阅读说明：本技术 板簧热处理后保温转移设备 (Heat preservation transfer equipment after heat treatment of plate spring ) 是由 孟宪芸 王治宝 刘延智 孙云浩 于 2018-08-15 设计创作，主要内容包括：板簧热处理后保温转移设备,属于板簧生产设备领域。其特征在于包括承接转移装置、保温装置和运输装置,在板簧加热装置的出口处设置承接转移装置,承接转移装置下方设置保温装置；承接转移装置的一端连接板簧加热装置,承接转移装置的另一端衔接保温装置,所述保温装置设置在运输装置上,所述运输装置包括抓取第一码板、第二码板、抓取臂和隔离柱,第一码板和第二码板分别设置在第一物料区和第二物料区一侧；第一码板和第二码板的一侧均均匀设置隔离柱,第一码板和第二码板的另一侧设置转运吊环；对应横向设置的隔柱将第一码板和第二码板的一侧分割成多层置物空间。本发明可以快捷高效的完成热处理环节板簧在工位之间的转移输送。(Leaf spring heat treatment back heat preservation transfer apparatus belongs to leaf spring production facility field. The device is characterized by comprising a receiving and transferring device, a heat preservation device and a conveying device, wherein the receiving and transferring device is arranged at an outlet of a plate spring heating device, and the heat preservation device is arranged below the receiving and transferring device; one end of the receiving and transferring device is connected with the plate spring heating device, the other end of the receiving and transferring device is connected with the heat preservation device, the heat preservation device is arranged on the transportation device, the transportation device comprises a first grabbing stacking plate, a second grabbing stacking plate, a grabbing arm and an isolation column, and the first grabbing stacking plate and the second grabbing stacking plate are respectively arranged on one side of the first material area and one side of the second material area; one sides of the first stacking plate and the second stacking plate are uniformly provided with isolation columns, and the other sides of the first stacking plate and the second stacking plate are provided with transfer hanging rings; the partition columns which are transversely arranged correspondingly divide one side of the first stacking plate and one side of the second stacking plate into a plurality of layers of storage spaces. The invention can quickly and efficiently finish the transfer and conveying of the plate spring between stations in the heat treatment link.)

1. Leaf spring heat treatment back heat preservation transfer apparatus which characterized in that: the plate spring heat preservation device comprises a receiving and transferring device, a heat preservation device and a conveying device, wherein the receiving and transferring device is arranged at an outlet of a plate spring heating device, and the heat preservation device is arranged below the receiving and transferring device; one end of the receiving and transferring device is connected with the plate spring heating device, the other end of the receiving and transferring device is connected with the heat preservation device, the heat preservation device is arranged on the transportation device, the transportation device comprises a first grabbing stacking plate, a second grabbing stacking plate, a grabbing arm and an isolation column, and the first grabbing stacking plate and the second grabbing stacking plate are respectively arranged on one side of the first material area and one side of the second material area; one sides of the first stacking plate and the second stacking plate are uniformly provided with isolation columns, and the other sides of the first stacking plate and the second stacking plate are provided with transfer hanging rings; the corresponding horizontal isolating column that sets up divides into the multilayer with one side of first sign indicating number board and second sign indicating number board and puts the object space.

2. The heat-treated plate spring heat-retaining transfer apparatus according to claim 1, wherein: the heat preservation device comprises a crucible heat preservation groove, a supporting arm, a base and a torsion motor, and the crucible heat preservation groove is arranged below the receiving and transferring device; heat preservation silica gel is arranged in the crucible heat preservation tank; one third of the height of the roller in the longitudinal direction is immersed in the heat-preservation silica gel; the crucible heat preservation tank is a cuboid; the four end points of the upper end surface of the cuboid are respectively connected with supporting arms; one end of the supporting arm is linked to the base, and the other end of the supporting arm is linked to the cuboid; a torsion motor is arranged on the base; the supporting arm is provided with a driving clamping ring; the inner wall of the driving clamping ring is provided with a tooth groove; a driving gear is arranged on a driving shaft of the torsion motor; the driving teeth and the tooth grooves are mutually clamped.

3. The heat-treated plate spring heat-retaining transfer apparatus according to claim 2, wherein: the receiving and transferring device comprises fixed rails, a middle shaft, a roller and a chain, wherein the two fixed rails are arranged in parallel; corresponding clamping rings are uniformly and oppositely arranged on the two fixed rails; the middle shaft is clamped in each corresponding two clamping rings; the middle shaft is sleeved with a roller; two corresponding convex plates are arranged on the roller; u-shaped clamping grooves are formed between the convex plates; one side of the idler wheel on the middle shaft is provided with a gear; the gear is clamped on the chain; a driving motor is arranged on one side of the fixed rail; the chain is connected with a driving motor.

Technical Field

The invention belongs to the field of steel disc spring transportation equipment, and particularly relates to heat preservation transfer equipment for a plate spring after heat treatment.

Background

The steel sheet spring needs to be transferred and conveyed among a plurality of working procedures in the production and manufacturing process, wherein the transfer of a heat treatment link is more difficult than other links. Due to the high temperature of the products to be transported, the requirements for the transport process between the stations are also high. In order to conveniently, quickly and safely transfer the products at the station, the inventor designs a transfer system special for the plate spring heat treatment station by combining the actual manufacturing experience of the products so as to meet the requirements of the production links.

Disclosure of Invention

The invention aims to solve the technical problem of providing heat preservation transfer equipment for the heat-treated plate spring, which can quickly and efficiently finish the transfer and conveying of the plate spring between stations in the heat treatment link on the basis of ensuring the safety.

In order to solve the technical problems, the technical scheme of the invention is as follows: heat preservation transfer equipment after plate spring thermal treatment, its characterized in that: the plate spring heat preservation device comprises a receiving and transferring device, a heat preservation device and a conveying device, wherein the receiving and transferring device is arranged at an outlet of a plate spring heating device, and the heat preservation device is arranged below the receiving and transferring device; one end of the receiving and transferring device is connected with the plate spring heating device, the other end of the receiving and transferring device is connected with the heat preservation device, the heat preservation device is arranged on the transportation device, the transportation device comprises a first grabbing stacking plate, a second grabbing stacking plate, a grabbing arm and an isolation column, and the first grabbing stacking plate and the second grabbing stacking plate are respectively arranged on one side of the first material area and one side of the second material area; one sides of the first stacking plate and the second stacking plate are uniformly provided with isolation columns, and the other sides of the first stacking plate and the second stacking plate are provided with transfer hanging rings; the corresponding horizontal isolating column that sets up divides into the multilayer with one side of first sign indicating number board and second sign indicating number board and puts the object space.

Preferably, the heat preservation device comprises a crucible heat preservation groove, a supporting arm, a base and a torsion motor, and the crucible heat preservation groove is arranged below the receiving and transferring device; heat preservation silica gel is arranged in the crucible heat preservation tank; one third of the height of the roller in the longitudinal direction is immersed in the heat-preservation silica gel; the crucible heat preservation tank is a cuboid; the four end points of the upper end surface of the cuboid are respectively connected with supporting arms; one end of the supporting arm is linked to the base, and the other end of the supporting arm is linked to the cuboid; a torsion motor is arranged on the base; the supporting arm is provided with a driving clamping ring; the inner wall of the driving clamping ring is provided with a tooth groove; a driving gear is arranged on a driving shaft of the torsion motor; the driving teeth and the tooth grooves are mutually clamped.

Preferably, the receiving and transferring device comprises fixed rails, a middle shaft, a roller and a chain, wherein the two fixed rails are arranged in parallel; corresponding clamping rings are uniformly and oppositely arranged on the two fixed rails; the middle shaft is clamped in each corresponding two clamping rings; the middle shaft is sleeved with a roller; two corresponding convex plates are arranged on the roller; u-shaped clamping grooves are formed between the convex plates; one side of the idler wheel on the middle shaft is provided with a gear; the gear is clamped on the chain; a driving motor is arranged on one side of the fixed rail; the chain is connected with a driving motor.

Compared with the prior art, the invention has the beneficial effects that:

the system comprises a receiving and transferring device, a heat preservation device and a conveying device, and is completely new in design from the step-by-step receiving and transferring of products. Wherein in order to ensure that the first link receiving and transferring device can effectively receive high-temperature products, the heat preservation device is arranged below the receiving and transferring device, and the heat preservation device can be acted at any time in the operation process of the receiving and transferring device so as to ensure the long-term safe operation of the link. The system is provided with a reversing device as a flow distribution link of different products, the different products are directionally conveyed, and finally, the conveying device is used for carrying out unified stacking transfer. Each link of the system has high operation efficiency and low maintenance cost, and is very suitable for application in actual production.

Detailed Description

The heat preservation transfer equipment for the heat-treated plate spring comprises a receiving transfer device, a heat preservation device and a conveying device, wherein the receiving transfer device is arranged at an outlet of a plate spring heating device, and the heat preservation device is arranged below the receiving transfer device; one end of the receiving and transferring device is connected with the plate spring heating device, the other end of the receiving and transferring device is connected with the heat preservation device, the heat preservation device is arranged on the transportation device, the transportation device comprises a first grabbing stacking plate, a second grabbing stacking plate, a grabbing arm and an isolation column, and the first grabbing stacking plate and the second grabbing stacking plate are respectively arranged on one side of the first material area and one side of the second material area; one sides of the first stacking plate and the second stacking plate are uniformly provided with isolation columns, and the other sides of the first stacking plate and the second stacking plate are provided with transfer hanging rings; the corresponding horizontal isolating column that sets up divides into the multilayer with one side of first sign indicating number board and second sign indicating number board and puts the object space.

The heat preservation device comprises a crucible heat preservation groove, a supporting arm, a base and a torsion motor, and the crucible heat preservation groove is arranged below the receiving and transferring device; heat preservation silica gel is arranged in the crucible heat preservation tank; one third of the height of the roller in the longitudinal direction is immersed in the heat-preservation silica gel; the crucible heat preservation tank is a cuboid; the four end points of the upper end surface of the cuboid are respectively connected with supporting arms; one end of the supporting arm is linked to the base, and the other end of the supporting arm is linked to the cuboid; a torsion motor is arranged on the base; the supporting arm is provided with a driving clamping ring; the inner wall of the driving clamping ring is provided with a tooth groove; a driving gear is arranged on a driving shaft of the torsion motor; the driving teeth and the tooth grooves are mutually clamped.

The receiving and transferring device comprises fixed rails, a middle shaft, a roller and a chain, wherein the two fixed rails are arranged in parallel; corresponding clamping rings are uniformly and oppositely arranged on the two fixed rails; the middle shaft is clamped in each corresponding two clamping rings; the middle shaft is sleeved with a roller; two corresponding convex plates are arranged on the roller; u-shaped clamping grooves are formed between the convex plates; one side of the idler wheel on the middle shaft is provided with a gear; the gear is clamped on the chain; a driving motor is arranged on one side of the fixed rail; the chain is connected with a driving motor.

When the system is in operation, the rollers arranged on the two fixed rails are firstly in contact, and the U-shaped clamping grooves are arranged on the rollers to clamp the plate spring, so that the phenomenon that a product is separated in the conveying process is prevented. In order to prevent the temperature of the roller and the attachments from being too high, a heat preservation pool is arranged below the roller, and heat preservation is carried out on the roller in time through heat preservation silica gel. And next, the carrying disc can be conveniently realized under the coordination action of the main driving arm and the auxiliary driving arm, and different products are conveyed to the first material area and the second material area. Different products are stacked on the first stacking plate and the second stacking plate through the grabbing arms, and finally the products are uniformly transported through the transporting lifting ring.

The foregoing is illustrative of the preferred embodiments of this patent and is not to be construed as limiting the scope of this patent, as any person skilled in the art can, using the teachings set forth herein, make changes and modifications to the equivalent embodiments with equivalent variations. Any simple modification, equivalent change and modification of the above embodiments according to the technical essence of the patent still belong to the protection scope of the patent technical solution without departing from the content of the patent technical solution.