Hand mould installation mechanism and production line of rubber dipped gloves

- Aug 30, 2019-

Background technology:

There are usually two ways to install the hand mould installation mechanism of the rubber - dipped glove production line.The first kind: two chains are installed in parallel on both sides of the framework of the rubber dipped glove production line. The die rod is evenly installed on the two chains at a certain distance.The second kind: install a chain in the middle of the glue dipping production line frame, and install a single hand mold at a certain distance on both sides of the chain, which is referred to as the single hand mold installation mode.Although the production efficiency of the former is higher, it is not easy to control the depth and uniformity of the glue surface.Although the latter gloves dip glue quality control but the production efficiency is relatively low.


Technical implementation elements:

(1) technical problems to be solved

The utility model provides a hand-die installation mechanism and a production line of rubber dipped gloves for solving the problem of low production efficiency of single-hand die installation mode.

(2) technical scheme

In order to achieve the above purposes, the main technical schemes adopted by the utility model include:

The utility model, on the one hand, provides a hand-mold installation mechanism for rubber dipped gloves, including a chain and at least one hand-mold installation component. The side of the chain is connected with a fixed shaft, and the axial direction of the fixed shaft is parallel to the extension direction of the chain;Install each fingerprint kit includes: fixed block two fingerprint, two hand print fixed seats in the same side chain, each fingerprint fixed bridge were able to revolve around the chain on the fixed axis rotation way in connection with the chain, the fixed seat and two fingerprint each fingerprint fixed in spinning process are always located in the other hand print on the same side as the fixed seat, fixed bridge including each fingerprint is used to support its support in the rubber gloves production line fingerprint walking on the tracks.

According to the utility model, the fixed seat of the hand mold also includes an axle sleeve, which can be rotated together with the fixed shaft through the axle sleeve, and the axle sleeve and the fixed shaft can be assembled in a manner of clearance matching.

According to the utility model, the fixing seat of the hand mold also includes l-shaped connector and handmold supporting rod. One free end of the l-shaped connector is fixed and assembled with the shaft sleeve, and the other free end is fixed and assembled with one end of the handmold supporting rod. The other end of the handmold supporting rod is used for fixing and installing the handmold.

According to the utility model, the two l-shaped connectors of the fixed seat of two hand molds in the hand mold installation assembly are far away from one end of the corresponding support rod of the hand mold.

According to the utility model, an installation seat is arranged at one end of the l-shaped connector and the supporting rod of the hand mold, and the supporting rod of the hand mold is inserted into the installation seat, and the installation seat and the supporting rod of the hand mold are locked by a locking piece.

According to the utility model, the walking parts are bearings.

According to the utility model, a plurality of hand mould installation components are arranged along the extension direction of the chain, and each group of hand mould installation components includes two hand mould installation components arranged symmetrically relative to the chain.

The utility model, on the other hand, provides a dip rubber glove production line, including the main track, the support track of the hand mold and a plurality of hand molds, and also includes a dip rubber glove installation mechanism of any of the above mentioned terms. The chain rotates circularly along the main track, and the hand mold is detactable fixed on the fixed seat of the hand mold.

According to the utility model, the supporting track of the hand mould drives the fixed seat of the hand mould to rotate in a range of 0-200°.

(3) beneficial effects

The beneficial effects of the utility model are:

Compared with the single hand-mould installation mechanism, the hand-mould installation mechanism of the utility model can double the production efficiency of the hand-mould production line, reduce the energy consumption and save the production cost.

Compared with the production line that adopts a single hand mold installation mechanism, the production line of the rubber dipped gloves of the utility model can double the production efficiency, reduce the energy consumption and save the production cost.

Technical features:

1. A hand-mold installation mechanism for soaked rubber gloves includes a chain, which is characterized by that it also includes at least one hand-mold installation component. The side of the chain is connected with a fixed shaft, and the axial direction of the fixed shaft is parallel to the extending direction of the chain;

Each handmold installation component includes:

Fixed seat two fingerprint, described two fingerprint chain on the same side of the fixed seat in stated, each block are described in the fingerprint of chain described can revolve around a fixed axis rotation chain connection way as stated, the fixed seat and two fingerprint each fingerprint fixed in spinning process are always located in the other hand print on the same side as the fixed seat, fixed bridge including described each fingerprint is used to support its support in rubber gloves production line, fingerprint walking on the tracks.

2. According to the hand mold installation mechanism of rubber dipped gloves mentioned in claim 1, its characteristics are as follows:

The fixed seat of the hand mold also includes an axle sleeve, which can be rotated together with the fixed shaft through the axle sleeve, and the axle sleeve and the fixed shaft can be assembled by clearance matching.

3. According to the hand mold installation mechanism of rubber dipped gloves mentioned in claim 2, its characteristics are as follows:

Fixed bridge described fingerprint support bar includes l-shaped fittings and fingerprint, described the a free end of the l-shaped fittings with fixed axle sleeve assembly, described another free end with one end of the support bar fixed assembly described fingerprint, described in the fingerprint, the other end of the support bar is used for fixed installation fingerprint described a walking assembly in hand print on the support bar.

4. According to the hand mold installation mechanism of rubber dipped gloves mentioned in claim 3, its characteristics are as follows:

The two l-shaped connectors of the fixing seat of the two hand molds in the handmold mounting assembly are far away from one end of the corresponding handmold supporting rod assembly.

5. According to the hand mold installation mechanism of rubber dipped gloves mentioned in claim 3, its characteristics are as follows:

An installation seat is arranged at one end of the l-shaped connector and the supporting rod of the hand mold, and the supporting rod of the hand mold is inserted into the installation seat, and the installation seat and the supporting rod of the hand mold are locked by a locking piece.

6. According to the hand mold installation mechanism of rubber dipped gloves mentioned in claim 1, its feature is that the walking parts are bearings.

7. According to the hand mold installation mechanism described in any item of claim 1-6, its feature is that multiple groups of hand mold installation components are set along the extension direction of the chain, and each group of hand mold installation components includes two hand mold installation components arranged symmetrically relative to the chain.

8. A rubber dipped glove production line, including the main track, the support track of the hand mold and multiple hand molds, is characterized by that it also includes the installation mechanism of the rubber dipped glove mold mentioned in any item of claim 1-7. The chain rotates circularly along the main track, and the hand mold is detachable fixed on the fixed seat of the hand mold.

9. According to the rubber dipped glove production line mentioned in claim 8, its feature lies in that the supporting track of the hand mold drives the fixed seat of the hand mold to rotate in a range of 0-200°.

Technical summary

The utility model relates to the production technology field of rubber dipped gloves, in particular to a hand mould installation mechanism of rubber dipped gloves and a rubber dipped glove production line.Install rubber gloves fingerprint institutions including chain installation components and fingerprint, fingerprint installed permanent seat kit contains two fingerprint, two hand print fixed seats in the same side chain, each fingerprint block all chain can revolve around a fixed axis rotation way in connection with the chain, the fixed seat and two fingerprint each fingerprint fixed in spinning process are always located in the other hand print on the same side as the fixed seat, fixing seat including each fingerprint used to support the hand print in the rubber gloves production line support walking on the tracks.The production line of rubber dipped gloves includes main track, supporting track of hand mould, multiple installation mechanisms of hand mould and rubber dipped glove. The chain circulates along the main track, and the hand mould is detaciously fixed on the fixing seat of the hand mould.The handmould installation mechanism and production line are more efficient than the existing installation mode of single handmould.

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