JP3157659U - Oil filter, tempura hot pot and oil scoop insulator - Google Patents

Abstract

An oil filter that eliminates the need to transfer fried oil from a tempura pan to an oil pot or another tempura pan is provided. An oil filter 2 is mounted on an oil draining net 3 installed on an upper edge 1A of a tempura pan 1, a perforated plate-like receiver 4 attached to the lower side of the oil draining net 3, and the receiver 4 The filter paper 8 was placed. While performing the normal operation of placing the tempura on the oil catching net 3, oil falling from the tempura can be filtered by the filter paper 8 located under the oil catching net 3 at this time, and the fall of the tempura is prevented. Therefore, fouling oil contamination can be reduced while performing the normal operation. In addition, the frying oil in the tempura pan 1 after cooking is scooped with a scissors and poured into the oil filter 2 so that the frying oil can be filtered with the filter paper 8, and after the required filtration operation is completed, the lid The tempura pan 1 that has been cooked can be accommodated as it is. [Selection] Figure 1

Description

  The present invention provides an oil filter for filtering fried oil to repeatedly reuse fried oil after fried tempura in a tempura pan, a tempura pan equipped with the oil filter, and scooping fried oil in the tempura pan The present invention relates to an oil scoop insulator poured into a filter.

As an oil filter (oil filter) that filters fried oil in order to recycle the frying oil (used oil) after fried tempura in the tempura pot, the oil from the tempura pot into the oil pot where the filter is set What filters and filters fried oil is common.
Also, the bottom of the container made of oil-resistant material is opened, a filter such as a non-woven fabric is attached, and the rape that has been inserted through the insertion hole formed on the upper side of the container is passed over the edge of the tempura pan. There is one that pours used oil into the container, injects oil after filtering through a filter into a tempura pan, and discards the container after the injection is completed (see, for example, Patent Document 1).
Furthermore, a filter paper having an inner bag on the back surface is put on a mesh insulator to form a mesh insulator with filter paper, and the residue in the tempura pan is removed by scrubbing the oil in the tempura pan with the mesh insulator with the filter paper ( For example, see Patent Document 2.)

JP 2004-113268 A Registered Utility Model No. 3017199

In an oil filter using an oil pot in which a filtration filter is set, a high-temperature oil transfer operation is required to transfer fried oil after use from the tempura pan to the oil pot.
Similarly, in the oil filter as disclosed in Patent Document 1, the oil filter is provided in a tempura pot in which the oil filter of Patent Document 1 is attached from a tempura pot or oil pot containing the used fried oil. Because it is necessary to pour the frying oil through, transfer the hot oil from the tempura pan containing the used frying oil to another tempura pan equipped with an oil filter or use the frying oil after use from the tempura pan to the oil pot. It is necessary to transfer high-temperature oil.
Furthermore, in the oil filter as disclosed in Patent Document 2, since the filter paper is covered with a normal circular mesh insulator, the oil in the vicinity of the bottom of the tempura pan is difficult to scoop and the workability is poor, and the filter paper is frequently replaced. There is a need to.

  Therefore, in view of the above situation, the present invention is intended to solve the problem that an oil filter that can eliminate the work of transferring fried oil from a tempura pan to an oil pot or another tempura pan and the oil filter are provided. An object of the present invention is to provide an oil scooping insulator that can easily scoop fried oil and wastes therein and improve the workability of filtering the frying oil with the oil filter.

In order to solve the above problems, an oil filter according to the present invention includes an oil draining net installed on the upper edge of the tempura pan, and a perforated plate-like or net-like receiver attached to the lower side of the oil draining net. And a filter paper placed on the receptacle.
According to such a configuration, the oil tempura absorbed by the tempura falls to make the cooking table dirty because the tempura placed on the oil draining net erected on the upper edge of the tempura pan is drained. Can be prevented, and the tempura bat can be made unnecessary.

In addition, while performing the normal operation of placing the tempura on the oil draining net, the oil falling from the tempura can be filtered with a filter paper located below the oil draining net, and solids such as tempura residue The fall of the frying oil can be reduced while the normal operation of placing the tempura on the oil draining net is performed.
Furthermore, the frying oil can be filtered with the filter paper of the oil filter by scooping the frying oil (used oil) in the tempura pan after cooking is finished with an oil scooping insulator and pouring it into the oil filter. After completing the required filtration work, the capped tempura pot can be stored as it is, so there is no need to transfer and store the frying oil in an oil pot or other pots, reducing the storage space And can be easily stored.
In addition, safety is high because there is no transfer work of hot oil.

In this case, it is preferable that the oil draining net is provided with a latch that supports the receptacle so as to be rotatable about a horizontal axis so that the receptacle can be opened and closed, and holds the closed state.
According to such a configuration, the filter paper can be easily exchanged by removing the latch and rotating the catcher to open the catcher.

The filter paper is preferably formed into a corrugated shape.
According to such a configuration, since the surface area of the filter paper is increased, the frying oil can be efficiently filtered.

A tempura pan according to the present invention is equipped with the oil filter.
Therefore, there exists an effect similar to the above-mentioned oil filter.

Here, the oil pan is inclined forward and downward from the outside of the tempura pan toward the upper edge of the tempura pan, and an oil draining plate in which oil flowing on the inclined surface enters the oil filter is provided, and the tempura pan is heated. It is preferable to form a flow path through which air flows along the lower side of the oil drain plate so that the residual heat of the heater is transferred to the oil drain plate by natural convection heat transfer.
According to such a configuration, the remaining heat of the heater is transmitted to the oil draining plate and the temperature of the oil draining plate becomes high, so that the oil drainage is improved and the tempura is deeply fried and delicious, and the oil drainage is good. Since a lot of oil flows on the inclined surface of the oil removing plate and this oil is filtered by the oil filter, the frying oil can be filtered efficiently.

An oil scooping insulator according to the present invention is an oil scooping insulator that scoops the frying oil in the tempura pan and pours it into the oil filter mounted on the tempura pan, and has an upper end edge of the side wall of the saucer dish portion. A substantially U-shaped notch that opens downward from the top, extends outward from the lower side wall of the notch, and has a substantially horizontal tip that is arcuate so that it can easily follow the pan bottom of the tempura pan. A plate-shaped bottom plate is formed.
According to such a configuration, the bottoming plate has a substantially horizontal plate shape, and the tip shape thereof is an arc shape, so that the bottoming plate is easily placed along the bottom of the tempura pan. By moving it in the state of being moved, the frying oil and the residue inside the frying oil enter the dish part of the oil scooping insulator from the opening of the substantially U-shaped notch, and the waste that has settled mainly near the bottom of the pan is efficiently Can be captured.
Therefore, the operation of filtering the frying oil with the oil filter attached to the tempura pan can be efficiently performed by pouring the frying oil scooped with the oil scooping insulator in this way into the oil filter.

Here, a front detent is formed by bending the end portions of the left and right side walls of the notch inward, and the upper end portion of the side wall facing the opening of the notch of the dish portion is bent inward. It is preferable to form a detent.
According to such a configuration, debris or the like entering from the opening of the notch of the oil scooping insulator is difficult to come out by the rear detent, and further from the opening of the notch by the left and right front detents of the notch. Since it is possible to efficiently collect frying oil residue etc. in the dish part by pouring the frying oil scooped with the oil scooping insulator into the oil filtering tool, the oil filtering tool attached to the tempura pan The operation of filtering the frying oil can be performed more efficiently.

  As described above, according to the oil filter, the tempura pan, and the oil scooping insulator according to the present invention, the operation of transferring the frying oil from the tempura pan to the oil pot or another tempura pan can be made unnecessary. The operation of filtering the frying oil in the tempura pan on which the tool is mounted can be efficiently performed, and the tempura pan with the frying oil that has been filtered can be stored as it is.

It is a perspective view which shows the tempura pan which concerns on embodiment of this invention. It is a perspective view which shows the oil filter which concerns on embodiment of this invention. It is an exploded perspective view similarly. It is a longitudinal cross-sectional view which shows the flow path through which air flows along the oil drain plate which concerns on embodiment of this invention, and its lower side. (A) is a perspective view which shows the insulator for oil scooping concerning embodiment of this invention, (b) is a top view of a plate part, (c) is a longitudinal cross-sectional view similarly.

  Next, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments shown in the accompanying drawings, and all the embodiments satisfying the requirements described in the claims of the utility model registration. Is included.

As shown in FIG. 1, an oil filter 2 is attached to a tempura pan 1 according to an embodiment of the present invention, and the oil filter 2 is an oil draining net 3 installed on the upper edge 1 </ b> A of the tempura pan 1. The perforated plate-like receiving device 4 attached to the lower side of the oil draining net 3, the filter paper 8 placed on the receiving device 4, and the like. In addition, although fried oil exists in the tempura pan 1 of FIG. 1, illustration of this fried oil is abbreviate | omitted.
As shown in FIG. 2, the oil draining net 3 of the oil filter 2 includes circumferential wires C1, C2, C3, and C4 that are separated in the radial direction and radial wires R1, R2, R3, and R4 that are separated in the circumferential direction. For example, it is constructed by welding, and the top opening of the tempura pan 1 (see FIG. 1) is not blocked as much as possible so as not to obstruct the frying work. Formed. As the wire, a metal wire that is resistant to corrosion and heat is used.
Further, the outer ends of the radial wire rods R1, R2, R3, and R4 of the oil draining net 3 are bent into latching pieces 3A, 3A,..., And these latching pieces 3A, 3A,. Thus, it is hooked on the outside of the upper edge 1 </ b> A of the tempura pan 1.

As shown in FIGS. 2 and 3, the receptacle 4 of the oil filter 2 is raised from the bottom plate 5 that is a horizontal plate formed in a shape in which the central portion of the semicircle is eliminated in plan view and the edge of the bottom plate 5. It consists of circumferential plates 6A and 6B, which are vertical plates, and side plates 6 which are radial plates 6C and 6D. The bottom plate 5 and the side plates 6 have a large number of through holes 5a, 5a, ..., 6a, 6a, respectively. , ... are opened. As the plate material, a metal plate material resistant to corrosion and heat is used.
Further, the connecting rings 4A, 4A,... Attached to the upper portions of the radial plates 6C, 6D are externally fitted to the support shafts 3B, 3C (radial wires R1, R4) which are horizontal axes of the oil draining net 3. Therefore, since the receiving tool 4 is supported by the oil draining net 3 so as to be rotatable around the horizontal axis, the oil draining net 3 and the receiving tool 4 are relatively rotated around the horizontal axis to open and close. be able to.
Furthermore, since the hooks 9 and 9 are attached to the upper part of the circumferential plate 6B of the receiver 4, by hooking the hooks 9 and 9 to the circumferential wire C4 of the oil draining net 3, The oil draining net 3 and the receiving tool 4 can be in a closed use state.
For example, FIG. 2 shows this use state, and FIG. 3 shows a state where the oil draining net 3 and the receiving tool 4 are relatively rotated and opened.
Since the hooks 9 and 9 may have any function of holding the oil draining net 3 and the receiving tool 4 in a closed state, the hooking tools 9 and 9 are not the receiving tool 4 but the oil draining net 3. You may make it attach to.
Further, the support 4 is not a perforated plate having a large number of holes in the plate, but may be a net.

The filter paper 8 is placed on the receiver 4 as described above, but may be placed directly on the bottom plate 5 of the receiver 4 or via the corrugated plate 7 placed on the bottom plate 5. May be placed on the bottom plate 5.
The corrugated plate 7 is for maintaining the shape of the filter paper 8 formed into a corrugated shape. A corrugated heat-resistant metal plate is used, and a large number of through holes 7a, 7a,.

According to the tempura pan 1 having the oil filter 2 and the oil filter 2 configured as described above, the tempura fried on the oil draining net 3 in a state of being laid on the upper edge 1A of the tempura pan 1 is placed. Therefore, the oil drops absorbed by the tempura can be prevented from falling and the cooking table can be soiled, and the tempura bat can be made unnecessary.
Further, while performing the normal operation of placing the tempura on the oil draining net 3, oil falling from the tempura at that time can be filtered by the filter paper 8 positioned below the oil draining net 3, and Since solids can be prevented from falling, fouling oil contamination can be reduced while performing a normal operation of placing tempura on the oil draining net 3.
Furthermore, the frying oil can be filtered with the filter paper 8 of the oil filter 2 by scooping the frying oil (used oil) in the tempura pan 1 after cooking and pouring it into the oil filter 2 with an oil scooping insulator. It is possible to store the capped tempura pot 1 as it is after completing the required filtration work, so there is no need to transfer the fried oil to an oil pot or other pots, and the storage space can be reduced. And can be stored easily.
Furthermore, safety is high because there is no transfer work of hot oil.

Further, the catcher 9 is supported by the oil draining net 3 so as to be pivotable around the supporting shafts 3B, 3C (radial wire rods R1, R4) which are horizontal shafts, so that these can be opened and closed. , 9 is removed and the filter paper 8 is exchanged by rotating the oil catching net 3 to open the catch 4 or by turning the catch 4 to open the oil catching net 3. Work can be done easily.
Furthermore, since the filter paper 8 is formed into a corrugated shape, the surface area of the filter paper 8 is increased, so that the frying oil can be efficiently filtered.

Next, another embodiment of the tempura pan 1 will be described.
In the example shown in FIG. 4, an oil draining plate 10 that is inclined forward and downward from the outside of the tempura pan 1 toward the upper edge 1 </ b> A of the tempura pan 1 and the oil flowing on the inclined surface enters the oil filter 2 is provided. The oil drain plate 10 is made of a metal having a high thermal conductivity, such as copper. In addition, although fried oil exists in the tempura pan 1 of FIG. 4, illustration of this fried oil is abbreviate | omitted.
Further, the lower plate 11 spaced outward from the side surface of the tempura pan 1, the upper plate 12 connected to the upper end of the lower plate 11 and spaced downward from the lower surface of the oil drain plate 10, the upper end of the upper plate 12 and the oil drain plate 10 Are attached to the oil draining plate 10 or the tempura pan 1, and through holes 13a, 13a,... Are formed in the upper end plate 13, and the lower side (lower surface) of the oil draining plate 10 is formed. ) Is formed along the flow path A.
Therefore, the air heated by the residual heat of the heating power F of a heater (not shown) that heats the tempura pan 1 (if the heater is an electromagnetic heater, the residual heat of the heated tempura pan 1 itself) flows along the flow path A. The heat is transferred from the heated air to the oil drain plate 10 by natural convection heat transfer.

  According to such a configuration, the remaining heat of the heater is transmitted to the oil draining plate 10 and the temperature of the oil draining plate 10 is increased. Therefore, a lot of oil flows on the inclined surface of the oil draining plate 10, and this oil is filtered by the oil filter 2, so that the frying oil can be efficiently filtered.

Next, an example of an oil scooping insulator that scoops the frying oil in the tempura pan 1 and pours it into the oil filter 2 will be described.
The oil scooping insulator 14 shown in FIG. 5 is an oil filter mounted on the tempura pan 1 by scooping the frying oil (not shown in FIGS. 1 and 4) in the tempura pan 1 of FIG. 1 or FIG. It is poured into the tool 2, and is composed of a dish part 15 and a handle part 16.
In addition, in the dish part 15, the side in which the opening of the notch 18 is formed is the front, and the opposite side (the side wall 17 side facing the opening of the notch 18 of the dish part 15) is the rear.
The dish portion 15 of the oil scooping insulator 14 is formed with a substantially U-shaped notch 18 that opens downward from the upper end edge 17A of the front side wall 17 thereof, and the outside (from the lower side wall of the notch 18 ( A substantially horizontal plate-shaped bottoming plate 19 extending forward) is formed, and the tip shape of the bottoming plate 19 is easily aligned with the bottom of the tempura pan 1 (see FIGS. 1 and 4). For example, it is arcuate in plan view.
Accordingly, by moving the bottom scooping plate 10 along the pan bottom of the tempura pan 1 with the handle 16, the frying oil and the like in the frying oil are removed from the opening of the substantially U-shaped notch 18. It is possible to efficiently capture the debris that has entered into 15 and is mainly precipitated near the bottom of the pan.
Therefore, the operation of filtering the frying oil with the oil filter 2 attached to the tempura pan 1 can be efficiently performed by pouring the frying oil scooped with the oil scooping insulator 14 into the oil filter 2 in this way.

Further, the dish portion 15 of the oil scooping insulator 14 is formed with front detents 20A and 20B in which the end portions of the left and right side walls of the notch 18 are bent inward, and on the rear side of the dish portion 15. Since the rear detent 21 is formed by bending the upper end portion of the side wall 17 inwardly, debris or the like entering from the opening of the notch 18 of the dish portion 15 is difficult to come out to the outside by the rear detent 21. Since the left and right front detents 20A and 20B do not easily come out from the opening of the notch 18 (see the arrow in FIG. 5B), the frying oil residue and the like can be efficiently accumulated in the dish portion 15. it can.
Therefore, the operation of filtering the frying oil with the oil filter 2 attached to the tempura pan 1 can be performed more efficiently by pouring the frying oil scooped with the oil scooping insulator 14 into the oil filter 2.

A Air flow path F Thermal power C1, C2, C3, C4 Circumferential wire R1, R2, R3, R4 Radial wire 1 Tempura pan 1A Upper edge 2 Oil filter 3 Oil draining net 3A Hanging pieces 3B, 3C Support shaft 4 Receiving tool 4A Connecting ring 5 Bottom plate 5a Through hole 6 Side plates 6A, 6B Circumferential plate 6C, 6D Radial plate 6a Through hole 7 Corrugated plate 7a Through hole 8 Filter paper 9 Stopper 10 Oil drain plate 11 Lower plate 12 Upper plate 13 Upper end plate 13a Through hole 14 Oil scooping insulator 15 Dish part 16 Handle part 17 Side wall 17A Upper edge 18 Notch 19 Bottom scooping plate 20A, 20B Front detent 21 Rear detent

Claims (7)

  It consists of an oil draining net installed on the upper edge of the tempura pan, a perforated plate-like or net-like receiver attached to the lower side of the oil draining net, and a filter paper placed on the receiver. A featured oil filter.   2. The oil filter according to claim 1, further comprising a latch that supports the receiving member so as to be rotatable about a horizontal axis by the oil draining net so that they can be opened and closed, and that holds the closed state. Ingredients.   The oil filter according to claim 1, wherein the filter paper is formed into a corrugated shape.   A tempura pan equipped with the oil filter according to claim 1.   A heater that heats the tempura pan while being provided with an oil draining plate that is inclined downward from the outside of the tempura pan toward the upper edge of the tempura pan, and the oil flowing on the inclined surface enters the oil filter. The tempura pan according to claim 4, wherein a flow path through which air flows is formed along the lower side of the oil drain plate so that the remaining heat is transmitted to the oil drain plate by natural convection heat transfer.   An oil scooping insulator that scoops the frying oil in the tempura pan according to claim 4 or 5 and pours it into the oil filter mounted on the tempura pan, from the upper edge of the side wall of the dish portion of the insulator downward. A substantially horizontal plate-shaped bottom that forms an approximately U-shaped notch that opens and extends outwardly from the lower side wall of the notch and has an arc shape at the tip so that it can easily follow the pan bottom of the tempura pan An oil scooping insulator formed by forming a scooping plate. A front detent is formed by bending the left and right side wall ends of the notch inwardly, and an upper end of the side wall facing the opening of the notch is bent inward. The oil scooping insulator according to claim 6 formed.

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