CN203158243U

CN203158243U - Quantifying device

Info

Publication number: CN203158243U
Application number: CN 201320047128
Authority: CN
Inventors: 牟德强
Original assignee: CHONGQING WEIKA TECHNOLOGY Co Ltd
Current assignee: CHONGQING WEIKA TECHNOLOGY Co Ltd
Priority date: 2013-01-29
Filing date: 2013-01-29
Publication date: 2013-08-28
Anticipated expiration: 2023-01-29

Abstract

The utility model discloses a quantifying device. The quantifying device comprises a feed hopper, a quantifying bin and a discharge bin, wherein an opening of the feed hopper is arranged upwards, the quantifying bin can store quantifying materials, and the discharge bin is used for placing the quantifying materials stored in the quantifying bin into bags. A feed pipe which allows the feed hopper and the quantifying bin to be communicated is arranged between the feed hopper and the quantifying bin, a feed valve is arranged on the feed pipe, a discharge pipe which allows the discharge bin and the quantifying bin to be communicated is arranged between the discharge bin and the quantifying bin, and a discharge valve is arranged on the discharge pipe. The quantifying bin is located between the feed hopper and the discharge bin, and a quantifying cavity is formed between the feed valve and the discharge valve. Due to the fact that bagging is conducted through the quantifying device, efficiency can be improved, labor intensity and cost can be lowered, and uniformity of the size of the bags after the bagging can be guaranteed.

Description

Proportioning device

Technical field

The utility model relates to a kind of proportioning device, particularly relates to a kind of proportioning device for pack.

Background technology

Owing to various construction such as traffic, electric power, mine, water conservancy formed a large amount of exposed domatic, these exposed domatic ecology environment views that not only influenced, and also there is geologic hazard hidden danger in part, therefore need carry out greening side slope energetically.Because ecological bag has permeable not saturating soil characteristics, can prevent that the fill (planting the immature soil, fertilizer, water-loss reducer etc.) in the ecological bag runs off, and can keep the skin wet in ecological bag again, therefore is widely used in greening side slope.During construction, ecological bag is neatly piled up in exposed side slope area, passed bag after the nutritional labeling in the ecological bag of plant absorbing and freely grow, root system of plant then enters plants in the immature soil, adopt this kind mode not only to be convenient to realize greening side slope, and be conducive to reduce executive cost.

Yet ecological bag is when filling, and the artificial shovel class instrument that uses of main dependence packs, the loadings of ecological bag relies on artificial grasp fully, therefore need the workman that the loadings of ecological bag is adjusted repeatedly, influenced pack efficient, increased labour intensity and cost; Also cause the not of uniform size of ecological bag after the moulding simultaneously easily, be unfavorable for neatly piling up the visual effect that guarantees side slope, more the edge slope structure safety problem may occur.

At above-mentioned deficiency, need to explore a kind of proportioning device, load by this proportioning device and not only can improve pack efficient, reduce labour intensity and cost, and can also guarantee to load the size unanimity of back pocket.

The utility model content

The utility model provides a kind of proportioning device, loads by this proportioning device and not only can improve pack efficient, reduces labour intensity and cost, and can also guarantee to load the size unanimity of back pocket.

The utility model solves the problems of the technologies described above by following technological means:

A kind of proportioning device, comprise uncovered up feeder hopper, can store the quantitative storehouse of quantitative material and the quantitative material that is used for storing in the quantitative storehouse drops into the feed bin that of pocket, described feeder hopper with quantitatively be provided with the feed pipe that both are communicated with between the storehouse, and feed pipe is provided with inlet valve; Describedly go out feed bin and quantitatively be provided with the discharge nozzle that both are communicated with between the storehouse, and discharge nozzle is provided with bleeder valve; Described quantitative position in storehouse is in feeder hopper and go out between the feed bin the quantitative chamber of formation between inlet valve and bleeder valve.

Further, describedly go out feed bin and be turbination, and its bottom is provided with discharging opening.

Further, described quantitative storehouse is made up of barrel, uncovered elevating hopper and uncovered up hopper down, described feeder hopper, feed pipe and elevating hopper are structure as a whole, described hopper, discharge nozzle and go out feed bin and be structure as a whole, the upper/lower terminal of described barrel are placed on respectively in elevating hopper and hopper uncovered.

Further, it is conical that described elevating hopper and hopper uncovered is, and be provided with at least one group of corresponding limited step mutually in elevating hopper and hopper uncovered; Described barrel is cylindrical, and the upper/lower terminal of barrel is placed on wherein on one group the limited step.

The beneficial effects of the utility model are: proportioning device of the present utility model, comprise uncovered up feeder hopper, can store the quantitative storehouse of quantitative material and the quantitative material that is used for storing in the quantitative storehouse drops into the feed bin that of pocket, described feeder hopper with quantitatively be provided with the feed pipe that both are communicated with between the storehouse, and feed pipe is provided with inlet valve; Describedly go out feed bin and quantitatively be provided with the discharge nozzle that both are communicated with between the storehouse, and discharge nozzle is provided with bleeder valve; Described quantitative position in storehouse is in feeder hopper and go out between the feed bin the quantitative chamber of formation between inlet valve and bleeder valve.During use, at first open inlet valve, close bleeder valve, utilize instruments such as spade or load-transfer device to carry fill to feeder hopper then, when quantitative chamber is filled and surpass inlet valve, close inlet valve, this moment, unnecessary fill was isolated in the inlet valve top, open bleeder valve at last, make the fill in the quantitative chamber fall into pocket through going out feed bin, after filling finishes pocket is sealed processing, so circulation is loaded, and not only can improve pack efficient, reduce labour intensity and cost, and can also guarantee to load the size unanimity of back pocket.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further described.

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of a kind of quantitative pack instrument of employing the utility model making.

The specific embodiment

Below with reference to accompanying drawing the utility model is elaborated, as shown in Figure 1: the proportioning device of present embodiment uncovered up feeder hopper 3, can store the quantitative storehouse 2 of quantitative material and the quantitative material that is used for storing in the quantitative storehouse 2 drops into pocket goes out feed bin 4, feeder hopper 3 with quantitatively be provided with the feed pipe that both are communicated with between the storehouse 2, and feed pipe is provided with inlet valve 5; Go out feed bin 4 and quantitatively be provided with the discharge nozzle that both are communicated with between the storehouse 2, and discharge nozzle is provided with bleeder valve 6; Quantitative storehouse 2 is at feeder hopper 3 and go out between the feed bin 4 the quantitative chamber of formation between inlet valve 5 and bleeder valve 6.During use, at first open inlet valve 5, close bleeder valve 6, utilize instruments such as spade or load-transfer device to carry fill to feeder hopper 3 then, when quantitative chamber is filled and surpass inlet valve 5, close inlet valve 5, this moment, unnecessary fill was isolated in inlet valve 5 tops, open bleeder valve 6 at last, make the fill in the quantitative chamber fall into pocket through going out feed bin 4, after filling finishes pocket is sealed processing, so circulation is loaded, and not only can improve pack efficient, reduce labour intensity and cost, and can also guarantee to load the size unanimity of back pocket.

As to further improvement in the technical proposal, quantitatively storehouse 2 is made up of barrel 22, uncovered elevating hopper 21 and uncovered up hopper 23 down, feeder hopper 3, feed pipe and elevating hopper 21 are structure as a whole, hopper 23, discharge nozzle and go out feed bin 4 and be structure as a whole, the upper/lower terminal of barrel 22 are placed on respectively in elevating hopper 21 and hopper 23 uncovered.The quantitative storehouse of this kind design can split, and is convenient to packing and transportation, and the size of regulating or change barrel simultaneously can change the volume of quantitative chamber, makes proportioning device can load the pocket of different size, is easier to apply.

As to further improvement in the technical proposal, the uncovered of elevating hopper 21 and hopper 23 is conical, and be provided with at least one group of limited step of correspondence mutually in elevating hopper 21 and the hopper 23, barrel 22 is cylindrical, and the upper/lower terminal of barrel 22 is placed on wherein on one group the limited step, the extruding that this kind design has avoided the upper/lower terminal of barrel 22 to be subjected to the uncovered conical surface of hopper deforms, and has prevented that the volume of quantitative chamber from changing, and has guaranteed that the size of filling back pocket is consistent.

As shown in Figure 2: a kind of quantitative pack instrument, comprise feeder hopper 3 from top to bottom, quantitative storehouse 2, go out feed bin 4 and support 1, wherein, support 1 comprises the collar 11, three strut bars 13 and base 12, the internal diameter of the collar 11 is slightly less than the sack diameter, base 12 is annular arrangement, and the diameter of base 12 is greater than the diameter of the collar 11, the two ends of strut bar 13 are connected to and form conical stent 1 on the collar 11 and the base 12, because going out feed bin 4 is turbination, and its bottom is provided with discharging opening, when design, can use the diameter of feed bin bottom less than the internal diameter of the collar 11 simultaneously, when pack, at first pocket is put into by the gap of two strut bars wherein, and the sack turnup is enclosed within on the collar 11, and then will go out feed bin 4 and be placed on the collar 11 and push down sack, the discharging opening that go out feed bin 4 bottoms this moment stretches in the pocket, so do not need the workman to retract pocket, make that filling is convenient, reduced labour intensity and cost.

Explanation is at last, above embodiment is only unrestricted in order to the technical solution of the utility model to be described, although with reference to preferred embodiment the utility model is had been described in detail, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement the technical solution of the utility model, and not breaking away from aim and the scope of technical solutions of the utility model, it all should be encompassed in the middle of the claim scope of the present utility model.

Claims

1. proportioning device, it is characterized in that: this device comprise uncovered up feeder hopper (3), can store the quantitative storehouse (2) of quantitative material and the quantitative material that is used for storing in quantitative storehouse (2) drops into pocket goes out feed bin (4), described feeder hopper (3) with quantitatively be provided with the feed pipe that both are communicated with between the storehouse (2), and feed pipe is provided with inlet valve (5); Describedly go out feed bin (4) and quantitatively be provided with the discharge nozzle that both are communicated with between the storehouse (2), and discharge nozzle is provided with bleeder valve (6); Described quantitative storehouse (2) is positioned at feeder hopper (3) and goes out between the feed bin (4), forms quantitative chamber between inlet valve (5) and bleeder valve (6).

2. proportioning device according to claim 1 is characterized in that: describedly go out feed bin (4) and be turbination, and its bottom is provided with discharging opening.

3. proportioning device according to claim 1, it is characterized in that: described quantitative storehouse (2) is made up of barrel (22), uncovered elevating hopper (21) and uncovered up hopper (23) down, described feeder hopper (3), feed pipe and elevating hopper (21) are structure as a whole, described hopper (23), discharge nozzle and go out feed bin (4) and be structure as a whole, the upper/lower terminal of described barrel (22) are placed on respectively in elevating hopper (21) and hopper (23) uncovered.

4. proportioning device according to claim 3 is characterized in that: the uncovered of described elevating hopper (21) and hopper (23) is conical, and is provided with at least one group of limited step of correspondence mutually in elevating hopper (21) and hopper (23) uncovered; Described barrel (22) is cylindrical, and the upper/lower terminal of barrel (22) is placed on wherein on one group the limited step.