CN206296723U - A kind of steel pipe transfer device - Google Patents

Abstract

The utility model discloses a device for transferring steel pipes, which comprises a base, a steel pipe deep processing device installed in dislocation at both ends of the base, a steel pipe longitudinal transfer device for longitudinally moving the steel pipe to the steel pipe deep processing device for deep processing, and a steel pipe longitudinal transfer device with The steel pipe lifting and horizontal translation device used in conjunction with the steel pipe vertical transfer device also includes a steel pipe feeding frame with an inclined top surface and a steel pipe product receiving support after deep processing installed on both sides of the steel pipe lifting and horizontal translation device. The utility model realizes automatic transmission of straight seam welded steel pipe pressing groove or chamfering threading processing, realizes low consumption of transfer of straight seam welding steel pipe pressing groove or chamfering threading processing, and also reduces the transmission work intensity of straight seam welded steel pipe , reducing the difficulty and danger of the operator's operation, and improving the transfer efficiency of the straight seam welded steel pipe groove or chamfering and threading processing.

Description

A steel pipe transfer device

technical field

The utility model belongs to a transmission device for pipe material processing, in particular to a transmission device for steel pipe processing.

Background technique

The deep processing of straight seam welded steel pipe includes pressing groove or chamfering and threading. At present, the transmission of straight seam welded steel pipe pressing groove or chamfering and threading processing is mostly done manually. Since the length of straight seam welded steel pipe is generally 6 meters, the workers must The straight seam welded steel pipes of the line are transported to the groove or chamfering and threading processing area, which needs to go through the processes of transportation, breaking, and transfer. Because the straight seam welded steel pipes are long, the on-site operation is dangerous, difficult to transport, and difficult to operate. The degree is large, the labor intensity of employees is high, and it seriously affects the feeding and transfer efficiency of straight seam welded steel pipe pressing groove or chamfering and threading processing. In addition, the transfer of straight seam welded steel pipe pressure groove or chamfering thread processing uses a motor-driven reducer, and the reducer drives the wheel swing arm mechanism to complete the steel pipe sorting and feeding. In order to ensure that the feeding is in place and the safety swing arm mechanism needs to be configured Electromagnetic brake device, in this way, due to the weight of the transmission device plus the weight of the transmission straight seam welded steel pipe at least 1 ton, the power of the drive motor must be equipped with at least 15KW, and the power of the drive motor must be increased to transmit the straight seam welded steel pipe with a diameter of 60mm or more. And the design transfer distance is not more than 1 meter, the production cycle of this device is long, and the cost of the whole set of devices is high. Therefore, this straight seam welded steel pipe transmission device has high cost, high energy consumption and limited transmission distance. How to realize the automatic transfer of straight seam welded steel pipe groove or chamfer threading processing, realize the low consumption of transfer of straight seam welded steel pipe groove or chamfer thread processing, reduce the work intensity of straight seam welded steel pipe transfer, and reduce the labor of operators Difficulty and danger of operation, improving the transfer efficiency of straight seam welded steel pipe grooving or chamfering and threading processing are technical problems that need to be solved.

Utility model content

The technical problem to be solved by the utility model is to provide a steel pipe transmission device. The use of this steel pipe transfer device can not only realize the automatic transfer of straight seam welded steel pipe groove or chamfer threading processing, realize the low consumption of transfer of straight seam welded steel pipe groove or chamfer thread processing, but also reduce the transmission of straight seam welded steel pipe Work strength, reduce the difficulty and danger of the operator's operation, and improve the transfer efficiency of straight seam welded steel pipe groove or chamfering and threading processing.

The technical solution of the utility model for solving the above-mentioned technical problems is: a steel pipe transfer device, including a base, and a steel pipe deep processing device installed at both ends of the base in misalignment. The steel pipe longitudinal transfer device also includes the steel pipe lifting and horizontal translation device used in conjunction with the steel pipe longitudinal transfer device, and the steel pipe feeding frame with inclined top surface installed on both sides of the steel pipe lifting and horizontal translation device and the steel pipe product after deep processing. Bracket; also includes hydraulic and electrical control devices;

The steel pipe feeding rack is two brackets installed parallel to one side of the steel pipe lifting and lateral translation device and inclined towards the direction of the steel pipe lifting and lateral translation device. The top surface of the part is provided with a stopper and a limiting device, the stopper and the stopper are a stopper, the cross section of the stopper is trapezoidal, and the stopper with a trapezoidal cross section is installed at the end of the bracket;

The steel pipe lifting and lateral translation device includes a steel pipe lateral movement bracket, a steel pipe translation bracket, a steel pipe translation bracket jacking up an oil cylinder, and a steel pipe translation bracket jacking up a guide rod. The steel pipe lateral movement bracket has a top surface parallel bracket and a Bottom support, the parallel bottom support of the steel pipe lateral movement support uses at least 3 lateral movement rollers respectively installed on at least 3 translation guide rails corresponding to the horizontal arrangement on the base, and the parallel bottom support of the steel pipe transverse movement support is respectively fixed at both ends The translation drive wheel is installed, and the translation drive wheel is driven by the gear transmission of the reducer to realize the parallel sliding of the steel pipe lateral movement bracket on the translation guide rail; the steel pipe translation bracket jacks up the oil cylinder and is installed on the steel pipe transverse movement support using the oil cylinder mounting seat ; The steel pipe translation bracket uses the steel pipe jacking guide rod installed on the steel pipe lateral movement bracket to be installed on the steel pipe lateral movement support, and the steel pipe translation bracket installed on the steel pipe lateral movement bracket jacks up the lever of the oil cylinder and the steel pipe The translation bracket is fixedly connected; both sides of the steel pipe translation bracket have parts protruding from the steel pipe lateral movement bracket;

The steel pipe longitudinal transmission device is equipped with a main engine feeding roller and a roller driving motor, and the main engine feeding roller is driven by the roller driving motor and the gear transmission of the reducer to realize the rotation of the roller; the roller driving motor is controlled by a PLC program with a frequency converter, and can be controlled according to The processing of the main engine of the steel pipe deep processing device needs to be rotated forward or reversely to realize the longitudinal transmission of the steel pipe;

The steel pipe product receiving brackets are two brackets installed parallel to the other side of the steel pipe lifting and lateral translation device and inclined away from the moving direction of the steel pipe lifting and lateral translation device. The two brackets are far away from one end of the steel pipe lifting and lateral translation device. The top surface of the end is provided with a stopper and a limit device;

The steel pipe translation bracket of the steel pipe lifting and lateral translation device can support the steel pipe to leave the steel pipe feeding frame, and the steel pipe lateral movement support moves the steel pipe to the top of the steel pipe longitudinal transmission device through translation drive wheel action translation; the steel pipe translation bracket top The lever of the oil cylinder is retracted, and the steel pipe can be stably placed on the feeding roller of the steel pipe longitudinal transmission device; Placed on a steel pipe product receiving stand.

The hydraulic and electrical control devices adopt the prior art and are controlled by a PLC program.

The beneficial effect of the utility model is that: the utility model is equipped with a steel tube longitudinal transfer device for longitudinally moving the steel tube to the steel tube deep processing device for deep processing, and also includes a steel tube lifting and horizontal translation device used in conjunction with the steel tube longitudinal transfer device, and also includes a steel tube lifting and horizontal translation device A steel pipe feeding frame with an inclined top surface and a steel pipe product receiving support after deep processing are respectively installed on both sides of the translation device. Realize the automatic transfer of straight seam welded steel pipe groove or chamfer threading processing, realize the low consumption of transmission of straight seam welded steel pipe groove or chamfer thread processing, and also reduce the transmission work intensity of straight seam welded steel pipe, reduce the The difficulty and danger of the operation of the operator improves the transmission work efficiency of the straight seam welded steel pipe pressure groove or chamfering and threading processing.

Because the translation driving wheel of the steel pipe lifting and lateral translation device provided by the utility model is driven by the gear transmission of the reducer, the steel pipe lateral movement bracket slides in parallel on the translation guide rail, which improves the parallel sliding speed of the steel pipe lateral movement support on the translation guide rail, thereby improving The translation speed of the steel pipe translation bracket installed on the steel pipe lateral movement support improves the transfer efficiency of straight seam welded steel pipe pressure groove or chamfering and threading processing.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described;

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a schematic diagram of the initial station of the steel pipe translation bracket of the steel pipe lifting and lateral translation device;

Fig. 3 is a schematic diagram of the utility model steel pipe feeding rack, steel pipe product receiving support; steel pipe translation bracket jacking station of the steel pipe lifting and lateral translation device;

Fig. 4 is a steel pipe feeding frame, a steel pipe product receiving support of the utility model; a structural schematic diagram of a steel pipe longitudinal transmission device;

In the attached drawings: 1. Base, 2. Steel pipe deep processing device, 3. Steel pipe feeding rack, 4. Steel pipe product receiving bracket, 5. Material stopper, 6. Steel pipe laterally moving bracket, 7. Steel pipe translation bracket, 8. Steel pipe Translation bracket jacking up oil cylinder, 9. steel pipe translation bracket jacking up guide rod, 10. translation driving wheel, 11. main engine feeding roller, 12. roller driving motor, 13, lateral moving roller.

detailed description

The utility model is described in further detail below by specific examples.

Example 1

As shown in Figure 1, Figure 2, Figure 3, and Figure 4, a steel pipe transfer device includes a base 1, a steel pipe deep processing device 2 installed at both ends of the base 1 in dislocation, and is characterized in that it also includes moving the steel pipe longitudinally to The steel pipe deep processing device 2 is the steel pipe longitudinal transfer device for deep processing, which also includes the steel pipe lifting and lateral translation device used in conjunction with the steel pipe longitudinal transfer device, and also includes steel pipe feeding racks with inclined top surfaces installed on both sides of the steel pipe lifting and lateral translation device 3 and receiving support 4 for steel pipe products after deep processing; also includes hydraulic and electrical control devices;

The steel pipe feeding frame 3 is two brackets installed on one side of the steel pipe lifting and lateral translation device in parallel and inclined to the direction of the steel pipe lifting and lateral translation device. The two brackets intersect with the steel pipe lifting and lateral translation device. The top surface of the end is provided with a stopper and a limiting device, the stopper and the stopper are a stopper 5, the cross-section of the stopper 5 is trapezoidal, and the trapezoidal cross-section is installed at the end of the bracket position;

The steel pipe lifting and lateral translation device includes a steel pipe lateral movement bracket 6, a steel pipe translation bracket 7, a steel pipe translation bracket jacking up an oil cylinder 8, and a steel pipe translation bracket jacking up a guide rod 9, and the steel pipe lateral movement bracket 6 has a top surface Parallel support and a parallel bottom surface support, the parallel bottom surface support of the steel pipe lateral movement support 6 uses at least 3 lateral movement rollers 13 to be installed on the at least 3 translation guide rails corresponding to the horizontal arrangement on the base 1, and the steel pipe lateral movement support The two ends of the parallel bottom bracket of 6 are respectively fixed with translation drive wheels 10, and the translation drive wheels 10 are driven by the gear transmission of the reducer to realize the parallel sliding of the steel pipe lateral movement support 6 on the translation guide rail; the steel pipe translation bracket jacks up the oil cylinder 8. Use the oil cylinder mounting seat to install on the steel pipe laterally moving bracket 6; the steel pipe translation bracket 7 uses the steel pipe translation bracket installed on the steel pipe laterally moving bracket 6 to jack up the guide rod 9 and install it on the steel pipe laterally moving bracket 6. The steel pipe translation bracket installed on the steel pipe lateral movement bracket 6 is fixedly connected with the steel pipe translation bracket 7 to lift the lever of the oil cylinder 8; ;

The steel pipe longitudinal transmission device is equipped with a main engine feeding roller 11 and a roller driving motor 12, and the main engine feeding roller 11 is driven by the roller driving motor 12 and the gear transmission of the reducer to realize the rotation of the roller; the roller driving motor adopts a PLC program to cooperate with a frequency converter The control can be forward or reversed according to the processing needs of the main engine of the steel pipe deep processing device, and the longitudinal transmission of the steel pipe is realized.

Example 2

As shown in Figure 1, Figure 2, Figure 3, and Figure 4, a steel pipe transfer device includes a base 1, a steel pipe deep processing device 2 installed at both ends of the base 1 in dislocation, and is characterized in that it also includes moving the steel pipe longitudinally to The steel pipe deep processing device 2 is the steel pipe longitudinal transfer device for deep processing, which also includes the steel pipe lifting and lateral translation device used in conjunction with the steel pipe longitudinal transfer device, and also includes steel pipe feeding racks with inclined top surfaces installed on both sides of the steel pipe lifting and lateral translation device 3 and receiving support 4 for steel pipe products after deep processing; also includes hydraulic and electrical control devices;

The steel pipe feeding frame 3 is two brackets installed on one side of the steel pipe lifting and lateral translation device in parallel and inclined to the direction of the steel pipe lifting and lateral translation device. The two brackets intersect with the steel pipe lifting and lateral translation device. The top surface of the end is provided with a stopper and a limiting device, the stopper and the stopper are a stopper 5, the cross-section of the stopper 5 is trapezoidal, and the trapezoidal cross-section is installed at the end of the bracket position;

The steel pipe lifting and lateral translation device includes a steel pipe lateral movement bracket 6, a steel pipe translation bracket 7, a steel pipe translation bracket jacking up an oil cylinder 8, and a steel pipe translation bracket jacking up a guide rod 9, and the steel pipe lateral movement bracket 6 has a top surface Parallel support and a parallel bottom surface support, the parallel bottom surface support of the steel pipe lateral movement support 6 uses at least 3 lateral movement rollers 13 to be installed on the at least 3 translation guide rails corresponding to the horizontal arrangement on the base 1, and the steel pipe lateral movement support The two ends of the parallel bottom bracket of 6 are respectively fixed with translation drive wheels 10, and the translation drive wheels 10 are driven by the gear transmission of the reducer to realize the parallel sliding of the steel pipe lateral movement support 6 on the translation guide rail; the steel pipe translation bracket jacks up the oil cylinder 8. Use the oil cylinder mounting seat to install on the steel pipe laterally moving bracket 6; the steel pipe translation bracket 7 uses the steel pipe translation bracket installed on the steel pipe laterally moving bracket 6 to jack up the guide rod 9 and install it on the steel pipe laterally moving bracket 6. The steel pipe translation bracket installed on the steel pipe lateral movement bracket 6 is fixedly connected with the steel pipe translation bracket 7 to lift the lever of the oil cylinder 8; ;

The steel pipe longitudinal transmission device is equipped with a main engine feeding roller 11 and a roller driving motor 12, and the main engine feeding roller 11 is driven by the roller driving motor 12 and the gear transmission of the reducer to realize the rotation of the roller; the roller driving motor adopts a PLC program to cooperate with a frequency converter Control, can rotate forward or reverse according to the processing needs of the main engine of the steel pipe deep processing device, and realize the longitudinal transmission of the steel pipe;

The steel pipe product receiving bracket 4 is two brackets installed in parallel on the other side of the steel pipe lifting and lateral translation device and tilted away from the moving direction of the steel pipe lifting and lateral translation device. The two supports are far away from the steel pipe lifting and lateral translation device. A stopper and a limit device are arranged on the top surface of one end;

The steel pipe translation bracket 7 of the steel pipe lifting and lateral translation device can lift the steel pipe to leave the steel pipe storage rack 3, and the steel pipe lateral movement support 6 realizes the translation of the steel pipe to the top of the steel pipe longitudinal transfer device through the translation of the translation drive wheel 10; the steel pipe translation The bracket jacks up the oil cylinder 8 lever and retracts, and the steel pipe can be stably placed on the main machine feeding roller 11 of the steel pipe longitudinal transfer device; the steel pipe translation bracket 7 of the steel pipe lifting and lateral translation device can also lift the processed steel pipe away from the steel pipe The main engine feeding roller 11 of longitudinal transmission device is placed on the steel pipe product receiving support 4 stably.

Through the above description, those skilled in the art can make various changes and modifications without departing from the technical idea of the present invention, all of which are within the protection scope of the present utility model. Unfinished matters of the utility model belong to the common knowledge of those skilled in the art.

Claims (2)

1. a kind of steel pipe transfer device, including base, the steel pipe deep processing device that the wrong contraposition in base two ends is installed, it is characterized in that： Also include by steel pipe longitudinally move to steel pipe deep processing device carry out deep processing steel pipe longitudinal direction transfer device, also including with steel pipe The steel pipe lifting transverse sliding device that longitudinal transfer device is used cooperatively, also distinguishes including steel pipe lifting transverse sliding device both sides Tube product after the steel pipe cradle with sloped top face being installed with and deep processing receives support；Also include hydraulic pressure, electrical equipment Control device；

The steel pipe cradle be it is corresponding be installed in parallel in steel pipe lifting transverse sliding device side and to the steel pipe lifting Inclined two supports in transverse sliding device direction, the end that two supports intersect with the steel pipe lifting transverse sliding device Backgauge and stopping means are provided with portion's top surface, the backgauge and stopping means are material blocking block, the cross section of the material blocking block be it is trapezoidal, The cross section is that trapezoidal material blocking block is arranged on bracket end position；

The steel pipe lifting transverse sliding device includes steel pipe transverse movement support, steel pipe translating carriage, steel pipe translating carriage top Oil cylinder, steel pipe translating carriage jack-up guide post are played, the steel pipe transverse movement support has a top surface parallel bracket and one Parallel support in bottom surface, is at least pacified using 3 transverse shifting rollers respectively on the parallel support in bottom surface of steel pipe transverse movement support Dress is corresponded at least 3 translating rails of horizontally set on the base, and the steel pipe transverse moves the parallel support in bottom surface of support Two ends fixedly mount driven in translation wheel respectively, and the driven in translation wheel is driven driving and realizes steel pipe transverse by reducer gear Mobile support parallel sliding on translating rails；The steel pipe translating carriage jack-up oil cylinder is arranged on the steel using cylinder installation seat On pipe transverse moving support；The steel pipe translating carriage uses the steel pipe jack-up guide post on steel pipe transverse movement support On steel pipe transverse movement support, the lever of the steel pipe translating carriage jack-up oil cylinder on steel pipe transverse movement support It is fixedly connected with the steel pipe translating carriage；The both sides of the steel pipe translating carriage have the portion that steel pipe transverse moves support of stretching out Point；

Steel pipe longitudinal direction transfer device is provided with main frame material-feeding rolling wheels, roller motor, and the main frame material-feeding rolling wheels pass through Roller motor, reducer gear transmission driving realize that roller is rotated；The roller motor coordinates change using PLC program Frequency device is controlled, and can need forward or reverse according to the processing of the main frame of steel pipe deep processing device, is realized steel pipe and is longitudinally transmitted.

2. a kind of steel pipe transfer device according to claim 1, it is characterized in that：It is corresponding that the tube product receives support Be installed in parallel in steel pipe lifting transverse sliding device opposite side and to away from the steel pipe lifting transverse sliding device moving direction Inclined two supports, two supports on the top surface of steel pipe lifting transverse sliding device one end end away from being provided with backgauge And stopping means.