CN201595187U

CN201595187U - Linear shaping device

Info

Publication number: CN201595187U
Application number: CN2009202652536U
Authority: CN
Inventors: 梁小平
Original assignee: Dongguan Deemoo Underwear Co Ltd
Current assignee: FOR VENUS TECHNOLOGY CO., LTD.
Priority date: 2009-12-16
Filing date: 2009-12-16
Publication date: 2010-10-06
Anticipated expiration: 2019-12-16

Abstract

The utility model relates to a linear shaping device, comprising a machine board; a plurality of bearing racks actively arranged on the machine board, wherein the bearing racks are connected in turn from the beginning to the end; a female die below the bearing rack, a male die above the bearing rack; a through hole for making the female die passing through and arranged on the bearing surface of the bearing rack corresponding with the female die, wherein the male die corresponds with the female die position. When the bearing racks are pushed forwards in turn and the through hole on the bearing surface passes through the female die and the male die, the female die and the male die respectively move towards the bearing rack, thus the cutting slice is shaped at high frequency and the production efficiency is effectively increased.

Description

The orthoscopic modular system

Technical field:

The utility model relates to the underwear brassiere and makes modular system, is meant a kind of orthoscopic modular system especially.

Background technology:

Existing underwear brassiere is made the main manual type that adopts of typing and is carried out, promptly is pressed on the spherical punch by the artificial raw material cut-parts that mold pressing is good, and this mode of operation, not only production efficiency is low, and easily human body is produced injury; Because during the typing of underwear brassiere, need spherical punch is heated, make punch reach uniform temperature, help the typing of underwear brassiere like this; For effectively addressing this problem; people have done many significant explorations; adopt the form of upper and lower mould to finalize the design; but still adopt a pair of upper and lower mould to operate at present; its carrier is generally solid motionless; once can only process raw material cut-parts, production efficiency is still low, can't satisfy the demand of large-scale production.

The utility model content:

The utility model provides a kind of orthoscopic modular system in order to overcome the deficiency of prior art, and it adopts upper and lower mould to move cooperating between the formula carrier with orthoscopic, can realize high-frequency typing operation, has improved production efficiency effectively.

For achieving the above object, the utility model adopts following technical scheme:

The orthoscopic modular system, it comprises board, and a plurality of carriers on the board are located in activity, and described a plurality of carriers head and the tail successively connect; Also comprise the die of being located at the carrier below, be located at the punch of carrier top, loading end on the carrier and die correspondence position are provided with the through hole that passes for die, and described punch is corresponding with the position of die.

Wherein said carrier not only comprises loading end, also comprises at least two shoes that are connected with the loading end two bottom sides respectively by buffer spring; Parallelly on the described board be provided with two slide rails; Shoes is sheathed on the slide rail, and shoes can slide along slide rail.

Further, an end of described one of them carrier is connected with drive link one end.

Further, punch support both sides respectively are provided with a cooling fan.

Further, place, following four angles of described board is provided with pulley respectively; Place, following four angles of described board also is provided with angle.

The beneficial effects of the utility model: a kind of orthoscopic modular system of the utility model, it comprises board, the a plurality of carriers on the board are located in activity, described a plurality of carrier head and the tail successively connects, also comprise the die of being located at the carrier below, be located at the punch of carrier top, loading end on the carrier and die correspondence position are provided with the through hole that passes for die, and described punch is corresponding with the position of die.When adopting the utility model to produce, the upper and lower mould typing is matched with a plurality of carriers that constantly advance, realized that the high-frequency typing is handled to raw material cut-parts ground, improved operating efficiency effectively, reduced artificial amount by many.

Description of drawings:

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

Fig. 2 is the front view of the loading end of the utility model carrier.

Reference numeral:

1---carrier, 2---die, 3---punch, 4---buffer spring, 5---cooling fan, 6---board, 7---drive link, 8---first cylinder, 9---first cylinder axis, 10---holder; 11---slide rail, 12---shoes, 13---through hole, 14---second cylinder axis, 15---the 3rd cylinder, 16---loading end, 17---second cylinder, 18---pulley, 19---angle, 20---the punch support

The specific embodiment:

Below in conjunction with accompanying drawing the utility model is further described.

Extremely shown in Figure 2 as Fig. 1, a kind of orthoscopic modular system of the utility model, it comprises board 6, and linearly a plurality of carriers 1 on the board 6 are located in the type activity, and described a plurality of carriers 1 head and the tail successively connect, and also can be separated each other between a plurality of carriers 1; Also comprise the die 2 of being located at carrier 1 below, be located at the punch 3 of carrier 1 top, the loading end 16 on the carrier 1 is provided with the through hole 13 that passes for die 2 with die 2 correspondence positions, and described punch 3 is corresponding with the position of die 2.

Described carrier 1 not only comprises loading end 16, also comprises at least two shoes 12 that are connected with loading end 16 two bottom sides respectively by buffer spring 4; Parallelly on the described board 6 be provided with two slide rails 11; Shoes 12 is sheathed on the slide rail 11, and shoes 12 can slide along slide rail 11.

One end of described one of them carrier 1 is connected with drive link 7 one ends, and drive link 7 is by 15 transmissions of the 3rd cylinder.Can realize sliding before and after a plurality of end to end carriers 1 together by 15 push-and-pulls of the 3rd cylinder.

Described loading end 16 is square, is convenient to linear pattern and is horizontally disposed with; Certainly, loading end 16 also can be other shape.In a plurality of carrier 1 continuous progradations, die 2 and punch 3 be combined pressure up and down constantly, and with respect to traditional modular system, the utility model has improved production efficiency effectively.

Place, 6 times four angles of described board is provided with pulley 18 respectively, and promptly board 6 can be arbitrarily movable everywhere according to producing needs; And the angle 19 at place, 6 times four angles of board its role is to make board 6 location after board 6 whenever moves a reposition.

Die 2 lays respectively at carrier 1 below and top opposite position with punch 3.Wherein die 2 is positioned at carrier 1 below, over against carrier 1 bottom surface.Die 2 is fixed on the fixed head 10, and the outer end of first bearing cylinder 9 of first cylinder 8 is fixed in the bottom of described fixed head 10, and first cylinder 8 vertically is provided with, and promptly die 2 can move both vertically up and down under the effect of first cylinder 8; The through hole 13 that die 2 can pass on its loading end 16 to carrier 1 motion the time arrives on the loading end 16.

Punch 3 is positioned at carrier 1 top, and its position is corresponding with die 2, over against carrier 1 upper surface.Die 2 and punch 3 are aimed at the through hole 13 on the loading end 16 simultaneously, and punch 3 is fixed in the outer end of second cylinder axis 14 of second cylinder 17, and second cylinder 17 vertically is provided with, promptly punch 3 can be under the effect of second cylinder 17 vertical up and down stretching motion.

In the production process, all can place a slice material piece on each through hole 13 position on the loading end 16, material piece is cut-parts.When carrier 1 was pushed ahead under drive link 7 effects, when the through hole 13 of arranging on the loading end 16 passed through die 2 with punch 3 positions, die 2 arrived on the loading ends 16 at the through hole 13 that passes on it that moves upward under the effect of first cylinder 8.At this moment, material piece is positioned at the head of die 2, and to the motion of carrier 1 direction, punch 3 moves downward presses to material piece to punch 3 under the 17 ground transmissions of second cylinder then, and material piece is pressed in the die 2, realizes type-approval process.In type-approval process, with punch 3 heating, 3 pairs of material pieces of punch this moment carry out hot pressing earlier, and the back punch 3 that finishes is return the original place; Carrier 1 is located at punch support 20 both sides cooling fans 5 and can be cooled off material piece in the process that advances.The cooling fan 5 of being located at punch support 20 right sides can effectively cool off the material piece on the carrier 1 in advancing, and the cooling fan 5 of being located at punch support 20 left sides can effectively cool off the material piece on the carrier 1 that is retracted by drive link 7.

In process of production, because carrier 1 is between die 2 and punch 3, in carrier 1 compaction process, can produce impact to carrier 1 at die 2 and punch 3, damage for fear of loading end 16, therefore between loading end 16 and shoes 12, buffer spring 4 is set.

Need to prove that the above only is a better embodiment of the present utility model,, be included in the utility model patent claim so all equivalences of doing according to the described structure of the utility model patent claim, feature and principle change or modify.

Claims

1. orthoscopic modular system, it is characterized in that: it comprises board (6), and a plurality of carriers (1) on the board (6) are located in activity, and described a plurality of carriers (1) head and the tail successively connect; Also comprise the die (2) of being located at carrier (1) below, be located at the punch (3) of carrier (1) top, loading end (16) on the carrier (1) is provided with the through hole (13) that passes for die (2) with die (2) correspondence position, and described punch (3) is corresponding with the position of die (2).

2. orthoscopic modular system according to claim 1 is characterized in that: described carrier (1) not only comprises loading end (16), also comprises at least two shoes (12) that are connected with loading end (16) two bottom sides respectively by buffer spring (4); Described board (6) is gone up parallel two slide rails (11) that are provided with; Shoes (12) is sheathed on the slide rail (11), and shoes (12) can slide along slide rail (11).

3. orthoscopic modular system according to claim 1 is characterized in that: an end of described one of them carrier (1) is connected with drive link (7) one ends.

4. according to claim 2 or 3 described orthoscopic modular systems, it is characterized in that: punch support (20) both sides respectively are provided with a cooling fan (5).

5. orthoscopic modular system according to claim 4 is characterized in that: place, following four angles of described board (6) is provided with pulley (18) respectively; Place, following four angles of described board (6) also is provided with angle (19).