CN216503370U

CN216503370U - Assembling and riveting machine for bypass valve of oil filter

Info

Publication number: CN216503370U
Application number: CN202123157761.2U
Authority: CN
Inventors: 颜树杭
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-12-16
Filing date: 2021-12-16
Publication date: 2022-05-13
Anticipated expiration: 2031-12-16

Abstract

The utility model discloses an assembling and riveting machine of a bypass valve of an oil filter, which comprises a main body structure comprising a frame, a rotary disc and a top plate, wherein the top plate is fixed by a peripheral upright post, the rotary disc is arranged on a divider of a panel of the frame, outlets of peripheral automatic vibration disc (or conveyor belt conveying) feeding devices are respectively aligned with an air blowing auxiliary feeding chute port on the machine, riveting and feeding devices are fixed on respective stations along the axial direction of a processed product, and an accessory iron cover, a sealing sheet, a bracket, a spring and a finished product part do not have transverse reciprocating actions of lifting and grabbing.

Description

Assembling and riveting machine for bypass valve of oil filter

Technical Field

The utility model relates to an automatic assembling and riveting machine, in particular to automatic assembling and riveting equipment for a bypass valve of an oil filter.

Background

At present, manual or semi-manual riveting equipment is generally used in a process of processing a bypass valve of an oil filter in a filter manufacturer, and although some machines replace manual operation, accessories of multiple processes are moved and transmitted in a reciprocating mode during assembly and riveting of the equipment, so that the existing construction mode needs to be improved due to low surface working efficiency and high failure frequency.

SUMMERY OF THE UTILITY MODEL

In order to solve the defects in the technology, the utility model provides the following technical scheme:

the utility model is characterized in that: the working procedure components of support riveting, sealing sheet feeding device, spring feeding, edge curling and the like are all fixed on the frame panel or the upper panel or the pillar at respective station axes, and the whole body is simple and firm. Wherein, the accessory iron cover, the sealing sheet, the bracket, the spring and the finished product part have no transverse reciprocating action of lifting and grabbing up and down, and each procedure is completed by one-time straight line riveting or delivery on respective station, thereby improving the working efficiency and reducing the failure frequency

As a further scheme of the utility model: four parts required for the product object: the iron cover, the support, the sealing sheet and the spring are arranged along the periphery of the frame by the respective stations of the four vibration discs for automatic feeding (according to the requirements of customers, part of the vibration discs can be replaced by a conveyor belt type lifting sample feeding mechanism), the outlets of the vibration discs are uniformly butted with the feeding slideways of the stations, and the feeding slideways are provided with auxiliary feeding by blowing.

As a further scheme of the utility model: the decollator is installed on the panel of the rack and driven by a motor installed inside the rack, the rotary table is installed on the decollator, and different clamps which can be pressed more are installed on each station of the rotary table respectively so as to adapt to specifications of different workpieces.

Compared with the prior art, the utility model has the beneficial effects that: the iron cover, the sealing sheet, the support, the spring and the finished product part have no transverse reciprocating action of lifting and grabbing up and down, and each process is completed by one-time linear riveting or sending on respective stations, so that the working efficiency is improved, and meanwhile, all process components are respectively arranged on a rack panel or an upper panel or a stand column, and the whole structure is compact and stable.

Drawings

Fig. 1 is a schematic view of the overall structure.

Fig. 2 a bracket crimping assembly.

Fig. 3 a spring feed assembly.

Figure 4 seal plate feed assembly.

Detailed Description

The following detailed description of embodiments of the present patent disclosure will be made with reference to the accompanying drawings.

Please refer to FIG. 1

A rotary table component (14) is arranged on a panel of a frame (13), the rotary table component is fixed with the surface of the frame through a divider at the bottom of the rotary table component, and a driving motor arranged in the frame drives the rotary table to rotate through the divider; different clamps which can be replaced according to different part specifications are respectively arranged on each station of the turntable, and the top plate (15) is fixed through a support column on the panel of the machine frame. Iron cover feeding assembly (1), support feeding assembly (2), plastic subassembly (3), gasket feeding assembly (4), determine module (5), spring feeding assembly (6), turn-up subassembly (7), ejection of compact subassembly (8) are fixed on panel and roof (15) and pillar of frame (13) according to respective station, and iron cover vibrations dish (9), support vibrations dish (10), gasket vibrations dish (12), spring vibrations dish (11) are arranged along the frame periphery in respective station.

In order to meet the requirement of quick riveting, the utility model discloses a quick axial series-pressing type feeding mode, which is specifically represented in the working mode of a bracket riveting part as shown in the figure II:

a double-section series cylinder (2.1) is fixed on a top plate (15) through a small supporting rod, an upper pressure head (2.3) is fixed by a connecting coupling head (2.2) (note: the inside of the upper pressure head is embedded with strong magnetism, which is not noted in the figure), the connecting coupling head (2.2) is fixed with the upper cylinder (2.1) through threads, a guide pin (3.0) is also arranged inside the upper pressure head, and the top of the guide pin is provided with a spring (2.6); the lower cylinder (2.9) is fixed on the bottom surface of the frame panel, the lower pressure head (2.7) is fixed by a connecting coupling head (2.8), and the connecting coupling head (2.8) is fixed with the lower cylinder (2.9) through threads; when the workpiece support is blown to an axial station through a support sliding rail through aerodynamic force, the support is supported by a movable baffle (2.5) at the bottom of the sliding rail, at the moment, the support, the iron cover, the upper punch (2.6) and the lower punch (2.7) are on the same axis, during work, the upper punch (2.3) pushes the lower axial straight line to drive the accessory support to move downwards under the push of the upper cylinder (2.1), the support and the iron cover are riveted and formed in one step under the matching of the lower cylinder, the formed iron cover is still remained at the original station, the turntable is waited to transfer to the next station, and the process is repeated.

In order to meet the requirement of quick riveting, the utility model discloses a quick axial series-pressing type feeding mode, which is specifically represented in the working mode of a sealing sheet conveying part as shown in the fourth step:

the cylinder (4.2) is fixed on the bottom plane of the top plate (15) through a fixing plate (4.1), and the vacuum suction rod (4.4) is connected with the cylinder (4.2) through threads; the sealing sheet is blown by air power through a sliding rail (4.5), is positioned at a working station by a limit baffle, and is supported by two movable turning plates (4.6) at two sides when the working station sheet is worked. During operation, when vacuum suction rod (4.4) fast moved to the gasket, vacuum suction produced, and then drove the gasket and continue to descend to the support bottom, and this time process is accomplished the back, and former station is still stayed to the built-up member, waits for the carousel to transmit to next station, and so circulation.

In order to meet the requirement of quick riveting, the utility model discloses a feeding mode for quick spring blanking, which specifically shows a working mode as shown in the figure III:

the square tube (6.1) and the square tube (6.5) are fixed on a mounting plate (6.9) through a continuous plate, a push-pull discharging plate (6.6) is also fixed on the mounting plate (6.9) through an air cylinder (6.8), a spring is sent into a cavity of the square tube (6.1) through an opening bent tube by a vibration plate (11), a material passing hole is arranged at the front end of the push-pull discharging plate, the spring can fall in the material passing hole when the air cylinder is pushed out, the push-pull discharging plate stops the spring when the air cylinder is retracted, a sliding rod (6.2) is arranged between a linear bearing and a flange plate (6.10) in a floating way through a side hole of the sliding rod (6.1), a compression spring (6.4) is arranged on the sliding rod (6.2), when the needle tip part at the front end of the sliding rod enters the cavity of the square tube (6.1), the stop spring falls, and a spring below the stop spring is gradually communicated with the front end of the push-pull discharging plate through the material passing hole at the front end of the push-pull discharging plate at the working position, when the cylinder retreats, the pushing and pulling discharging plate firstly blocks the discharging of the spring, and the sliding rod (6.2) lags behind the material passing hole of the pushing and pulling discharging plate (6.6) by a certain distance under the action of the spring to play a role in retracting the spring.

The working sequence of the utility model is as follows: when the power switch is started, all the vibration discs start feeding, and during the feeding, compressed air drives the air cylinder or air flow to respectively complete 8 processes of feeding an iron cover, riveting a support, shaping, feeding a sealing sheet, feeding a spring, curling, discharging and the like, and when the vibration disc works normally, the 8 processes are synchronously carried out.

Although the preferred embodiments of the present invention have been described in detail, the present invention is not limited to the above embodiments, and various changes and modifications of the technical solution of the present invention, which are made by those skilled in the art without departing from the spirit of the present invention, should fall within the protection scope defined by the claims of the present invention.

Claims

1. The utility model provides an equipment riveting machinery of oil cleaner bypass valve, characterized by has installed rotary disk assembly (14) on frame (13) panel, rotary disk assembly is fixed mutually with the frame face through the decollator of its bottom, the driving motor who installs in the frame inside passes through the decollator and drives the carousel rotatory, different anchor clamps that can change according to different part specifications have been installed respectively on each station of carousel, roof (15) are fixed through the pillar on the support panel, iron cover feeding component (1), support feeding component (2), plastic component (3), gasket feeding component (4), detection component (5), spring feeding component (6), turn-up subassembly (7), ejection of compact subassembly (8) are fixed on panel and roof (15) and pillar of frame (13) according to respective station, iron cover dish (9), support vibrations dish (10), vibrations dish (12), The spring vibration discs (11) are arranged along the periphery of the frame at respective stations.

2. The assembling and riveting machine of the oil filter bypass valve as claimed in claim 1, which is characterized in that a rapid axial series-pressure feeding mode specifically comprises: a double-section series cylinder (2.1) is fixed on a top plate (15) through a small supporting rod, an upper pressure head (2.3) is fixed by a connecting coupling head (2.2) (note: the inside of the upper pressure head is embedded with strong magnetism, which is not noted in the figure), the connecting coupling head (2.2) is fixed with the upper cylinder (2.1) through threads, a guide pin (3.0) is also arranged inside the upper pressure head, and the top of the guide pin is provided with a spring (2.6); the lower cylinder (2.9) is fixed on the bottom surface of the frame panel, the lower pressure head (2.7) is fixed by a connecting coupling head (2.8), and the connecting coupling head (2.8) is fixed with the lower cylinder (2.9) through threads; when the workpiece support is blown to an axial station through a support sliding rail through aerodynamic force, the support is supported by a movable baffle (2.5) at the bottom of the sliding rail, at the moment, the support, an iron cover, an upper punch (2.6) and a lower punch (2.7) are on the same axis, when the workpiece support works, the upper punch (2.3) pushes a lower cylinder (2.1) to drive an accessory support to move downwards in an axial straight line mode, and the support and the iron cover are riveted and formed in one step under the cooperation of the lower cylinder.

3. The assembling riveting machine of the oil filter bypass valve according to claim 1, which is characterized in that a rapid axial series-pressure type feeding mode is specifically represented as follows: the cylinder (4.2) is fixed on the bottom plane of the top plate (15) through the fixing plate (4.1), the vacuum suction rod (4.4) is connected with the cylinder (4.2) through threads, the sealing sheet is blown through the sliding rail (4.5) through aerodynamic force, is positioned at a working station by the limiting baffle, and is supported by the two movable turning plates (4.6) at two sides when the working station is positioned.

4. The assembling and riveting machine of the oil filter bypass valve as claimed in claim 1, wherein a feeding mode of quick spring blanking is embodied as follows: the square tube (6.1) and the square tube (6.5) are fixed on a mounting plate (6.9) through a connecting plate, a push-pull discharging plate (6.6) is also fixed on the mounting plate (6.9) through an air cylinder (6.8), a spring is conveyed into a cavity of the square tube (6.1) through an opening bent tube by a vibration plate (11), a material passing hole is formed in the front end of the push-pull discharging plate, the spring can fall in the material passing hole when the air cylinder is pushed out, the push-pull discharging plate stops the spring from falling when the air cylinder is retracted, a sliding rod (6.2) is arranged between a linear bearing and a flange plate (6.10) in a floating mode through a side hole of the sliding rod (6.1), and a compression spring (6.4) is arranged on the sliding rod (6.2).