KR200488099Y1

KR200488099Y1 - Washing Tank for NBR Coating gloves

Info

Publication number: KR200488099Y1
Application number: KR2020170005905U
Authority: KR
Inventors: 김영근
Original assignee: 김영근
Priority date: 2017-11-20
Filing date: 2017-11-20
Publication date: 2019-02-26

Abstract

The present invention relates to a cleaning water tank for removing an uncooled NBR foam coating solution and a residual coagulant remaining on a coating surface in an NBR foam coating glove, comprising: a water tank; A support plate provided laterally in the middle of the water tank to divide the water tank into an upper layer and a lower layer; A pipe for supplying new water installed on the lower side of the water tank; An impeller device installed on the lower wall to generate water flow to push water contaminated with the degraded residue to the drain and to remove residual coagulant; And a drainage duct for discharging the water contaminated with the decomposed residue installed at the upper end of the water tank to the outside. The residual coagulant in the remaining NBR foam coating solution and the glove is effectively removed in one step to improve the productivity In addition to this, the water stream sprayed on the surface of the coating can also provide an irregular texture on the coating surface to improve the gripping force.

Description

(Washing Tank for NBR Coating gloves) for removing NBR foam coating solution and residual coagulating agent which are not solidified in NBR foam-

This product is glove for working or leisure climbing fishing exercise. It is coated glove with NBR synthetic rubber coating or dipping on the palm to enhance safety and protect hands.
This utility model design is to apply Nitrile Butdiene Rubber to the inner wall of NBR woven with NBR or fiber material and to coat NBR synthetic rubber with coagulant to coagulate the inner wall of the glove wetted with the coagulant to the NBR raw material container, It is a washbasin developed by a technique designed to clean the NBR synthetic rubber which is not hardened in the raw NBR raw material by NBR raw material for 4 seconds to 7 seconds after taking the raw material.
1) At this time, the NBR synthetic rubber which does not solidify in the tissue made of nylon fiber is washed with a water stream rising strongly like a strong spring to its endothelial fiber texture. This utility model design uses a motor to supply water with strong pressure to the pump and connect it with PVC or stainless pipe under the washing stencil so that several 1mm holes are drilled in the PVC or stainless pipe and the water is raised from the bottom Representative Drawing) Fig. 1 and Fig. 2 are designed to raise the rising water stream strongly.
2) Gloves To wash the NBR synthetic rubber that does not solidify between the fingers and between the fingers and between the hands and the sides and back side (Design drawing) 5 to 6 (diameter) 5 to 6, and the untreated NBR synthetic rubber is washed away by the flowing water stream (Fig. 5 and 6) by designing the tubular structure so that the water is moved upward by connecting the impeller to the shaft by 4 to 5 . In addition, NBR synthetic rubber fine raw material particles in the barrel are discharged into the waste water bottle by flowing water. Therefore, this utility model patent technology field is the principle that NBR synthetic rubber is used to wash unhardened rubber. As a result, it can be seen that the washing water (representative figure) 1, 2, 3, 4, 5, 6, 7 and 1) 2) It is a device to wash the hardened NBR synthetic rubber by water flowing strongly, between the fingers of gloves and fingers and the side of the back of the back of the gloves.
All of these are designed to be easy to work because they do not require a separate device because they are washed in water. (Representative drawing) is automatically produced as shown in Fig. Therefore, workability is improved without defects.

Conventional NBR foam coating glove manufacturing process shows that coagulant is impregnated in gloves, and after drying NBR foam coating liquid is coated on gloves, air is sprayed on the surface and the surface is shaken, and gloves are obtained in a water tank to decompose and remove the remaining coagulant.

However, the method of spraying onto the aerosol surface may be difficult to uniformly remove the coating liquid, and the process of removing the coagulated coating liquid and the step of removing the coagulant remaining in the glove, Can not be maximized.

[Patent Document 1] KR 10-2013-0131711 (Method of manufacturing coated glove including palm portion and finger portion as coated surface) 2013.12.04. 2 pages, 6 pages 17 lines - 7 pages Drawings 2 and 5

The present invention improves productivity by eliminating residual coagulated NBR foam coating solution and removing remaining coagulant from glove, making the two processes possible in one process and enhancing productivity by spraying water with irregular texture So as to improve grip feeling.

The present invention relates to a cleaning water tank for washing an uncooled NBR foam coating remaining on the surface of a coated NBR foam coating glove and a coagulant remaining in the glove when producing an NBR foam coated glove, comprising: a water tank; A support plate provided laterally in the middle of the water tank to divide the water tank into an upper layer and a lower layer; A pipe for supplying new water installed on the lower side of the water tank; An impeller device installed on the lower wall to generate water flow to push water contaminated with the degraded residue to the drain and to remove residual coagulant; And a drainage duct for discharging the water contaminated with the decomposed residue installed at the upper end of the water tank to the outside.

As a result of this design, it is possible to effectively remove remaining coagulant from residual NBR foam coating solution and glove in one step to improve productivity, and water stream sprayed on the coating surface makes irregular texture on the coating surface to improve grip Effect can also be obtained.

1 is a cutaway perspective view showing a structure of a washing water tank according to the present invention;
2 is a plan view showing the structure of the washing water tank according to the present invention.
3 is an exploded perspective view of the impeller of the washing water tank according to the present invention.
4 is a front view of the washing water tank according to the present invention
5 is a rear view of the washing water tank according to the present invention
Fig. 6 is a cut bottom view showing the structure of the washing water tank according to the present invention
Fig. 7 is a diagram showing the installation state of the washing water tank according to the present invention
DESCRIPTION OF THE EMBODIMENTS
10: Water tank 11: Drain
20: support plate 30: water stream and water supply pipe
31: water stream injection hole 32: water supply hole
33: water pump 40: cylinder
41: Impeller device 41A: Impeller
41B: shaft 41C: bearing case
42: impeller rotating pulley 43: belt
44: motor 50: glove mold carrier
51: mold with glove shape 60: glove mold direction

The present invention will now be described in detail with reference to the accompanying drawings.

1 and 2, the present invention is characterized in that a drainage channel 11 is attached to the upper end of the back surface of the water tank 10, and both ends of the support plate 20 are welded to both wall surfaces of the water tank And a pipe 30 through which a water spray hole 31 penetrates is fixed on the support plate 20. The pipe 30 is connected to a water pump 33 to supply water to the water spray hole 31 In addition, new water is supplied to the water tank 10 through the water supply hole 32 penetrating the wall surface of the water tank, and an impeller device 41, which is placed in the cylinder 40 for generating a strong water flow, And the cylinder 40 is welded and fixed to the bottom of the water tank.

3 to 6, the impeller device 41 is constituted by an impeller 41A, a shaft 41B, and a circular case 41C containing a bearing. The impeller device 41 includes an impeller 41A, a shaft 41B, And is connected to the impeller rotating pulley 42 and the motor 44 by a belt 43 to supply power to the impeller device 41. [

As shown in FIG. 7, the washing water tank is installed on both sides of the glove mold carrier 50, and the washing water tank is first immersed in the washing water tank in the direction of the indicated glove mold washing, washed and then moved for drying.

Claims

The present invention relates to a cleaning water tank for washing an uncooled NBR foam coating remaining on a coating surface and an anticoagulant remained in the glove after coating an NBR foam coating on gloves in the production of an NBR foam coated glove,
A water tank;
A support plate provided laterally in the middle of the water tank to divide the water tank into an upper layer and a lower layer;
A pipe for supplying new water installed on the side of the water tank;
An impeller device for pumping water contaminated with the degraded residue into a drainage path and generating a water flow to remove residual coagulant;
And a drainage duct for draining the water contaminated with the decomposed residue installed at the upper end of the water tank to the outside.

The method according to claim 1,
Wherein a pipe connected to the water pump is connected to a water supply hole for supplying new water to the water tank, and at the same time, connected to a pipe through which the water spray hole is penetrated.

The method according to claim 1,
An impeller device composed of an impeller, a shaft, and a circular case is located in a cylinder fixed to the bottom of the water tank. The shaft passes through the inner back surface of the water tank and is fixed to the impeller rotating pulley 42 at the outer back surface. To form a connection between the impeller rotation pulley (42) and the motor (44).