Container Rotating rack
Technical field
The present invention relates to a kind of container Rotating rack, especially operate it is simple easily quickly, be concealed in container shelf
The article on side can move on to outside, from container eminence shelf easily storage or take out article, the rotation of the container taken little effort puts
Frame.The invention further relates to by the container Rotating rack Fast Installation in the method in container.
Background technology
The shelf of traditional container is fixed, and it has the following disadvantages:
First, to take out article from the inside of shelf, because sight is stopped by the article of outside, not seeing needs what is taken out
Article be placed on where, east is turned over west and turned over, and that turns over is at sixes and sevens.Book inside being taken out from bookcase shelf, due to book in the vertical
It can not bend, have to take the book of the inside again after the book of outside is first taken out, then put back to the book of outside.
Second, for the ease of taking article from shelf, article is put in the outside of shelf, and the inside is not put, although facilitated, but
Wasting space.
It is sawed-off, it is necessary to by stool third, from access article on container eminence shelf, it is very inconvenient;The elderly and
Child's strength is small, removes motionless stool, very dangerous even if removing.Once there is old man to slip from stool to fall on floor,
Cause fracture, after several months treatment, spend thousands of members, just rehabilitate.
The above-mentioned strong point of traditional container shelf is solved, will be welcome by everybody.
The content of the invention
The technical problem to be solved in the present invention is to provide it is a kind of operate it is simple easily quickly, the thing that is concealed in inside shelf
Product can move on to outside, from eminence shelf easily storage or take out article, the container Rotating rack taken little effort.It is of the invention another
One technical problem to be solved be to provide it is a kind of by the container Rotating rack Fast Installation in the method in container.
In order to solve the above technical problems, the technical scheme is that:
A kind of container Rotating rack, it is arranged in container between adjacent biside plate, and it is by disk, main shaft, hanging plate axle, extension
Plate, shelf, disc magnet, side plate magnet composition.
There are two same disks on container Rotating rack;There are square spindle hole, the axis of the spindle hole in the center of disk
Overlapped with the axis of the disk, the disk has n outer shaft hole close to edge, this n outer shaft hole is distributed along same even circumferential,
The diameter parallel of its axis and the disk and equidistant;The edge of the periphery of a disk in the two disks is uniformly distributed n
The individual disc magnet hole being inwardly recessed, this n disc magnet hole is distributed along same even circumferential, the axis of its axis and the disk
Parallel and equidistant, this n disc magnet hole on the disk is respectively with one of n outer shaft hole on the disk in same radial direction
On;The n is the even number more than 2, and full text n values are identical.
N disc magnet is fastened respectively to be embedded on the disk in disc magnet hole in one of n disc magnet hole, this n
The outer surface that one of disc magnet exposes is flushed with the periphery of the disk.
Main shaft is made up of shaft body, countershaft, spring, handle.
The cross section of shaft body is equal to the length of side of spindle hole on disk, its length etc. for square and the square length of side
Horizontal range between two lateral faces opposed on adjacent biside plate in container, one of its two ends have cylindrical cavity to go deep into it
It is interior, there is rectangular window to be communicated with the inner chamber of relevant position on the upper surface near one of its two ends;The horizontal axis of the inner chamber with
The horizontal axis of the shaft body is overlapped, and its outer end is opened wide;The level that the horizontal length of the window is less than the inner chamber of relevant position is long
Degree, the distance of itself and the inner chamber inner end is less than its distance with the inner chamber outer end.
Two horizontal springs are located at the inner end of one of two inner chambers in shaft body respectively.
Countershaft is cylinder, and its external diameter is equal to or less than the internal diameter of inner chamber in shaft body, and its horizontal length is less than the inner chamber
Horizontal length;Two countershafts are respectively inserted in shaft body in one of two inner chambers, the horizontal axis of one of this two countershaft and the axle sheet
The horizontal axis of body is overlapped, the outer end in contact of the spring in the inner chamber of its inner end and relevant position, its outer end where it in
It is protruding in chamber.
Two handles are located in shaft body in one of two windows respectively, its lower end respectively with one of two inner chambers in the shaft body
Countershaft fasten connection, its upper end is respectively from one of this two window to exposing outside;When handle promotes the countershaft that is attached thereto inwards
When compressing the spring of countershaft contact, the outer end of the countershaft can be hidden in the inner chamber where the countershaft.
The two ends of the shaft body of main shaft are fastened respectively to be connected in the spindle hole of one of two disks, outside one of disk
There is disc magnet on disc, there is no disc magnet on another disk, the outer shaft hole specular on this two disk;Shaft body two
The end face at one of end is flushed with the periphery of the disk of relevant position.
Hanging plate is equicrural ladder plate, and the transverse width of the trapezoidal bottom is more than the transverse width at upper bottom, and bottom is terraced nearby thereon
The lateral center in face has hanging plate axis hole, and the internal diameter of the hanging plate axis hole is more than the internal diameter of outer shaft hole on disk, its axis and the tread
Vertically.
N hanging plate axle inserts on disk in one of n outer shaft hole and fastens connection therewith respectively;One of this n hanging plate axle
Outer face flushed with the periphery of the disk, the extension of one piece of hanging plate is inserted in its inner end after the inward-facing stretching of inner circle of the disk
In board shaft hole, its inner end is flushed with the inner surface of the hanging plate, and it is fixed together with the hanging plate, and the hanging plate can be around its axle
Line is freely rotated;Respectively there are n block hanging plates on two disks in the shaft body of main shaft, the hanging plate on this two disk is opposed and mirror
As symmetrical.
Shelf is horizontal rectangular plate, and a pair of hanging plates two that its length is equal to specular on two disks of shaft body are outer lateral
The distance between face, its transverse width is equal to the transverse width of hanging plate lower surface;N block shelves are separately mounted to n on this two disk
To on two pieces of hanging plates of one of specular hanging plate, upper surface near shelf two ends respectively with two pieces of hanging plates of specular it
One lower surface fastens connection;When axis synchronous rotary of this two disk around the shaft body, n blocks shelf on each disk that
This is not contacted, and is not also contacted with the shaft body.
The lateral center of the interior lateral face of one of adjacent biside plate has the circular countershaft hole of a recessed level in container, secondary
The axis of axis hole is vertical with the interior lateral face of the side plate where it, and its internal diameter is equal to or more than the external diameter of countershaft on main shaft;This two
N side plate magnet opening is distributed along same even circumferential on the interior lateral face of one block of side plate in side plate, this n side plate magnet opening
Axis and the diameter parallel and equidistant, the axis of one of this n side plate magnet opening and the axle in the countershaft hole in countershaft hole on the side plate
The distance between line, equal to the distance between axis and the axis of the disk in one of n disc magnet hole on disk.
N side plate magnet is fastened respectively to be embedded on the side plate of side plate magnet opening in one of n side plate magnet opening, this n
The outer surface that one of side plate magnet exposes is flushed with the interior lateral face of the side plate.
There is n disc magnet on the disk that one end of shaft body is installed on main shaft, the countershaft at the end has been horizontally inserted side plate
In the countershaft hole of the side plate of magnet, the inner surface movable contact of the periphery of the disk and the side plate of relevant position;The axle sheet
There is no disc magnet on the disk that the other end of body is installed, the countershaft at the end is horizontally inserted the countershaft of the side plate without side plate magnet
The inner surface movable contact of Kong Zhong, the periphery of the disk and the side plate of relevant position;When this n disc magnet respectively with phase
When answering the contact of one of n side plate magnet of position, the magnetic force attracted each other produces big frictional force to prevent in the shaft body
Two disks rotated around the axis of the shaft body, it is necessary to apply big external force and the big external force to the edge of this two disk
When torque is more than the torque of the frictional force, the two disks could be rotated around the axis of the shaft body;When this n disc magnet point
When not disengaged with one of n side plate magnet of relevant position, magnetic force disappears, and applies small outer to the edge of this two disk
Power, the torque of the small external force is with regard to that can make the two disks be rotated around the axis of the shaft body.
A kind of handle on method being installed on the container Rotating rack in container, main shaft on two countershafts is moved inward,
This two countershaft is hidden in respectively in corresponding inner chamber, the container Rotating rack is then advanced to biside plate adjacent in the container
Between, when this two countershaft is gradually moved into respectively it is relative with the countershaft hole on one of this biside plate when, its outer end just automatic spring
Into in corresponding countershaft hole.
After such structure, when shelf deviates equilbrium position, the power of the gravity of shelf and the article placed thereon
Square makes shelf be returned to equilbrium position, thus shelf remains that the article placed on horizontality, shelf will not roll.
After such structure, because container Rotating rack can rotate around the horizontal axis of shaft body, positioned at the inside
Shelf can go to outside, and the shelf positioned at eminence can go to lower, both easily taken out or store things, frame stool is eliminated again
The worry of son taking-up or store things from eminence shelf.Simple to operate, easy to use, access article is quick.
After such structure, because the torque of container Rotating rack and the gravity for the article deposited thereon is mutually supported
Disappear, make its rotation need the external force for acting on disk border small, old man and child easily deposit or taken out article from it.
After such structure, when disc magnet is contacted with side plate magnet, external force container Rotating rack is not applied automatic
Remains stationary state;When disc magnet and side plate magnet are disengaged, slightly applying external force container Rotating rack just can rotate, its work
Make reliable.
After such structure, because the countershaft on main shaft is scalable, container Rotating rack is installed in container, or
Container Rotating rack is taken out out of container, it is all simple easy;Because spring is acted on the elastic force of countershaft, countershaft will not be because of vibrations
Significantly shrink, thus container Rotating rack will not drop from container.
After such structure, container Rotating rack has wide application prospects, its be mountable to wardrobe, bookcase, showcase,
Dresser, file cabinet, file cabinet, Tool Cabinet.
After such structure, container Rotating rack is probably that the world is initiated, and is to having used the container of thousands of years
Upgrading, may be popular to people.
Brief description of the drawings
The embodiment to the present invention is described in further detail below in conjunction with the accompanying drawings.
Fig. 1 is mounted to sectional elevation schematic diagram of the container Rotating rack along spindle shaft body axis in container, the storage
The n values of cabinet Rotating rack are to be mounted with two container Rotating racks between 4, the biside plate of the container.
Fig. 2 is the diagrammatic cross-section of line A-A in Fig. 1.
Fig. 3 is the enlarged diagram of main shaft in Fig. 1.
Embodiment
As shown in respectively scheming Fig. 1 to Fig. 3, a kind of container Rotating rack, it is arranged in container between adjacent biside plate 6, its
It is made up of disk 1, main shaft 5, hanging plate axle 3, hanging plate 2, shelf 4, disc magnet 7, side plate magnet 8.
As shown in Figure 1 and Figure 2, there are two same disks 1 on container Rotating rack.There is square spindle hole in the center of disk 1
1a, spindle hole 1a axis is overlapped with the axis of the disk 1, and the disk 1 has n outer shaft hole 1b close to edge, and this n outer
Axis hole 1b is distributed along same even circumferential, the diameter parallel of its axis and the disk 1 and equidistant.One in the two disks 1
The edge of the periphery of disk 1 is uniformly distributed the disc magnet hole 1c that n is inwardly recessed, and this n disc magnet hole 1c is along same
Even circumferential is distributed, the diameter parallel and equidistant, this n disc magnet hole 1c difference on the disk 1 of its axis and the disk 1
With one of n outer shaft hole 1b on the disk 1 it is same radially.The n is the even number more than 2, and full text n values are identical.
As shown in figure 1, n disc magnet 7 is fastened respectively is embedded in n disc magnet on disc magnet hole 1c disk 1
In one of hole 1c, the outer surface that one of this n disc magnet 7 exposes is flushed with the periphery of the disk 1.
Main shaft 5 is made up of shaft body 14, countershaft 9, spring 11, handle 13.
As shown in figure 3, square is in the cross section of shaft body 14 and the square length of side is equal to spindle hole 1a on disk 1
The length of side, its length is equal to the horizontal range between two lateral faces opposed on adjacent biside plate 6 in container, and one of its two ends have
Cylindrical cavity 10 gos deep into it, there is rectangular window 12 and the phase of inner chamber 10 of relevant position on the upper surface near one of its two ends
It is logical.The horizontal axis of the inner chamber 10 is overlapped with the horizontal axis of the shaft body 14, and its outer end is opened wide.The horizontal length of the window 12
Less than the horizontal length of the inner chamber 10 of relevant position, the distance of itself and the inner end of inner chamber 10 be less than its with the outer end of inner chamber 10 away from
From.
As shown in figure 3, two horizontal springs 11 are located at the inner end of one of two inner chambers 10 in shaft body 14 respectively.
As shown in figure 3, countershaft 9 is cylinder, its external diameter is equal to or less than the internal diameter of inner chamber 10 in shaft body 14, its level
Length is less than the horizontal length of the inner chamber 10.Two countershafts 9 are respectively inserted in shaft body 14 in one of two inner chambers 10, this two countershaft 9
One of horizontal axis overlapped with the horizontal axis of the shaft body 14, the spring 11 in the inner chamber 10 of its inner end and relevant position
Outer end in contact, its outer end is protruding in the inner chamber 10 where it.
As shown in figure 3, two handles 13 are located in shaft body 14 in one of two windows respectively, its lower end respectively with the shaft body
Countershaft 9 in one of two inner chambers 10 fastens connection on 14, and its upper end is respectively from one of this two window to exposing outside.When handle 13 is pushed away
When the dynamic countershaft 9 being attached thereto compresses the spring of the countershaft 9 contact inwards, the outer end of the countershaft 9 can be hidden in the institute of countershaft 9
Inner chamber 10 in.
It is connected to as shown in figure 1, the two ends of the shaft body 14 of main shaft 5 are fastened respectively in the spindle hole 1a of one of two disks 1,
There is disc magnet 7 on the periphery of one of disk 1, there is no disc magnet 7 on another disk 1, it is outer on this two disk 1
Axis hole 1b speculars.The end face at one of the two ends of shaft body 14 is flushed with the periphery of the disk 1 of relevant position.
As shown in Fig. 2 hanging plate 2 is equicrural ladder plate, the transverse width of the trapezoidal bottom is more than the transverse width at upper bottom, its
Nearby the lateral center of tread has hanging plate axis hole 2a at upper bottom, and hanging plate axis hole 2a internal diameter is more than the interior of outer shaft hole 1b on disk 1
Footpath, its axis is vertical with the tread.
As shown in Figure 1 and Figure 2, n hanging plate axle 3 is inserted on disk 1 in one of n outer shaft hole 1b and the company of fastening therewith respectively
Connect.The outer face of one of this n hanging plate axle 3 is flushed with the periphery of the disk 1, and its inner end is inward-facing from the inner circle of the disk 1
Inserted after stretching in the hanging plate axis hole 2a of one piece of hanging plate 2, its inner end is flushed with the inner surface of the hanging plate 2, it is solid with the hanging plate 2
Surely link together, the hanging plate 2 can freely be rotated around its axis.Respectively have on two disks 1 in the shaft body 14 of main shaft 5
Hanging plate 2 on n blocks hanging plate 2, this two disk 1 is opposed and specular.
As shown in Figure 1 and Figure 2, shelf 4 is horizontal rectangular plate, and its length is equal to specular on two disks 1 of shaft body 14
The distance between a pair of hanging plates, 2 liang of outer lateral faces, its transverse width is equal to the transverse width of the lower surface of hanging plate 2.N blocks shelf 4
N is separately mounted on this two disk 1 on two pieces of hanging plates 2 of one of specular hanging plate 2, the upper surface near the two ends of shelf 4
Fasten and be connected with the lower surface of one of two pieces of hanging plates 2 of specular respectively.When this two disk 1 is same around the axis of the shaft body 14
During step rotation, the n blocks shelf 4 on each disk 1 is not contacted each other, and is not contacted with the shaft body 14 yet.
As shown in figure 1, the lateral center of the interior lateral face of one of adjacent biside plate 6 has a recessed horizontal circle in container
Shape countershaft hole 6a, countershaft hole 6a axis is vertical with the interior lateral face of the side plate 6 where it, and its internal diameter is equal to or more than main shaft 5
The external diameter of upper countershaft 9.On the interior lateral face of one block of side plate 6 in this biside plate 6 n side plate magnet is distributed along same even circumferential
Hole 6b, the diameter parallel and equidistant, this n side plate magnet of this n side plate magnet opening 6b axis and countershaft hole 6a on the side plate 6
The distance between one of hole 6b axis and the countershaft hole 6a axis, equal to one of n disc magnet hole 1c on disk 1 axle
The distance between axis of line and the disk 1.
As shown in figure 1, n side plate magnet 8 is fastened respectively is embedded in n side plate magnet on side plate magnet opening 6b side plate 6
In one of hole 6b, the outer surface that one of this n side plate magnet 8 exposes is flushed with the interior lateral face of the side plate 6.
As shown in figure 1, having n disc magnet 7, the countershaft at the end on the disk 1 that one end of shaft body 14 is installed on main shaft 5
9 are horizontally inserted in the countershaft hole 6a of the side plate 6 of side plate magnet 8, the periphery of the disk 1 and the side plate 6 of relevant position
Inner surface movable contact.There is no disc magnet 7 on the disk 1 that the other end of the shaft body 14 is installed, the level of countershaft 9 at the end is inserted
In the countershaft hole 6a for entering the side plate 6 without side plate magnet 8, the inner surface of the periphery of the disk 1 and the side plate 6 of relevant position
Movable contact.When this n disc magnet 7 is contacted with one of n side plate magnet 8 of relevant position respectively, the magnetic attracted each other
Power produces big frictional force to prevent two disks 1 in the shaft body 14 from rotating, it is necessary to right around the axis of the shaft body 14
When the torque that the edge of this two disk 1 applies big external force and the big external force is more than the torque of the frictional force, the two disks 1
It could be rotated around the axis of the shaft body 14.When this n disc magnet 7 is de- with one of n side plate magnet 8 of relevant position respectively
During from contact, magnetic force disappears, and applies small external force to the edge of this two disk 1, the torque of the small external force is with regard to that can make the two
Disk 1 is rotated around the axis of the shaft body 14.
A kind of method being installed on the container Rotating rack in container, as shown in figure 1, the hand on main shaft 5 on two countershafts 9
Handle 13 is moved inward, and this two countershaft 9 is hidden in respectively in corresponding inner chamber 10, and the container Rotating rack then is advanced into the storage
In cabinet between adjacent biside plate 6, when this two countershaft 9 is gradually moved into and the countershaft hole 6a phases on one of this biside plate 6 respectively
Pair when, its outer end just automatic spring enter corresponding countershaft hole 6a in.
Embodiments of the present invention are explained in detail above in conjunction with accompanying drawing.The present invention is not limited to above-mentioned embodiment party
Formula, can also be before present inventive concept not be departed from the knowledge that art those of ordinary skill possesses
Put that various changes can be made.The various change made on the premise of present inventive concept is not departed from, still falls within the scope of the present invention.