A kind of anti-clogging carburetion cylinder
Technical field
The utility model relates to a kind of anti-clogging carburetion cylinder.
Background technology
Usually need in the middle of chocolate making process to add substitute of cocoa fat or other quasi-grease, but the substitute of cocoa fat under normal state is blocks of solid, therefore needs to be melted into liquid by carburetion cylinder, then be uniformly mixed with other materials and make chocolate.
At present, carburetion stoneware primary structure on market comprises cylinder body, heating water tank and some oil pipes that melts and forms, melt oil pipe crossbearer in cylinder body, and UNICOM mutual to heating water tank, by pump, the hot water in heating water tank is circulated melting in oil pipe, solid-state substitute of cocoa fat is positioned over and melts on oil pipe, thus to its indirect, solid-state substitute of cocoa fat is melted as liquid, drips to cylinder base, finally discharge from the oil drain out of bottom and be sent to next procedure.But in actual production process; block substitute of cocoa fat is easily heated thawing frustillatum; drop in the fluid of below from melting oil pipe; the little block grease of a lot of indissoluble is usually also had in fluid; these greases easily cause near the mouth of pipe and block in fluid discharge process; cause fluid mass rate of emission slow, even can not discharge.
Utility model content
For the deficiency that prior art exists, the purpose of this utility model is to provide a kind of anti-clogging carburetion cylinder, can prevent oil drain out from blocking, and ensures that fluid normal table is derived rapidly from carburetion cylinder.
For achieving the above object, the utility model provides following technical scheme: a kind of carburetion cylinder, comprise cylinder body, described cylinder body bottom offers oil drain out, described oil drain out is sealedly connected with stopper, described oil drain out is outward extended with oil exit pipe, described oil exit pipe comprises the siphon portion towards the convex setting in described cylinder body top, described oil exit pipe is connected with oil inlet pipe in the place's conducting of described siphon portion, described oil inlet pipe is connected with external oil groove, is provided with valve between described external oil groove and described siphon portion.
By adopting technique scheme, when the fluid oil level in carburetion cylinder is higher than top, siphon portion, corkage, opens valve simultaneously, puts into the oil after thawing from external oil groove, oil is made to be full of siphon portion instantaneously, in siphon portion, pressure diminishes, thus forms siphonage, aspirates continuously the fluid at oil drain out place, thus adsorbed by oil drain out place indissoluble grease in the lump, thus solve the problem of oil drain out place blocking.
The utility model is set to further: run through in described cylinder body to be provided with and somely melt oil pipe, and adjacent melting is provided with the some of mutual UNICOM between oil pipe and melts oil inlet pipe.
By adopting technique scheme, making to melt oil pipe is that paliform is arranged, thus increase the contact area of melting oil pipe and block substitute of cocoa fat, heating and melting better effects if, and the block substitute of cocoa fat volume fallen in fluid can be made less, fall in fluid and more easily dissolved, reduce indissoluble grease, and then avoid blocking near the mouth of pipe.
The utility model is set to further: described stopper is extended with handle towards described cylinder body top orientation.
By adopting technique scheme, when needs corkage discharge fluid, only need be pulled upwardly handle, need not stretch out one's hand in the middle of oil-feed liquid, fluid is polluted, also can avoid limbs and melt oil pipe and come in contact and cause scalding.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure diagram I of a kind of anti-clogging carburetion of the utility model cylinder embodiment;
Fig. 2 is that a kind of anti-clogging of the utility model carburetion cylinder embodiment is in the sectional view at place of described siphon portion;
Fig. 3 is the three-dimensional structure diagram II of a kind of anti-clogging carburetion of the utility model cylinder embodiment.
In figure: 1, cylinder body; 2, oil exit pipe; 3, oil inlet pipe; 4, external oil groove; 5, valve; 6, oil pipe is melted; 7, oil inlet pipe is melted; 8, stopper; 9, handle; 21, siphon portion.
Detailed description of the invention
Referring to figs. 1 through Fig. 3, a kind of anti-clogging carburetion of the utility model cylinder embodiment is described further.
A kind of carburetion cylinder, comprise cylinder body 1, described cylinder body 1 bottom offers oil drain out, described oil drain out is sealedly connected with stopper 8, described oil drain out is outward extended with oil exit pipe 2, and described oil exit pipe 2 comprises the siphon portion 21 towards the convex setting in described cylinder body 1 top, and described oil exit pipe 2 is connected with oil inlet pipe 3 in the place's conducting of described siphon portion 21, described oil inlet pipe 3 is connected with external oil groove 4, is provided with valve 5 between described external oil groove 4 and described siphon portion 21.
By adopting technique scheme, when the fluid oil level in carburetion cylinder is higher than 21 top, siphon portion, corkage 8, opens valve 5 simultaneously, from external oil groove 4, put into the oil after thawing, oil is made to be full of siphon portion 21 instantaneously, in siphon portion 21, pressure diminishes, thus forms siphonage, aspirates continuously the fluid at oil drain out place, thus adsorbed by oil drain out place indissoluble grease in the lump, thus solve the problem of oil drain out place blocking.
Run through in described cylinder body 1 to be provided with and somely melt oil pipe 6, adjacent melting is provided with the some of mutual UNICOM between oil pipe 6 and melts oil inlet pipe 7.
As another kind of embodiment, the described oil pipe 6 that melts also can be traditional be arrangeding in parallel, but consider such setting, in actual melting process, block substitute of cocoa fat is easy to be melted to a certain degree, smaller volume, can automatically come off from melting oil pipe 6 after surface becomes lubrication, there is the block substitute of cocoa fat of large volume in cylinder body 1, therefore the present embodiment is preferably in cylinder body 1 to run through to be provided with and somely melts oil pipe 6, adjacent melting is provided with the some of mutual UNICOM between oil pipe 6 and melts oil inlet pipe 7.Like this, melt oil pipe 6 to arrange in paliform, thus increase the contact area of melting oil pipe 6 and block substitute of cocoa fat, heating and melting better effects if, and the block substitute of cocoa fat volume fallen in fluid can be made less, fall in fluid and more easily dissolved, reduce indissoluble grease, and then avoid blocking near the mouth of pipe.
Described stopper 8 is extended with handle 9 towards described cylinder body 1 top orientation.
By adopting technique scheme, when needs corkage 8 discharging fluid, only need be pulled upwardly handle 9, need not stretch out one's hand in the middle of oil-feed liquid, fluid is polluted, also can avoid limbs and melt oil pipe 6 and come in contact and cause scalding.
In this technical scheme, the fluid in external oil groove 4 can directly extract from carburetion cylinder bottom portion, also can obtain from other approach.
The above is only preferred embodiment of the present utility model, protection domain of the present utility model be not only confined to above-described embodiment, and all technical schemes belonged under the utility model thinking all belong to protection domain of the present utility model.It should be pointed out that for those skilled in the art, do not departing from the some improvements and modifications under the utility model principle prerequisite, these improvements and modifications also should be considered as protection domain of the present utility model.