CN203122148U - Oil separator for soup - Google Patents
Oil separator for soup Download PDFInfo
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- CN203122148U CN203122148U CN 201320125643 CN201320125643U CN203122148U CN 203122148 U CN203122148 U CN 203122148U CN 201320125643 CN201320125643 CN 201320125643 CN 201320125643 U CN201320125643 U CN 201320125643U CN 203122148 U CN203122148 U CN 203122148U
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- grease trap
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Abstract
The utility model relates to the technical field of oil separators for the catering industry, in particular to an oil separator for soup, which includes an oil separator body, wherein a through hole is arranged in the bottom of the oil separator body; a control valve is arranged in the through hole in the oil separator body; the control valve is matched with the through hole in the bottom of the oil separator body; and a bracket is arranged at the outer bottom of the oil separator body. When the oil separator for the soup is in a free state, the control valve and the through hole in the bottom of the oil separator body are in a sealed state, and the lowest switch contact of the control valve is lower than the lowest contact of bracket; and when the oil separator for the soup is placed at the bottom of a soup pot, the switch contact of the control valve and the bracket are both contacted with the bottom of the soup pot, a clearance is produced between the control valve and the through hole in the bottom of the oil separator body, and the control valve is in an opening state. With adoption of the oil separator for the soup, disclosed by the utility model, clear soup without oil can be obtained from thick oil soup, large-area sediment paste produced at the bottom of the pot after the sediments are pressed can be reduced, and taste of the soup cannot be affected.
Description
Technical field
The utility model relates to the technical field of the complementary utensil of a kind of food and drink class, relates to a kind of soup grease trap specifically.
Background technology
At present, all have slaughterhouse in restaurant and the family, it is the utensil commonly used that boils soup, and is ripe oil, meat ﹠ vegetables and seasoning matter are added poach in the manufacturing process of soup, obtains the mixture of soup dish then, and oil reservoir all floats over the surface of soup, is soup below oil reservoir.Push in the soup oil aside with soupspoon simply and contain clear soup, because soupspoon can be stained with oil, so just can not guarantee that the soup of containing is clear soup, this is with regard to a kind of soup grease trap that can isolate clear soup in oily soup of needs.
In order to address the above problem, China Patent No. ZL200820010443.9 discloses a kind of clear soup device, this clear soup device comprises a clear soup device main body, the bottom of described clear soup device main body is provided with at least one clear soup hole, and the sidepiece upper end of described clear soup device main body is provided with the iron ear that can hang over the slaughterhouse limit.This clear soup device exists weak point, at first, puts into the process of slaughterhouse at the clear soup device, and the oil on soup surface contact earlier with the bottom of clear soup device, and the oil hole bottom the clear soup device earlier enter clear soup device inside; Secondly, the clear soup device sinks to the slaughterhouse inner bottom part, and the bottom of clear soup device contacts with the slaughterhouse face, makes the hole plug of clear soup device bottom easily, causes the clear soup in the slaughterhouse to be difficult for flowing in the clear soup device; Be again, after the clear soup device is put into the bottom of a pan, the sediment in the soup will be pushed down in clear soup device bottom surface, these by sediments of being pushed down will fix can not form mobile, these sediments constantly receive the heat that the bottom of a pan is transmitted simultaneously, the large tracts of land problem of " being burned " can appear in the sediment that causes clear soup device bottom surface to be pushed down, and influences the mouthfeel of soup in the slaughterhouse like this.Therefore, because above problem is necessary to redesign a kind of soup grease trap.
The utility model content
The technical problem that a kind of soup grease trap of the present utility model will solve provides and a kind ofly can isolate clear soup in oily soup, after the sediment in the soup is pressed, can reduce the soup grease trap that " being burned " area appears in sediment.
In order to overcome the above problems, the scheme that the utility model solves its technical problem is: a kind of soup grease trap, comprise the grease trap main body, the bottom of described grease trap main body is provided with through hole, be provided with by-pass valve control in the described grease trap main body through hole, and the bottom through-hole of by-pass valve control and grease trap main body is complementary; Described grease trap main body outer bottom is provided with support, and when the soup grease trap was in free state, by-pass valve control and grease trap body bottom through-hole were in air-tight state, and the minimum contact of the switch of by-pass valve control will be lower than the contact of support; When the soup grease trap was placed on the slaughterhouse bottom surface, the switch contact of by-pass valve control contacted during all with the slaughterhouse bottom surface with support, produced the gap between the connecting through hole of by-pass valve control and grease trap body bottom, and by-pass valve control is in opening.
Adopt this soup grease trap of the technical program putting into the process of slaughterhouse, the oil in the slaughterhouse contacts earlier with the grease trap bottom, and at this moment, the soup grease trap is in free state, and by-pass valve control is in closed condition, and oil can not enter the grease trap body interior; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because the minimum contact point of by-pass valve control switch will be lower than the contact point of support, form difference in height, the minimum contact point of by-pass valve control switch contacts with the bottom of a pan earlier, be that the grease trap body sinks with support then, support touches the bottom of a pan face again, the relative original free state contact point with the grease trap body of by-pass valve control changes, the by-pass valve control fixed contact point becomes the bottom of a pan, at this moment by-pass valve control separates with the grease trap body and just produces the gap, and bottom clear soup flows in the grease trap body by the gap; Because support is arranged at grease trap body bottom, support contacts with the slaughterhouse face, forms a part of space between grease trap body and the slaughterhouse, and soup can better flow; Support and by-pass valve control and pot face adopt the Points And lines way of contact, and support and by-pass valve control are pushed down sedimentary area and significantly reduced, and " being burned " problem that reduces the sediment appearance of being heated so also can not influence the mouthfeel of soup.Adopt this grease trap to compare with original clear soup device, the soup in this isolator is oil-containing not, and the oil removal effect obviously improves, and reduces " being burned " area widely, also just can not influence the mouthfeel of soup.
Further, limiting described by-pass valve control is the stainless steel spherosome, and the diameter of stainless steel spherosome is greater than the diameter of grease trap body through-holes.The by-pass valve control of this stainless steel spherosome oxidation reaction can not occur in soup, thereby harmless; This soup grease trap is being put into the process of slaughterhouse, oil in the slaughterhouse contacts earlier with the grease trap bottom, at this moment, the soup grease trap is in free state, because the diameter of spherosome is greater than the diameter of the intrinsic through hole of grease trap, it is airtight with the through hole of bottom that spherosome is put into the intrinsic through hole of grease trap, and oil can not enter the grease trap body interior; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because the lowermost switch contact point of spherosome will be lower than the contact point of support, form difference in height, the minimum contact point of spherosome contacts with the bottom of a pan earlier, be that the grease trap body sinks with support then, support touches the bottom of a pan face again, the relative original free state with the grease trap body of spherosome like this, spherosome has changed original contact-making surface, spherosome separates with the grease trap body and just produces the gap, bottom clear soup flows in the soup grease trap body by the gap, and this structure operation is simple, controls effective.
Further, limiting described stainless steel spherosome is hollow spheres, described hollow spheres top arranges spring and is connected, the upper end of spring arranges cross bar and is connected, cross bar is connected with the grease trap body, this soup grease trap is under free state, the spring of elongation connects hollow spheres to be pushed down the through hole of grease trap body bottom and forms airtightly, and when the work of slaughterhouse bottom, georama makes progress mutually, the spring compression, through hole and the georama of grease trap body bottom form the gap, and the clear soup in the slaughterhouse bottom flows in the grease trap by the gap, and the soup grease trap has alleviated weight simultaneously, save material, reduced cost.
Equally, further, limiting described stainless steel spherosome is the filled circles spheroid, because grease trap is under free state, solid sphere is to rely on the own wt of spheroid that the through hole of grease trap body bottom is airtight, is sinking to the slaughterhouse bottom, the support of grease trap contacts with the slaughterhouse bottom with solid circle ball, filled circles spheroid and insulator body produce the gap, and the clear soup in the slaughterhouse bottom flows in the grease trap by the gap, and is very steady when this soup grease trap moves in slaughterhouse.
Further, limiting described by-pass valve control is stainless steel tep reel cylinder, described stainless steel tep reel cylinder comprises valve disc and valve rod, valve disc and valve rod are mutually permanently connected, described valve disc diameter is greater than grease trap body inner bottom part through-hole diameter, and the bottom face of valve disc matches with the intrinsic contact-making surface of grease trap and is airtight, and the diameter of valve rod is less than the through-hole diameter of grease trap body bottom.This soup grease trap is being put into the process of slaughterhouse, because the valve disc diameter matches with the intrinsic contact-making surface of grease trap greater than the bottom surface of the diameter of grease trap body inner via hole and valve disc and is airtight, the diameter of valve rod is less than the through-hole diameter of grease trap body bottom, oil in the slaughterhouse contacts earlier with the grease trap bottom, at this moment, the soup grease trap is in free state, is in air-tight state between tep reel cylinder and the grease trap body, and oil can not enter the grease trap body interior; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because the lowermost switch contact point of valve rod will be lower than the contact point of support, form difference in height, the minimum contact point of the switch of valve rod contacts with the bottom of a pan earlier, be that the grease trap body sinks with support then, support touches the bottom of a pan face again, make the relative original free state with the grease trap body of valve disc like this, the tep reel cylinder has changed original contact-making surface, produce the gap between tep reel cylinder and the grease trap body, bottom clear soup flows in the grease trap body by the gap, and the tep reel cylinder is replaced with the extended type state easily, make the soup grease trap both be applicable to flat slaughterhouse, be applicable to the round bottom slaughterhouse again.
Further, limit described valve rod surface and be provided with groove, groove is parallel with the axis of valve rod, adopt the soup grease trap of this structure under free state, the valve disc lower surface contacts with grease trap body bottom and through hole is airtight, under free state, by-pass valve control is airtight with the through hole of grease trap body bottom, when the work of slaughterhouse bottom, valve disc and grease trap body bottom through-hole produce the gap, clear soup in the slaughterhouse bottom flows in the grease trap from the gap by the groove inflow of cylinder again, and the sediment in the soup is difficult for causing the gap of valve rod and grease trap to stop up, and clear soup water flows in the grease trap body more smooth and easy.
Further, limiting described by-pass valve control is stainless steel inverted conical body, and the diameter of stainless steel inverted conical body upper base is greater than the diameter of grease trap body through-holes.This soup grease trap is being put into the process of slaughterhouse, and the oil in the slaughterhouse contacts earlier with the grease trap bottom, and at this moment, the soup grease trap is in free state, and the inverted conical body is in closed condition, and oil can not enter the grease trap body interior; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because the lowermost switch contact point of control inverted conical body awl point will be lower than the contact point of support, form difference in height, the minimum contact point of switch of cone awl point contacts with the bottom of a pan earlier, be that the grease trap body sinks with support then, support touches the bottom of a pan face again, make the relative original free state with the grease trap body of cone taper surface like this, cone has changed original contact-making surface, cone separates with the grease trap body and just produces the gap, and bottom clear soup flows in the grease trap body by the gap; Because support and cone awl point adopt the Points And lines way of contact with the pot face, the awl point of support cone is few with the bottom of a pan contact area, support and cone awl point are pushed down sedimentary area and have been significantly reduced, " being burned " problem can appear in the sediment that so seldom is heated, and also can not influence the mouthfeel of soup.
Further, limiting described support is the downward projection in grease trap body bottom, described projection distributes at grease trap body base circle, be at least three, this support and grease trap are one, during fabrication can one-shot forming, reduced man-hour and other auxiliary mould, also saved material.
Further, limit in the described grease trap body and be provided with filter, the madial wall of grease trap body is provided with boss, filter lies on the grease trap body sidewall boss, described filter is provided with aperture, adopt this filter, the upper end that the dish that the mesopore between the valve enters from grease trap body and deadweight or seasoning matter can not enter filter more is conducive to instant edible clear soup.
The beneficial effects of the utility model are: adopt a kind of soup grease trap of the present utility model to obtain from dense oily soup and do not contain oily clear soup, this soup grease trap is simple to operation, the soup grease trap of area after being pushed down by to(for) the sediment in the soup that boils that boils significantly reduces, " being burned " problem that occurs just can not influence the mouthfeel of soup.
Description of drawings
Fig. 1 is structural representation under the air-tight state of a kind of soup grease trap embodiment 1 of the present utility model;
Fig. 2 is structural representation under the opening of a kind of soup grease trap embodiment 1 of the present utility model;
Fig. 3 is structural representation under the air-tight state of a kind of soup grease trap embodiment 2 of the present utility model;
Fig. 4 is structural representation under the opening of a kind of soup grease trap embodiment 2 of the present utility model;
Fig. 5 is structural representation under the air-tight state of a kind of soup grease trap embodiment 3 of the present utility model;
Fig. 6 is structural representation under the opening of a kind of soup grease trap embodiment 3 of the present utility model;
Fig. 7 is structural representation under the air-tight state of a kind of soup grease trap embodiment 4 of the present utility model;
Fig. 8 is structural representation under the opening of a kind of soup grease trap embodiment 4 of the present utility model.
The specific embodiment
Embodiment 1:
In conjunction with Fig. 1, shown in Figure 2, a kind of soup grease trap of the present utility model, comprise grease trap main body 1, the bottom of grease trap main body 1 is provided with through hole, be provided with stainless steel solid spherosome 2 in grease trap main body 1 through hole, the diameter of stainless steel solid spherosome 2 is greater than the diameter of grease trap body through-holes, and stainless steel solid spherosome 2 is embedded on grease trap body 1 bottom through-hole, stainless steel solid spherosome 2 and through hole match merge the through hole of grease trap body 1 is airtight; Described grease trap main body outer bottom is provided with support 3, when the soup grease trap is in free state, since the diameter of stainless steel solid spherosome 2 greater than with the bottom through-hole diameter of grease trap main body 1, stainless steel solid spherosome 2 is embedded on grease trap body 1 through hole, and the through hole of grease trap body 1 is airtight; Because the minimum contact of stainless steel solid spherosome 2 will be lower than support 3 minimum contacts, form difference in height; The minimum point of stainless steel solid spherosome 2 contacts during all with the slaughterhouse bottom surface with support 3 minimum points, stainless steel solid spherosome 2 separates with grease trap body 1 and just produces gap 21 like this, the soup isolator also is in opening, in grease trap body 1, be provided with filter 4, the madial wall of grease trap body 1 is provided with boss, boss will be higher than the height of stainless steel solid spherosome 2, and filter 4 lies on the grease trap body 1 sidewall boss, and filter 4 is provided with aperture.The soup grease trap is being put into the process of slaughterhouse, and the oil in the slaughterhouse contacts earlier with the grease trap bottom, and at this moment, the soup grease trap is in free state, and stainless steel solid spherosome 2 is in air-tight state with grease trap body 1, and oil can not enter grease trap body 1 inside; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because the minimum contact of stainless steel solid spherosome 2 will be lower than the minimum point of support 3; The minimum contact of stainless steel solid spherosome 2 contacts with the bottom of a pan earlier, be that grease trap body 1 sinks with support 3 then, the minimum point of support 3 touches the bottom of a pan face again, stainless steel solid spherosome 2 separates with the grease trap body like this, between form gap 21, bottom clear soup flows in the grease trap body by the gap, bottom clear soup rises then, clear soup flows into top by filter 4 apertures by the bottom, enter the intrinsic precipitable thing of grease trap like this and be filtered plate filtration, better so edible clear soup again.
Embodiment 2:
In conjunction with Fig. 3, shown in Figure 4, a kind of soup grease trap of the present utility model, comprise grease trap main body 1, the bottom of grease trap main body 1 is provided with through hole, be provided with hollow spheres 5 in grease trap main body 1 through hole, the diameter of hollow spheres 5 is greater than the diameter of grease trap body through-holes, and hollow spheres 5 tops arrange spring 6 and are connected, the upper end of spring 6 arranges cross bar 7 and is connected, cross bar 7 is connected with grease trap body 1, stainless steel hollow spheres 5 is embedded on grease trap body 1 bottom through-hole, and stainless steel hollow spheres 5 matches to merge with through hole and makes through hole airtight grease trap body 1; Described grease trap main body outer bottom is provided with support 3, when the soup grease trap is in free state, since the diameter of stainless steel hollow spheres 5 greater than with the bottom through-hole diameter of grease trap main body 1, stainless steel hollow spheres 5 is embedded on grease trap body 1 through hole, spring 5 on the cross bar 7 is in open configuration, and the through hole of grease trap body 1 is airtight; When the soup grease trap is placed on the slaughterhouse bottom surface, because the minimum contact of stainless steel hollow spheres 5 will be lower than support 3 minimum contacts, form difference in height; The minimum point of stainless steel hollow spheres 5 contacts during all with the slaughterhouse bottom surface with support 3 minimum points, stainless steel hollow spheres 5 separates with grease trap body 1 and just produces gap 51 like this, the soup isolator also is in opening, in grease trap body 1, be provided with filter 4, the madial wall of grease trap body 1 is provided with boss, boss will be higher than cross bar 7, and filter 4 lies on the grease trap body 1 sidewall boss, and filter 4 is provided with aperture.The soup grease trap is being put into the process of slaughterhouse, and the oil in the slaughterhouse contacts earlier with the grease trap bottom, and at this moment, the soup grease trap is in free state, and stainless steel hollow spheres 5 is in air-tight state with grease trap body 1, and oil can not enter the grease trap body interior; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because the minimum contact of stainless steel hollow spheres 5 will be lower than the minimum point of support 3; The minimum contact of stainless steel hollow spheres 5 contacts with the bottom of a pan earlier, be that grease trap body 1 sinks with support 3 then, the minimum point of support 3 touches the bottom of a pan face again, stainless steel hollow spheres 5 separates with grease trap body 1 like this, between form gap 51, slaughterhouse bottom clear soup flows in the grease trap body 1 by gap 51, clear soup rises in grease trap body 1 then, last clear soup flows into top by filter 4 apertures by the bottom, enter the intrinsic precipitable thing of grease trap like this and be filtered plate filtration, better so edible clear soup again.
Embodiment 3:
In conjunction with Fig. 5, shown in Figure 6, a kind of soup grease trap of the present utility model, comprise grease trap main body 1, the bottom of grease trap main body 1 is provided with through hole, be provided with by-pass valve control in grease trap main body 1 bottom through-hole, by-pass valve control is stainless steel tep reel cylinder 8, and stainless steel tep reel cylinder 8 comprises valve disc 82 and valve rod 83, valve disc 82 is mutually permanently connected with valve rod 83, valve disc 82 is in grease trap body 1, and the diameter of valve disc 82 is greater than grease trap body 1 inner via hole diameter, and the bottom face of valve disc 82 matches with contact-making surface in the grease trap body 1 and airtight, valve rod 83 is in the through hole of grease trap body 1, and the diameter of valve rod 83 is less than the through-hole diameter of grease trap body 1 bottom.Be provided with groove 84 on valve rod 83 surfaces, groove 84 is parallel with the axis of valve rod 83, and grease trap main body 1 outer bottom is provided with support 3.When the soup grease trap was in free state, valve disc 82 was in air-tight state with grease trap body 1 bottom through-hole, and the minimum tactile face of valve rod 83 will be lower than support 3 minimum contacts; When the soup grease trap was placed on the slaughterhouse bottom surface, the lowest surfaces of valve rod 83 contacted during all with the slaughterhouse bottom surface with support 3, produced gap 81 between the connecting through hole of the bottom face of valve disc 82 and grease trap body 1 bottom, and by-pass valve control is in opening.Grease trap main body 1 outer bottom is provided with support 3, be provided with filter 4 in grease trap body 1, the madial wall of grease trap body 1 is provided with boss, and boss will be higher than valve disc 82, filter 4 lies on the grease trap body 1 sidewall boss, and filter 4 is provided with aperture.The soup grease trap is being put into the process of slaughterhouse, oil in the slaughterhouse contacts earlier with the grease trap bottom, and at this moment, the soup grease trap is in free state, valve disc 82 and the grease trap body 1 of stainless steel tep reel cylinder 8 are in air-tight state, and oil can not enter grease trap body 1 inside; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because valve rod 83 lowest surfaces of stainless steel tep reel cylinder 8 will be lower than the minimum point of support 3; The valve rod 83 minimum contacts of stainless steel tep reel cylinder 8 contact with the bottom of a pan earlier, be that grease trap body 1 sinks with support 3 then, the minimum point of support 3 touches the bottom of a pan face again, the valve disc 82 of stainless steel tep reel cylinder 8 separates with grease trap body 1 like this, between form gap 81, slaughterhouse bottom clear soup is provided with in the groove 84 by valve rod 83 surfaces and flows in the grease trap body 1 by the gap 81 that forms between valve disc 82 and the grease trap body 1, clear soup is grease trap body 1 inner the rising then, last clear soup flows into top by filter 4 apertures by the bottom, enter the intrinsic precipitable thing of grease trap like this and be filtered the plate filtration again, can better eat clear soup like this.
Embodiment 4:
In conjunction with Fig. 7, shown in Figure 8, a kind of soup grease trap of the present utility model, comprise grease trap main body 1, the bottom of grease trap main body 1 is provided with through hole, be provided with by-pass valve control in grease trap main body 1 through hole, by-pass valve control is stainless steel inverted conical body 9, stainless steel inverted conical body 9 is contained on the through hole of grease trap main body 1 and match in the hole, described grease trap main body 1 outer bottom is provided with support 3, described support 3 is the downward projection in grease trap body 1 bottom, the support 3 of projection is annular spread in grease trap body 1 bottom, be at least three, when the soup grease trap is in free state since the diameter of stainless steel inverted conical body 9 conical surfaces greater than with the through-hole diameter of grease trap main body 1, stainless steel inverted conical body 9 is embedded on grease trap body 1 through hole, and the through hole of grease trap body 1 is airtight; Since stainless steel inverted conical body 9 minimum awl cusp to be lower than the support 3 minimum contacts of projection, form difference in height; The minimum point of stainless steel inverted conical body 9 contacts during all with the slaughterhouse bottom surface with support 3 minimum points, the conical surface of stainless steel inverted conical body 9 separates with grease trap body 1 and just produces gap 91 like this, the soup isolator also is in opening, in grease trap body 1, be provided with filter 4, the madial wall of grease trap body 1 is provided with boss, boss will be higher than the height of stainless steel inverted conical body 9, and filter 4 lies on the grease trap body 1 sidewall boss, and filter 4 is provided with aperture.The soup grease trap is being put into the process of slaughterhouse, and the oil in the slaughterhouse contacts earlier with the grease trap bottom, and at this moment, the soup grease trap is in free state, and stainless steel inverted conical body 9 is in air-tight state with grease trap body 1, and oil can not enter grease trap body 1 inside; When the oil reservoir of grease trap process soup sinks to the slaughterhouse bottom, because the minimum awl cusp of stainless steel inverted conical body 9 will be lower than the minimum point of the support 3 of projection; The minimum contact of stainless steel inverted conical body 9 contacts with the bottom of a pan earlier, be that grease trap body 1 sinks then, the minimum point of the support 3 of projection touches the bottom of a pan face again, stainless steel inverted conical body 9 separates with grease trap body 1 like this, between form gap 91, slaughterhouse bottom clear soup flows in the grease trap body 1 by the gap, clear soup grease trap body 1 inner rising then, last clear soup flows into top by filter 4 apertures by the bottom, enter the intrinsic precipitable thing of grease trap like this and be filtered the plate filtration again, can better eat clear soup like this.
For a person skilled in the art; under the prerequisite that does not break away from the utility model structure; can also make some distortion and improvement, these also can be considered as protection domain of the present utility model, all can not influence effect and practical applicability that the utility model is implemented.
Claims (9)
1. a soup grease trap comprises the grease trap main body, and the bottom of described grease trap main body is provided with through hole, it is characterized in that: be provided with by-pass valve control in the described grease trap main body through hole, and the bottom through-hole of by-pass valve control and grease trap main body is complementary; Described grease trap main body outer bottom is provided with support, and when the soup grease trap was in free state, by-pass valve control and grease trap body bottom through-hole were in air-tight state, and the minimum contact of the switch of by-pass valve control will be lower than the minimum contact of support; When the soup grease trap was placed on the slaughterhouse bottom surface, the switch contact of by-pass valve control all contacted with the slaughterhouse bottom surface with support, produced the gap between the connecting through hole of by-pass valve control and grease trap body bottom, and by-pass valve control is in opening.
2. a kind of soup grease trap according to claim 1, it is characterized in that: described by-pass valve control is the stainless steel spherosome, and the diameter of stainless steel spherosome is greater than the diameter of grease trap body through-holes.
3. a kind of soup grease trap according to claim 1, it is characterized in that: described by-pass valve control is stainless steel tep reel cylinder, described stainless steel tep reel cylinder comprises valve disc and valve rod, valve disc and valve rod are mutually permanently connected, described valve disc diameter is greater than grease trap body inner bottom part through-hole diameter, and the bottom face of valve disc matches with the intrinsic contact-making surface of grease trap and is airtight, and the diameter of valve rod is less than the through-hole diameter of grease trap body bottom.
4. a kind of soup grease trap according to claim 1, it is characterized in that: described by-pass valve control is stainless steel inverted conical body, the diameter of stainless steel inverted conical body upper base is greater than the diameter of grease trap body through-holes.
5. a kind of soup grease trap according to claim 1 is characterized in that: described support is the downward projection in grease trap body bottom, and described projection distributes at grease trap body base circle, is at least three.
6. a kind of soup grease trap according to claim 2, it is characterized in that: described stainless steel spherosome is hollow spheres, described hollow spheres top arranges spring and is connected, and the upper end of spring arranges cross bar and is connected, and cross bar is connected with the grease trap body.
7. a kind of soup grease trap according to claim 2, it is characterized in that: described stainless steel spherosome is the filled circles spheroid.
8. a kind of soup grease trap according to claim 3, it is characterized in that: described valve rod surface is provided with groove, and groove is parallel with the axis of valve rod.
9. according to the described any soup grease trap of claim 1 to 8, it is characterized in that: be provided with filter in the described grease trap body, the madial wall of grease trap body is provided with boss, and filter lies on the grease trap body sidewall boss, and described filter is provided with aperture.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320125643 CN203122148U (en) | 2013-03-20 | 2013-03-20 | Oil separator for soup |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320125643 CN203122148U (en) | 2013-03-20 | 2013-03-20 | Oil separator for soup |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203122148U true CN203122148U (en) | 2013-08-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320125643 Expired - Lifetime CN203122148U (en) | 2013-03-20 | 2013-03-20 | Oil separator for soup |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203122148U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103251323A (en) * | 2013-03-20 | 2013-08-21 | 重庆工商大学 | Fat separator for soup |
| CN107550255A (en) * | 2017-09-01 | 2018-01-09 | 珠海格力电器股份有限公司 | Cooking appliance, its control method and rice preparation method |
-
2013
- 2013-03-20 CN CN 201320125643 patent/CN203122148U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103251323A (en) * | 2013-03-20 | 2013-08-21 | 重庆工商大学 | Fat separator for soup |
| CN103251323B (en) * | 2013-03-20 | 2015-09-30 | 重庆工商大学 | A kind of fat separator for soup |
| CN107550255A (en) * | 2017-09-01 | 2018-01-09 | 珠海格力电器股份有限公司 | Cooking appliance, its control method and rice preparation method |
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