CN102874480A

CN102874480A - Thermos bottle three-dimensional storage room applied to school hot water supplying room

Info

Publication number: CN102874480A
Application number: CN201210380498XA
Authority: CN
Inventors: 牛瑞斌; 牛景昊
Original assignee: University of Jinan
Current assignee: University of Jinan
Priority date: 2012-10-09
Filing date: 2012-10-09
Publication date: 2013-01-16

Abstract

The utility model relates to a three-dimensional storage storehouse for thermos bottles used in water rooms of schools, which can be applied to temporary storage of a large number of thermos bottles in water rooms of various schools. It includes at least one storage unit. The storage unit consists of two or more layers of support ring groups. Adjacent support ring groups are staggered and connected up and down in sequence. The bottom support ring group is connected to the base or foundation through a bracket. ; Each support ring group is composed of an inclined upper support ring and an inclined lower support ring, the diameters of the upper support ring and the lower support ring are the same and larger than the diameter of the thermos bottle, and the axis lines of the upper support ring and the lower support ring are consistent. The included angle between the axis line and the horizontal plane is between 45° and 60°, the upper support ring is provided with a gap for the handle of the heating water bottle to pass through, and the lower support ring is provided with a block to block the bottom of the thermos bottle. It has simple structure, flexible unit combination, easy management, convenient access, and three-dimensional storage, which solves the problem of congestion and road occupation caused by disorderly placement.

Description

A kind of thermos flask 3-D storehouse that is applied to school's boiled water room

Technical field

The present invention relates to a kind of thermos flask storage rack, can be applied to all kinds of universities and colleges boiled water room to the temporary transient storage of a large amount of thermos flasks.

Background technology

At present, most schools boiled water room is taked the traditional approach of hot water centralizedly supply, has brought some problems for the temporary transient storage of thermos flask outside boiled water room.The one, thermos flask quantity is large, puts confusion, and the problem that thermos flask is knocked over, breaks into pieces does not occur when the stream of people is larger easy care easily; The 2nd, because the thermos flask purchasing channel is single, the problem that thermos flask is taken by mistake seemingly often occurs in the thermos flask outer appearnce; The 3rd, the unordered placement of a large amount of thermos flasks is neither attractive in appearance, has taken again large quantity space, causes easily the boiled water room place to block up.

Summary of the invention

The objective of the invention is for above deficiency, a kind of thermos flask 3-D storehouse that is applied to school's boiled water room is provided, take up room greatly to solve thermos flask, put unordered and knock easily the problem of breaking into pieces over.

The present invention solves the technical scheme that its technical matters takes:

A kind of thermos flask 3-D storehouse that is applied to school's boiled water room, it is characterized in that, comprise at least one memory cell, described memory cell comprises by two-layer or two-layer above bracing ring group and forming, the connection of sequentially staggering up and down of adjacent bracing ring group, undermost bracing ring group connects base or ground by support; Each bracing ring group is comprised of the upper support circle that tilts and the lower support circle of inclination, the diameter of upper support circle and lower support circle is identical and greater than the thermos flask diameter, the upper support circle is consistent with lower support circle axial line, the angle of described axial line and horizontal surface is between 45 ° to 60 °, described upper support circle is provided with the breach that heating water bottle handle passes through, and described lower support circle is provided with the lattice gear that stops the thermos flask bottom.

The angle of described axial line and horizontal surface is 50 °.

Described memory cell is comprised of three layers of bracing ring group, and the lattice gear that the lower support circle is provided with is connected on base or the ground by vertical rod in whole or in part.

The lower support circle at the superiors place in described three layers of bracing ring group is opening up loop.

Be connected with sign board on the upper support circle of the superiors of described memory cell.

Described memory cell is a plurality of, is fixed on side by side on base or the ground.

Between adjacent memory cell, be horizontally connected with pull bar.

The invention has the beneficial effects as follows:

1, simple in structure, unit assembly is flexible, and stereo-parking has solved the road occupying problem of blocking up of present unordered placement.

2, can be applied to all kinds of universities and colleges boiled water room to the temporary transient storage of a large amount of thermos flasks, have and put neatly, be easy to management, make things convenient for access, be difficult for obscuring and take by mistake, be difficult for knocking over the advantage of breaking into pieces.

Description of drawings

Fig. 1 is perspective view of the present invention;

Fig. 2 is that the present invention uses view.

Among the figure: 1 support, 2 upper support circles, 3 lower support circles, 31 loop, 4 arc lattice gear, 41L type lattice gear, 5 sign boards, 6 breach, 7 vertical rods, 8 bases.

The specific embodiment

As shown in Figure 1 and Figure 2.

A kind of thermos flask 3-D storehouse that is applied to school's boiled water room, comprise at least one memory cell, described memory cell comprises by three layers of bracing ring group and forming, the connection of sequentially staggering up and down of adjacent bracing ring group, and undermost bracing ring group connects base 8 to support memory cell by support 1.

Each bracing ring group is comprised of the lower support circle 3 of the upper support circle 2 that tilts and inclination, the diameter of upper support circle 2 and lower support circle 3 is identical and greater than the thermos flask diameter, the upper support circle is consistent with lower support circle axial line, the angle of described axial line and horizontal surface is preferably 50 ° between 45 ° to 60 °.Through experiment, after the thermos flask that the 50%-100% capacity is housed tilts, can the formation parital vacuum after between the hot water of bottle stopper and thermos flask inside, the problem that bottle stopper landing and then hot water spill can not appear.

Upper support circle 2 is provided with the breach 6 that heating water bottle handle passes through, and about 3 centimetres of the width of breach 6, lower support circle 3 are provided with the lattice gear that stops the thermos flask bottom, this lattice gear can adopt various structures, see Fig. 2, the lattice gear is divided into arc lattice gear 4 and L-type lattice gear 41, and the anti-slip effect that they play is identical.The lattice gear that the lower support circle 3 of the orlop of memory cell and interlayer is provided with is connected on the base 8 by vertical rod 7, and the lower support circle 3 of the superiors can not set up bar to support because only bearing this layer weight; And the lower support circle 3 at the superiors place also can be set to opening up loop 31.

Be connected with sign board 5 on the upper support circle of the superiors of described memory cell, but air brushing such as A1A2A3 on it ... B1B2B3 ... Deng printed words, identify the thermos flask of oneself in order to the thermos flask owner.

When memory cell when being a plurality of, be fixed on side by side on the base 8, between adjacent memory cell, be horizontally connected with the pull bar (not shown) to improve stability, so just formed the 3-D storehouse of thermos flask.

In use, thermos flask is put into by the upper support circle, and the thermos flask handle places breach 6 places; During taking-up, hold handle by the oblique taking-up of upper support circle, very convenient.

Claims

1. A thermos bottle stereo storage storehouse applied to school water rooms, characterized in that it comprises at least one storage unit, and said storage unit comprises two or more support ring groups consisting of two or more layers, adjacent support ring groups The connection is staggered up and down in sequence, and the support ring group at the bottom is connected to the base or foundation through brackets; each support ring group is composed of an inclined upper support ring and an inclined lower support ring, and the diameters of the upper support ring and the lower support ring are the same and larger than The diameter of the thermos bottle, the axis line of the upper support ring and the lower support ring are consistent, the angle between the axis line and the horizontal plane is between 45° and 60°, and the upper support ring is provided with a gap for the handle of the heating water bottle to pass through. The lower supporting ring is provided with a block to block the bottom of the thermos bottle.

2. The three-dimensional storage for thermos bottles applied to school water rooms according to claim 1, wherein the angle between the axis and the horizontal plane is 50°.

3. The three-dimensional storage for thermos bottles applied to school water rooms according to claim 1 or 2, wherein the storage unit is composed of three layers of support rings, and all or part of the barriers provided on the lower support ring It is connected to the base or foundation through a pole.

4. The three-dimensional storage for thermos bottles used in school water rooms according to claim 3, wherein the lower support ring where the uppermost layer in the three-layer support ring group is located is an arc-shaped ring with an opening facing upward.

5. The three-dimensional storage for thermos bottles used in school water rooms according to claim 4, characterized in that a sign board is connected to the upper support ring of the uppermost layer of the storage unit.

6 . The three-dimensional storage for thermos bottles used in school water rooms according to claim 1 , wherein there are multiple storage units, which are fixed side by side on the base or the foundation.

7. The three-dimensional storage for thermos bottles used in school water rooms according to claim 6, characterized in that there are tie rods connected transversely between adjacent storage units.