CN2322912Y

CN2322912Y - Cask device

Info

Publication number: CN2322912Y
Application number: CN 97231005
Authority: CN
Inventors: 曾翰贤
Original assignee: Individual
Current assignee: Zeng Hanxian
Priority date: 1997-12-08
Filing date: 1997-12-08
Publication date: 1999-06-09
Anticipated expiration: 2007-12-08

Abstract

The utility model relates to a cask device whose interior has a hollow containing chamber for containing liquid. The cask body of the utility model has an opening which is arranged on one side of the top of the cask body and is communicated with the containing chamber. In addition, the top of the cask body is provided with a carrying handle with sufficient intensity, wherein, a scheduled passage is formed in the carrying handle, the passage has an air inlet and an air outlet, the air inlet passes to the out of the cask body and is connected with the opening in parallel to become a cask opening, and the air outlet keeps away from the opening and is communicated with the containing chamber. Air flows into the containing chamber by the passage, and liquid in the containing chamber is easily expelled out from the cask body by air pressure.

Description

The device of bucket

The utility model relates to a kind of barrel device, particularly relate to a kind of predetermined outer siphunculus road that forms in the carrying handle of staving, it not only can make liquid in bucket more easily dump outflow under the effect of bar pressure, more can utilize the volume wall thickness of staving to form pipeline maturely, to reduce material cost.

At present, general dealer is installed in " liquid " with the barreled container, for loading, store or transportation, when desiring to pour out liquid by the barreled container, the opening of barreled container can be opened liquid Bo Bo is flowed out, but when liquid is flowed out by opening, to meet with atmospherical drag and container inner pressure problem of smaller, therefore liquid must borrow its deadweight to flow out outside the opening, so liquid topple over flowing phase when slowly and flow erratic be difficult to smooth and easy, what especially work as the container contents dress is the higher liquid of vicidity, machine oil for example, heavy oil, colloid ... Deng, then viscosity between liquid and container inner wall and relative raising of glutinous pulling force between liquid and liquid, this military order liquid is difficult to wash with watercolours more and lets out; Again, because of liquid in bucket is difficult to flow unobstructed, flow size and strong and weak uncontrollable, when so liquid flows out, be easy to generate and spatter liquid, the spittle or precipitate spray and let out, at this moment, if what be installed in the bucket is that what then user or surrounding environment, personnel probably will be difficult to suspect injures than the liquid of tool danger such as strong acid, strong alkali etc.; So the people is arranged at this shortcoming, be to offer an air extractor vent at the top of barreled container, making bar pressure enter in the container compressing liquid by air extractor vent is flowed out by opening, though this can make flow rate of liquid accelerate and flow steady, but fall into container internal contamination liquid by air extractor vent for fear of the dust foreign material, and prevent that liquid is sprayed outside the container by air extractor vent when carrying, therefore, must on air extractor vent, install a gag in addition, folding separately when what uses thus, not only causes the inconvenience on the service routine, and the trouble on making, the globality of not having by contrast is also more not attractive in appearance.

See also shown in Figure 1 be in the past the bucket the device cross-sectional schematic, staving 1 has the medium altitude chamber 11 that an opening 10 makes progress, what room 11 openings 10 places form a bung 12 that contracts pencil, can corresponding upper shield one bung 13 on the bung 12, staving 1 top and the curved protruding handle 14 that can supply staff to grip that is installed with, what room 11 tops set firmly the isolated pipeline 15 of a sealing in addition, the pipeline 15 inner horizontal flat passages 16 that form, this passage 16 has an admission port 160 and an air extractor duct 161, this admission port 160 and adjacent what room opening 10 and pass-out bung 12, and air extractor duct 161 is to be communicated with room 11.When desiring to dump the liquid 2 that is installed in the use staving 1, earlier bung 13 is outwarded winding, and staving 1 inclined put, this moment, air can be flowed in the rooms 11 by passage 16, the gravity that utilizes air pressure and liquid 2 makes liquid 2 flow out room 11 so as to the air resistance outside the opposing opening 10 clear and coherently.

Though the device of said bucket, because of this passage 16 of staving 1 top moulding, make in the inrush of air room 11, must oppress liquid 2 flows out outside the room 11 clear and coherently, but in the process of shaping channel 16, the material that must increase pipeline 15 tube walls separately has path of one's own with isolated room 11, and this will increase expending on the material cost; Again, for avoiding being installed in the bucket device of liquid 2 when toppling over, supernatant liquid 2 in the room 11 rocks because of moving, or overfill and cover pipeline 15 access passages 16, pour in down a chimney outside the admission port 160 by passage 16 easily, make the purpose of passage 16 forfeiture air inlets, therefore the amount of being installed in of staving 1 interior liquid 2 must be positioned at the below of pipeline 15 tube walls, to prevent pouring in down a chimney of liquid 2, thus, the amount of being installed in of liquid 2 reduces phase shape, and the space of room 11 tops promptly becomes the Yu spacing that can't be installed in utilization, make the staving 1 of big volume only be installed in the liquid 2 of a small amount of, this is the waste on another kind of space form and the material, and is more undesirable.

The purpose of this utility model is, provides a kind of liquid in bucket that makes can flow down clear and coherently, can fill part and utilize the staving volume to increase liquid capacity, and reduce the device of the bucket of material cost.

For achieving the above object, device of the present utility model a kind of barrel, it has a medium altitude chamber to be installed in the staving of liquid for inner, and staving has an opening that communicates with room, and what staving top is provided with the carrying handle of a tool sufficient intensity; Wherein, form predetermined passage in carrying handle, this passage has an admission port and an air extractor duct, and air extractor duct can be communicated with room, and admission port is then outside the pass-out staving; To borrow passage to make in the inrush of air room, make and utilize air pressure that the liquid in the room is successfully expelled outside the staving.

The device of bucket as previously discussed, wherein, opening is to be opened in staving top one side, and the admission port of passage and adjacent to the opening side, air extractor duct then position what staving top away from the side in addition of opening.

The device of bucket as previously discussed, wherein, the staving top has the depressed part of a downward curved arc depression, and carrying handle protrudes out spanning on this depressed part, the carrying handle top flushes with the staving top is contour, and between carrying handle and the depressed part and form one and can penetrate the mouth of wearing that grips for staff.

The device of bucket as previously discussed wherein, on staving top, the bottom is formed with cooresponding engagement section, so that during stacked staving, must borrow the engagement section fasten the location.

The device of bucket as previously discussed, wherein, the engagement section is the convex fastening part of protuberantia at the staving top, and what staving bottom then is the recessed portion of closing of corresponding inlay card convex fastening part.

The device of bucket as previously discussed, wherein: carrying handle is cylindrical, so that staff grips.

Characteristics of the present utility model are: form predetermined passage pipeline in the staving carrying handle, the admission port and that this pipeline has a pass-out staving leads to the interior air extractor duct of bucket; When toppling over liquid in bucket, can make air thus pipe passage feed in the bucket, liquid is extruded outside the bucket glibly.

Be elaborated below by most preferred embodiment and accompanying drawing device to bucket of the present utility model, in the accompanying drawing:

Fig. 1 be in the past the bucket the device cross-sectional schematic;

Fig. 2 is the stereo appearance figure of the utility model one preferred embodiment;

Fig. 3 is the cross-sectional schematic of the utility model one preferred embodiment;

Fig. 4 is the use scheme drawing of the utility model one preferred embodiment;

Fig. 5 is the scheme drawing that piles up of the utility model one preferred embodiment.

For convenience of description, following embodiment, components identical is represented with identical label.

See also Fig. 2, shown in 3, be a kind of barrel the device of the utility model than Cui embodiment, the plastic cement staving 3 that it is formed in one, staving 3 has corresponding parallel top,

bottom

30,31, the curved depressed part 32 that has been recessed to form of arc under 30 mediads of what top, staving 3 on depressed part 32 1 side direction, convex with one with top 30 with high bung 33, staving 3 can corresponding bung 33 separately closing cap establish a bung 4, and staving 3 inner formation one can be for the medium altitude chamber 34 that is installed in liquid 2, medium altitude chamber 34 has an opening 340 that upwards connects bung 33, make the liquid 2 in the room 34 release by opening 340, in addition what depressed part 32 is provided with one and is bending shape and the cross section is the carrying handle 35 of pipe shape, the enough intensity that has carrying handle 35 can support liquid 2 weight in staving 3 and the bucket, and the part 350 of carrying handle 35 close bungs 33 is to be installed on the depressed part 32, away from 351 bendings of part of bung 33 protrude out spanning on depressed part 32 with top 30 contour flushing, and and form between the depressed part 32 one can for staff penetrate grip wear mouthfuls 36, in the carrying handle 35 and be formed with predetermined hollow channel 37, these passage 37 2 ends form an admission port 370 and an air extractor duct 371 respectively, admission port 370 be break-through bung 33 and with opening 340 mutually and connect, and air extractor duct 371 is away from bung 33 and is communicated with room 34.

See also shown in Figure 4, when toppling over when the liquid 2 that is installed in the staving 3, can earlier bung be outwarded winding, opening 340 and admission port 370 are contacted with atmosphere, and staving 3 inclined towards the direction of bung 33 put, make the liquid 2 in the room 34 pour out by opening 340, simultaneously, air is flowed in the room 34 by air extractor duct 371 by the passage 37 of admission port 370 in carrying handle, this moment is according to the identical principle of the same horizontal surface pressure of atmosphere what, the air pressure of bearing in the outer air resistance that met with of opening 340 and the room 34 equates, so the gravity that utilizes air pressure to add liquid 2 can resist this opening 340 air resistance outward, makes liquid 2 flow out room 34 clear and coherently.

See also shown in Fig. 2,5, be 3 scheme drawings that pile up of staving 3 and staving, the utility model is more convenient, firm for staving 3 whats are deposited when stacked, be that top,

bottom

30,31 at staving 3 is provided with cooresponding engagement section, the engagement section at what top, position 30 is to be curved arc protuberantia ground frame to be trapped among the periphery of depressed part 32 and to become a convex fastening part 38, and the engagement section of what bottom 31 is then for can recessed the close portion 39 of corresponding inlay card on convex fastening part 38; When what staving 3 stacking and storing or transportation, borrowed convex fastening part 38 and recessed fastening and strong fix between the portion 39, the quite facility of closing.

The utility model forms free air diffuser 37 in basic accessory one carrying handle 35 that staving 3 should have, therefore must not add in addition to increase material to form pipeline, can reduce consumption, the reduction material cost of material, and is quite ingenious, attractive in appearance in its design; See also shown in Figure 3, because of the free air diffuser 37 of air is arranged in the carrying handle 35, to be communicated with the air extractor duct 370 of rooms 34 be high what depressed part 32 and what staving 3 tops 30, position for carrying handle 35 again, so the water level that liquid 2 is installed in gets final product below this air extractor duct 370, liquid 2 just can't pour in down a chimney the passage 37 that bending by air extractor duct 370, so the Occupation coefficient of staving 3 rooms 34 heightens, can be installed in the liquid 2 of more amount, utilize the volume and the space of staving 3 with abundant cooperation, quite desirable.

By above structure, the utility model really can provide a kind of barrel device as can be known, particularly in the carrying handle of staving, form predetermined outer siphunculus road, it not only can be under the effect of bar pressure, make liquid in bucket more easily dump outflow, more can utilize the volume wall thickness of staving to form pipeline maturely, to reduce material cost.

Claims

1. the device of a bucket, it has a medium altitude chamber to be installed in the staving of liquid for inner, and staving has an opening that communicates with room, and what staving top is provided with the carrying handle of a tool sufficient intensity; Its feature is at what: form predetermined passage in carrying handle, this passage has an admission port and an air extractor duct, and air extractor duct can be communicated with room, and admission port is then outside the pass-out staving; To borrow passage to make in the inrush of air room, make and utilize air pressure that the liquid in the room is successfully expelled outside the staving.

2. the device of bucket as claimed in claim 1, its feature are at what: opening is to be opened in staving top one side, and the admission port of passage and adjacent to the opening side, air extractor duct then position what staving top away from the side in addition of opening.

3. the device of bucket as claimed in claim 1, its feature is at what: the staving top has the depressed part of a downward curved arc depression, and carrying handle protrudes out spanning on this depressed part, the carrying handle top flushes with the staving top is contour, and between carrying handle and the depressed part and form one and can penetrate the mouth of wearing that grips for staff.

4. the device of bucket as claimed in claim 1, its feature are at what: be formed with cooresponding engagement section in staving top, bottom, so that during stacked staving, must borrow the engagement section fasten the location.

5. the device of bucket as claimed in claim 4, its feature are at what: the engagement section is the convex fastening part of protuberantia at the staving top, what staving bottom then is the recessed portion of closing of corresponding inlay card convex fastening part.

6. the device of bucket as claimed in claim 1, its feature are at what: carrying handle is cylindrical, so that staff grips.