CN111096699A

CN111096699A - Quantitative oil bottle

Info

Publication number: CN111096699A
Application number: CN202010144776.6A
Authority: CN
Inventors: 王辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-03-04
Filing date: 2020-03-04
Publication date: 2020-05-05

Abstract

The invention discloses a quantitative oil bottle which comprises an oil storage bottle, an oil storage bottle cap, an oil guide pipe, a quantitative bottle, an oil bottle handle, an oil outlet nozzle and an oil outlet nozzle cap. The oil storage bottle and the quantitative bottle are connected up and down, the upper ends of the side surfaces of the oil storage bottle and the quantitative bottle are provided with openings, the oil guide pipe is in a through state, the bottle opening of the oil storage bottle is in threaded connection with the bottle cap of the oil storage bottle, the oil outlet nozzle is in threaded connection with the oil outlet nozzle cap, and the handle of the oil bottle and the oil guide pipe are connected to the same side surface of the bottle body; the opening at the upper end of the side surface of the oil storage bottle is communicated with the opening at the upper end of the oil guide pipe; the lower end opening of the oil guide pipe is communicated with the upper end opening of the side surface of the quantitative bottle; the oil outlet nozzle is communicated with the quantitative bottle. Two groups of quantitative scale marks are marked on the oil storage bottle, and a group of regular quantitative scale marks are vertically marked on the side surface of the quantitative bottle. The design achieves the purpose of quantitatively pouring edible oil and other liquids by changing the spatial position of the oil bottle according to a certain operation method.

Description

Quantitative oil bottle

Technical Field

The invention belongs to the field of kitchen supplies, and relates to a quantitative oil bottle.

Background

At present, in the cooking process of people, the control of the amount of edible oil is an important factor influencing the health of people, and the accurate control of the amount of seasonings such as the edible oil is beneficial to the health of people; many oil bottles and liquid devices in the market can not accurately control the consumption or can accurately control the consumption, but the structure is too complex and the use is inconvenient, and the improvement is needed; for example, when the measuring cup is used for measuring the consumption of edible oil, in order to prevent the oil adhered to the inner wall of the measuring cup from being polluted due to long-time contact with air, the measuring cup needs to be cleaned in time after each use, which wastes time and labor.

Disclosure of Invention

In order to effectively solve the problems and accurately control the consumption of liquid such as edible oil during cooking, the invention provides a quantitative oil bottle, which quantitatively marks different states of the oil bottle by utilizing the principle that a communicating vessel and the liquid keep horizontal planes and flow to a lower position under the action of gravity, and achieves the purpose of quantitatively pouring the liquid such as the edible oil by changing the spatial position of the oil bottle according to a certain operation method.

The technical scheme adopted by the invention for solving the technical problems is as follows: a quantitative oil bottle comprises an oil storage bottle, an oil storage bottle cap, an oil guide pipe, a quantitative bottle, an oil bottle handle, an oil outlet nozzle and an oil outlet nozzle cap. The oil storage bottle and the quantifying bottle are connected up and down (integrally formed or in threaded connection) and are separated by the bottom surface of the oil storage bottle, the oil storage bottle is positioned on the quantifying bottle, and the lower bottom surface of the oil storage bottle and the upper bottom surface of the quantifying bottle are separated and not communicated; the oil storage bottle and the quantitative bottle are provided with openings at the upper end of the side surface, two groups of quantitative scale marks are marked on the oil storage bottle, the first group is a regular quantitative scale mark vertically marked on the side surface of the oil storage bottle, the second group is an irregular quantitative scale mark vertically marked on the cross line of the longitudinal section (perpendicular to the bottom surface of the oil storage bottle and passing through the circle center of the bottom surface of the oil storage bottle and the lowest opening of the side surface of the oil storage bottle, hereinafter referred to as the longitudinal section of the oil storage bottle) of the oil storage bottle handle (or the oil guide pipe) of the oil storage bottle and the side surface and the bottom surface of the oil storage bottle, the regular quantitative scale mark is vertically marked on the side surface of the quantitative bottle, and the oil guide pipe. An opening at the upper end of the side surface of the oil storage bottle is communicated with an opening at the upper end of the oil guide pipe to form an inverted U-shaped communicating vessel; the lower end opening of the oil guide pipe is communicated with the upper end opening of the side surface of the quantitative bottle, and the oil storage bottle, the oil guide pipe and the quantitative bottle are communicated to form a communicating vessel; the oil outlet nozzle is connected and communicated with the quantifying bottle, the oil outlet nozzle and the oil guide pipe are symmetrically and continuously arranged on two side faces of the quantifying bottle, the oil guide pipe, the quantifying bottle and the oil outlet nozzle are connected and communicated to form a communicating vessel, the bottle mouth of the oil storage bottle is in threaded connection with the bottle cap of the oil storage bottle, the oil outlet nozzle is in threaded connection with the oil outlet nozzle cap, and the handle of the oil bottle and the oil guide pipe are connected on the same side face of the bottle.

When the oil storage bottle is vertical to the horizontal plane, the oil storage bottle body is rotated downwards by 90 degrees (the rotation angle is in the longitudinal tangent plane of the oil storage bottle body where the bottle handle is located) along the direction of the side opening and the bottle handle from the vertical direction, if the oil guide pipe is not connected, the liquid in the oil storage bottle body can be gradually poured out through the side opening until the liquid is zero, in the process, the liquid in the oil storage bottle body is kept in a horizontal plane state under the action of gravity, so that each intersection point of the intersection line of the longitudinal section of the oil storage bottle body where the oil storage bottle handle is located and the side surface and the bottom surface of the bottle body corresponds to one liquid volume, the corresponding relation between the liquid volume in the oil storage bottle body and the intersection line of the longitudinal section of the oil storage bottle body where the oil storage bottle handle is located and the side surface and the bottom surface of the oil storage bottle body is realized, and the corresponding relation is marked to form a second group of, the second group of scale marks are critical scale marks for pouring liquid when the oil storage bottle body inclines towards the side opening and the oil bottle handle.

Through the design, each numerical value of the volume of the liquid in the oil storage bottle is marked with two scale marks on the oil storage bottle, the two scale marks correspond to two states of the oil storage bottle, one scale mark corresponds to the scale mark when the oil storage bottle is vertical, and the other scale mark is a critical scale mark for pouring out the liquid from the side opening when the oil storage bottle is inclined; when liquid need be poured, at first vertical oil storage bottle, let bottle and horizontal plane perpendicular, according to the vertical scale mark of bottle side, confirm the liquid total amount in the oil storage bottle, pour liquid according to certain rule again, as above-mentioned oil storage bottle follow vertical direction along the certain angle of oil bottle handle place direction lapse, pour oil through the side opening, at this moment refer to the second group ration scale mark, the difference of two sets of ration scale mark numerical value, be exactly the quantitative liquid volume that will pour out.

When the oil storage bottle inclines a certain angle to the direction of the oil bottle handle (or the oil guide pipe), liquid enters the quantifying bottle from the oil storage bottle along the oil guide pipe, the oil bottle is erected, the quantifying bottle carries out quantitative confirmation for the second time on the poured liquid, and when the oil storage bottle inclines a certain angle to the direction of the oil outlet nozzle, the liquid is poured out from the quantifying bottle along the oil outlet nozzle.

The invention has the beneficial effects that: according to a certain operation method, the use amount of liquid such as edible oil can be controlled by changing the spatial position of the oil bottle, so that the health of people is benefited.

The invention is further described with reference to the following figures and specific examples.

Drawings

Fig. 1 is a schematic structural diagram of a quantitative oil bottle according to the present invention.

The main components in fig. 1 illustrate: 1 oil storage bottle 11 oil storage bottle cap 12 oil storage bottle mouth 13 oil storage bottle handle 14 oil storage bottle vertical quantitative scale 15 oil storage bottle slope quantitative scale 2 oil conduit 21 oil conduit upper end opening 22 oil conduit lower end opening 3 quantitative bottle 31 quantitative scale 4 oil outlet nozzle 41 oil outlet nozzle cap.

Detailed Description

As shown in fig. 1, the quantitative oil bottle comprises an oil storage bottle 1, an oil storage bottle cap 11, an oil guide pipe 2, a quantitative bottle 3, an oil bottle handle 13, an oil outlet 4 and an oil outlet cover 41. The oil storage bottle 1 and the quantitative bottle 3 are connected up and down and separated by the bottom surface of the oil storage bottle 1, the oil storage bottle 1 is positioned on the quantitative bottle 3, and the lower bottom surface of the oil storage bottle 1 and the upper bottom surface of the quantitative bottle 3 are separated and not communicated; oil storage bottle 1 and quantitative bottle 3 all have the opening in the side upper end, the mark has two sets of

quantitative scale mark

14 and 15 on oil storage bottle 1, the first group is the regular quantitative scale mark 14 of vertical mark in 1 bottle side of oil storage bottle, the second group is the irregular quantitative scale mark 15 of mark on the vertical tangent plane of 1 bottle of oil storage bottle (perpendicular 1 bottle bottom surface of oil storage bottle and crossing 1 bottom surface centre of a circle of oil storage bottle and 1 side opening minimum of oil storage bottle) and 1 bottle side of oil storage bottle and the bottom surface intersect of oil storage bottle in oil bottle handle 13 place, 3 vertical marks in side of quantitative bottle have regular quantitative scale mark 31, lead oil pipe 2 to become well logical state. An opening at the upper end of the side surface of the oil storage bottle 1 is communicated with an opening 21 at the upper end of the oil guide pipe 2 to form an inverted U-shaped communicating vessel; lead 2 lower extreme openings 22 of oil pipe and 3 side upper end openings of ration bottle and connect and communicate with each other, oil storage bottle 1, lead oil pipe 2, form the linker after the ration bottle 3 is connected, oil outlet nozzle 4 and the connection of ration bottle 3 communicate with each other, oil outlet nozzle 4 and lead oil pipe 2 symmetry even dress at the 3 both sides face of ration bottle, lead oil pipe 2, the ration bottle 3, oil outlet nozzle 4 connects and forms the linker after communicating with each other, oil

storage bottle bottleneck

12 and 11 threaded connection of oil storage bottle lid, oil outlet nozzle 4 and oil outlet nozzle lid 41 threaded connection, oil bottle handle 13 and lead oil pipe 2 and connect at the same side of bottle.

When the oil storage bottle 1 is vertical to the horizontal plane, the bottle body of the oil storage bottle 1 is rotated downwards by 90 degrees (the rotation angle is in the longitudinal tangent plane of the bottle body of the bottle handle) along the direction of the side opening and the oil bottle handle 13 from the vertical direction, if the oil guide pipe 2 is not connected, the liquid in the bottle body of the oil storage bottle 1 can be poured out gradually through the side opening until the liquid is zero, in the process, the liquid in the bottle body of the oil storage bottle 1 is kept in the horizontal plane state due to the action of gravity, so that each intersection point of the longitudinal tangent plane of the bottle body of the oil storage bottle 1, in which the oil bottle handle 13 is located, with the side surface and the bottom surface of the bottle body corresponds to one liquid volume, and the corresponding relation between the liquid volume in the bottle body of the oil storage bottle 1 and the point of the longitudinal tangent plane of the oil storage bottle 1, in which the oil bottle handle 13 is located, with the intersection, a second set of quantitative scale lines 15 is formed, and the second set of quantitative scale lines 15 are critical scale lines about to pour out liquid when the oil storage bottle 1 inclines towards the side opening and the direction of the oil bottle handle 13.

Preferably, the second set of graduation lines 15 can also be represented by an arc line intersecting a horizontal plane on which liquid is about to be poured and a side surface of the oil storage bottle 1 when the oil storage bottle 1 is inclined toward the side opening and the oil bottle handle 13.

Through the design, each numerical value of the volume of the liquid in the oil storage bottle 1 is marked with two scale marks on the oil storage bottle, the two scale marks correspond to two states of the oil storage bottle 1, one scale mark corresponds to the scale mark when the oil storage bottle 1 is vertical, and the other scale mark is a critical scale mark when the oil storage bottle 1 is inclined and the liquid is about to be poured out from the side opening; when needing to pour liquid, at first 1 bottles of vertical oil storage bottle, let bottle and horizontal plane perpendicular, according to the vertical scale mark in 1 bottle side of oil storage bottle, confirm the liquid total amount in 1 bottle of oil storage bottle, again 1 bottle of oil storage bottle follow vertical direction along oil bottle handle 13 place direction certain angle of downwardly rotating, pour out oil (liquid) through the side opening, at this moment refer to second group ration scale mark 15, the difference of two sets of ration scale marks, be exactly the quantitative oil (liquid) volume that will pour out.

According to the method, when the oil storage bottle 1 inclines for a certain angle towards the direction of the oil bottle handle 13 (or the oil guide pipe 2), the liquid enters the quantitative bottle 3 from the oil storage bottle 1 along the oil guide pipe 2, the oil bottle is erected, the quantitative bottle 3 carries out secondary quantitative confirmation on the poured liquid, and when the oil storage bottle 1 inclines for a certain angle towards the direction of the oil outlet nozzle 4, the liquid is poured out from the quantitative bottle 3 along the oil outlet nozzle.

The above description is only a simple embodiment of the present invention, and should not be construed as limiting the scope of the invention, and all equivalent applications in the specification and claims of the present invention are also included in the scope of the invention.

Claims

1. A quantitative oil bottle comprises an oil storage bottle, an oil storage bottle cap, an oil guide pipe, a quantitative bottle, an oil bottle handle, an oil outlet nozzle and an oil outlet nozzle cap; the oil storage bottle and the quantifying bottle are connected up and down (integrally formed or in threaded connection) and are separated by the bottom surface of the oil storage bottle, the oil storage bottle is positioned on the quantifying bottle, and the lower bottom surface of the oil storage bottle and the upper bottom surface of the quantifying bottle are separated and not communicated; the oil storage bottle and the quantitative bottle are provided with openings at the upper end of the side face, the oil guide pipe is in a through state, the oil storage bottle opening is in threaded connection with the oil storage bottle cap, the oil outlet nozzle is in threaded connection with the oil outlet nozzle cap, and the oil bottle handle and the oil guide pipe are connected to the same side face of the bottle body.

2. A quantitative oil bottle according to claim 1, wherein: an opening at the upper end of the side surface of the oil storage bottle is communicated with an opening at the upper end of the oil guide pipe to form an inverted U-shaped communicating vessel; the lower end opening of the oil guide pipe is communicated with the upper end opening of the side surface of the quantitative bottle, and the oil storage bottle, the oil guide pipe and the quantitative bottle are communicated to form a communicating vessel; the oil outlet nozzle is communicated with the quantitative bottle, the oil outlet nozzle and the oil guide pipe are symmetrically connected and installed on two side surfaces of the quantitative bottle, and the oil guide pipe, the quantitative bottle and the oil outlet nozzle are communicated to form a communicating vessel.

3. A quantitative oil bottle according to claim 1, wherein: two groups of quantitative scale marks are marked on the oil storage bottle, the first group is regular quantitative scale marks marked vertically on the side surface of the oil storage bottle body, the second group is irregular quantitative scale marks marked on the intersection line of the longitudinal section of the oil storage bottle body where the oil bottle handle (or the oil guide pipe) is located and the side surface and the bottom surface of the oil storage bottle body, and the side surface of the quantitative bottle is marked with regular quantitative scale marks vertically.

4. A quantitative oil bottle according to claim 1, wherein: every numerical value of liquid volume in the oil storage bottle all marks two scale marks on the oil storage bottle, and two scale marks correspond two kinds of states of oil storage bottle, correspond the scale mark when one is vertical for the oil storage bottle, and critical scale mark that liquid was about to pour out from the side opening when one was the oil storage bottle slope.