CN201602145U

CN201602145U - Straight-line type module pressing equipment

Info

Publication number: CN201602145U
Application number: CN2009202652343U
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: 2010-10-13
Anticipated expiration: 2019-12-16

Abstract

The utility model relates to straight-line type module pressing equipment which comprises a machine station, a plurality of supporting brackets, an air pressure module, an upper mould plate, a through hole and an air hole, wherein the plurality of supporting brackets are arranged on the machine station, and are sequentially connected end to end; the air pressure module is arranged under the supporting brackets; the upper mould plate is arranged above the supporting brackets; the through hole for penetrating through the air pressure module is arranged at the position where the supporting surface of each supporting bracket corresponds to the air pressure module; the upper mould plate corresponds to the position of the air pressure module; and the air hole is arranged at the head of the air pressure module. When the plurality of supporting brackets are sequentially forward pushed, and when the through hole on each supporting surface passes through the positions of the air pressure module and the mould plate, the air pressure module and the upper mould plate respectively move to the supporting brackets under the transmission of an air cylinder, so that the equipment conducts module pressing on a cutting piece with high frequency, thus effectively improving the production efficiency. Furthermore, compared with a single hot press mode, the equipment adopts a cold air press mode and a hot air press mode, thus effectively reducing the generation of volatile gas.

Description

The orthoscopic molding apparatus

Technical field:

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

Background technology:

Existing underwear brassiere molding apparatus is general to adopt a pair of upper and lower mould that mold pressing is carried out in cut-parts, and production efficiency is low, and the production cycle of product is long; In addition; after existing underwear brassiere molding apparatus mainly makes the mould heating by heating; mold pressing raw material cut-parts again; this single thermal finalization mode that adds; make some raw material cut-parts that contain volatile ingredient in the process of heating and mould pressing, be easy to produce escaping gas; be unfavorable for the healthy of people, more be unfavorable for the protection of ecological environment.

The utility model content:

The utility model is in order to overcome the deficiency of prior art, a kind of orthoscopic molding apparatus is provided, and it adopts many to the high-frequency running of mold pressing up and down, adopts cold and hot dual mode mold pressing simultaneously, not only improve production efficiency effectively, and reduced the generation of escaping gas effectively.

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

The orthoscopic molding apparatus, it comprises board, and a plurality of carriers on the board are located in the linear pattern activity, and described a plurality of carriers head and the tail successively connect; Also comprise the air pressure mould of being located at the carrier below, be located at the cope match-plate pattern of carrier top, loading end on the carrier and air pressure mould correspondence position are provided with the through hole that the air feed pressing mold passes, and described cope match-plate pattern is corresponding with the position of air pressure mould; Described air pressure die section is provided with pore.

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.

Wherein said loading end is square.

The beneficial effects of the utility model: a kind of orthoscopic molding apparatus 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 air pressure mould of being located at the carrier below, be located at the cope match-plate pattern of carrier top, loading end on the carrier and air pressure mould correspondence position are provided with the through hole that the air feed pressing mold passes, and described cope match-plate pattern is corresponding with the position of air pressure mould; Described air pressure die section is provided with pore.When adopting the utility model to produce, mold pressing is up and down matched with a plurality of carriers that constantly advance, realized the high-frequency mold pressing processing of raw material cut-parts ground has been improved operating efficiency effectively, reduced artificial amount by many; Press two kinds of press moulding modes that mold pressing is carried out in cut-parts by hot barometric pressure and cold air simultaneously and handle, reduced the volatilization of escaping gas effectively, help the healthy of people, help protecting environment.

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;

Fig. 3 is an A place enlarged drawing among Fig. 1.

Reference numeral:

1---carrier, 2---the air pressure mould, 3---cope match-plate pattern, 4---buffer spring, 6---board, 7---drive link, 8---first cylinder, 9---first cylinder axis, 10---holder; 11---slide rail, 12---slide rail, 13---through hole, 14---second cylinder axis, 15---the 3rd cylinder, 16---loading end, 17---second cylinder

The specific embodiment:

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

As shown in Figure 1 to Figure 3, a kind of orthoscopic molding apparatus of the utility model, it comprises board 6, linearly a plurality of carriers 1 on the board 6 are located in the type activity, described a plurality of carrier 1 head and the tail successively connects, and also comprises the air pressure mould 2 of being located at carrier 1 below, is located at the cope match-plate pattern 3 of carrier 1 top, loading end 16 on the carrier 1 is provided with the through hole 13 that air feed pressing mold 2 passes with air pressure mould 2 correspondence positions, and described cope match-plate pattern 3 is corresponding with the position of air pressure mould 2; Described air pressure mould 2 heads are provided with pore 21.

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, air pressure mould 2 and cope match-plate pattern 3 be combined pressure up and down constantly, and with respect to traditional molding apparatus, the utility model has improved production efficiency effectively.

Air pressure mould 2 lays respectively at carrier 1 below and top opposite position with cope match-plate pattern 3.Wherein air pressure mould 2 is positioned at carrier 1 below, and over against carrier 1 bottom surface, air pressure mould 2 heads are provided with a plurality of pores 21, as shown in Figure 3.Air pressure mould 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 air pressure mould 2 can move both vertically up and down under the effect of first cylinder 8; The through hole 13 that air pressure mould 2 can pass on its loading end 16 to carrier 1 motion the time arrives on the loading end 16.

Cope match-plate pattern 3 is positioned at carrier 1 top, and its position is corresponding with air pressure mould 2, over against carrier 1 upper surface.Air pressure mould 2 and cope match-plate pattern 3 are aimed at the through hole 13 on the loading end 16 simultaneously, and cope match-plate pattern 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 cope match-plate pattern 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 air pressure mould 2 with cope match-plate pattern 3 positions, air pressure mould 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 air pressure mould 2, and the pore 21 that is arranged in air pressure mould 2 heads can spray gas and blow to material piece, the gas that pore 21 is sprayed can be hot gas, also can be cold air, cold air or hot gas can be regulated according to producing needs, and material piece is heated or cools off; To the motion of carrier 1 direction, cope match-plate pattern 3 moves downward presses to material piece to cope match-plate pattern 3 under the 17 ground transmissions of second cylinder then, realizes mold process.In mold process, can be in advance with cope match-plate pattern 3 heating, 3 pairs of material pieces of cope match-plate pattern this moment carry out hot pressing; Also can not heat 3 pairs of material pieces of cope match-plate pattern and cold pressing, the back cope match-plate pattern 3 that finishes is return the original place.In the whole process of production, comprise hot pressing and kind of the press moulding mode of colding pressing, prevent more effectively that than single hot pressing mode escaping gas from producing.

In process of production, because carrier 1 is between air pressure mould 2 and cope match-plate pattern 3, at air pressure mould 2 and cope match-plate pattern 3 in carrier 1 compaction process, can produce carrier 1 and impact, damage for fear of loading end 16, therefore between loading end 16 and shoes 12, buffer spring 4 is set, the impact of avoiding mold pressing to produce.

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 molding apparatus, it is characterized in that: it comprises board (6), and a plurality of carriers (1) on the board (6) are located in the linear pattern activity, and described a plurality of carriers (1) head and the tail successively connect; Also comprise the air pressure mould (2) of being located at carrier (1) below, be located at the cope match-plate pattern (3) of carrier (1) top, loading end (16) on the carrier (1) is provided with the through hole (13) that air feed pressing mold (2) passes with air pressure mould (2) correspondence position, and described cope match-plate pattern (3) is corresponding with the position of air pressure mould (2); The head of described air pressure mould (2) is provided with pore (21).

2. orthoscopic molding apparatus 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 molding apparatus 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 molding apparatus, it is characterized in that: described loading end (16) is for square.