CN208262633U

CN208262633U - Split type Water Cutting sand removal slot

Info

Publication number: CN208262633U
Application number: CN201820821329.8U
Authority: CN
Inventors: 闫世林; 郑旭
Original assignee: Fengcheng Shilin Machinery Co Ltd
Current assignee: Fengcheng Shilin Machinery Co Ltd
Priority date: 2018-05-30
Filing date: 2018-05-30
Publication date: 2018-12-21
Anticipated expiration: 2028-05-30

Abstract

The utility model relates to Water Cutting technical fields, specifically a kind of split type Water Cutting sand removal slot, including outer tank body and multiple inner tank bodys, each inner tank body is set in outer tank body, each side in inner tank body upper end is equipped with drainage hole, and filter screen is equipped in the drainage hole, in addition each angle end in the inner tank body upper end is equipped with hook bar, and the outer tank body lower end is equipped with dewatering outlet.The utility model is equipped with inner tank body and outer tank body, and inner tank body can not only be greatly improved work efficiency by slinging mobile in outer tank body and toppling over water and sand setting, be also saved human resources.

Description

Split type Water Cutting sand removal slot

Technical field

The utility model relates to Water Cutting technical field, specifically a kind of split type Water Cutting sand removal slot.

Background technique

Water jet cutting is commonly used a kind of processing method in machining, common high-pressure water cutting machine work Principle is usually that water is forced into 3000bar by a super-pressure pressurizer by common water, is then by channel diameter The (operating) water nozzle of 0.3mm generates the water jet of about 3 times of velocities of sound together, and then (operating) water nozzle is mobile under the control of the computer cuts various materials Material can cooperate and sand material is added, the sand removal for being provided with connate water and sand material is needed below water cutting machine generally in order to increase cutting force Slot.Water Cutting sand removal slot in the prior art, internal is usually that several slots are separated out by partition, and need are first by water when cleaning It puts only, then manually clears up the residual sand in each slot one by one using tools such as spades, this process larger workload generally requires 2 It can just clean out within~3 days, not only waste human resources, but also affect production efficiency.

Utility model content

The purpose of this utility model is to provide a kind of split type Water Cutting sand removal slots, are equipped with inner tank body and outer tank body, and Inner tank body can not only be greatly improved work efficiency by slinging mobile in outer tank body and toppling over water and sand setting, be also saved manpower Resource.

The purpose of this utility model is achieved through the following technical solutions:

A kind of split type Water Cutting sand removal slot, including outer tank body and multiple inner tank bodys, each inner tank body are set to outer tank body Interior, each side in inner tank body upper end is equipped with drainage hole, and filter screen is equipped in the drainage hole, in addition the inner tank body upper end Each angle end is equipped with hook bar, and the outer tank body lower end is equipped with dewatering outlet.

The spacer block for separating inner tank body is equipped in the outer tank body.

Two sidewalls adjacent with inner tank body are connected respectively at the hook bar both ends.

The advantages of the utility model and good effect are as follows:

1, the utility model is equipped with inner tank body and outer tank body, and inner tank body can by sling in outer tank body it is mobile and topple over it is heavy Sand substantially increases sand removal efficiency.

2, the utility model overall structure is simple and compact, and easy to process, is conducive to promote and apply.

Detailed description of the invention

Fig. 1 is the cross-sectional view of the utility model,

Fig. 2 is the top view of the utility model in Fig. 1.

Wherein, 1 is outer tank body, and 2 be inner tank body, and 3 be drainage hole, and 4 be sand setting layer, and 5 be hook bar, and 6 be spacer block.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing.

As shown in Fig. 1~2, the utility model includes outer tank body 1 and multiple inner tank bodys 2, and each inner tank body 2 is set to outer groove In body 1, each side in 2 upper end of inner tank body is equipped with drainage hole 3, and filter screen is equipped in the drainage hole 3, in addition the inside groove The each angle end in 2 upper end of body is equipped with hook bar 5, as shown in Fig. 2, 5 both ends of hook bar two sidewalls adjacent with inner tank body 2 respectively It is connected, the inner tank body 2 is hung the tools of grade by day and hung out out of outer tank body 1, and the hook that day is hung at this time hangs over the hook bar 5 On.

As shown in Fig. 1~2, multiple spacer blocks 6 are equipped in the outer tank body 1, each group inner tank body 2 passes through each spacer block respectively 6 separate limit.

1 lower end of outer tank body is equipped with the dewatering outlet with sprue.

The working principle of the utility model are as follows:

As shown in Figure 1, sand setting layer 4 has generally been accumulated to top apart from inner tank body 2 when the utility model needs to clear up Upper edge nearby position, hanging equal tools using day at this time will need the inner tank body 2 cleared up to sling, and each hook is hung respectively when slinging On the hook bar 5 for being set to each angle end in 2 upper end of inner tank body, then day hangs starting, and after inner tank body 2 is sling, worker is first shaken The inner tank body 2 makes the inclination of inner tank body 2 by the water of 4 upside of sand setting layer by being expelled in outer tank body 1 in the drainage hole 3, Since the water layer of 4 upside of sand setting layer is shallower, worker shakes inner tank body 2 and is enough for water to be expelled in outer tank body 1, in addition described each Filter screen is equipped in a drainage hole 3 to prevent sand grains from leaking out.

After water discharge in inner tank body 2, worker operate again day hang it is mobile inner tank body 2 is hung to sediment outflow station, can when sediment outflow First inner tank body 2 is laid flat on the ground, then unloads the hook at two angles end, another two angle end hook keeps mounting, then day It hangs restarting and promotes inner tank body 2, inner tank body 2 tumbles automatically and pours out sand setting to sediment outflow station, does not have to recycle manual cleaning. It hangs as techniques well known in the day.

1 lower end of outer tank body be equipped with dewatering outlet, open the sprue of the dewatering outlet, the residual water in outer tank body 1 then directly by Drain dewatering outlet.

Claims

1. a kind of split type Water Cutting sand removal slot, it is characterised in that: including outer tank body (1) and multiple inner tank bodys (2), each inside groove Body (2) is set in outer tank body (1), and each side in inner tank body (2) upper end is equipped with drainage hole (3), and in the drainage hole (3) Equipped with filter screen, in addition each angle end in inner tank body (2) upper end is equipped with hook bar (5), and outer tank body (1) lower end is equipped with Dewatering outlet.

2. split type Water Cutting sand removal slot according to claim 1, it is characterised in that: be equipped in the outer tank body (1) Separate the spacer block (6) of inner tank body (2).

3. split type Water Cutting sand removal slot according to claim 1, it is characterised in that: the hook bar (5) both ends difference Adjacent two sidewalls are connected with inner tank body (2).