CN202062021U

CN202062021U - Automatic fastener molding machine

Info

Publication number: CN202062021U
Application number: CN201120138402XU
Authority: CN
Inventors: 陈启乐
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-05-04
Filing date: 2011-05-04
Publication date: 2011-12-07
Anticipated expiration: 2021-05-04

Abstract

The utility model discloses an automatic fastener molding machine, which comprises an iron wire fastener conveying mechanism, a spring flat wire molding and conveying mechanism, an iron sheet casing molding and conveying mechanism, an assembly molding mechanism used for receiving accessories conveyed by each conveying mechanism and integrating the accessories, and a numerical control circuit module used for controlling the operation of all the mechanisms, wherein the iron wire fastener conveying mechanism, the spring flat wire molding and conveying mechanism and the iron sheet casing molding and conveying mechanism are distributed at the periphery of the assembly molding mechanism. So a plurality of links in the conventional production process of the fastener are integrated through the automatic control of the numerical control circuit module, the automatic and mass production of fasteners is realized, the production efficiency is improved, and the production cost is reduced.

Description

The fastener automatic moulding machine

Technical field

The utility model relates to a kind of fastener production equipment art, refers in particular to a kind of fastener automatic moulding machine.

Background technology

Please refer to illustrated in figures 1 and 2, fastener 1 is made up of iron wire fastener 2, spring lenticular wire 3 and 4 three accessories of iron sheet involucrum, the traditional mode of production mode of such fastener 1 is: earlier by each independently machining equipment finish each accessory, again by the manual assembling of finishing fastener 1 each accessory of personnel, therefore, its production efficiency is low, the production cost height, do not meet the requirement of modern industry automation, mass, but be necessary to develop a kind of fastener machine of automatic batch production.

The utility model content

At the deficiencies in the prior art, but the purpose of this utility model is intended to provide a kind of fastener automatic moulding machine of automatic batch production, to enhance productivity, reduces production costs.

The utility model adopts following technical scheme for achieving the above object:

A kind of fastener automatic moulding machine, comprise iron wire fastener conveying mechanism, the moulding of spring lenticular wire and conveying mechanism, the moulding of iron sheet involucrum and conveying mechanism, be used to receive accessory that described each conveying mechanism transports and with its integrated assembled formation mechanism, be used to control the digital-control circuit module of all mechanisms' work, described iron wire fastener conveying mechanism, the moulding of spring lenticular wire and conveying mechanism, the moulding of iron sheet involucrum and conveying mechanism are distributed in assembled formation mechanism week side.

Described iron wire fastener conveying mechanism is provided with a stock chest, that is used for depositing the iron wire fastener and is used for first anchor clamps, that the iron wire fastener is delivered to described assembled formation mechanism are used for the iron wire fastener pushed away being used for iron wire fastener with stock chest toward second push pedal, of first anchor clamps and pushing away first push pedal toward second push pedal, and this first push pedal falls to being positioned at the discharging opening of stock chest.

Moulding of described spring lenticular wire and conveying mechanism are provided with second anchor clamps that are used for the spring lenticular wire drift, that the lenticular wire material cuts moulding is used for the spring lenticular wire is delivered to described assembled formation mechanism, this spring lenticular wire drift is provided with a blank mould, second anchor clamps be positioned at this blank mould outside and with its corresponding matching.

Moulding of described iron sheet involucrum and conveying mechanism are provided with an iron sheet involucrum blanking die, an iron sheet involucrum moulding patrix, an iron sheet involucrum moulding counterdie, and this iron sheet involucrum moulding counterdie falls in the blanking position of iron sheet involucrum blanking die and can come and go and is displaced into the pressing down between the position of blanking position and iron sheet involucrum moulding patrix.

Described assembled formation mechanism is provided with the side forming slide that riveted counterdie, that centre clamp, a riveted patrix, that is used to receive iron wire fastener and spring lenticular wire be used to receive the iron sheet involucrum is used for horizontal foundary weight suitcase shell, described riveted counterdie below the centre clamp and can come and go be displaced into moulding of iron sheet involucrum and conveying mechanism go out the pressing down between the position of material level and riveted patrix.

A kind of fastener automatic moulding machine that the utility model is set forth, its beneficial effect is: by adopting the automatic control of digital-control circuit module, a plurality of links in the fastener traditional mode of production process are integrated into one, realize automation and mass that fastener is produced, improve production efficiency, reduced production cost.

Description of drawings

Fig. 1 is the exploded view of fastener;

Fig. 2 is the stereochemical structure diagrammatic sketch of fastener;

Fig. 3 is the stereochemical structure diagrammatic sketch of the utility model embodiment;

Fig. 4 is a kind of duty diagrammatic sketch of the utility model embodiment;

Fig. 5 is another duty diagrammatic sketch of the utility model embodiment;

Fig. 6 is another duty diagrammatic sketch of the utility model embodiment;

Fig. 7 is another duty diagrammatic sketch of the utility model embodiment;

Fig. 8 is another duty diagrammatic sketch of the utility model embodiment;

Fig. 9 is another duty diagrammatic sketch of the utility model embodiment;

Figure 10 is another duty diagrammatic sketch of the utility model embodiment;

Figure 11 is another duty diagrammatic sketch of the utility model embodiment.

The specific embodiment:

Come the utility model is further described below in conjunction with accompanying drawing and specific embodiment.

Please refer to Fig. 1 to shown in Figure 11, it has demonstrated the concrete mechanism of the utility model preferred embodiment, a kind of fastener automatic moulding machine, comprise iron wire fastener conveying mechanism 10, the moulding of spring lenticular wire and conveying mechanism 20, the moulding of iron sheet involucrum and conveying mechanism 30, assembled formation mechanism 40, digital-control circuit module, described iron wire fastener conveying mechanism 10, the moulding of spring lenticular wire and conveying mechanism 20, the moulding of iron sheet involucrum and conveying mechanism 30 are distributed in assembled formation mechanism 40 all sides, wherein:

Described iron wire fastener conveying mechanism 10 is provided with a stock chest 11, one first push pedal 12, one second push pedal 13 and one first anchor clamps 14, this first stock chest 11 is used to deposit iron wire fastener 2, first push pedal 12 falls to being arranged in the discharging opening of stock chest 11 and is used for the iron wire fastener 12 of stock chest 11 is pushed away toward second push pedal 13, second push pedal 13 is used to hold first push pedal 12 and pushes away next iron wire fastener 2 and it is pushed away past first anchor clamps 14, first anchor clamps 14 are used to clamp second push pedal 13 to be pushed away the iron wire fastener 2 that comes and it is pushed away toward described assembled formation mechanism 40, and is received by the centre clamp 41 of assembled formation mechanism 40.

Moulding of described spring lenticular wire and conveying mechanism 20 are provided with a spring lenticular wire drift 21 and one second anchor clamps 22, this spring lenticular wire drift 21 is used for the lenticular wire material is cut moulding, it is provided with a blank mould that is used to clamp spring lenticular wire 3, these second anchor clamps 22 be positioned at this blank mould outside and with its corresponding matching, be used to receive spring lenticular wire drift 21 and cut the spring lenticular wire 3 of moulding and spring lenticular wire 3 is delivered to described assembled formation mechanism 40, receive by the centre clamp 41 of assembled formation mechanism 40.

Moulding of described iron sheet involucrum and conveying mechanism 30 are provided with an iron sheet involucrum blanking die 31, one iron sheet involucrum moulding patrix 32, one iron sheet involucrum moulding counterdie 33, this iron sheet involucrum blanking die 31 is used for iron sheet involucrum strip 34 is cut completion iron sheet involucrum semi-finished product 35, this iron sheet involucrum moulding counterdie 33 falls in the blanking position of iron sheet involucrum blanking die 31 and can come and go and is displaced into the pressing down between the position of this blanking position and iron sheet involucrum moulding patrix 32, during operation, this iron sheet involucrum moulding counterdie 33 moves to the position that presses down of iron sheet involucrum moulding patrix 32 after iron sheet involucrum semi-finished product 35 are caught in the blanking position of iron sheet involucrum blanking die 31, pass through the mold pressing of iron sheet involucrum moulding patrix 32 and iron sheet involucrum moulding counterdie 33 then, thereby obtain iron sheet involucrum 4.

Described assembled formation mechanism 40 is used to receive accessory that described each conveying mechanism transports and it is one-body molded, this assembled formation mechanism 40 is provided with a centre clamp 41, one riveted patrix 42, an one riveted counterdie 43 and a side forming slide 44, this centre clamp 41 is used to receive iron wire fastener 2 and the spring lenticular wire 3 that first anchor clamps 14 and second anchor clamps 22 transport respectively, this riveted counterdie 43 is used for receiving iron sheet involucrum 4 at the material level that goes out of moulding of iron sheet involucrum and conveying mechanism 30, this riveted counterdie 43 below centre clamp 41 and can come and go be displaced into moulding of iron sheet involucrum and conveying mechanism 30 go out the pressing down between the position of material level and riveted patrix 42, also be provided with the magnet that is used to hold iron sheet involucrum 4 on the riveted counterdie 43, this side forming slide 44 is used for horizontal foundary weight suitcase shell 4.

Described digital-control circuit module is used to control all mechanism's work, each action all has an independent cylinder control, digital-control circuit is controlled the sequence of movement and the action length of the back time of staying of each cylinder by control magnetic valve break-make, thereby assurance whole production flow process is finished smoothly.

It is as follows that operation principle of the present utility model is described in detail in detail:

Extremely shown in Figure 7 as Fig. 4, first push pedal 12 of described iron wire fastener conveying mechanism 10 pushes away the iron wire fastener 2 in the stock chest 11 toward second push pedal 13, second push pedal 13 holds iron wire fastener 2 and it is pushed away toward first anchor clamps 14, first anchor clamps 14 clamp iron wire fastener 2 backs and advance to centre clamp 41 directions of assembled formation mechanism 40, and iron wire fastener 2 passed to centre clamp 41, first anchor clamps 14 loosen and reset then; As Fig. 8 and shown in Figure 9, the spring lenticular wire drift 21 of moulding of described spring lenticular wire and conveying mechanism 20 cuts moulding with the lenticular wire material, by blank mould pressing spring lenticular wire 3, second anchor clamps 22 move to the correspondence position of blank mould, spring lenticular wire 3 unclamps the back at the blank mould and is pushed to centre clamp 41 by 22 clampings of second anchor clamps, the propelling of the propelling of second anchor clamps 22 and first anchor clamps 14 is carried out simultaneously, back second anchor clamps 22 that put in place clip spring lenticular wire 3 and upwards are rotated counterclockwise a low-angle, make spring lenticular wire 3 near iron wire fastener 2, the hook portion of spring lenticular wire 3 and iron wire fastener 2 corresponding positions closely cooperate, enter the working range of centre clamp 41, centre clamp 41 clamps then, iron wire fastener 2 and spring lenticular wire 3 are clipped together fixing, second anchor clamps 22 and first anchor clamps 14 loosen simultaneously and reset; As Figure 10, the iron sheet involucrum blanking die 31 of moulding of described iron sheet involucrum and conveying mechanism 30 is cut into iron sheet involucrum semi-finished product 35 with iron sheet involucrum strip 34 and falls into the iron sheet involucrum moulding counterdie 33 that is arranged in the blanking position, iron sheet involucrum moulding counterdie 33 is located with the position that presses down that iron sheet involucrum semi-finished product 35 move to iron sheet involucrum moulding patrix 32, iron sheet involucrum moulding patrix 32 presses down matched moulds then, iron sheet involucrum moulding patrix 32 continues to press down after 4 moulding of iron sheet involucrum, until iron sheet involucrum 4 is extruded the bottom of iron sheet involucrum moulding counterdies 33 and drop out from the material level that goes out of moulding of iron sheet involucrum and conveying mechanism 30; As Figure 11, the riveted counterdie 43 of described assembled formation mechanism 40 holds iron sheet involucrum 4 with magnet at the material level that goes out of moulding of iron sheet involucrum and conveying mechanism 30, and move to the position that presses down of riveted patrix 42, this moment centre clamp 41 times general who has surrendered's iron wires fastener 2 and the spring lenticular wire 3 two-in-one riveted counterdies 43 of putting into, riveted patrix 42 presses down matched moulds then, and side forming slide 44 is depressed into makes its horizontal foundary weight suitcase shell 4, thereby finish three-in-one riveted, last riveted patrix 42, side forming slide 44 resets, riveted counterdie 43 is moving to the discharging displacement of moulding of iron sheet involucrum and conveying mechanism 40, the fastener 1 that centre clamp 41 clips moulding rises, so far a fastener 1 is produced and is finished, and so circulation is to realize automatic batch production.

The utility model is by adopting the automatic control of digital-control circuit module, a plurality of links in the fastener 1 traditional mode of production process are integrated into one, realize automation and mass that fastener 1 is produced, the hand assembled that its production efficiency is more traditional has improved 8 times to 10 times, greatly reduces production cost.

The above, it only is the utility model preferred embodiment, be not that technical scope of the present utility model is imposed any restrictions, so every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any trickle modification, equivalent variations and modification that above embodiment did.

Claims

1. fastener automatic moulding machine, it is characterized in that: comprise iron wire fastener conveying mechanism, the moulding of spring lenticular wire and conveying mechanism, the moulding of iron sheet involucrum and conveying mechanism, be used to receive accessory that described each conveying mechanism transports and with its integrated assembled formation mechanism, be used to control the digital-control circuit module of all mechanisms' work, described iron wire fastener conveying mechanism, the moulding of spring lenticular wire and conveying mechanism, the moulding of iron sheet involucrum and conveying mechanism are distributed in assembled formation mechanism week side.

2. fastener automatic moulding machine according to claim 1, it is characterized in that: described iron wire fastener conveying mechanism is provided with a stock chest, that is used for depositing the iron wire fastener and is used for first anchor clamps, that the iron wire fastener is delivered to described assembled formation mechanism are used for the iron wire fastener pushed away being used for iron wire fastener with stock chest toward second push pedal, of first anchor clamps and pushing away first push pedal toward second push pedal, and this first push pedal falls to being positioned at the discharging opening of stock chest.

3. fastener automatic moulding machine according to claim 1, it is characterized in that: moulding of described spring lenticular wire and conveying mechanism are provided with second anchor clamps that are used for the spring lenticular wire drift, that the lenticular wire material cuts moulding is used for the spring lenticular wire is delivered to described assembled formation mechanism, this spring lenticular wire drift is provided with a blank mould, second anchor clamps be positioned at this blank mould outside and with its corresponding matching.

4. fastener automatic moulding machine according to claim 1, it is characterized in that: moulding of described iron sheet involucrum and conveying mechanism are provided with an iron sheet involucrum blanking die, an iron sheet involucrum moulding patrix, an iron sheet involucrum moulding counterdie, and this iron sheet involucrum moulding counterdie falls in the blanking position of iron sheet involucrum blanking die and can come and go and is displaced into the pressing down between the position of blanking position and iron sheet involucrum moulding patrix.

5. fastener automatic moulding machine according to claim 1, it is characterized in that: described assembled formation mechanism is provided with the side forming slide that riveted counterdie, that centre clamp, a riveted patrix, that is used to receive iron wire fastener and spring lenticular wire be used to receive the iron sheet involucrum is used for horizontal foundary weight suitcase shell, described riveted counterdie below the centre clamp and can come and go be displaced into moulding of iron sheet involucrum and conveying mechanism go out the pressing down between the position of material level and riveted patrix.