side far away from the ground. Further, one end of the screening device is connected with the guiding device, the other end of the screening device is connected with the storage device, and the screening device is a screening machine. Further, one end of the storage device is connected with the screening device, the storage device is a charging barrel, the charging barrel is made of seamless steel pipes and is formed by tightly processing, and the charging barrel is a special charging barrel for plastic machinery. Further, the dumping device is fixedly connected to the outer rotating device, the dumping device comprises a telescopic cylinder fixed to the outer portion of the deoiling device,