CN117814609A

CN117814609A - Intelligent electric bed capable of being detached and installed completely

Info

Publication number: CN117814609A
Application number: CN202410255419.5A
Authority: CN
Inventors: 林景
Original assignee: Suta Xiamen Intelligent Technology Co ltd
Current assignee: Suta Xiamen Intelligent Technology Co ltd
Priority date: 2024-03-06
Filing date: 2024-03-06
Publication date: 2024-04-05

Abstract

The invention discloses an intelligent electric bed capable of being installed and disassembled completely, which comprises a bed body, wherein the bed body comprises a bed head frame, a bed body frame and a bed tail frame, driving structures are arranged on the bed head frame and the bed tail frame, and the intelligent electric bed further comprises: the split type support frame comprises two front side support beams positioned on the back surface of the bed head frame, and two rear side support beams which are flush with the front side support beams are arranged on the back surface of the bed tail frame; the utility model provides a detachable support connection structure, contain the first support tie-beam that locks respectively at the head of a bed frame, lathe bed frame and tailstock frame back, the second supports the tie-beam, the third supports the tie-beam, all articulated connection between first support tie-beam, the second supports the tie-beam, the third supports the tie-beam, only a fraction weldment, all the others are the sheet metal component, conveniently pile up, occupation storage area is little, light in weight, the welding that removes as far as, weight reduction, reduce the packing volume, thereby can reduce freight cost.

Description

Intelligent electric bed capable of being detached and installed completely

Technical Field

The invention relates to an electric bed, in particular to an intelligent electric bed capable of being assembled and disassembled completely.

Background

The electric bed is a bed frame which can electrically control the height of the head, the back or the feet of the bed board and freely adjust the bending degree of the bed board, is divided into two major types of row frameworks and bed board, is used for nursing patients or disabled persons in early stage, is convenient for users to independently get up and sleep, is popularized to other people along with the improvement of the life quality of people, such as household electric beds and bed bodies of recreational vehicles, and can be turned over according to the needs of the users to form different angles so as to adapt to the sleeping habits of different users.

The electric bed on the market at present is usually formed by connecting a plurality of welding frames through hinges, locking the welding frames on a bed board and driving the welding frames through electric appliances; not only is the whole heavy, but also the height of the bed body is higher; and also directly influence the storage area, lead to the packing volume to grow, freight rise, transport inconvenient scheduling problem, especially when exporting foreign trade, whole bed body is packed in a box in general and is placed in the container, if the volume of single box grow, can directly influence the vanning volume of whole container to lead to freight overall height, the profit of producer reduces by a wide margin.

The intelligent electric bed is convenient to stack, small in storage area, light in weight, capable of removing welding as much as possible, light in weight and capable of reducing packaging volume, and therefore freight cost can be reduced.

Disclosure of Invention

The invention provides an intelligent electric bed capable of being installed and disassembled completely, which can effectively solve the problems.

The invention is realized in the following way:

the utility model provides an intelligent electric bed of installation can be dismantled entirely, includes the bed body, the bed body contains head of a bed frame, lathe bed frame and tailstock frame, all be provided with drive structure on head of a bed frame and the tailstock frame, its characterized in that, intelligent electric bed still includes:

the split type support frame comprises two front side support beams positioned on the back surface of the bed head frame, two rear side support beams which are flush with the front side support beams are arranged on the back surface of the bed tail frame, the front side support beams and the rear side support beams are all extended and locked to the back surface of the bed body frame, and the front side support beams and the rear side support beams are locked and fixed through a connecting piece;

the driving frame comprises a back driving frame connected between the two front side supporting beams, the driving structure comprises a back motor for driving the bed head frame, the back motor is hinged to the back driving frame, a leg driving frame is locked between the two rear side supporting beams, the driving structure further comprises a foot motor for driving the bed tail frame, and the foot motor is hinged to the leg driving frame;

the utility model provides a detachable support connection structure, contains the lock respectively and connects first support tie-beam, second support tie-beam, the third of the frame back of head of a bed frame, lathe bed frame and tailstock support tie-beam, first support tie-beam, second support tie-beam, third support tie-beam are hugged closely the inboard of front side supporting beam and rear side supporting beam, all articulated the connection between first support tie-beam, second support tie-beam, the third support tie-beam, works as when back motor and foot motor drive, thereby the angle between first support tie-beam, second support tie-beam, the third support is makeed the angle between head of a bed frame, lathe bed frame and the tailstock frame to change.

As a further improvement, the bed head frame comprises a head frame and a back frame, the bed body frame comprises a front hip frame and a rear hip frame, the bed tail frame comprises a leg frame and a foot frame, the head frame is started by a head motor, the back frame is driven by a back motor, and the leg frame and the foot frame are driven by a foot motor.

As a further improvement, the first support connecting beam comprises a head support connecting beam locked at the back of the head frame, the head support connecting beam is hinged with a back support connecting beam on the back frame, the second support connecting beam comprises a front hip support connecting beam and a back hip support connecting beam locked at the back of the front hip frame and the back hip frame, the bed tail frame comprises a leg support connecting beam and a foot support connecting beam locked at the back of the leg frame and the back of the foot frame, one sides of the head support connecting beam, the front hip support connecting beam, the back hip support connecting beam and the foot support connecting beam are all connected with a connecting rib, two sides of the back support connecting beam and the leg support connecting beam are connected with connecting ribs, and the adjacent connecting ribs and the connecting ribs are hinged through bolts.

As a further improvement, a head connecting beam is locked at the position of the two front side supporting beams corresponding to the head frame, a front supporting foot penetrating through the head connecting beam is locked at the front side supporting beams, a foot connecting beam is locked at the position of the two rear side supporting beams corresponding to the foot frame, and a rear supporting foot penetrating through the foot connecting beam is locked at the rear side supporting beams.

As a further improvement, a foot link is hinged to the foot support link, and the other end of the foot link is hinged to the lateral direction of the foot link beam, and when the leg frame rotates, the foot frame rotates under the traction of the foot link.

As a further improvement, the front side supporting beam and the rear side supporting beam are both in a zigzag-like structure, and the first supporting connecting beam, the second supporting connecting beam and the third supporting connecting beam are all arranged on the inner side of the zigzag-like structure.

As a further improvement, the connecting piece comprises an L-shaped pressing plate attached to the outer sides of the front side supporting beam and the rear side supporting beam, and a middle supporting leg is locked on the L-shaped pressing plate.

As a further improvement, a waist top component is locked on one side of the back frame, which is contacted with a human body, the waist top component comprises a transverse pushing structure which is locked on the back frame, the output end of the transverse pushing structure is locked on a swinging plate, two sides of the swinging plate are hinged with swinging frames, the swinging frames are hinged with positioning seats locked on the back frame, one side of the folding line type swinging frame, which is far away from the swinging plate, is connected with a top seat, and when the transverse pushing structure is pushed out, the swinging plate laterally rotates and ejects the top seat.

As a further improvement, a plurality of baffle rods are locked on one side of the foot frame far away from the leg frame.

The beneficial effects of the invention are as follows:

in the structure of the existing electric bed, although the structure is partially detachable, the whole structure is a plurality of welding parts, so that the volume is difficult to reduce during disassembly and transportation, and the transportation cost is greatly increased, the main supporting components of the electric bed are arranged in a split way, so that the mechanical bed can reduce the boxing volume after being detached, and the electric bed is concretely as follows:

firstly, the traditional integral lower frame is divided into four parts, namely two front side supporting beams and two rear side supporting beams, the two front side supporting beams and the two rear side supporting beams are locked on the frame of the bed body to be supported, the four supporting beams for supporting the bed body are arranged in a split mode, so that the aim of supporting and fixing is achieved, the size can be reduced maximally during disassembly, then connecting pieces are arranged between the front side supporting beams and the rear side supporting beams on the same side to be locked and fixed, the strength between the supporting beams is higher, the supporting effect on the bed body is better, and a plurality of driving frames are arranged between the front side supporting beams and between the rear side supporting beams and the rear side supporting beams, so that the structure of connection can be arranged at the positions of the transverse shafts and the longitudinal shafts of the supporting beams, the connecting strength of the supporting frame can be ensured under the condition of ensuring the disassembly, the cost is reduced, and the strength of the bed body is not influenced;

in the existing bed body, because the angle between different frame plates is required to be changed, the different frame plates are provided with hinges which are connected with each other, so that the frame plates are folded according to the body change of a user, but the size of the frame plates is increased, the protruding hinges can influence the packaging size, and the packaging cost is increased.

The support connecting beam is arranged, but the action of automatically pulling the foot frame can not be performed in the process of overturning the leg frame, so the detachable foot connecting rod is additionally arranged on the basis of the support connecting beam, the foot frame can be pulled through the foot connecting rod in the process of overturning the leg frame, the foot frame can be attached to the lower leg of a user to rotate, in the transportation stage, the foot connecting rod can be disassembled into a sheet metal part, the position of the frame plate is not occupied, and the whole is reduced to zero to the greatest extent.

The support legs of the bed body are welded with the frame plate together, in the invention, the split type design is adopted, and the split type electric bed is not simply arranged, the middle support legs serving as the middle support ends of the bed body can be arranged in a split manner at the middle position of the whole bed body, can support the bed body, and simultaneously directly act on the L-shaped pressing plate with a connecting function, has a certain fixing effect on the L-shaped pressing plate, prevents the L-shaped pressing plate from shaking and shifting, and the front support legs and the rear support legs with supporting functions penetrate through the support beams and are locked on the connecting cross beams at the positions of the front part and the rear part of the bed body, so that the bearing capacity of the whole bed body is not influenced on the basis that the middle support legs, the front support legs and the rear support legs are arranged in a split manner, and the whole bed body is more stable.

In summary, after the support positions are separately arranged, the invention not only does not influence the functions and the strength of the bed body, but also ensures that the bed body is more stable, the turnover performance is more stable, the cost is reduced, and the experience of customers is not reduced and increased.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings that are needed in the embodiments will be briefly described below, it being understood that the following drawings only illustrate some examples of the present invention and therefore should not be considered as limiting the scope, and other related drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

Fig. 1 is a schematic view of a structure of a prior art electric bed.

FIG. 2 is a schematic view of the rear perspective structure of a fully detachable intelligent electric bed according to the present invention.

Fig. 3 is an exploded view of a fully detachable intelligent electric bed according to the present invention.

Fig. 4 is a schematic front view of a fully detachable intelligent electric bed according to the present invention (lying state).

Fig. 5 is a schematic front view (standing state) of a fully detachable intelligent electric bed according to the present invention.

Fig. 6 is a schematic diagram of a front perspective view of an intelligent electric bed of the present invention which is installed and removed entirely.

Fig. 7 is a schematic structural diagram of an intelligent electric bed capable of being installed and removed entirely in a second embodiment of the present invention.

Fig. 8 is a schematic structural view of an intelligent electric bed capable of being installed and removed entirely in accordance with a third embodiment of the present invention.

Fig. 9 is a first type of part packaging distribution diagram (in perspective) of a fully detachable intelligent electric bed according to the present invention.

Fig. 10 is a first type of part packaging profile (front view) of a fully detachable intelligent electric bed of the present invention.

Fig. 11 is a second type of part packaging profile (internal state) of a fully detachable intelligent electric bed of the present invention.

Fig. 12 is a second type of part packaging profile (external state) of a fully detachable intelligent electric bed of the present invention.

In the figure:

the head frame 11, the back frame 12, the lumbar support assembly 121, the lateral push-out structure 1211, the swing plate 1212, the swing frame 1213, the positioning seat 1214, the top seat 1215, the front hip frame 13, the rear hip frame 14, the leg frame 15, the foot frame 16, the stopper 17, the split support frame 20, the front side support beam 21, the rear side support beam 22, the link 23, the L-shaped pressing plate 231, the middle support foot 232, the back driving frame 31, the leg driving frame 32, the head connecting beam 33, the front support foot 331, the foot connecting beam 34, the rear support foot 341, the back motor 41, the foot motor 42, the head motor 43, the detachable support connecting structure 50, the head support connecting beam 51, the back support connecting beam 52, the front hip support connecting beam 53, the rear hip support connecting beam 54, the leg support connecting beam 55, the foot support connecting beam 56, the connecting rib 57, the foot connecting rod 58.

Detailed Description

For the purpose of making embodiments of the present invention fall within the scope of the present invention. Thus, the following detailed description of the embodiments of the invention, as presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, based on the embodiments of the invention, which are apparent to those of ordinary skill in the art without inventive faculty, are intended to be within the scope of the invention.

In the description of the present invention, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as referring to purposes, technical solutions and advantages of the present invention in any way. All other implementations, which can be derived by a person skilled in the art without making any inventive effort, show or imply relative importance or implicitly indicate the number of technical features indicated on the basis of the implementations in the invention. Thus, a feature defining "a first" or "a second" may explicitly or implicitly include one or more such feature. In the description of the present invention, the meaning of "a plurality" is two or more, unless explicitly defined otherwise.

example 1

Referring to fig. 1 to 12, an intelligent electric bed capable of being installed and disassembled completely comprises a bed body, wherein the bed body comprises a bed head frame, a bed body frame and a bed tail frame, driving structures are arranged on the bed head frame and the bed tail frame, and the intelligent electric bed further comprises: the split type support frame 20 comprises two front side support beams 21 positioned on the back of the bed head frame, two rear side support beams 22 which are flush with the front side support beams 21 are arranged on the back of the bed tail frame, the front side support beams 21 and the rear side support beams 22 are both extended and locked to the back of the bed frame, and the front side support beams 21 and the rear side support beams 22 are locked and fixed through a connecting piece 23; a driving frame comprising a back driving frame 31 connected between the two front side supporting beams 21, the driving structure comprising a back motor 41 for driving the head frame, the back motor 41 being hinged to the back driving frame 31, a leg driving frame 32 being locked between the two rear side supporting beams 22, the driving structure further comprising a foot motor 42 for driving the tail frame, the foot motor 42 being hinged to the leg driving frame 32; the detachable support connection structure 50 comprises a first support connection beam, a second support connection beam and a third support connection beam which are respectively locked and connected to the back surfaces of the bed head frame, the bed body frame and the bed tail frame, the first support connection beam, the second support connection beam and the third support connection beam are clung to the inner sides of the front support beam 21 and the rear support beam 22, the first support connection beam, the second support connection beam and the third support connection beam are all hinged and connected, and when the back motor 41 and the foot motor 42 are driven, the angle between the first support connection beam, the second support connection beam and the third support is changed, so that the angle between the bed head frame, the bed body frame and the bed tail frame is changed.

Fig. 1 shows a detachable electric bed according to the prior art, which has a part of detachable structure, but most of the electric beds are welding pieces, so that the electric bed cannot be assembled to compress space, and the space occupied after boxing is extremely large.

In this embodiment, the sponge bed cover needs to be wrapped at the positions of the bed head frame, the bed body frame and the bed tail frame, so as to form soft packages of all the parts.

In this embodiment, the conventional integral lower frame is divided into four parts, namely two front side supporting beams 21 and two rear side supporting beams 22, so that the two front side supporting beams 21 and the two rear side supporting beams 22 are locked to the frame of the bed body to support, and the four supporting beams for supporting the bed body are arranged separately, so that the aim of supporting and fixing is achieved, and meanwhile, the size can be reduced maximally during disassembly, then, a connecting piece 23 is arranged between the front side supporting beams 21 and the rear side supporting beams 22 on the same side to lock and fix, so that the strength between the supporting beams is higher, the supporting effect on the bed body is better, and a plurality of driving frames are arranged between the front side supporting beams 21 and between the rear side supporting beams 22, so that the positions of the transverse shafts and the longitudinal shafts of the supporting beams can be provided with a connecting structure, and the connection strength of the supporting frame can be ensured under the condition of ensuring the disassembly, and the strength of the bed body is not influenced at the same time of reducing the cost;

it can be seen from the explosion diagram that the front side supporting beam 21 and the rear side supporting beam 22 are in a zigzag-like structure, and the first supporting connecting beam, the second supporting connecting beam and the third supporting connecting beam are all arranged on the inner side of the zigzag-like structure, so that the height of the whole bed body is reduced, the single structure is smaller when the bed body is disassembled, the box is easier to be packed, and meanwhile, after the bed body is assembled, the height of the assembled bed body is lower, the occupied space is smaller, and the bed body can be suitable for more occasions and people because the arrangement of the structures is reasonable.

The connecting member 23 for connecting the front side support beam 21 and the rear side support beam 22 is not a simple connecting plate, and although the front side support beam 21 and the rear side support beam 22 are partially locked on the frame of the machine tool, the support is also required to be fixed mutually, so that the connecting member 23 comprises an L-shaped pressing plate 231 attached to the outer sides of the front side support beam 21 and the rear side support beam 22, a middle supporting leg 232 is locked on the L-shaped pressing plate 231, two outer sides of the L-shaped pressing plate 231 are attached to the outer sides of the Z-shaped structures of the front side support beam 21 and the rear side support beam 22 respectively, a multipoint locking is formed, and on the frame of the electric machine tool, the supporting legs of the machine tool are welded with the frame plate generally, while in the invention, the invention is also a split design, and not only simply provided, at the middle position of the whole machine tool, the middle supporting leg 232 serving as the middle supporting end of the bed body not only can play a role of split setting and supporting the bed body, but also can directly act on the L-shaped pressing plate 231 with a connecting function, has a certain fixing effect on the L-shaped pressing plate 231 and avoids shaking and displacement, when the middle supporting leg 232 contacts with the ground, the reaction force caused by the ground can press the L-shaped pressing plate 231 to ensure that the L-shaped pressing plate 231 is not easy to displace, and in the front and rear positions of the bed body, the front supporting beams 21 are locked with a head connecting beam 33 at the positions corresponding to the head frames 11, the front supporting beams 21 are locked with a front supporting leg 331 penetrating through the head connecting beam 33, the rear supporting beams 22 are locked with a foot connecting beam 34 at the positions corresponding to the foot frames 16, the rear supporting legs 341 penetrating through the foot connecting beam 34 are locked with the rear supporting beams 22, the front supporting leg 331 and the rear supporting leg 341 which play a supporting role penetrate through the supporting beam and are locked on the head connecting beam 33 and the foot connecting beam 34, so that the bearing capacity of the bed body is not affected on the basis that the middle supporting leg 232, the front supporting leg 331 and the rear supporting leg 341 are arranged in a split mode, and the whole bed body is more stable.

In this embodiment, the driving frames include two groups, namely, a back driving frame 31 and a leg driving frame 32, and the front side supporting beam 21 are linked by the two driving frames, the rear side supporting beam 22 and the rear side supporting beam 22 are linked, and are matched with the connecting piece 23 to form a detachable stable lower frame structure, the back driving frame 31 and the leg driving frame 32 are all of the prior art, and the rotation of the driving frames is realized by the rotation of the motor, so that the wheels on the driving frames are propped against the frame, and detailed description is omitted here.

In this embodiment, referring to fig. 1 to 6, the bed head frame includes a head frame 11 and a back frame 12, the bed body frame includes a front hip frame 13 and a rear hip frame 14, the bed tail frame includes a leg frame 15 and a foot frame 16, the head frame 11 is started by a head motor 43, the back frame 12 is driven by a back motor 41, the leg frame 15 and the foot frame 16 are driven by a foot motor 42, the frame plate in this embodiment is divided into six pieces, namely, divided into the head frame 11, the back frame 12, the front hip frame 13, the rear hip frame 14, the leg frame 15 and the foot frame 16, and each position of the human body is subdivided, and different frames are correspondingly driven by different motors, so that each part of the user can be in the most comfortable posture.

The frame plates are six, so that the support connection beams also need to be correspondingly arranged, specifically, the first support connection beam comprises a head support connection beam 51 locked on the back surface of the head frame 11, the head support connection beam 51 is hinged with a back support connection beam 52 on the back frame 12, the second support connection beam comprises a front hip support connection beam 53 and a back hip support connection beam 54 locked on the back surface of the front hip frame 13 and the back hip frame 14, the bed tail frame comprises a leg support connection beam 55 and a foot support connection beam 56 locked on the back surface of the leg frame 15 and the foot frame 16, the original hinges are replaced by support connection beams on different frame plates, and the support connection beams can rotate relatively because one sides of the head support connection beam 51, the front hip support connection beam 53, the back hip support connection beam 54 and the foot support connection beam 56 are all connected with a connection rib 57, and two sides of the back support connection beam 52 and the leg support connection beam 55 are all connected with connection ribs 57 through the connection ribs 57 which are hinged with the adjacent connection ribs 57.

The middle section in the support connecting beam is hollow, so that the support connecting beam can be directly used as a sliding track of wheels in the back driving frame 31 and the leg driving frame 32, the parts of the whole bed body are reduced, and the cost is reduced while the packaging cost is further reduced.

Although the support connecting beam is arranged, the action of automatically pulling the foot frame 16 cannot be achieved in the process of overturning the leg frame 15, so the detachable foot connecting rod 58 is additionally arranged on the basis of the support connecting beam, the foot support connecting beam 56 is hinged with the foot connecting rod 58, the other end of the foot connecting rod 58 is hinged with the side direction of the foot connecting beam 34, when the leg frame 15 rotates, the foot frame 16 rotates along with the foot connecting rod 58 under the pulling of the foot connecting rod 58, the foot frame 16 is pulled by the foot connecting rod 58 in the process of overturning the leg frame 15, the foot frame 16 can be attached to the lower leg of a user to rotate, and in the transportation stage, the foot connecting rod 58 can be detached into a sheet metal part, does not occupy the position of the frame plate, and is maximally integrated into zero.

While in use by a part of users with poor waist, although the angle between the frame plates can be adjusted to make them comfortable, the waist of the user is still not supported, for this purpose, the side of the back frame 12 contacting the human body of the present embodiment is locked with a waist top assembly 121, the waist top assembly 121 comprises a lateral push-out structure 1211 locked on the back frame 12, the output end of the lateral push-out structure 1211 is locked on a swing plate 1212, both sides of the swing plate 1212 are hinged with swing frames 1213, the swing frames 1213 are hinged with a positioning seat 1214 locked on the back frame 12, one side of the swing frames 1213 away from the swing plate 1212 is connected with a top seat 1215, when the lateral push-out structure 1211 pushes out, the top seat 1215 can be pushed out to contact with the waist of the user, and when applied to the user with no pain in waist, the back frame 12 can always be kept flush with the surface of the back 12.

Referring to fig. 9 to 10, the first packaging mode is divided into two parts of back and foot, back to back packaging is performed, a head bedstead and a foot bedstead are assembled inside, after unpacking, a customer only needs to splice the supporting feet and the electrical appliance structure, and the time required for splicing is short.

Referring again to fig. 11-12, the second packaging mode is a fully detachable packaging mode, all the components are completely detached into parts, the accessory package and the tool are packaged by plastic suction, and the accessory package and the tool are matched with instructions, installation videos and the like to assist clients to install the accessory package and the tool, so that the occupied space is smaller.

And no matter which installation mode is adopted, the corresponding electric appliance components such as the control box, the power line and the like are matched.

Example two

As shown in fig. 7, the present embodiment is different from the first embodiment in that the head frame 11 and the head motor 43 are not provided, but the back adjustment, leg adjustment, foot adjustment, and lumbar ejection effects are still provided.

Example III

Referring to fig. 8, the difference between this embodiment and the first embodiment is that the head frame 11, the head motor 43, and the lumbar support member 121 are not provided, the front support beam 21 and the rear support beam 22 are integrated, and the front hip frame 13 and the rear hip frame 14 are integrated, so that the entire bed is tidier, the full detachable package is not affected when the width is 1.5 m or more, and the package volume is not affected when the full size is full.

The above description is only of the preferred embodiments of the present invention and is not intended to limit the present invention, and various modifications and variations may be made to the present invention by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. The utility model provides an intelligent electric bed of installation can be dismantled entirely, includes the bed body, the bed body contains head of a bed frame, lathe bed frame and tailstock frame, all be provided with drive structure on head of a bed frame and the tailstock frame, its characterized in that, intelligent electric bed still includes:

the split type support frame (20) comprises two front side support beams (21) positioned on the back of the bed head frame, two rear side support beams (22) which are flush with the front side support beams (21) are arranged on the back of the bed tail frame, the front side support beams (21) and the rear side support beams (22) are both extended and locked to the back of the bed frame, and the front side support beams (21) and the rear side support beams (22) are locked and fixed through a connecting piece (23);

a driving frame comprising a back driving frame (31) connected between the two front side supporting beams (21), wherein the driving structure comprises a back motor (41) for driving the bed head frame, the back motor (41) is hinged on the back driving frame (31), a leg driving frame (32) is locked between the two rear side supporting beams (22), the driving structure further comprises a foot motor (42) for driving the bed tail frame, and the foot motor (42) is hinged on the leg driving frame (32);

the detachable support connection structure (50) comprises a first support connection beam, a second support connection beam and a third support connection beam which are respectively locked and connected with the back surfaces of the bed head frame, the bed body frame and the bed tail frame, wherein the first support connection beam, the second support connection beam and the third support connection beam are clung to the inner sides of the front support beam (21) and the rear support beam (22), the first support connection beam, the second support connection beam and the third support connection beam are all hinged and connected, and when the back motor (41) and the foot motor (42) are driven, the angle between the first support connection beam, the second support connection beam and the third support is changed, so that the angle among the bed head frame, the bed body frame and the bed tail frame is promoted to be changed.

2. The fully detachable intelligent electric bed according to claim 1, characterized in that the bed head frame comprises a head frame (11) and a back frame (12), the bed body frame comprises a front hip frame (13) and a back hip frame (14), the bed tail frame comprises a leg frame (15) and a foot frame (16), the head frame (11) is started by a head motor (43), the back frame (12) is driven by a back motor (41), and the leg frame (15) and the foot frame (16) are driven by a foot motor (42).

3. The fully detachable intelligent electric bed according to claim 2, wherein the first support connection beam comprises a head support connection beam (51) locked on the back of the head frame (11), the head support connection beam (51) is hinged with a back support connection beam (52) on the back frame (12), the second support connection beam comprises a front hip support connection beam (53) and a back hip support connection beam (54) locked on the back of the front hip frame (13) and the back hip frame (14), the bed tail frame comprises a leg support connection beam (55) and a foot support connection beam (56) locked on the back of the leg frame (15) and the foot frame (16), one side of each of the head support connection beam (51), the front hip support connection beam (53), the back hip support connection beam (54) and the foot support connection beam (56) is connected with a connection rib (57), two sides of each of the back support connection beam (52) and the leg support connection beam (55) are connected with a connection rib (57) by a hinge joint between adjacent ribs (57).

4. A fully detachable intelligent electric bed according to claim 3, characterized in that a head connecting beam (33) is locked to the front side supporting beams (21) at positions corresponding to the head frames (11), a front supporting leg (331) penetrating through the head connecting beam (33) is locked to the front side supporting beams (21), a foot connecting beam (34) is locked to the rear side supporting beams (22) at positions corresponding to the foot frames (16), and a rear supporting leg (341) penetrating through the foot connecting beam (34) is locked to the rear side supporting beams (22).

5. The fully detachable intelligent electric bed according to claim 4, wherein a foot link (58) is hinged to the foot support connection beam (56), and the other end of the foot link (58) is hinged to the foot connection beam (34) in a lateral direction, and when the leg frame (15) rotates, the foot frame (16) rotates under the traction of the foot link (58).

6. The fully detachable intelligent electric bed according to claim 2, wherein the front side supporting beam (21) and the rear side supporting beam (22) are of a zigzag-like structure, and the first supporting connecting beam, the second supporting connecting beam and the third supporting connecting beam are all arranged on the inner sides of the zigzag-like structure.

7. The intelligent electric bed capable of being installed and detached completely according to claim 6, wherein the connecting piece (23) comprises an L-shaped pressing plate (231) attached to the outer sides of the front supporting beam (21) and the rear supporting beam (22), and a middle supporting leg (232) is locked on the L-shaped pressing plate (231).

8. The fully detachable intelligent electric bed according to claim 7, wherein a waist top assembly (121) is locked on one side of the back frame (12) contacting the human body, the waist top assembly (121) comprises a transverse pushing structure (1211) locked on the back frame (12), an output end of the transverse pushing structure (1211) is locked on a swinging plate (1212), two sides of the swinging plate (1212) are hinged with swinging frames (1213), the swinging frames (1213) are hinged with positioning seats (1214) locked on the back frame (12), one side of the folding line type swinging frames (1213) away from the swinging plate (1212) is connected with a top seat (1215), and when the transverse pushing structure (1211) is pushed out, the swinging plate (1212) rotates laterally and pushes the top seat (1215) out.

9. An intelligent electric bed capable of being installed and removed completely according to claim 2, characterized in that the foot frame (16) is locked with a plurality of baffle rods (17) at the side far away from the leg frame (15).