CN205311941U

CN205311941U - Pocket is heavily cut or polish jade with an emery wheel continuous type packagine machine and is constructed

Info

Publication number: CN205311941U
Application number: CN201520899079.6U
Authority: CN
Inventors: 闫洪起
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-11-09
Filing date: 2015-11-09
Publication date: 2016-06-15
Anticipated expiration: 2025-11-09

Abstract

The utility model discloses a pocket is heavily cut or polish jade with an emery wheel continuous type packagine machine and is constructed. The structural representation, which is shown like figure 1. Include: top, it can be feed inlet and feeding valve in the middle of the feed cylinder along the slip feed cylinder of slide rail lift to be one. Mid portion is the pocket locator that can make the pocket mouth take shape. In lower part, be gravity stone roller and gravity stone roller bearing roller. Pocket locator filler ring bottom. Main function as follows: 1. This mechanism utilizes the gravity principle to make the pocket reach steerable shaping state. 2. This mechanism does not receive the restriction of a net section of thick bamboo (feed cylinder) length can pack the operation in succession. 3. This mechanism can realize that automated production improves production efficiency greatly. 4. But the wide application of this mechanism is in all kinds of pocket equipment for packing.

Description

Continuous packaging machine structure heavily cut or polish jade with an emery wheel by a kind of mesh bag

Technical field

The utility model relates to a kind of mesh bag wrapping mechanism, and particularly continuous packaging machine structure heavily cut or polish jade with an emery wheel by a kind of mesh bag

Background technology

Along with the development of automatic packaging machinery, the particularly big demand in the market of the huge product for civilian use so that manufacturer upgrades the manpower processing that processing mode more adopts advanced automatic equipment to be used for replacing falling behind.

Current existing mesh bag wrapping machine single form: be all first be enclosed within net cylinder by the mesh bag of certain length, after the mesh bag of this length is finished, will again overlap again, packing work is the discontinuous of interruption, it is difficult to realize automatic production.

The wrapping mechanism of mesh bag packaging does not find the like product using mechanism.

And continuous packaging machine structure heavily cut or polish jade with an emery wheel by a kind of mesh bag, it is operationally that continuous print is not by the restriction of net cylinder (barrel) and equipment. More make this type of machinery appear its use value, can be accepted more and more and adopt. Existing market does not also find similar machinery.

Summary of the invention

The purpose of this utility model solves deficiency of the prior art, it is provided that a kind of automaticmachines mechanism for mesh bag packaging.

The utility model technical solution problem realizes by the following technical solutions:

Main technology feature of the present utility model is in upper part: be one can along the slip barrel of slide rail lifting; It is opening for feed and charging valve in the middle of barrel.

Middle portion: be the mesh bag steady arm upper end that mesh bag mouth can be made to be shaped.

Lower middle portion: be weight steelyard weight and weight steelyard weight carrying roller.

Bottom part: be the lower end of mesh bag steady arm.

It is mesh bag steady arm holder ring bottom.

Slip barrel cross section described in the utility model is circular, square or rectangle.

The new mesh bag clip mouth described in shape of this practicality is parallel with slip barrel lower port outside surface.

Weight steelyard weight upper end cross-sectional shape described in the new shape of this practicality and packaging materials and parts cross-sectional shape just as, lower end is taper. Tapering is 20～50 °

By weight steelyard weight, top and the bottom are connected in the middle part of mesh bag steady arm described in the new shape of this practicality.

Mesh bag steady arm holder ring described in the utility model is cyclic rings.

Advantage of the present utility model and positively effect be:

1. mechanism utilizes gravity principle that mesh bag is reached and can be controlled to shape state.

2. mechanism is not subject to the restriction of net cylinder (barrel) length can pack operation continuously.

3. mechanism can realize automatic production and greatly improves production efficiency.

4. mechanism can be widely used in all kinds of mesh bag packaging facilities.

The utility model increases for mesh bag packaging field and provides up-to-date technique effect.

Accompanying drawing explanation

(this explanation is for cake shape material)

Fig. 1 is integrated model schematic diagram of the present utility model;

The slip barrel that Fig. 2 is integrated model of the present utility model is positioned at upper end, and material slips in cylinder and lived by barrel valve shelves, schematic diagram when mesh bag clip is opened:

Fig. 3 is that the slip barrel of practical novel integrated model declines and compresses schematic diagram when mesh bag steady arm makes mesh bag mouth be between mesh bag clip and slip barrel:

Fig. 4 is the schematic diagram of mouth end mesh bag clamp mesh bag mouth under practical novel slip barrel:

When the slip barrel that Fig. 5 is practical novel rises, barrel valve is opened material and is crashed into schematic diagram in mesh bag:

In figure: 1-slip barrel; 2-barrel valve and opening for feed; 3-material; 4-mesh bag clip; 5-mesh bag; 6-weight steelyard weight; 7-weight steelyard weight carrying roller; 8-mesh bag steady arm; 9-mesh bag steady arm holder ring; 10-mesh bag feed bin.

Embodiment

Below in conjunction with accompanying drawing, example provided by the utility model is described further:

The utility model is made up of slip barrel 1, barrel valve and opening for feed 2, material 3, mesh bag clip 4, mesh bag 5, weight steelyard weight 6, weight steelyard weight carrying roller 7, mesh bag steady arm 8, mesh bag steady arm holder ring 9, mesh bag feed bin 10 etc. Slip barrel 1 and material 3, mesh bag 5, weight steelyard weight 6, mesh bag steady arm 8, mesh bag steady arm holder ring 9 arrange along same medullary ray vertically, weight steelyard weight 6 is enclosed within the middle of mesh bag steady arm 8, weight steelyard weight carrying roller 7 holds zygomorphy to hold weight steelyard weight under weight steelyard weight, barrel valve, presses in slip barrel side and corresponding material inlet. One-piece construction forms mesh bag and heavily cuts or polish jade with an emery wheel continuous packaging machine structure.

Here is that mechanism packing work runs explanation: the initial state that slip barrel is opened at bag clips of surfing the Net most, material is slipped in barrel by import and is blocked (see Fig. 2) by barrel valve, slip barrel is synchronous with material to decline along slide rail, when lower port touch weight steelyard weight upper end mesh bag steady arm upper surface (mesh bag steady arm and weight steelyard weight upper end with have can be appropriate compression space) time make mesh bag mouth embed between barrel lower port outer rim and mesh bag clip (see Fig. 3) by the compression of mesh bag steady arm upper end, mesh bag just can firmly be clamped (see Fig. 4) by mesh bag clip, slip barrel clips mesh bag rising barrel valve and opens material and automatically fall into barrel in mesh bag (see Fig. 5) slip barrel and continue the rising mesh bag clip that puts in place and open a working cycle and terminate (shear and Zha Wangdaikou etc. complete by other mechanisms).

Claims

1. continuous packaging machine structure heavily cut or polish jade with an emery wheel by a mesh bag, it is characterised in that, comprising: slip barrel, barrel valve, material inlet, material, mesh bag clip, mesh bag, weight steelyard weight, weight steelyard weight carrying roller, mesh bag steady arm, mesh bag steady arm holder ring are formed. Slip barrel and material, mesh bag, weight steelyard weight, mesh bag steady arm, mesh bag steady arm holder ring arrange along same medullary ray vertically, weight steelyard weight is enclosed within the middle of mesh bag steady arm, weight steelyard weight carrying roller holds zygomorphy to hold weight steelyard weight under weight steelyard weight, barrel valve, by slip barrel side and corresponding material inlet, one-piece construction forms mesh bag and heavily cuts or polish jade with an emery wheel continuous packaging machine structure.

2. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that mesh bag is enclosed within weight steelyard weight profile and is held by weight steelyard weight carrying roller simultaneously.

3. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that material can slip in barrel from the material inlet of slip barrel and blocked by barrel valve.

4. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that barrel valve only just can be opened when slip barrel rises, and opening angle is 20～40 °.

5. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that when mesh bag is lived in rise by the mesh bag clip of the lower end of the barrel that slides weight steelyard weight and mesh bag steady arm remain on and does not rise with mesh bag on weight steelyard weight carrying roller.

6. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that the lower end of mesh bag steady arm be conical tapers is 20～40 °.

7. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that mesh bag steady arm upper end is enclosed within outside weight steelyard weight and is connected with lower end by central shaft and through weight steelyard weight.

8. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that the compressible 5～40mm in mesh bag steady arm upper surface.

9. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that mesh bag steady arm holder ring is ring-type and can only hold up mesh bag steady arm.

10. continuous packaging machine structure heavily cut or polish jade with an emery wheel by mesh bag according to claim 1, it is characterized in that mesh bag can enter packing work continuously and not by the restriction of its equipment.