CN205007158U - Intelligence functional mattress - Google Patents
Intelligence functional mattress Download PDFInfo
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- CN205007158U CN205007158U CN201520610013.0U CN201520610013U CN205007158U CN 205007158 U CN205007158 U CN 205007158U CN 201520610013 U CN201520610013 U CN 201520610013U CN 205007158 U CN205007158 U CN 205007158U
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Abstract
The utility model relates to an intelligence functional mattress, including the bedstead with bear in main bed board skeleton on the bedstead, the bedstead includes the head of a bed, tailstock and locates the head of a bed and the bedside of tailstock both sides that the inboard of two bedside respectively is equipped with a back shaft, the setting of two back shafts symmetry to set up in the below of main bed board skeleton, the tailstock end of main bed board skeleton still is equipped with a second motor that has the eccentric wheel, the below of main bed board skeleton is equipped with a first support frame, is equipped with two supports on the first support frame, is equipped with a branch in each support respectively, and a fixedly connected with first pendant is distinguished to the one end of two branches, and two first pendant fixed connection are on main bed board skeleton, and the other end of two branches then is in the same place through a horizontal pole fixed connection, the below of horizontal pole is equipped with a second pendant, the second pendant is connected with the eccentric wheel of second motor. After adopting above -mentioned structure, its beneficial effect is that convenient to use, main bed board skeleton have functions such as up -and -down motion.
Description
Technical field
This utility model relates to a kind of bed, specifically, is intelligent multifunctional bed about one.
Background technology
Bed conventional in daily life, only can realize backrest angle adjustment at the most, for the nursing bed that hospital, endowment institutes use, tables are equipped with also, the two ends of tables are with latch, and the both sides of bed are with multiple jack, and the jack position plugged by adjustment latch adjusts the position of tables.Visible, traditional bed function is less, and the adjustment of tables is very constant.
The multi-purpose bed of adjustment is convenient in order to provide a kind of tables, it is a kind of multi-purpose bed that the patent No. is that ZL201320326708.7 discloses, this is multi-purpose bed arranges slide rail in bed side, rotate by the screw mandrel of the first driven by motor wherein a set of leading screw and the screw mandrel of another set of leading screw is linked, screw mandrel rotates and drives corresponding nut to move along screw mandrel, thus drive the movement of tables' linkage unit, and then tables are adjusted to suitable position, it is easy to adjust, but, because its first motor is positioned over a side, during the first electric motor starting, multi-purpose bed vibrations can be driven, its noise is large.
In addition, this patent also discloses a kind of massage assembly, comprise one and there is eccentric second motor, connecting rod and lever, lever rotation is installed on bedstead, one end of lever and one end of connecting rod are rotationally connected, the other end extends to one end of main bed board skeleton, and the other end of connecting rod is connected with the eccentric of the second motor.Second electric machine rotation, moved reciprocatingly by eccentric drivening rod, thus make lever one end small angle oscillation, the other end swings along with the swing of lever, and then make main bed board skeleton produce low-angle float massage effect, the middle part of connecting rod has the adjusting nut for adjusting length of connecting rod, thus the amplitude of fluctuation of adjustment lever.This main bed board skeleton visible teeters on the basis that this lever swings up and down, and its use is not too convenient, and noise is large.
Therefore, a function of urgent need design is many, easy to use, noise is little and tables are convenient to the multi-purpose bed of adjustment.
Utility model content
The purpose of this utility model is to provide a kind of intelligent multifunctional bed, and to solve, existing multi-purpose bed noise is large, inconvenient problem with use.
For achieving the above object, this utility model is by the following technical solutions:
A kind of intelligent multifunctional bed, comprise bedstead and be carried on the main bed board skeleton on described bedstead, described bedstead comprises the head of a bed, tailstock and is located at the bedside of the head of a bed and tailstock both sides, tables' linkage unit is provided with between described two bedside, described tables' linkage unit comprises tables and is symmetrically fixed on two gripper shoes inside two bedside, two servomotors being located at head end, two slide track components and two block assemblies, wherein:
Gripper shoe inside two bedside is separately installed with slide track component described in,
The belt that described slide track component comprises two linear slide rails, two belt pulleys and is located between two belt pulleys, described two linear slide rails are respectively equipped with a weight supporting slide, described belt is provided with the linear slider matched with described belt, and described belt is parallel with two linear slide rails
Described tables are installed on two block assemblies,
Often cover block assembly is fixedly connected with the linear slider on a wherein slide track component, and on two weight supporting slides of a wherein slide track component described in being carried on,
Described servomotor is located on the ground of the inner side of bedside, can reduce noise, and the first power transmission shaft of described servomotor is connected with belt pulley, by driving belt, thus drive linear slider to slide, and then drive tables to slide, two servomotor run-in synchronisms inside bedside;
The inner side of two bedside is respectively provided with a back shaft, two back shafts are symmetrical arranged, and be arranged at the below of main bed board skeleton, the bed end of described main bed board skeleton is also provided with one with eccentric second motor, the below of described main bed board skeleton is provided with one first bracing frame, first bracing frame is provided with two bearings, a pole is respectively equipped with in each bearing, one end of two poles is fixedly connected with one first suspension member respectively, two first suspension members are fixedly connected on main bed board skeleton, the other end of two poles is then fixed together by a cross bar, the below of described cross bar is provided with one second suspension member, described second suspension member is connected with the eccentric of the second motor.
According to this utility model, described block assembly comprises bearing plate and a block, the inside of described block is provided with the first electric pushrod, the lift side of the first electric pushrod is connected with described tables, described two bedside symmetries offer a strip through-hole, and described bearing plate is through described strip through-hole, and one end is fixedly connected with the weight supporting slide on two linear slide rails and the linear slider on belt, the other end is fixedly connected with a block, and described bearing plate can slide along described strip through-hole.
According to this utility model, described main bed board skeleton is provided with first crossbeam, second cross beam and the 3rd crossbeam successively from the head of a bed to tailstock direction, the first skeleton is provided with between first crossbeam and second cross beam, the second skeleton and the first framework is provided with successively between second cross beam and the 3rd crossbeam, described first skeleton and the second skeleton are rotatably installed on the both sides of second cross beam respectively, and described first framework is rotatably installed on described second skeleton.
Further, describedly intelligent multifunctional bedly also comprise the second electric pushrod and the 3rd electric pushrod, the power end of the second electric pushrod and the 3rd electric pushrod is installed on the second bracing frame below main bed board skeleton respectively, the lift side of the second electric pushrod is connected with described first skeleton, by controlling the lifting of the second electric pushrod, regulate head height, the lift side of the 3rd electric pushrod is connected with described second skeleton or the first framework, when user is sat in bed, by controlling the lifting of the 3rd electric pushrod, regulate the angle of inclination of the second skeleton or the first framework, thus prevent the slip of user buttocks.
According to this utility model, the 3rd skeleton and the second framework is provided with from the head of a bed successively to tailstock direction in described first framework, described second framework is rotatably installed on the 3rd skeleton, and be provided with the 4th skeleton and the 5th skeleton in described second framework, the 5th skeleton is rotatably installed on the 4th skeleton.
According to this utility model, described two first suspension members are connected with main bed board skeleton to replace to and are fixedly connected with the 4th skeleton or the 5th skeleton, by controlling the eccentric lifting of the second motor, control the angle of inclination of the 4th skeleton or the 5th skeleton, when user lies low, pumping, with exercising abdominal muscles of the 4th skeleton or the 5th skeleton is regulated by eccentric rotation.
According to this utility model, the described head of a bed comprises base, the backrest be connected with described base rotation and two the 4th electric pushrods, the power end of the 4th electric pushrod is installed on described base, the lift side of the 4th electric pushrod is connected with described backrest, by controlling the lifting of the 4th electric pushrod, control the angle of inclination of backrest, to reach comfortable effect.
According to this utility model, describedly intelligent multifunctional bedly also comprise power supply, described base has receiving space, and described power supply is installed in described receiving space.
According to this utility model, describedly intelligent multifunctional bedly also comprise remote controller, described remote controller comprises:
One is used for the opening and closing of setting two servomotor and the second motor and the key circuit of lifting of setting the first electric pushrod, the second electric pushrod, the 3rd electric pushrod and the 4th electric pushrod;
One is connected the coding circuit of the compiling providing remote control cipher with this key circuit;
One is connected to be sent by remote control cipher with the radiating circuit of remote control two servomotor, the second motor, the first electric pushrod, the second electric pushrod, the 3rd electric pushrod and the 4th electric pushrod with this coding circuit;
One is connected with the display of display remote controller mode of operation with this coding circuit;
One is connected with this coding circuit the mnemon remembering last key-press status;
One battery that the power supply needed for above-mentioned all circuit is provided;
Described key circuit has reading mnemon and discloses the last key-press status display key of the mode of operation of previously last button over the display, described display is LED or LCD display, and described mnemon is located in coding circuit or is an independent memory body.
According to this utility model, two servomotors being located at head end replace to the first motor that is located at bed end, described first motor stretches out two second driving shafts, two second driving shafts are connected with the driving shaft of two belt pulleys respectively, make tables' conveniently moving, described key circuit replaces to the key circuit for setting first motor and the opening and closing of the second motor and the lifting of setting the first electric pushrod, the second electric pushrod, the 3rd electric pushrod and the 4th electric pushrod.
Of the present utility model intelligent multifunctional bed, its beneficial effect is ingenious, easy to use, the functional diversities of design, is mainly reflected in:
1, two servomotors are arranged on the ground inside bedstead, and run-in synchronism, and adopting belt to carry out transmission, its noise is little, also makes tables movable convenient;
2, directly below main bed board skeleton, arrange back shaft, make main bed board skeleton with two back shafts for fulcrum teeters simultaneously, its use is more convenient, more comfortable.
3, the setting of each electric pushrod and the setting of the first skeleton, the second skeleton, the 3rd skeleton, the 4th skeleton and the 5th skeleton, makes of the present utility modelly intelligent multifunctional bedly have exercising abdominal muscles, the functions such as buttocks slides, main bed board skeleton can teeter when preventing user from sitting in bed;
4, there is memory function, as long as the memory button pushed button on circuit, just can present the mode of operation of preceding keystroke.
Accompanying drawing explanation
Fig. 1 is intelligent multifunctional bed structural representation of the present utility model.
Fig. 2 is the structural representation of back shaft.
Fig. 3 is the use schematic diagram of the second motor and main bed board skeleton.
Fig. 4 is the use schematic diagram of belt and servomotor.
Fig. 5 is the structural representation of each skeleton.
Fig. 6 is the use schematic diagram of the second motor and the 4th skeleton or the 5th skeleton, the second electric pushrod and the first skeleton and the 3rd electric pushrod and the second skeleton or the first framework.
Fig. 7 is the structural representation of the head of a bed.
Fig. 8 is the module map of remote controller.
Fig. 9 is the use schematic diagram of belt and the first motor.
Detailed description of the invention
Below in conjunction with accompanying drawing, to be intelligent multifunctional bedly described in further detail of the present utility model.
As shown in Figure 1 and Figure 4, for one of the present utility model is intelligent multifunctional bed, the main bed board skeleton 2 comprising bedstead 1 and be carried on described bedstead 1, described bedstead 1 comprises the head of a bed 11, tailstock 12 and is located at the bedside 13 of the head of a bed 11 and tailstock 12 both sides, tables' linkage unit is provided with between described two bedside 13, described tables' linkage unit comprises tables 53 and is symmetrically fixed on two gripper shoes 51 inside two bedside 13, two servomotor 54, two slide track components being located at head end and two block assemblies 55, wherein:
Gripper shoe 51 inside two bedside 13 is separately installed with slide track component described in,
The belt 57 that described slide track component comprises two linear slide rail 56, two belt pulleys 571 and is located between two belt pulleys 571, described two linear slide rails 56 are respectively equipped with a weight supporting slide 560, described belt 57 is provided with the linear slider 570 matched with described belt 57, described belt 57 is parallel with two linear slide rails 56
Described tables 53 are installed on two block assemblies 55,
Often cover block assembly 55 is fixedly connected with the linear slider 570 on a wherein slide track component, and on two weight supporting slides 560 of a wherein slide track component described in being carried on,
Described servomotor 54 is located on the ground of the inner side of bedside 13, noise can be reduced, first power transmission shaft 541 of described servomotor 54 is connected with belt pulley 571, by driving belt 57, thus drive linear slider 570 to slide, and then drive tables 53 to slide, two servomotor 54 run-in synchronisms inside bedside 13, adopt two servomotor 54 run-in synchronisms, thus drive tables 53 to slide between the head of a bed 11 and tailstock 12, by remote controller 100 adjustable tables 53 to appropriate location (as shown in Figure 8), it is very convenient that its tables 53 adjust;
As Fig. 1, shown in Fig. 2 and Fig. 3, the inner side of two bedside 13 is respectively provided with a back shaft 3, two back shafts 3 are symmetrical arranged, and be arranged at the below of main bed board skeleton 2, tailstock 12 end of described main bed board skeleton 2 is also provided with one with the second motor 95 of eccentric 94, the below of described main bed board skeleton 2 is provided with one first bracing frame 92, first bracing frame 92 is provided with two bearings (figure does not show), a pole 93 is respectively equipped with in each bearing, one end of two poles 93 is fixedly connected with one first suspension member 91 respectively, two first suspension members 91 are fixedly connected on main bed board skeleton 2, the other end of two poles 93 is then fixed together by a cross bar (figure does not show), the below of described cross bar is provided with one second suspension member 96, described second suspension member 96 is connected with the eccentric 94 of the second motor 95.
Described block assembly 55 comprises bearing plate 551 and a block 552, the inside of described block 552 is provided with the first electric pushrod 4, the lift side of the first electric pushrod 4 is connected with described tables 53, described two bedside 13 symmetries offer a strip through-hole 130, described bearing plate 551 is through described strip through-hole 130, one end is fixedly connected with the weight supporting slide 560 on two linear slide rails 56 and the linear slider 570 on belt 57, the other end is fixedly connected with a block 552, and described bearing plate 551 can slide along described strip through-hole 130.
As shown in Fig. 1, Fig. 3 and Fig. 5, described main bed board skeleton 2 is provided with first crossbeam 21, second cross beam 22 and the 3rd crossbeam 23 from the head of a bed 11 successively to tailstock 12 direction, the first skeleton 24 is provided with between first crossbeam 21 and second cross beam 22, the second skeleton 25 and the first framework 260 is provided with successively between second cross beam 22 and the 3rd crossbeam 23, described first skeleton 24 and the second skeleton 25 are rotatably installed on the both sides of second cross beam 22 respectively, and described first framework 260 is rotatably installed on described second skeleton 25.
Further, describedly intelligent multifunctional bedly also comprise the second electric pushrod 6 and the 3rd electric pushrod 7, the power end of the second electric pushrod 6 and the 3rd electric pushrod 7 is installed on the second bracing frame 97 below main bed board skeleton 2 respectively, the lift side of the second electric pushrod 6 is connected with described first skeleton 24, by controlling the lifting of the second electric pushrod 6, regulate head height, the lift side of the 3rd electric pushrod 7 is connected with described second skeleton 25 or the first framework 260, when user is sat in bed, by controlling the lifting of the 3rd electric pushrod 7, regulate the angle of inclination of the second skeleton 25 or the first framework 260, thus prevent the slip of user buttocks.
The 3rd skeleton 26 and the second framework 270 is provided with successively from the head of a bed 11 to tailstock 12 direction in described first framework 260, described second framework 270 is rotatably installed on the 3rd skeleton 26, the 4th skeleton 27 is provided with and the 5th skeleton the 28, five skeleton 28 is rotatably installed on the 4th skeleton 27 in described second framework 270.
As an interchangeable scheme, as shown in Figure 6, described two first suspension members 91 are connected with main bed board skeleton 2 to replace to and are fixedly connected with the 4th skeleton 27 or the 5th skeleton 28, by controlling the lifting of the eccentric 94 of the second motor 95, control the angle of inclination of the 4th skeleton 27 or the 5th skeleton 28, when user lies low, the rotation by eccentric 94 regulates pumping, with exercising abdominal muscles of the 4th skeleton 27 or the 5th skeleton 28.
As shown in Figure 1 and Figure 7, the backrest 112 that the described head of a bed 11 comprises base 111, be rotationally connected with described base 111 and two the 4th electric pushrods 8, the power end of the 4th electric pushrod 8 is installed on described base 111, the lift side of the 4th electric pushrod 8 is connected with described backrest 112, by controlling the lifting of the 4th electric pushrod 8, control the angle of inclination of backrest 112, to reach comfortable effect.
Describedly intelligent multifunctional bedly also comprise power supply, described base 111 has receiving space 113, and described power supply is installed in described receiving space 113.
As shown in Figure 8, describedly intelligent multifunctional bedly also comprise remote controller 100, described remote controller 100 comprises:
One is used for the opening and closing of setting two servomotor 54 and the second motor 95 and the key circuit 101 of lifting of setting the first electric pushrod 4, second electric pushrod 6, the 3rd electric pushrod 7 and the 4th electric pushrod 8;
One is connected the coding circuit 104 of the compiling providing remote control cipher with this key circuit 101;
One is connected to be sent by remote control cipher with the radiating circuit 103 of remote control two servomotor 54, second motor 95, first electric pushrod 4, second electric pushrod 6, the 3rd electric pushrod 7 and the 4th electric pushrod 8 with this coding circuit 104;
One is connected with the display 102 of display remote controller mode of operation with this coding circuit 104;
One is connected with this coding circuit 104 mnemon 105 remembering last key-press status;
One battery 106 that the power supply needed for above-mentioned all circuit is provided;
Described key circuit 101 has reading mnemon 105 and discloses the last key-press status display key of the mode of operation of previously last button on the display 102, described display 102 is LED or LCD display, and described mnemon 105 is located in coding circuit 104 or is an independent memory body.
As another interchangeable scheme, as shown in Fig. 1 and Fig. 9, above-mentioned two servomotors 54 being located at the head of a bed 11 end are replaced to the first motor 58 that is located at tailstock 12 end, described first motor 58 stretches out two second driving shafts 581, two second driving shafts 581 are connected with two belt pulleys 571 respectively, control two belt 57 transmissions by the first motor 58, described key circuit 101 replaces to the lifting of opening and closing for setting first motor 58 and the second motor 95 and setting the first electronic 4, second electric pushrod 6, the 3rd electric pushrod 7 and the 4th electric pushrod 8.
(1) two servomotors 54 are adopted to control the movable operating procedure of tables 53
When people need to use tables 53, press the unlatching button of two servomotors 54 and the rising button of the first electric pushrod 4 simultaneously, two servomotors 54 start, the linear slider 570 controlled on belt 57 is slided to the direction of the head of a bed 11, thus a control block assembly slides along strip through-hole 130, when tables 53 slide into correct position, press the closedown button of two servomotors 54, two servomotors 54 are out of service; Meanwhile, the first electric pushrod 4 rises, and table 53 is constantly raised; When tables 53 rise to proper height, press the rising button of the first electric pushrod 4, the first electric pushrod 4 stops rising.
When not needing to use tables 53, press the unlatching button of two servomotors 54 and the decline button of the first electric pushrod 4, two servomotors start, and the linear slider 570 controlling belt 57 row is slided to the direction of tailstock 12; Meanwhile, the first electric pushrod 4 declines, and when dropping to extreme lower position, stops declining.
(2) the first motor 58 is adopted to control the movable operating procedure of tables 53
When people need to use tables 53, press the unlatching button of the first motor 58 and the rising button of the first electric pushrod 4 respectively, first motor 58 starts, control two second driving shafts 581 to rotate simultaneously, rotate by driving belt pulley 571 linear slider 570 controlled on belt 57 to move to the direction of the head of a bed 11, thus a control block assembly 55 slides along strip through-hole 130; When tables 53 slide into applicable position, press the closedown button of the first motor 58, the first motor 58 is out of service.Meanwhile, the first electric pushrod 4 rises, and table 53 is constantly raised; When tables 53 rise to proper height, press the rising button of the first electric pushrod 4, the first electric pushrod 4 stops rising.
When not needing to use tables 53, press the unlatching button of the first motor 58 and the decline button of the first electric pushrod 4, first motor 58 starts, the linear slider 570 controlling belt 57 is slided to the direction of tailstock 12, meanwhile, first electric pushrod 4 declines, and when dropping to extreme lower position, stops declining.
The operating procedure of (three) second skeletons 25 and the lifting of the first framework 260
Under normal circumstances, people sit in bed, and buttocks easily slides, in order to prevent buttocks from sliding, can press the rising button of the 3rd electric pushrod 7, the 3rd electric pushrod 7 rises, thus make the second skeleton 25 and the first framework 260 upwards jack-up, form certain angle of inclination, prevent buttocks from sliding.
When needs make the second skeleton 25 and the first framework 260 and main bed board skeleton 2 at grade, can press the decline button of the 3rd electric pushrod 7, the 3rd electric pushrod 7 declines.
The operating procedure that (four) first skeletons 24 are elevated
When needing the height raising the first skeleton 24, can press the rising button of the second electric pushrod 6, the second electric pushrod 6 rises, and when reaching desired height, presses the rising button of the second electric pushrod 6, and the second electric pushrod 6 stops rising;
When needs first skeleton 24 and main bed board skeleton 2 at grade time, the decline button of the second electric pushrod 6 can be pressed, control the second electric pushrod 6 to decline, when the first skeleton 24 and main bed board skeleton 2 at grade time, press the decline button of the second electric pushrod 6, the second electric pushrod 6 stops declining.
(5) operating procedure that pumps of main bed board skeleton 2
More comfortable when lying on a bed to make people, more loosen, can press the startup button of the second motor 95, the eccentric 94 of the second motor 95 rotates, and drives two first suspension members 91 to pump, make winner's bed board skeleton 2 with back shaft 3 for fulcrum, realize pumping;
When not needing main bed board skeleton 2 to pump, press the closedown button of the second motor 95, stop motion when main bed board skeleton 2 moves to parallel to the ground.
(6) operating procedure of the head of a bed 11
When people rely on backrest 112, rising button or the decline button of the 4th electric pushrod 8 can be pressed, 4th electric pushrod 8 rises or declines, to adjust the angle of inclination of backrest 112, when reaching the comfortable angle of user, press rising button or the decline button of the 4th electric pushrod 8 again, the 4th electric pushrod 8 stops rising or declining.
(7) operating procedure of exercising abdominal muscles
When people need exercising abdominal muscles, the startup button of the second motor 95 can be pressed, the eccentric 94 of the second motor 95 rotates, two first suspension members 91 are driven to pump, 4th skeleton 27 and the 5th skeleton 28 are pumped, to reach the effect of exercising abdominal muscles, when not needing exercising abdominal muscles, press the closedown button of the second motor 95, the stop motion when the 4th skeleton 27 and the 5th skeleton 28 to move to main bed board skeleton 2 at grade.
Adopt of the present utility model intelligent multifunctional bed, tables 53 can be adjusted to suitable position, go back the angle of inclination of adjustable backrest 112, control main bed board skeleton 2 and up and down reciprocatingly wave, its functional diversities.
The above is only preferred implementation of the present utility model, it should be pointed out that for those skilled in the art, under the prerequisite not departing from this utility model principle, can also make some improvements and modifications.Such as: the first motor 52 described above or servomotor 54, in the acceptable scope of noise, are directly positioned in the gripper shoe 51 inside bedside 12 by (1); (2) two linear slide rails 56 described above are changed into a linear slide rail 56; (3) the belt transmission of slide track component is replaced to gear or leading screw transmission etc.; (4) two back shafts 3 symmetrically arranged below main bed board skeleton 2 are replaced to a back shaft etc. be directly fixed between two bedside 12.These improvements and modifications also should be considered as protection domain of the present utility model.
Claims (10)
1. one kind intelligent multifunctional bed, it is characterized in that, comprise bedstead and be carried on the main bed board skeleton on described bedstead, described bedstead comprises the head of a bed, tailstock and is located at the bedside of the head of a bed and tailstock both sides, tables' linkage unit is provided with between described two bedside, described tables' linkage unit comprises tables and is symmetrically fixed on two gripper shoes inside two bedside, two servomotors being located at head end, two slide track components and two block assemblies, wherein:
Gripper shoe inside two bedside is separately installed with slide track component described in,
The belt that described slide track component comprises two linear slide rails, two belt pulleys and is located between two belt pulleys, described two linear slide rails are respectively equipped with a weight supporting slide, described belt is provided with the linear slider matched with described belt, and described belt is parallel with two linear slide rails
Described tables are installed on two block assemblies,
Often cover block assembly is fixedly connected with the linear slider of a wherein slide track component, and on two weight supporting slides of a wherein slide track component described in being carried on,
Described servomotor is located on the ground of the inner side of bedside, and the first power transmission shaft of described servomotor is connected with belt pulley, two servomotor run-in synchronisms inside bedside;
The inner side of two bedside is respectively provided with a back shaft, two back shafts are symmetrical arranged, and be arranged at the below of main bed board skeleton, the bed end of described main bed board skeleton is also provided with one with eccentric second motor, the below of described main bed board skeleton is provided with one first bracing frame, first bracing frame is provided with two bearings, a pole is respectively equipped with in each bearing, one end of two poles is fixedly connected with one first suspension member respectively, two first suspension members are fixedly connected on main bed board skeleton, the other end of two poles is then fixed together by a cross bar, the below of described cross bar is provided with one second suspension member, described second suspension member is connected with the eccentric of the second motor.
2. intelligent multifunctional bed as claimed in claim 1, it is characterized in that, described block assembly comprises bearing plate and a block, the inside of described block is provided with the first electric pushrod, the lift side of the first electric pushrod is connected with described tables, described two bedside symmetries offer a strip through-hole, described bearing plate is through described strip through-hole, one end is fixedly connected with the weight supporting slide on two linear slide rails and the linear slider on belt, the other end is fixedly connected with a block, and described bearing plate can slide along described strip through-hole.
3. intelligent multifunctional bed as claimed in claim 1, it is characterized in that, described main bed board skeleton is provided with first crossbeam, second cross beam and the 3rd crossbeam successively from the head of a bed to tailstock direction, the first skeleton is provided with between first crossbeam and second cross beam, the second skeleton and the first framework is provided with successively between second cross beam and the 3rd crossbeam, described first skeleton and the second skeleton are rotatably installed on the both sides of second cross beam respectively, and described first framework is rotatably installed on described second skeleton.
4. intelligent multifunctional bed as claimed in claim 3, it is characterized in that, describedly intelligent multifunctional bedly also comprise the second electric pushrod and the 3rd electric pushrod, the power end of the second electric pushrod and the 3rd electric pushrod is installed on the second bracing frame below main bed board skeleton respectively, the lift side of the second electric pushrod is connected with described first skeleton, and the lift side of the 3rd electric pushrod is connected with described second skeleton or the first framework.
5. intelligent multifunctional bed as claimed in claim 3, it is characterized in that, the 3rd skeleton and the second framework is provided with from the head of a bed successively to tailstock direction in described first framework, described second framework is rotatably installed on the 3rd skeleton, be provided with the 4th skeleton and the 5th skeleton in described second framework, the 5th skeleton is rotatably installed on the 4th skeleton.
6. intelligent multifunctional bed as claimed in claim 5, it is characterized in that, described two first suspension members are connected with main bed board skeleton to replace to and are fixedly connected with the 4th skeleton or the 5th skeleton.
7. intelligent multifunctional bed as claimed in claim 1, it is characterized in that, the described head of a bed comprises base, the backrest be connected with described base rotation and two the 4th electric pushrods, and the power end of the 4th electric pushrod is installed on described base, and the lift side of the 4th electric pushrod is connected with described backrest.
8. intelligent multifunctional bed as claimed in claim 1, it is characterized in that, describedly intelligent multifunctional bedly also comprise power supply, described base has receiving space, and described power supply is installed in described receiving space.
9. intelligent multifunctional bed as described in as arbitrary in claim 1-8, is characterized in that, describedly intelligent multifunctional bedly also comprises remote controller, and described remote controller comprises:
One is used for the opening and closing of setting two servomotor and the second motor and the key circuit of lifting of setting the first electric pushrod, the second electric pushrod, the 3rd electric pushrod and the 4th electric pushrod;
One is connected the coding circuit of the compiling providing remote control cipher with this key circuit;
One is connected to be sent by remote control cipher with the radiating circuit of remote control two servomotor, the second motor, the first electric pushrod, the second electric pushrod, the 3rd electric pushrod and the 4th electric pushrod with this coding circuit;
One is connected with the display of display remote controller mode of operation with this coding circuit;
One is connected with this coding circuit the mnemon remembering last key-press status;
One battery that the power supply needed for above-mentioned all circuit is provided;
Described key circuit has reading mnemon and discloses the last key-press status display key of the mode of operation of previously last button over the display, described display is LED or LCD display, and described mnemon is located in coding circuit or is an independent memory body.
10. intelligent multifunctional bed as claimed in claim 9, it is characterized in that, two servomotors being located at head end replace to the first motor that is located at bed end, described first motor stretches out two second driving shafts, two second driving shafts are connected with two belt pulleys respectively, and described key circuit replaces to the lifting of opening and closing for setting first motor and the second motor and setting the first electric pushrod, the second electric pushrod, the 3rd electric pushrod and the 4th electric pushrod.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520610013.0U CN205007158U (en) | 2015-08-13 | 2015-08-13 | Intelligence functional mattress |
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| CN201520610013.0U CN205007158U (en) | 2015-08-13 | 2015-08-13 | Intelligence functional mattress |
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| CN205007158U true CN205007158U (en) | 2016-02-03 |
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| CN201520610013.0U Active CN205007158U (en) | 2015-08-13 | 2015-08-13 | Intelligence functional mattress |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078678A (en) * | 2015-08-13 | 2015-11-25 | 朱宝清 | Intelligent multifunctional bed |
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2015
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078678A (en) * | 2015-08-13 | 2015-11-25 | 朱宝清 | Intelligent multifunctional bed |
| CN105078678B (en) * | 2015-08-13 | 2016-11-30 | 朱宝清 | A kind of intelligent multifunctional bed |
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