CN1480314A

CN1480314A - Gloove impregnating chain type conveyor system with two-row or multiple rows models

Info

Publication number: CN1480314A
Application number: CNA031428916A
Authority: CN
Inventors: 叶茂生
Original assignee: YCOTON BHD
Current assignee: YCOTON BHD
Priority date: 2002-06-24
Filing date: 2003-06-24
Publication date: 2004-03-10
Anticipated expiration: 2023-06-24
Also published as: CN100534750C; MY121188A

Abstract

A glove impregnation chain conveyor system with two or more rows of models is a key system used for the course for manufacturing gloves of native rubber and synthetic rubber, wherein the manufactured rubber glove can find their uses in hearthside, industry, medicine and other fields. Said system is a multi-row chain conveyor system, which is equipped with two or more rows of glove models. During the course for fabricating gloves, these glove models are supported, directed and turned. Compared with the prior art, said glove impregnation chain conveyor system with two or more rows of models possesses more production capability.

Description

The gloves dipping chain conveyor system of two or more rows model

Technical field

The present invention relates to utilize the chain conveyor dipping method to make the field of (natural rubber and elastomeric, polymer or other material) rubber gloves and other products (sheath and fingerstall etc.).Utilize the gloves of this method manufacturing to be used to family, industry, medical treatment and other field.

Background technology

The gloves dipping method adopts single model chain conveyor 1 shown in Figure 1.For chain conveyor 2, some turning joints 3 are connected with desultory chain link 4 in the both sides of this chain.Model retainer 5 is pinned on each turning joint.Some glove models 6 are connected with these model retainers successively.In manufacture process, the sprocket wheel that is driven by motor spurs chain conveyor along delivery track 7 and with the multi-layer annular order.

This technology comprises glove model cleaning, model drying, coagulating agent coating, latex dipping, latex gelization, leaching (leaching), oven curing, beats powder, peels off with chlorine processing, finished product.After finished product is taken off, just repeatedly carry out whole process.

This process adopts the glove model of porcelain system, and the glove model of this porcelain system is installed on the chain conveyor system, so that be immersed in the rubber latex, rubber latex is subsequently by gel and sulfuration (cured), thus formation gloves and other products.

This process need make the model retainer rotate around turning joint 3 with glove model in each different phase.

Utilize guide rail 10 to come of the rotation of implementation model retainer, the support member that wherein said guide rail 10 also is said model retainer around z axle 8.Guide rail also is used to make rolling disc 13 to rotate, and glove model is rotated around y axle 9.For single model system, rolling disc 13 is also as the model holding tray 22 among Fig. 3.Said guide rail and support member are set at the outer end of the model retainer of more close model.

The speed of production of the gloves dipping transport system of single model depends on: (i) speed of service of chain conveyor, and the (ii) model spacing 11 of the center to center of the model retainer shown in Fig. 1.

Summary of the invention

Compare with system of the prior art, the present invention has bigger production capacity.The objective of the invention is to use chain conveyor system as shown in Figure 3 with two or more rows model structure 12.

In addition, according to the present invention, utilize two or more guide rails 10 and each model retainer 5 is rotated around turning joint 3 at the support member of each side of chain conveyor.As shown in Figure 4, said two or more guide rails also are used for making rolling disc 13 and model 6 to rotate around their the public y axles at Fig. 4.As shown in Figure 4, model retainer 5 rotates in the plane perpendicular to z axle 8 around turning joint 3.Each model retainer all has its turning joint.As shown in Figure 4, utilize the rolling of rolling disc on guide rail that model is rotated around it self center line y axle 9.

In addition, according to another important feature of the present invention, two according to or more guide rails 10 and support member be configured to make the model retainer to be directed and support with model, and in whole process flow without any hindering and restriction.In Fig. 3, utilize the rolling disc of the inner that is positioned at model retainer main body 14 to guide and supporting the model retainer.

In addition, key character utilizes the lock nut mechanism 15 among Figure 10 that model is fixed on the model retainer according to another preferred, and the central shaft of model retainer main body 14 passes in said lock nut mechanism 15.The locking and unlocking is carried out to model in the inner in model retainer main body.

Jam plate locator 18 is important features, and during the model locking process, this jam plate locator 18 utilizes hex head screw 18 model jam plate 17 to be remained on the position of fixing with respect to model supports dish 22.

Description of drawings

By following description, and, just can more be expressly understood other features and advantages of the present invention with reference to accompanying drawing, in these accompanying drawings:

Fig. 1 and Fig. 2 represent the side view and the stereogram of the gloves dipping conveyor system of single model of the prior art;

Fig. 3 represents plane and two profiles according to the gloves dipping conveyor system of two or more rows model of the present invention;

Fig. 4, Fig. 5 and Fig. 6 represent stereogram and the profile through rotating according to the gloves dipping conveyor system of two or more rows model of the present invention;

Fig. 7 represents the side view of the gloves dipping conveyor system of two or more rows model, spacing 19 structures triangular in shape of the two or more rows model among the figure;

Fig. 8 and Fig. 9 represent other two or more rows structure of models, and these structures constitute an integral part of the present invention.Here the two or more rows model structure of expressing not is exhaustive, and the present invention is not limited to these situations shown in these accompanying drawings.Fig. 8 represents that these models are rotated so the structure 20 of rectangle spacing, and Fig. 9 represents that these models are in square and the structure 21 rectangle spacing;

Figure 10 represent in the two or more rows model system model retainer main body profile and stereogram;

Figure 11 has expressed the profile of two or more rows model systems, and the row of going up among the figure and following row's model are rotated at an angle, so that help certain process operation.

The specific embodiment

Fig. 3,4,5,7 have expressed the different schematic diagram of the gloves dipping chain conveyor system of this two or more rows model.

In Fig. 7, the center-center of model retainer is retained triangular pitch 19, and has minimum spacing dimension 23, so that avoid the adjacent overlapped and mutual collision of model.

In Fig. 6, the row of two or more model retainers has the model retainer, and this model retainer is hinged to respectively on their turning joints 3 separately.Therefore, last row and following row are separate around the rotation of the turning joint of their correspondences.

As shown in figure 11, the said two or more rows model that the independent rotation of turning joint 3 allows to move in parallel plane usually can rotate an angle 24 up and down, so that help carrying out specific process operation, for example during welding operation (beading operation), help welding equipment 25 near the model main body.This welding operation comprises that utilization brush and roller form around the welding annulus around the gloves cuff.At Fig. 3, in 4,5, the guide rail 10 that is supporting model retainer 5 is set at the inner of model retainer main body 14, and in the zone between model retainer linking arm 26 and turning joint 3.This necessary feature makes that model retainer and model can be directed and be supported securely in whole conveyer technological process.

In Figure 10, the inner in model retainer main body, just can lock onto model on the production line on the model retainer or from the model retainer under the release, and only need a simple hexagonal socket wrench just by a simple lock nut mechanism 15.Said lock nut mechanism comprises a turret head screw rod 16 and a jam plate 17 and jam plate locator 18.In the locking and unlocking operating process of model, the jam plate locator remains on jam plate in the relatively-stationary position.

Claims

1, a kind of gloves of two or more rows model dipping chain conveyor system, comprise a chain conveyor (2), this chain conveyor is connected with two or more rows model (12) in the both sides of chain conveyor, each model retainer (5) is hinged with turning joint (3) individually, and can rotate around turning joint (3), at Fig. 3,4, each side of chain conveyor in 5,6 utilizes two or more guide rails (10) to support and the rolling disc (13) of pilot model retainer.

2, the gloves of two or more rows model according to claim 1 dipping chain conveyor system, it is characterized in that: in Fig. 6, turning joint (3) makes two or more rows model retainer can be installed to the both sides of chain conveyor with the structure that model retainer main body (14) and linking arm (26) are constituted, and this structure that is constituted is made of lower member:

A) be the set independent rotation hinge of each model retainer;

B) model retainer, glove model is connected with these model retainers, and these model retainers are set in two or more parallel (12) of each side of chain conveyor;

C) linking arm, this linking arm is connected to turning joint on the model retainer main body, so that make corresponding elements be in appointed positions, resembles Fig. 6 thereby form, the final structure in 8 and 9, but be not limited to the structure shown in these figure.

3, the gloves of two or more rows model according to claim 1 dippings chain conveyor system is characterized in that, model retainer and model by model guide rail (10) support, guiding and the position of rotating be by limiting to get off:

I) in Fig. 3, rolling disc (13) is positioned in the inner of model retainer main body (14); Utilize one rolling disc is connected on the model supports dish (22), and successively rolling disc is locked onto on the model; The rotation of rolling disc can rotate in concert model; The outer end of said main body (14) is the model supports dish, is supporting model; The linking arm of model retainer (26) is connected on the main body (16) in the outer end and the position between the inner of said main body (14);

Ii) be provided at two of each side of chain conveyor or more guide rails can have no in the whole manufacturing process flow that the ground of obstruction supports, guiding and rotate (rotation that utilizes turning joint that the model retainer is carried out around the z axle among Fig. 4 and Fig. 5, and the rotation that model is carried out by the rolling of rolling disc on guide rail around the center y axle among it self Fig. 4) model retainer.

4, the gloves of two or more rows model according to claim 1 dipping chain conveyor system, it is characterized in that: the design of the model locking mechanism of model retainer is limited by following parts:

I) the lock nut mechanism (15) among Figure 10, the central shaft of model retainer main body (14) passes in this lock nut mechanism,

An ii) model jam plate (17), this model jam plate works with said lock nut mechanism,

An iii) jam plate locator (18), in the locking and unlocking operating period, this jam plate locator remains on jam plate in the fixing position,

Iv) the outer end from model retainer main body locks onto model on the model retainer.

5, the dipping chain conveyor system of two or more rows model, be used to utilize the latex dipping method to make natural rubber and elastomeric sheath, fingerstall, balloon and other infusion product, making the used system of these products is claim 1,2,3, system defined in 4 is the product model difference that is adopted.