CN105640080B - A kind of dormitory shaking type lifting bed - Google Patents
A kind of dormitory shaking type lifting bed Download PDFInfo
- Publication number
- CN105640080B CN105640080B CN201610008550.7A CN201610008550A CN105640080B CN 105640080 B CN105640080 B CN 105640080B CN 201610008550 A CN201610008550 A CN 201610008550A CN 105640080 B CN105640080 B CN 105640080B
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- transmission case
- case body
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- bed
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C19/00—Bedsteads
- A47C19/20—Multi-stage bedsteads; e.g. bunk beds; Bedsteads stackable to multi-stage bedsteads
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C19/00—Bedsteads
- A47C19/04—Extensible bedsteads, e.g. with adjustment of length, width, height
- A47C19/045—Extensible bedsteads, e.g. with adjustment of length, width, height with entire frame height or inclination adjustments
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- Invalid Beds And Related Equipment (AREA)
Abstract
The present invention relates to a kind of dormitory Height-adjustable, specifically a kind of dormitory shaking type lifting bed, belong to Height-adjustable technical field.It includes the first bed body, the second bed body, the 3rd bed body, the first spiral lifting mechanism, the second spiral lifting mechanism, the 3rd spiral lifting mechanism, the first transmission case body, the second transmission case body, the 3rd transmission case body, the 4th transmission case body and Sesvo-control mechanism, hand linkage is provided with first transmission case body, hand linkage can move forward and backward in the first transmission case body, and have three positions.The present invention can not only adjust the height of each layer according to the demand of oneself, and mode is shaken to adjust using rocking handle, it is easy to operate, it is again because the desk commonly used in dormitory, bed and luggage carrier three is integrated together, therefore the studying and living of student can not only be facilitated, while can also greatly saves room space.
Description
Technical field
The present invention relates to a kind of dormitory Height-adjustable, specifically a kind of dormitory shaking type lifting bed, belong to lifting
Bed technique field.
Background technology
At present, in dormitory, particularly in the students' dormitory of school, the structure of bed substantially has two kinds of forms：One
Kind is the form of two-berth, if a people uses, can sleep in lower berth, upper berth clearance Lee, can also sleep on upper berth, lower lay
Luggage, the bed of this form have the following disadvantages：1. the bedroom bed of two-berth form, if people is slept on upper berth, luggage is put
It in lower berth, must up and down be climbed when resting or get up, accidentally, will throw and come to harm, especially at night, therefore
Potential safety hazard be present；It is daily although not having to climbing up and down during rest if 2. people is slept in lower berth, and luggage is placed on into upper berth
Picking and placeing article must climb, and equally exist potential safety hazard, moreover, if up to place heavier luggage case, for body
Material is short and small extremely difficult with meeting for schoolgirl.Another kind is that desk adds paving form, and people sleeps superincumbent bed, puts one below
Desk, for Students ' Learning, the bed of this form equally exists deficiency：Because bed is above, as the first bed people sleeps
Superincumbent situation is the same, potential safety hazard be present.
The content of the invention
It is an object of the present invention to overcome the above deficiencies, so as to provide a kind of dormitory shaking type lifting bed, not only
The height of each layer can be adjusted according to the demand of oneself, and mode is shaken to adjust using rocking handle, it is easy to operate, and because will
Desk, bed and the luggage carrier three commonly used in dormitory is integrated together, therefore can not only facilitate the study and life of student
It is living, while room space can also be saved.
According to technical scheme provided by the invention, a kind of dormitory with shaking type lifting bed include the first bed body, the second bed body,
3rd bed body, the first spiral lifting mechanism, the second spiral lifting mechanism, the 3rd spiral lifting mechanism, the first transmission case body, second
Transmission case body, the 3rd transmission case body, the 4th transmission case body and Sesvo-control mechanism, it is characterized in that：First bed body lower end corner point
Not Lian Jie first spiral lifting mechanism, four the first spiral lifting mechanism lower ends connect the first transmission case body, second respectively
Transmission case body, the 3rd transmission case body and the 4th transmission case body；Second bed body lower end corner connects second spiral lifting respectively
Mechanism, four the second spiral lifting mechanism lower ends connect respectively the first transmission case body, the second transmission case body, the 3rd transmission case body and
4th transmission case body, the second spiral lifting mechanism are identical with the first spiral lifting mechanism structure；Distinguish 3rd bed body lower end corner
The 3rd spiral lifting mechanism is connected, four the 3rd spiral lifting mechanism lower ends connect the first transmission case body, the second biography respectively
Dynamic casing, the 3rd transmission case body and the 4th transmission case body, the 3rd spiral lifting mechanism are identical with the first spiral lifting mechanism structure；
Hand linkage is provided with first transmission case body, hand linkage can move forward and backward in the first transmission case body,
And there are three positions；Three layers of transmission mechanism of the first casing, two layers of transmission mechanism of the first casing, the are provided with first transmission case body
When one one layer of casing transmission mechanism, hand linkage are centrally located, three layers of transmission mechanism of hand linkage and the first casing
Connection, now can drive the first bed body oscilaltion by rotating hand linkage, when hand linkage is located at front position,
Two layers of transmission mechanism of hand linkage and the first casing are connected, and can now be driven in the second bed body by rotating hand linkage
Lower lifting, when hand linkage is located at back-end location, one layer of transmission mechanism of hand linkage and the first casing is connected, and is now passed through
The 3rd bed body oscilaltion can be driven by rotating hand linkage；Hand linkage outer end on first transmission case body is provided with
Rocking handle, by rocking handle hand linkage can be driven to rotate；
Second transmission case body, the 3rd transmission case body, the 4th transmission case body are identical with the first transmission case body structure, the first transmission
Sesvo-control mechanism, Sesvo-control mechanism are provided between casing, the second transmission case body, the 3rd transmission case body and the 4th transmission case body
Be connected with the hand linkage of the first transmission case body, the second transmission case body, the 3rd transmission case body and the 4th transmission case body, by with
Dynamic controlling organization, hand linkage can control the second transmission case body, the 3rd transmission case body, the 4th transmission case body and the first transmission
Casing Synchronous Transmission is moved.
Further, the first bed body includes the first bed body framework of rectangle, is provided with along its length on the first bed body framework
Multiple first reinforcing plates；Second bed body includes the second bed body framework of rectangle, is provided with along its length on the second bed body framework more
Individual second reinforcing plate；3rd bed body includes the 3rd bed body framework of concave shape, is provided with along its length on the 3rd bed body framework more
Individual 3rd reinforcing plate.
Further, the first spiral lifting mechanism include lifting screw, lifting screwed pipe, lifting bevel gear, spring bearing and
Lockable mechanism, the bottom of lifting screw are provided with lifting bevel gear, and lifting screwed pipe top is provided with spring bearing, lifts and pass through in screwed pipe
Lifting screw is threadedly coupled, lockable mechanism is provided between lifting screw and lifting screwed pipe.
Further, lockable mechanism includes interior lock groove and the setting being arranged on the lifting screw tip male thread face of cylinder
Outer lock groove on the lifting screwed pipe bottom internal thread face of cylinder, interior lock groove is interior to be provided with locking spring and lock pin, lock pin
Outer face be with lift screwed pipe flank match.
Further, hand linkage includes hand axle, hand axle be provided with the first control gear, the second control gear and
3rd control gear, when hand linkage is centrally located, the first control gear can be with three layers of driver of the first casing
Structure is connected, and when hand linkage is located at front position, the second control gear can be connected with two layers of transmission mechanism of the first casing,
When hand linkage is located at back-end location, the 3rd control gear can be connected with one layer of transmission mechanism of the first casing, hand axle
Both ends are provided with self-locking device.
Further, self-locking device is included from lock housing body, and three self-locking grooves are provided with from lock housing body, are set in each self-locking grooves
There are two steel balls, spring is provided between two steel balls.
Further, three layers of transmission mechanism of the first casing include three layers of end of three layers of power transmission shaft of the first casing and the first casing
Axle, the first three layers of casing end axle are provided with three layers of end shaft gear of the first casing, three layers of end shaft gear and the first spiral lifting mechanism
Engagement, the first three layers of casing power transmission shaft are provided with three layers of shaft gear of the first casing and travelling gear, and the first three layers of casing passes
Moving axis gear engages with the first spiral lifting mechanism, when hand linkage is centrally located, travelling gear can with it is hand
Linkage engages.
Further, two layers of transmission mechanism of the first casing include two layers of end of two layers of power transmission shaft of the first casing and the first casing
Axle, the first two layers of casing power transmission shaft are provided with two layers of shaft gear of the first casing, the first two layers of casing shaft gear and
Two spiral lifting mechanisms connect, and the first two layers of casing end axle is provided with two layers of end shaft gear of the first casing, the first two layers of casing end
Shaft gear is connected with the second spiral lifting mechanism, when hand linkage is located at front position, the first two layers of casing end shaft gear
It can be connected with hand linkage.
Further, one layer of transmission mechanism of the first casing includes one layer of end of one layer of power transmission shaft of the first casing and the first casing
Axle, the first one layer of casing power transmission shaft are provided with one layer of shaft gear of the first casing, the first one layer of casing shaft gear and
Three spiral lifting mechanisms connect, and when hand linkage is located at back-end location, the first one layer of casing shaft gear can be with hand
Rocker device connects, and the first one layer of casing end axle is provided with one layer of end shaft gear of the first casing, the first one layer of casing end shaft gear
It is connected with the 3rd spiral lifting mechanism.
Further, Sesvo-control mechanism includes the first servo axis, the second servo axis and the 3rd servo axis, the first servo axis
Hand linkage of the both ends respectively with the first transmission case body and the second transmission case body is connected, and the second servo axis both ends are respectively with second
The hand linkage of transmission case body and the 3rd transmission case body connect, the 3rd servo axis both ends respectively with the 3rd transmission case body and the 4th
The hand linkage connection of transmission case body, the first servo axis and the second servo axis are linked into an integrated entity by the first servo support, the
Two servo axis and the 3rd servo axis are linked into an integrated entity by the second servo support, and the first servo axis are provided with the first servo axis tooth
Wheel, the second servo axis both ends are respectively equipped with the second servo axis left end gear and the second servo axis right-hand member gear, on the 3rd servo axis
Provided with the 3rd servo-actuated shaft gear, the first servo-actuated shaft gear engages connection, the second servo axis right-hand member with the second servo axis left end gear
Gear engages connection with the 3rd servo-actuated shaft gear.
Compared with the prior art the present invention has advantages below：
The present invention shares three layers, one layer（Orlop）For desk layer, student can be high according to the hand lifting desk surface of oneself situation
Degree, two layers（Intermediate layer）Bed can be shaken down by rocking handle for bed layer, during rest, equivalent to the lower berth of common two-berth,
This avoid the unsafe trouble and worry of bunk bed, when learning before being sitting in desk, can will be turned up bed by rocking handle,
Do not interfere with so before being sitting in desk；Three layers（The superiors）For luggage layer, when articles for use to be put or when taking product, luggage layer can be shaken
Under, so both avoided to climb up and climbed down, and eliminated potential safety hazard, while be also convenient in of short and small stature and schoolgirl operation.Luggage layer
It can be flat board, be easy to clearance Lee or cupboard, directly put clothing, articles for use into cupboard；The present invention not only can be by
The height of each layer is adjusted according to the demand of oneself, and mode is shaken to adjust using rocking handle, it is easy to operate, and because by dormitory
Conventional desk, bed and luggage carrier three is integrated together, therefore can not only facilitate the studying and living of student, simultaneously
It can also greatly save room space.
Brief description of the drawings
Fig. 1 is front view of the present invention.
Fig. 2 is the first transmission case body front view.
Fig. 3 is the first transmission case body side view.
Fig. 4 is the first transmission case body top view.
Fig. 5 is the first spiral lifting mechanism front view.
Fig. 6 is lockable mechanism front view.
Fig. 7 is lifting screw front view.
Fig. 8 is lifting screwed pipe front view.
Fig. 9 is self-locking device front view.
Figure 10 is Sesvo-control mechanism front view.
Description of reference numerals：The bed bodies of 1- first, the first bed bodies of 1.1- framework, the reinforcing plates of 1.2- first, the bed bodies of 2- second,
The second bed bodies of 2.1- framework, the reinforcing plates of 2.2- second, the bed bodies of 3- the 3rd, the bed body frameworks of 3.1- the 3rd, the reinforcing plates of 3.2- the 3rd, 4-
First spiral lifting mechanism, 4.1- lifting screws, 4.2- liftings screwed pipe, 4.3- liftings bevel gear, 4.4- spring bearings, 4.5- locks
Lock groove, 4.5.2- outer lock groove, 4.5.3- lockings spring, 4.5.4- lock pins, 5- the second spiral liters in locking mechanism, 4.5.1-
The spiral lifting mechanism of descending mechanism, 6- the 3rd, the transmission case bodies of 7- first, the transmission case bodies of 8- second, the transmission case bodies of 9- the 3rd, 10-
The hand linkage of four transmission case bodies, 11-, 11.1- hand axles, 11.2- self-locking devices, 11.2.1- from lock housing body, 11.2.2- from
Locked groove, 11.2.3- steel balls, 11.2.4- springs, 11.3- first control gear, 11.4- second to control gear, 11.5- the 3rd to control
Gear processed, three layers of transmission mechanism of the first casings of 12-, three layers of power transmission shaft of the first casings of 12.1-, three layers of end axle of the first casings of 12.2-,
Three layers of shaft gear of the first casings of 12.3-, three layers of end shaft gear of the first casings of 12.4-, 12.5- travelling gears, the casees of 13- first
Two layers of transmission mechanism of body, two layers of power transmission shaft of the first casings of 13.1-, two layers of end axle of the first casings of 13.2-, the first casings of 13.3- two
Layer shaft gear, two layers of end shaft gear of the first casings of 13.4-, one layer of transmission mechanism of the first casings of 14-, the casings of 14.1- first
One layer of power transmission shaft, one layer of end axle of the first casings of 14.2-, one layer of shaft gear of the first casings of 14.3-, the first casings of 14.4- one
Layer end shaft gear, 15- Sesvo-control mechanisms, the servo axis of 15.1- first, 15.2- first are servo-actuated shaft gear, 15.3- first is servo-actuated
Support, 15.4- the second servo axis left ends gear, the servo axis of 15.5- second, 15.6- the second servo axis right-hand members gear, 15.7-
Three servo-actuated shaft gears, the servo supports of 15.8- second, the servo axis of 15.9- the 3rd, 16- rocking handles.
Embodiment
The present invention will be further described with reference to the embodiment in accompanying drawing below：
As shown in figure 1, the invention mainly comprises the first bed body 1, the second bed body 2, the 3rd bed body 3, the first spiral lift
Structure 4, the second spiral lifting mechanism 5, the 3rd spiral lifting mechanism 6, the first transmission case body 7, the transmission of the second transmission case body the 8, the 3rd
Casing 9, the 4th transmission case body 10 and Sesvo-control mechanism 15.
First bed body 1 includes the first bed body framework 1.1 of rectangle, is provided with along its length on the first bed body framework 1.1 more
Individual first reinforcing plate 1.2, the strength and stiffness of the first bed body framework 1.1 are improved by the first reinforcing plate 1.2.In first bed body 1
Flat board is laid, to place article and luggage, cupboard can also be mounted directly, user can directly put article into cupboard
In.
Second bed body 2 includes the second bed body framework 2.1 of rectangle, is provided with along its length on the second bed body framework 2.1 more
Individual second reinforcing plate 2.2, the strength and stiffness of the second bed body framework 2.1 are improved by the second reinforcing plate 2.2.In second bed body 2
Bed board is laid, the bed as student uses.
3rd bed body 3 includes the 3rd bed body framework 3.1 of concave shape, is provided with along its length on the 3rd bed body framework 3.1
Multiple 3rd reinforcing plates 3.2, the 3rd reinforcing plate 3.2 can improve the strength and stiffness of the 3rd bed body framework 3.1.3rd bed body 3
Upper laying flat board, and used as the desk of Students ' Learning.Both sides can also install drawer or short cupboard below desktop.
The lower end corner of first bed body 1 connects first spiral lifting mechanism 4, four the first spiral lifting mechanisms 4 respectively
Lower end connects the first transmission case body 7, the second transmission case body 8, the 3rd transmission case body 9 and the 4th transmission case body 10 respectively.
As shown in Fig. 5 ~ 8, first spiral lifting mechanism 4 includes lifting screw 4.1, lifting screwed pipe 4.2, lifting cone tooth
Wheel 4.3, spring bearing 4.4 and lockable mechanism 4.5, the bottom of lifting screw 4.1 are provided with lifting bevel gear 4.3, lift screwed pipe 4.2
Top is provided with spring bearing 4.4, lifts and lifting screw 4.1 is connected through a screw thread in screwed pipe 4.2, lifting screw 4.1 and lifting spiral shell
Lockable mechanism 4.5 is provided between pipe 4.2.
The lockable mechanism 4.5 includes the interior lock groove 4.5.1 being arranged on the tip male thread face of cylinder of lifting screw 4.1
With the outer lock groove 4.5.2 being arranged on the lifting screwed pipe 4.2 bottom internal thread face of cylinder, interior lock groove 4.5.1 is interior to be provided with locking
Spring 4.5.3 and lock pin 4.5.4.The outer face of the lock pin 4.5.4 is to match with lifting the flank of screwed pipe 4.2.
In normal lifting, in the case where the screw thread of lifting screwed pipe 4.2 and lifting screw 4.1 coordinates, lock pin 4.5.4 is pressed
In the interior lock groove 4.5.1 of lifting screw 4.1, because lock pin 4.5.4 outer face is the flank with lifting screwed pipe 4.2
Match, therefore, lifting screwed pipe 4.2 can normally be lifted along the external screw thread of lifting screw 4.1, when lifting screwed pipe 4.2 along lifting spiral shell
When bar 4.1 rises to interior lock groove 4.5.1 and outer lock groove 4.5.2 relative, works of the lock pin 4.5.4 in locking spring 4.5.3
With lower outwards ejection, it extend into the outer lock groove 4.5.2 of lifting screwed pipe 4.2, lock pin 4.5.4 one end withstands on lifting screwed pipe
In 4.2 outer lock groove 4.5.2 section, that realizes lifting screwed pipe 4.2 and lifting screw 4.1 blocks locked, makes lifting screwed pipe
4.2 can not be further continued for rising, and play a protective role.It is outer due to lock pin 4.5.4 if lifting screwed pipe 4.2 opposite direction rotation
End face is the flank to match, and in the presence of screw thread, lock pin 4.5.4 is pressed into liter by the screw thread of lifting screwed pipe 4.2 again
It is thus to begin to decline lifting screwed pipe 4.2 in the interior lock groove 4.5.1 for dropping screw rod 4.1.
The lower end corner of second bed body 2 connects second spiral lifting mechanism 5, four the second spiral lifting mechanisms 5 respectively
Lower end connects the first transmission case body 7, the second transmission case body 8, the 3rd transmission case body 9 and the 4th transmission case body 10 respectively.Described
Two spiral lifting mechanisms 5 are identical with the structure of the first spiral lifting mechanism 4.
The lower end corner of 3rd bed body 3 connects the 3rd spiral lifting mechanism 6, four the 3rd spiral lifting mechanisms 6 respectively
Lower end connects the first transmission case body 7, the second transmission case body 8, the 3rd transmission case body 9 and the 4th transmission case body 10 respectively.Described
Three spiral lifting mechanisms 6 are identical with the structure of the first spiral lifting mechanism 4.
As shown in Fig. 2 ~ 4, hand linkage 11 is provided with the first transmission case body 7, hand linkage 11 is in the first transmission case
It can be moved forward and backward in body 7, and there are three positions.Three layers of transmission mechanism 12 of the first casing, the are provided with first transmission case body 7
One layer of one two layers of casing transmission mechanism 13, the first casing transmission mechanism 14.When hand linkage 11 is centrally located, joystick
Three layers of transmission mechanism 12 of mechanism 11 and the first casing are connected, and now can drive the first bed body 1 by rotating hand linkage 11
Oscilaltion.When hand linkage 11 is located at front position, two layers of transmission mechanism 13 of hand linkage 11 and the first casing are connected,
Now the oscilaltion of the second bed body 2 can be driven by rotating hand linkage 11.When hand linkage 11 is located at back-end location,
One layer of transmission mechanism 14 of hand linkage 11 and the first casing is connected, and now can drive the 3rd by rotating hand linkage 11
The oscilaltion of bed body 3.The outer end of hand linkage 11 on first transmission case body 7 is provided with rocking handle 16, can by rocking handle 16
Hand linkage 11 is driven to rotate.
The hand linkage 11 includes hand axle 11.1, and hand axle 11.1 is provided with the first control gear 11.3, second
Gear 11.4 and the 3rd is controlled to control gear 11.5, when hand linkage 11 is centrally located, the first control gear 11.3
It can be connected with three layers of transmission mechanism 12 of the first casing, when hand linkage 11 is located at front position, the second control gear
11.4 can be connected with two layers of transmission mechanism 13 of the first casing, when hand linkage 11 is located at back-end location, the 3rd control tooth
Wheel 11.5 can be connected with one layer of transmission mechanism 14 of the first casing.The both ends of hand axle 11.1 are provided with self-locking device 11.2.
As shown in figure 9, the self-locking device 11.2 includes, from lock housing body 11.2.1, three being provided with from lock housing body 11.2.1
It is provided with self-locking grooves 11.2.2, each self-locking grooves 11.2.2 and is provided with spring between two steel balls 11.2.3, two steel ball 11.2.3
11.2.4。
First three layers of casing transmission mechanism 12 includes the first casing three layers of power transmission shaft, 12.1 and first casing, three layers of end axle
12.2, the first three layers of casing end axle 12.2 is provided with three layers of end shaft gear 12.4 of the first casing, three layers of end shaft gear 12.4 and
The lifting bevel gear 4.3 of one spiral lifting mechanism 4 engages.First three layers of casing power transmission shaft 12.1 is provided with three layers of biography of the first casing
Moving axis gear 12.3 and travelling gear 12.5, the liter of the spiral lifting mechanism 4 of the first three layers of casing shaft gear 12.3 and first
Drop bevel gear 4.3 engages, and when hand linkage 11 is centrally located, travelling gear 12.5 can be nibbled with hand linkage 11
Close.
First two layers of casing transmission mechanism 13 includes the first casing two layers of power transmission shaft, 13.1 and first casing, two layers of end axle
13.2, the first two layers of casing power transmission shaft 13.1 is provided with two layers of shaft gear 13.3 of the first casing, the transmission of the first two layers of casing
Shaft gear 13.3 is connected with the second spiral lifting mechanism 5, and the first two layers of casing end axle 13.2 is provided with two layers of end axle of the first casing
Gear 13.4, the first two layers of casing end shaft gear 13.4 are connected with the second spiral lifting mechanism 5.Before hand linkage 11 is located at
During end position, the first two layers of casing end shaft gear 13.4 can be connected with hand linkage 11.
First one layer of casing transmission mechanism 14 includes the first casing one layer of power transmission shaft, 14.1 and first casing, one layer of end axle
14.2, the first one layer of casing power transmission shaft 14.1 is provided with one layer of shaft gear 14.3 of the first casing, the transmission of the first one layer of casing
Shaft gear 14.3 is connected with the 3rd spiral lifting mechanism 6, and when hand linkage 11 is located at back-end location, the first one layer of casing passes
Moving axis gear 14.3 can be connected with hand linkage 11.First one layer of casing end axle 14.2 is provided with one layer of end axle of the first casing
Gear 14.4, the first one layer of casing end shaft gear 14.4 are connected with the 3rd spiral lifting mechanism 6.
Second transmission case body 8, the 3rd transmission case body 9, the 4th transmission case body 10 are identical with the structure of the first transmission case body 7.The
Sesvo-control mechanism is provided between one transmission case body 7 and the second transmission case body 8, the 3rd transmission case body 9, the 4th transmission case body 10
15, the transmission case body 7 of Sesvo-control mechanism 15 and first, the second transmission case body 8, the 3rd transmission case body 9 and the 4th transmission case body 10
Hand linkage 11 connect, by Sesvo-control mechanism 15, hand linkage 11 can control the second transmission case body the 8, the 3rd
Transmission case body 9, the 4th transmission case body 10 and the Synchronous Transmission of the first transmission case body 7 are moved.
As shown in Figure 10, it is servo-actuated to include the first servo axis 15.1, the second servo axis 15.5 and the 3rd for Sesvo-control mechanism 15
Axle 15.9, hand linkage 11 of the both ends of the first servo axis 15.1 respectively with the first transmission case body 7 and the second transmission case body 8 connect
Connecing, hand linkage 11 of the both ends of the second servo axis 15.5 respectively with the second transmission case body 8 and the 3rd transmission case body 9 is connected, the
Hand linkage 11 of the both ends of three servo axis 15.9 respectively with the 3rd transmission case body 9 and the 4th transmission case body 10 is connected.First with
The servo axis 15.5 of moving axis 15.1 and second are linked into an integrated entity by the first servo support 15.3, the second servo axis 15.5 and the 3rd with
Moving axis 15.9 is linked into an integrated entity by the second servo support 15.8.First servo axis 15.1 are provided with the first servo-actuated shaft gear
15.2, the both ends of the second servo axis 15.5 are respectively equipped with the second servo axis left end gear 15.4 and the second servo axis right-hand member gear
15.6, the 3rd servo axis 15.9 are provided with the 3rd servo-actuated shaft gear 15.7, and the first servo-actuated servo axis of shaft gear 15.2 and second are left
The engagement connection of end tooth wheel 15.4, the second servo axis right-hand member gear 15.6 engage connection with the 3rd servo-actuated shaft gear 15.7.
The present invention shares three layers, one layer（Orlop）For desk layer, student can be high according to the hand lifting desk surface of oneself situation
Degree, two layers（Intermediate layer）Bed can be shaken down by rocking handle for bed layer, during rest, equivalent to the lower berth of common two-berth,
This avoid the unsafe trouble and worry of bunk bed, when learning before being sitting in desk, can will be turned up bed by rocking handle,
Do not interfere with so before being sitting in desk；Three layers（The superiors）For luggage layer, when articles for use to be put or when taking product, luggage layer can be shaken
Under, so both avoided to climb up and climbed down, and eliminated potential safety hazard, while be also convenient in of short and small stature and schoolgirl operation.Luggage layer
It can be flat board, be easy to clearance Lee or cupboard, directly put clothing, articles for use into cupboard.
The present invention can not only adjust the height of each layer according to the demand of oneself, and shake mode using rocking handle to adjust
Section, it is easy to operate, and because the desk commonly used in dormitory, bed and luggage carrier three is integrated together, therefore can not only
Enough facilitate the studying and living of student, while can also greatly save room space.
Claims (7)
1. a kind of dormitory shaking type lifting bed, including the first bed body（1）, the second bed body（2）, the 3rd bed body（3）, the first spiral
Elevating mechanism（4）, the second spiral lifting mechanism（5）, the 3rd spiral lifting mechanism（6）, the first transmission case body（7）, second transmission
Casing（8）, the 3rd transmission case body（9）, the 4th transmission case body（10）And Sesvo-control mechanism（15）, it is characterized in that：First bed body
（1）Lower end corner connects first spiral lifting mechanism respectively（4）, four the first spiral lifting mechanisms（4）Lower end connects respectively
Connect the first transmission case body（7）, the second transmission case body（8）, the 3rd transmission case body（9）With the 4th transmission case body（10）；Second bed body
（2）Lower end corner connects second spiral lifting mechanism respectively（5）, four the second spiral lifting mechanisms（5）Lower end connects respectively
Connect the first transmission case body（7）, the second transmission case body（8）, the 3rd transmission case body（9）With the 4th transmission case body（10）, the second spiral
Elevating mechanism（5）With the first spiral lifting mechanism（4）Structure is identical；3rd bed body（3）Lower end corner connects one the 3rd respectively
Spiral lifting mechanism（6）, four the 3rd spiral lifting mechanisms（6）Lower end connects the first transmission case body respectively（7）, the second transmission case
Body（8）, the 3rd transmission case body（9）With the 4th transmission case body（10）, the 3rd spiral lifting mechanism（6）With the first spiral lifting mechanism
（4）Structure is identical；
First transmission case body（7）It is interior to be provided with hand linkage（11）, hand linkage（11）In the first transmission case body（7）It is interior can
Move forward and backward, and there are three positions；First transmission case body（7）Inside it is provided with three layers of transmission mechanism of the first casing（12）, the first case
Two layers of transmission mechanism of body（13）, one layer of transmission mechanism of the first casing（14）, hand linkage（11）It is hand when centrally located
Linkage（11）With three layers of transmission mechanism of the first casing（12）Connection, now by rotating hand linkage（11）Can be driven
One bed body（1）Oscilaltion, hand linkage（11）During positioned at front position, hand linkage（11）With two layers of biography of the first casing
Motivation structure（13）Connection, now by rotating hand linkage（11）The second bed body can be driven（2）Oscilaltion, joystick machine
Structure（11）During positioned at back-end location, hand linkage（11）With one layer of transmission mechanism of the first casing（14）Connection, now by turning
Start rocker device（11）The 3rd bed body can be driven（3）Oscilaltion；First transmission case body（7）On hand linkage
（11）Outer end is provided with rocking handle（16）, pass through rocking handle（16）Hand linkage can be driven（11）Rotate；
Second transmission case body（8）, the 3rd transmission case body（9）, the 4th transmission case body（10）With the first transmission case body（7）Structure phase
Together, the first transmission case body（7）, the second transmission case body（8）, the 3rd transmission case body（9）With the 4th transmission case body（10）Between be provided with
Sesvo-control mechanism（15）, Sesvo-control mechanism（15）With the first transmission case body（7）, the second transmission case body（8）, the 3rd transmission case
Body（9）With the 4th transmission case body（10）Hand linkage（11）Connection, passes through Sesvo-control mechanism（15）, hand linkage
（11）The second transmission case body can be controlled（8）, the 3rd transmission case body（9）, the 4th transmission case body（10）With the first transmission case body（7）
Synchronous Transmission is moved；
Described first casing, three layers of transmission mechanism（12）Including three layers of power transmission shaft of the first casing（12.1）With three layers of end of the first casing
Axle（12.2）, the first three layers of casing end axle（12.2）It is provided with three layers of end shaft gear of the first casing（12.4）, three layers of end shaft gear
（12.4）With the first spiral lifting mechanism（4）Engagement, the first three layers of casing power transmission shaft（12.1）It is provided with three layers of biography of the first casing
Moving axis gear（12.3）With travelling gear (12.5), the first three layers of casing shaft gear (12.3) and the first spiral lifting mechanism
(4) engage, in hand linkage（11）When centrally located, travelling gear（12.5）It can be nibbled with hand linkage (11)
Close；
Described first casing, two layers of transmission mechanism（13）Including two layers of power transmission shaft of the first casing（13.1）With two layers of end of the first casing
Axle（13.2）, the first two layers of casing power transmission shaft（13.1）It is provided with two layers of shaft gear of the first casing（13.3）, the first casing
Two layers of shaft gear（13.3）With the second spiral lifting mechanism（5）Connection, the first two layers of casing end axle (13.2) are provided with the
One two layers of casing end shaft gear (13.4), the first two layers of casing end shaft gear (13.4) are connected with the second spiral lifting mechanism (5),
When hand linkage (11) is located at front position, the first two layers of casing end shaft gear (13.4) can be with hand linkage (11)
Connection；
Described first casing, one layer of transmission mechanism（14）Including one layer of power transmission shaft of the first casing（14.1）With one layer of end of the first casing
Axle（14.2）, the first one layer of casing power transmission shaft（14.1）It is provided with one layer of shaft gear of the first casing（14.3）, the first casing
One layer of shaft gear（14.3）With the 3rd spiral lifting mechanism（6）Connection, when hand linkage (11) is located at back-end location,
First one layer of casing shaft gear（14.3）Can be with hand linkage（11）Connect, on the first one layer of casing end axle (14.2)
Provided with one layer of end shaft gear (14.4) of the first casing, the first one layer of casing end shaft gear（14.4）With the 3rd spiral lifting mechanism
（6）Connection.
2. a kind of dormitory shaking type lifting bed as claimed in claim 1, it is characterized in that：First bed body（1）Including square
First bed body framework of shape（1.1）, the first bed body framework（1.1）On be provided with multiple first reinforcing plates along its length（1.2）；The
Two bed bodies（2）The second bed body framework including rectangle（2.1）, the second bed body framework（2.1）On be provided with multiple the along its length
Two reinforcing plates (2.2)；3rd bed body（3）The 3rd bed body framework including concave shape（3.1）, the 3rd bed body framework（3.1）Upper edge
Length direction is provided with multiple 3rd reinforcing plates（3.2）.
3. a kind of dormitory shaking type lifting bed as claimed in claim 1, it is characterized in that：First spiral lifting mechanism
（4）Including lifting screw（4.1）, lifting screwed pipe（4.2）, lifting bevel gear（4.3）, spring bearing（4.4）And lockable mechanism
（4.5）, lifting screw（4.1）Bottom be provided with lifting bevel gear（4.3）, lifting screwed pipe (4.2) top is provided with spring bearing
(4.4), lift and lifting screw (4.1) be connected through a screw thread in screwed pipe (4.2), lifting screw (4.1) and lift screwed pipe (4.2) it
Between be provided with lockable mechanism (4.5).
4. a kind of dormitory shaking type lifting bed as claimed in claim 3, it is characterized in that：The lockable mechanism (4.5) includes
The interior lock groove (4.5.1) that is arranged on lifting screw (4.1) tip male thread face of cylinder and it is arranged on lifting screwed pipe (4.2) bottom
Outer lock groove (4.5.2) on the portion internal thread face of cylinder, interior lock groove (4.5.1) is interior to be provided with locking spring (4.5.3) and locking
Sell (4.5.4), the outer face of lock pin (4.5.4) is to match with the flank of lifting screwed pipe (4.2).
5. a kind of dormitory shaking type lifting bed as claimed in claim 1, it is characterized in that：The hand linkage (11) includes
Hand axle (11.1), hand axle (11.1) are provided with the first control gear (11.3), the second control gear (11.4) and the 3rd control
Gear (11.5) processed, when hand linkage (11) is centrally located, the first control gear (11.3) can be with the first casing
Three layers of transmission mechanism（12）Connection, in hand linkage（11）During positioned at front position, the second control gear（11.4）Can be with
First two layers of casing transmission mechanism（13）Connection, in hand linkage（11）During positioned at back-end location, the 3rd control gear
（11.5）Can be with one layer of transmission mechanism of the first casing（14）Connection, hand axle（11.1）Both ends are provided with self-locking device（11.2）.
6. a kind of dormitory shaking type lifting bed as claimed in claim 5, it is characterized in that：The self-locking device（11.2）Including
From lock housing body（11.2.1）, from lock housing body（11.2.1）Inside it is provided with three self-locking grooves（11.2.2）, each self-locking grooves（11.2.2）
Inside it is provided with two steel balls（11.2.3）, two steel balls（11.2.3）Between be provided with spring (11.2.4).
7. a kind of dormitory shaking type lifting bed as claimed in claim 1, it is characterized in that：The Sesvo-control mechanism（15）Bag
Include the first servo axis（15.1）, the second servo axis（15.5）With the 3rd servo axis（15.9）, the first servo axis（15.1）Both ends point
Not with the first transmission case body（7）With the second transmission case body（8）Hand linkage（11）Connection, the second servo axis（15.5）Both ends
Respectively with the second transmission case body（8）Connected with the hand linkage (11) of the 3rd transmission case body (9), the 3rd servo axis (15.9) two
The hand linkage (11) respectively with the 3rd transmission case body (9) and the 4th transmission case body (10) is held to be connected, the first servo axis
（15.1）With the second servo axis（15.5）Pass through the first servo support（15.3）Link into an integrated entity, the second servo axis（15.5）With
Three servo axis（15.9）Pass through the second servo support（15.8）Link into an integrated entity, the first servo axis（15.1）It is servo-actuated to be provided with first
Shaft gear (15.2), the second servo axis (15.5) both ends are respectively equipped with the second servo axis left end gear (15.4) and the second servo axis
Right-hand member gear (15.6), the 3rd servo axis (15.9) are provided with the 3rd servo-actuated shaft gear (15.7), the first servo-actuated shaft gear
(15.2) connection, the second servo axis right-hand member gear (15.6) and the 3rd servo axis are engaged with the second servo axis left end gear (15.4)
Gear (15.7) engagement connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610008550.7A CN105640080B (en) | 2016-01-06 | 2016-01-06 | A kind of dormitory shaking type lifting bed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610008550.7A CN105640080B (en) | 2016-01-06 | 2016-01-06 | A kind of dormitory shaking type lifting bed |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105640080A CN105640080A (en) | 2016-06-08 |
| CN105640080B true CN105640080B (en) | 2018-03-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610008550.7A Expired - Fee Related CN105640080B (en) | 2016-01-06 | 2016-01-06 | A kind of dormitory shaking type lifting bed |
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| Country | Link |
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| CN (1) | CN105640080B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| IT201800006624A1 (en) * | 2018-06-25 | 2019-12-25 | MODULAR STRUCTURE WITH MULTIPLE, COMPONABLE BEDS |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109006030A (en) * | 2018-08-21 | 2018-12-18 | 马秀芬 | A kind of urban afforestation device |
| CN109349857A (en) * | 2018-12-20 | 2019-02-19 | 南京工业职业技术学院 | A kind of Multifunctional high-low bed |
| CN109846230A (en) * | 2019-03-11 | 2019-06-07 | 贾燕 | A kind of indoor decoration multi-functional furniture |
| CN110522237B (en) * | 2019-08-23 | 2022-02-15 | 芜湖职业技术学院 | Lifting bed |
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| CN2343904Y (en) * | 1998-07-14 | 1999-10-20 | 潘卫东 | Multilayer combined bed |
| CN201270973Y (en) * | 2008-07-07 | 2009-07-15 | 北京交通大学 | Multifunctional lifting bed table |
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|---|---|
| CN105640080A (en) | 2016-06-08 |
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