CN209918738U

CN209918738U - Die belt line

Info

Publication number: CN209918738U
Application number: CN201920323359.0U
Authority: CN
Inventors: 张亚敏
Original assignee: Shenzhen Dingshengli Mold Co Ltd
Current assignee: Shenzhen Dingshengli Mold Co Ltd
Priority date: 2019-03-14
Filing date: 2019-03-14
Publication date: 2020-01-10
Anticipated expiration: 2029-03-14

Abstract

The utility model provides a mould belt line, which comprises a material frame, a transmission line, a mould base and an electric cabinet, wherein the material frame is placed at the tail end of the transmission line and is connected through a blanking hopper, and the initiating end of the transmission line can be adjusted to be lifted and placed on a placing frame of the mould base; the conveying line comprises a bottom frame, a lifting device combination, a belt line combination, a blanking hopper and an electric cabinet, wherein the bottom frame is a rectangular frame body with a plurality of adjusting trundles, the adjusting trundles are uniformly distributed at four corners below the rectangular frame body, the electric cabinet is fixedly installed in the rectangular frame body in an insulating mode, the lifting device combination is installed on the rectangular frame body, a bedplate of the lifting device combination is fixed on the rectangular frame body, the belt combination is installed on the lifting combination, the blanking hopper is installed at the tail end of the belt combination, the power assembly is installed at the tail end of the belt line combination and inside of the corresponding lifting device, and the power assembly provides power for the belt line combination.

Description

Die belt line

Technical Field

The invention relates to a production conveying device, in particular to a die blanking belt line aiming at die stamping materials.

Background

In the present life, the industrial production is a concrete expression of social progress, for the purpose of rapid large-scale production, saving cost and improving industrial efficiency, the die opening for stamping production is also a shortcut for improving efficiency and improving quality, but in the existing stamping production, stamping is carried out, but collection is unavailable, and for stamping of large objects, the crushed materials of stamping cannot be automatically collected and directly scattered to the ground, and the formed fragments or residues are everywhere. For small objects, the small objects cannot be received after being punched, are scattered on the ground integrally and then are cleaned and boxed, so that production trouble and time waste are caused, and meanwhile, the image environment is seriously attractive.

In addition, for the stamping of the PCB, people perform the stamping after positioning and placing, and meanwhile, the stamped board needs to be received, so that people can complete the operation by exercising for a long time, and meanwhile, the body of people is easily damaged by misoperation in the stamping and receiving processes, because the stamping pressure of the PCB is generally over 80T.

Therefore, in the process of stamping the die, the transmission of waste materials or products is a very critical matter, so that a large amount of time can be saved, the quality can be improved, and accidents can be reduced. A transfer of the mould belt line is therefore necessary.

Disclosure of Invention

The to-be-solved technical problem of the utility model is to provide a mould belt line, realize that waste material or product after the die-cut carry out effectual collection, reduce the injury that appears in manual, raise the efficiency and beautify the environment.

In order to solve the technical problem, the utility model adopts the following technical scheme: the mould belt line comprises a material frame, a conveying line, a mould base and an electric cabinet, wherein the material frame is placed at the tail end of the conveying line and connected through a blanking hopper, and the starting end of the conveying line is placed on a placing frame of the mould base in an adjustable and lifting manner; the conveying line comprises a base frame, a lifting device combination, a belt line combination, a blanking hopper and an electric cabinet, wherein the base frame is a rectangular frame body with a plurality of adjusting trundles, the adjusting trundles are uniformly distributed at four corners below the rectangular frame body, stable placement of the base frame is realized, the electric cabinet is fixedly installed in the rectangular frame body in an insulating mode, the lifting device combination is installed on the rectangular frame body, a bedplate of the lifting device combination is fixed on the rectangular frame body, the belt combination is installed on the lifting device combination, the blanking hopper is installed at the tail end of the belt combination, a power assembly is installed at the tail end of the belt line combination and inside of a corresponding lifting device, and the power assembly provides power for the belt line combination.

The lifting device combination comprises a bedplate, two lifting devices, two base plates, an upper frame body, four linear bearings with fixed flanges and optical shafts matched with the bearings, wherein the middle part of the bedplate is provided with two round holes in a balanced manner, the top ends of main shafts of the lifting devices are fixed on a lifting plate of the upper frame body, lifting transmission assemblies on the main shafts are fixed on the base plates below the bedplate, the base plates and the bedplate are fixedly installed through screws, the four fixed flanges with the flanges are installed at the four corners of the lifting plate, the top ends of the four optical shafts are fixed on the fixed flanges, holes matched with the diameters of the optical shafts are formed in the corresponding bedplate, and the optical shafts penetrate through the bedplate corresponding to the through holes.

The optical axis is the smooth cylinder of outer wall, the frame of putting on the shelf frame includes the left side board of putting on the shelf, puts on the shelf right side board, lifter plate and last mounting panel, the side supporter of the frame of putting on the shelf frame is constituteed to the left side board of putting on the shelf and the right side board of putting on the shelf, the lifter plate becomes the support face of going on the production line with last mounting panel constitution.

The transmission assembly is lead screw lifting assembly, elevating gear's main shaft is the main shaft lead screw, and vertical lead screw subassembly among main shaft lead screw and the lead screw lifting assembly matches, the internal thread of vertical lead screw matches with the external screw thread of main shaft lead screw, the external screw thread of vertical lead screw with the external screw thread of lead screw lifting assembly's horizontal lead screw matches, horizontal lead screw and vertical lead screw have the fixed equipment of metal casing, two the main shaft of horizontal lead screw is connected through the lift transmission axle in the middle of shaft coupling and shaft coupling for same horizontal direction be equipped with locking Assembly on the lead screw lifting assembly, convenient locking and fixed elevating position, the supporting handle that is equipped with the zigzag on the main shaft of horizontal lead screw, the crank structure of handle structure and tractor is similar.

Install gear motor on the curb plate of upper ledge framework, gear motor is also the power component, gear motor is the cooperation structure of motor and speed reducer, gear motor's tip runs through the curb plate and installs the toothed disc.

Go up on the mounting panel, equidistant installing the multiunit angle horse, the angle is from the top down array at once is equipped with the multiunit mounting hole, the track section bar is installed to the correspondence on the mounting hole of angle horse, the both ends fixed mounting of track section bar has the pulley board, the rolling bearing hole is installed to the outer tip of pulley board, installs antifriction bearing in the antifriction bearing hole, every two of pulley board corresponding position are a set of, every group install the inertia belt pulley between the pulley board, the inertia belt pulley is supported or is supported by the axis of rotation of difference respectively by same axis of rotation the end of transmission line is run through the bearing hole and is installed the rolling shaft, the rolling shaft runs through the unified motion of action wheel on all belts.

The edge of the upper mounting plate is connected with a blanking hopper, and the bedplate is provided with a supporting body for fixing the blanking hopper.

The material frame is a transportation frame body with a handle and rollers.

Compared with the prior art, the invention has the following beneficial effects: can realize the effective collection of waste material or product to do not need very big space, stopped the health injury that appears in operation process in addition, conveniently shift after collecting simultaneously, improved efficiency and reduced the quality unusual.

Drawings

Fig. 1 is a schematic view of an assembly structure of a mold belt line according to the present invention;

fig. 2 is a schematic view of a transmission line structure of a belt line of a mold according to the present invention;

fig. 3 is a schematic view of the lifting device assembly structure of the belt line of the mold of the present invention.

Detailed Description

Referring to fig. 1 and 2, a die belt line comprises a material frame 1, a conveying line 2, a die base 3 and an electric cabinet 4, wherein the material frame 1 is placed at the tail end of the conveying line 2 and connected through a blanking hopper 8, and the starting end of the conveying line 2 is placed on a placing frame of the die base 3 in an adjustable and lifting manner; the conveying line 2 comprises an underframe 5, a lifting device combination 6, a belt line combination 7, a blanking hopper 8 and an electric cabinet 4, wherein the underframe 5 is a rectangular frame body with a plurality of adjusting casters, the adjusting casters are uniformly distributed at four corners below the rectangular frame body to realize stable placement of the underframe 5, the electric cabinet 4 is fixedly installed in the rectangular frame body in an insulating mode, the lifting device combination 6 is installed on the rectangular frame body, a bedplate of the lifting device combination 6 is fixed on the rectangular frame body, the belt combination is installed on the lifting device combination, the blanking hopper 8 is installed at the tail end of the belt combination, a power assembly is installed at the tail end of the belt line combination 7 and inside of the corresponding lifting device, and the power assembly provides power for the belt line combination 7.

As shown in fig. 3, the lifting device assembly 6 includes a platen 13, two lifting devices 14, two base plates, an upper frame 15, four linear bearings with fixing flanges, and an optical axis 16 matched with the bearings, two circular holes are evenly formed in the middle of the platen 13, the top end of a main shaft of the lifting device 14 is fixed on a lifting plate of the upper frame 15, a lifting transmission assembly on the main shaft is fixed on the base plate below the platen 13, the base plate and the platen 13 are fixedly mounted through screws, four fixing flanges with flanges are mounted at four corners of the lifting plate, the top ends of the four optical axes 16 are fixed on the fixing flanges, holes matched with the diameters of the optical axes 16 are formed in the corresponding platen 13, and the optical axes 16 penetrate through the platen 13 corresponding to the holes.

The optical axis 16 is the smooth cylinder of outer wall, the frame 15 that puts on the shelf includes frame left side board, frame right side board, lifter plate and last mounting panel, the side supporter of frame 15 is constituteed to frame left side board and frame right side board, the lifter plate forms the support face of going on the production line with last mounting panel.

The transmission assembly is lead screw lifting assembly, elevating gear 14's main shaft is the main shaft lead screw, and vertical lead screw subassembly among main shaft lead screw and the lead screw lifting assembly matches, the internal thread of vertical lead screw matches with the external screw thread of main shaft lead screw, the external screw thread of vertical lead screw with the external screw thread of lead screw lifting assembly's horizontal lead screw matches, horizontal lead screw and vertical lead screw have the fixed equipment of metal casing, two the main shaft of horizontal lead screw is connected through the lift transmission axle in the middle of shaft coupling and shaft coupling for same horizontal direction be equipped with locking Assembly on the lead screw lifting assembly, convenient locking and fixed elevating position, the supporting handle that is equipped with the zigzag on the main shaft of horizontal lead screw, the crank structure of handle structure and tractor is similar.

Install gear motor 9 on the curb plate of upper ledge frame body 15, gear motor 9 is also the power component, gear motor 9 is the cooperation structure of motor and speed reducer, gear motor 9's tip runs through upper ledge frame body 15 curb plate and installs the toothed disc.

Go up on the mounting panel, equidistant multiunit angle horse 10 of installing, the from the top down array is equipped with the multiunit mounting hole on the angle horse 10, what correspond on the mounting hole of angle horse 10 installs track section bar, the both ends fixed mounting of track section bar has pulley plate 11, the rolling bearing hole is installed to the outer tip of pulley plate 11, installs antifriction bearing in the rolling bearing hole, every two of pulley plate 11 corresponding position are a set of, every group install the inertia belt pulley between the pulley plate 11, the inertia belt pulley is supported by same axis of rotation or is supported by the axis of rotation of difference respectively the last end of transmission line is run through the bearing hole and is installed the rolling shaft, the rolling shaft runs through the action wheel unified motion on all belts.

The edge of the upper mounting plate is connected with a blanking hopper 8, and a supporting body is arranged on the bedplate 13 to fix the blanking hopper 8.

The material frame 1 is a transportation frame body with a handle and a roller.

The working principle is as follows:

referring to fig. 1 and 2, the utility model discloses a mold belt line, at first belt line combination 7 is through adjusting the position that track section bar corresponds the mounting hole on the bridge 10, realize the height adjustment to belt line combination 7, has also confirmed simultaneously the use type and the mode of the rolling bearing of inertia belt pulley, according to the structure of base under the mold, the angle of the track section bar of adjustment on the bridge 10, in addition according to the structure of base under the mold, the fixed position of bridge 10 on the upper mounting panel is adjusted, the fixing of bridge 10 is fixed through the bolt or through the screw hole screw fastening on oval groove and the platen 13, the belt pulley board 11 of belt both sides plays spacing effect to the conveying of belt, the interval between the belt can realize corresponding adjustment through the position of adjusting bridge 10; and a rotary gear disc is arranged at the position, matched with the speed reducing motor 9, of one end of the rolling shaft, and the rotary gear disc and the gear disc are connected through a belt to drive the belt line combination 7 to move.

The starting end of the corresponding conveying belt of the track profile is provided with an inclined plate 12, and the inclined plate 12 is connected with a gap between the belt and the lower base of the mold.

The discharging hopper 8 at the tail end of the belt can be a lower sliding body of an integrated structure and can also be a rail lower sliding body arranged according to a certain structure, so that the whole belt conveying and the fixed position stacking are realized.

In the elevating gear combination 6 of the below of belt line combination 7, the convenience of installation and maintenance has been realized to upper frame 15, has avoided the whole of equipment back maintenance and maintenance to disassemble the processing, elevating gear combination 6 is manual regulation structure, rotates the main shaft of horizontal lead screw through the handle, and then drives vertical lead screw actuation, and the motion of adjustment drive assembly also realizes that elevating gear combination 6 realizes rising or reducing belt line combination 7.

Claims

1. A mould belt line comprises a material frame, a conveying line, a mould base and an electric cabinet, wherein the material frame is placed at the tail end of the conveying line and connected through a blanking hopper, and the starting end of the conveying line is placed on a placing frame of the mould base in an adjustable and lifting manner; the conveying line is characterized by comprising an underframe, a lifting device combination, a belt line combination, a blanking hopper and an electric cabinet, wherein the underframe is a rectangular frame body with a plurality of adjusting casters, the adjusting casters are uniformly distributed at four corners below the rectangular frame body, the electric cabinet is fixedly installed in the rectangular frame body in an insulating manner, the lifting device combination is installed on the rectangular frame body, a bedplate of the lifting device combination is fixed on the rectangular frame body, the belt combination is installed on the lifting device combination, the blanking hopper is installed at the tail end of the belt combination, a power assembly is installed at the tail end of the belt line combination and inside the corresponding lifting device, and the power assembly provides power for the belt line combination;

the lifting device combination comprises a bedplate, two lifting devices, two base plates, an upper frame body, four linear bearings with fixed flanges and optical shafts matched with the bearings, wherein the middle part of the bedplate is uniformly provided with two round holes, the top ends of main shafts of the lifting devices are fixed on a lifting plate of the upper frame body, lifting transmission components on the main shafts are fixed on the base plates below the bedplate, the base plates and the bedplate are fixedly installed through screws, the four corners of the lifting plate are provided with the four fixed flanges with the flanges, the top ends of the four optical shafts are fixed on the fixed flanges, holes matched with the diameters of the optical shafts are formed in the corresponding bedplate, and the optical shafts penetrate through the bedplate corresponding to the through holes;

A speed reducing motor and a power assembly of the speed reducing motor are mounted on a side plate of the upper frame body, the speed reducing motor is a matched structural body of a motor and a speed reducer, and the end part of the speed reducing motor penetrates through the side plate and is provided with a gear disc;

2. The mold belt line of claim 1, wherein the transmission assembly is a lead screw lifting assembly, the main shaft of the lifting device is a main shaft screw rod, the main shaft screw rod is matched with a vertical screw rod component in a screw rod lifting component, the internal thread of the vertical screw rod is matched with the external thread of the main shaft screw rod, the external thread of the vertical screw rod is matched with the external thread of the transverse screw rod of the screw rod lifting assembly, the transverse screw rods and the vertical screw rods are fixedly assembled by metal shells, the main shafts of the two transverse screw rods are connected in the same horizontal direction through a coupler and a lifting transmission shaft in the middle of the coupler, the lifting mechanism is characterized in that a locking assembly is arranged on the screw rod lifting assembly, the lifting position is convenient to lock and fix, a Z-shaped handle is arranged on a main shaft of the transverse screw rod in a matched mode, and the handle structure is similar to that of a crank handle of a tractor.

3. The mold belt line of claim 2, wherein a lower hopper is attached to an edge of the upper mounting plate, and a support body is provided on the platen to hold the lower hopper.

4. The mold belt line of claim 1, wherein the frame is a transport frame with handles and rollers.