CN218129008U - Electric bed for assisting patient to place in supine position in good posture - Google Patents

Abstract

The utility model discloses an electric bed for assisting patients in a supine position to be placed in a good posture. When the patient is in a supine position, the limbs on the affected side are placed on the corresponding positions of the electric bed, and a remote control is used to independently control the rise of each limb block as required. and down, so as to achieve the function of raising or straightening the corresponding parts of the patient's left side of the body, or the function of raising or straightening the corresponding parts of the patient's right side of the body, and can also separately raise the patient's left shoulder, The function of straightening the patient's left lower limb, raising the patient's left hip joint, raising the patient's left knee joint and raising the patient's left foot, or separately raising the patient's right shoulder, straightening the patient's right lower limb, and raising the patient's right hip joint , Elevate the patient's right knee joint and the function of raising the patient's right foot.

Description

An electric bed that assists patients in a supine position and good posture

technical field

The utility model relates to the technical field of rehabilitation, in particular to an electric bed for assisting patients in a supine position to be placed in a good posture.

Background technique

The placement of good posture in the early stage after stroke usually uses multiple pillows or quilts as aids. The shortcoming is that the operator can do whatever he wants, which leads to inaccurate placement of the pad and the position of the affected limb. The placement of the auxiliary pad is not conducive to the flexible adjustment of the operator. The corresponding parts of the patient are either raised or not raised. When the patient wants to raise a certain part, it cannot be realized. When the patient does not want a certain part to be raised When it is raised, it cannot be adjusted because it is integrated. At present, there is a lack of flexible adjustments to assist in the good posture of the supine position.

Utility model content

The utility model aims at the problems and deficiencies of the prior art, and provides an electric bed for assisting patients in a supine position to be placed in a good posture.

The utility model solves the problems of the technologies described above through the following technical solutions:

The utility model provides an electric bed for assisting patients in a supine position to be placed in a good posture. fixed, and the bearing plate is located directly below the bed board, a mattress is placed on the top of the bed board, the mattress includes a mattress body, and the mattress body is provided with a head area, a left shoulder area, and a right shoulder area , left lower body area, right lower body area, left hip area, right hip area, left knee area, and right knee area.

The left shoulder area is provided with a left shoulder pad that is separated from the mattress body, the right shoulder area is provided with a right shoulder pad that is separate from the mattress body, and the left lower limb area is provided with a pad that is separate from the mattress body. The first left lower limb spacer, the second left lower limb spacer and the third left lower limb spacer are arranged separately from the body and are independent from each other. A right lower limb pad, a second right lower limb pad and a third right lower limb pad, the left hip joint area is provided with a first left hip joint pad, a second The left hip joint spacer and the third left hip joint spacer, the right hip joint area is provided with the first right hip joint spacer, the second right hip joint spacer and the mattress body separated from each other and independent of each other. The third right hip joint block, the left knee joint area is provided with a first left knee joint block, a second left knee joint block and a third left knee joint block which are separated from the mattress body and independent of each other. The right knee joint area is provided with a first right knee joint spacer, a second right knee joint spacer and a third right knee joint spacer which are separated from the mattress body and arranged side by side and independent of each other.

A controller and a first horizontal electric push rod are fixed on the bearing plate, a first vertical electric push rod is fixed at the push rod end of the first horizontal electric push rod, and a bottom bottom of the left shoulder pad is fixed with a bottom A first support plate with a first positioning hole, and the first support plate is embedded in the first groove on the bed board, and the bottom of the right shoulder pad is fixed with a bottom with a second positioning hole A second support plate, and the second support plate is embedded in the second groove on the bed board, and both the first horizontal electric push rod and the first vertical electric push rod are electrically connected to the controller.

A second horizontal electric push rod is fixed on the bearing plate, a second vertical electric push rod is fixed on the push rod end of the second horizontal electric push rod, and a bottom strap is fixed on the bottom of the first left lower limb pad. There is a third support plate with a third positioning hole, the bottom of the second left lower limb block is fixed with a fourth support plate with a fourth positioning hole at the bottom, and the bottom of the third left lower limb block is fixed with a bottom strap The fifth support plate with the fifth positioning hole, the third support plate, the fourth support plate and the fifth support plate are embedded in the third groove on the bed plate, the second horizontal electric push rod and the second The vertical electric push rods are all electrically connected with the controller.

A third horizontal electric push rod is fixed on the bearing plate, a third vertical electric push rod is fixed on the push rod end of the third horizontal electric push rod, and a bottom strap is fixed on the bottom of the first right lower limb block. There is a sixth support plate with a sixth positioning hole, the bottom of the second right lower limb cushion is fixed with a seventh support plate with a seventh positioning hole at the bottom, and the bottom of the third right lower limb cushion is fixed with a bottom strap The eighth support plate with the eighth positioning hole, the sixth support plate, the seventh support plate and the eighth support plate are embedded in the fourth groove on the bed plate, the third horizontal electric push rod and the third The vertical electric push rods are all electrically connected with the controller.

A first longitudinal electric push rod is fixed on the bearing plate, a fourth vertical electric push rod is fixed on the push rod end of the first longitudinal electric push rod, and a bottom of the first left hip pad is fixed with a bottom The ninth support plate with the ninth positioning hole, the bottom of the second left hip spacer is fixed with the tenth support plate with the tenth positioning hole at the bottom, the bottom of the third left hip spacer is fixed There is an eleventh supporting board with an eleventh positioning hole at the bottom, the ninth supporting board, the tenth supporting board and the eleventh supporting board are embedded in the fifth groove on the bed board, and the first longitudinal Both the electric push rod and the fourth vertical electric push rod are electrically connected with the controller.

A second longitudinal electric push rod is fixed on the bearing plate, a fifth vertical electric push rod is fixed on the push rod end of the second longitudinal electric push rod, and a bottom bottom of the first right hip pad is fixed with a bottom The twelfth support plate with the twelfth positioning hole, the bottom of the second right hip pad is fixed with the thirteenth support plate with the thirteenth positioning hole at the bottom, the third right hip pad The bottom of the block is fixed with a fourteenth support plate with a fourteenth positioning hole at the bottom, and the twelfth support plate, the thirteenth support plate and the fourteenth support plate are embedded in the sixth groove on the bed plate , the second vertical electric push rod and the fifth vertical electric push rod are both electrically connected to the controller.

A third longitudinal electric push rod is fixed on the bearing plate, a sixth vertical electric push rod is fixed on the push rod end of the third longitudinal electric push rod, and a bottom bottom of the first left knee pad is fixed with a bottom The fifteenth support plate with the fifteenth positioning hole, the bottom of the second left knee pad is fixed with the sixteenth support plate with the sixteenth positioning hole at the bottom, the third left knee pad The bottom of the block is fixed with a seventeenth support plate with a seventeenth positioning hole at the bottom, and the fifteenth support plate, the sixteenth support plate and the seventeenth support plate are embedded in the seventh groove on the bed plate , the third vertical electric push rod and the sixth vertical electric push rod are both electrically connected to the controller.

The fourth vertical electric push rod is fixed on the bearing plate, the push rod end of the fourth vertical electric push rod is fixed with the seventh vertical electric push rod, and the bottom of the first right knee pad is fixed with a bottom The eighteenth support plate with the eighteenth positioning hole, the bottom of the second right knee pad is fixed with the nineteenth support plate with the nineteenth positioning hole at the bottom, the third right knee pad The bottom of the block is fixed with a twentieth support plate with a twentieth positioning hole at the bottom, and the eighteenth support plate, the nineteenth support plate and the twentieth support plate are embedded in the eighth groove on the bed plate , the fourth vertical electric push rod and the seventh vertical electric push rod are both electrically connected to the controller.

The positive progressive effect of the present utility model is:

In the utility model, when the patient is in the supine position, the limbs on the affected side are placed in the corresponding positions of the electric bed. Using the electric bed of the utility model, the remote control is used to independently control the rise and fall of each cushion block on the electric bed according to the needs, so as to realize the The function of raising or straightening the corresponding parts of the left and right sides of the body, or the function of raising or straightening the corresponding parts of the patient’s right side of the body, can also individually raise the patient’s left shoulder, straighten the patient’s left lower limb, raise the The function of raising the patient's left hip joint, raising the patient's left knee joint and raising the patient's left foot, or raising the patient's right shoulder, straightening the patient's right lower limb, raising the patient's right hip joint, and raising the patient's right knee joint and the ability to elevate the patient's right foot.

Description of drawings

Fig. 1 is a structural schematic diagram of a mattress in a preferred embodiment of the present invention.

Fig. 2 is a schematic structural view of an electric bed in a preferred embodiment of the present invention.

Fig. 3 is a schematic structural view of the first support plate part of the preferred embodiment of the present invention.

Fig. 4 is a schematic structural diagram of the first U-shaped push rod part of the preferred embodiment of the present invention.

FIG. 5 is a schematic structural diagram of a remote controller in a preferred embodiment of the present invention.

detailed description

In order to make the purpose, technical solutions and advantages of the embodiments of the utility model more clear, the technical solutions in the embodiments of the utility model will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the utility model. Obviously, the described The embodiments are some embodiments of the present utility model, but not all embodiments. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

As shown in Figures 1-5, this embodiment provides an electric bed that assists patients in a supine position and good posture. It includes four bed legs 1 and a bed board 2 on the top of the four bed legs. The four bed legs 1 It is fixed with the four corners of the bearing plate 3, and the bearing plate 3 is located directly below the bed board 2, a mattress 4 is placed on the top of the bed board 2, and the mattress 4 includes a mattress body 401, and the mattress body 401 A head region 402, a left shoulder region, a right shoulder region, a left lower body region, a right lower body region, a left hip region, a right hip region, a left knee region, a right knee region, a left foot region and a right foot Ministry area.

The left shoulder area is provided with a left shoulder block 403 which is separated from the mattress body 401, the right shoulder area is provided with a right shoulder block 404 which is separated from the mattress body 401, and the left lower limb area is provided with There are a first left lower limb pad 405, a second left lower limb pad 406 and a third left lower limb pad 407 which are separated from the mattress body 401 and arranged side by side independently of each other. 401, the first right lower limb spacer 408, the second right lower limb spacer 409 and the third right lower limb spacer 410 are arranged separately and arranged side by side independently of each other. The first left hip joint spacer 411, the second left hip joint spacer 412 and the third left hip joint spacer 413 are independently arranged side by side. The first right hip joint spacer 414, the second right hip joint spacer 415 and the third right hip joint spacer 416 are independently arranged side by side. The first left knee spacer 417, the second left knee spacer 418 and the third left knee spacer 419 are set independently of each other. Independent first right knee spacer 420, second right knee spacer 421, and third right knee spacer 422, the left foot area is provided with a first independent mattress body 401 that is separated from the mattress body 401 and is independent of each other. A pair of left foot pads 423, a second pair of left foot pads 424 and a third pair of left foot pads 425, the right foot area is provided with a first pair of right feet that are separated from the mattress body 401 and are independent of each other. Foot pad 426, the second pair of right foot pads 427 and the third pair of right foot pads 428, wherein two foot pads of each pair of foot pads are arranged at intervals left and right.

A controller 5 and a first horizontal electric push rod 6 are fixed on the bearing plate 3, a first vertical electric push rod 7 is fixed on the push rod end of the first horizontal electric push rod 6, and the left shoulder pad The bottom of 403 is fixed with a first support plate 8 with a first positioning hole 9 at the bottom, and the first support plate 8 is embedded in the first groove on the bed board 2, that is, the bottom hollow part of the first groove The size is smaller than that of the first support board 8 so that the first support board 8 will not fall from the first groove of the bed board 2 . The bottom of the right shoulder block 403 is fixed with a second support plate with a second positioning hole at the bottom, and the second support plate is embedded in the second groove on the bed board 2, that is, the second groove The size of the bottom hollow part is smaller than the size of the second support plate, so that the second support plate will not fall from the second groove of the bed board 2, and the structure is assembled with the first support plate 8. The control method is: the controller 5 is used to control the push rod end of the first horizontal electric push rod 6 to move left and right, so that the push rod end of the first vertical electric push rod 7 is located in the first positioning hole 9 or the second positioning hole 9 Directly below the hole, control the first vertical electric push rod 7 to move upward so that the push rod end of the first vertical electric push rod 7 is inserted into the first positioning hole 9 or the second positioning hole and raises the left shoulder upward. Block 403 or right shoulder block 404 .

A second horizontal electric push rod 10 is fixed on the bearing plate 3, a second vertical electric push rod 11 is fixed on the push rod end of the second horizontal electric push rod 10, and a second vertical electric push rod 11 is fixed on the end of the first left lower limb pad 405. The bottom is fixed with a third support plate with a third positioning hole at the bottom, and the bottom of the second left lower limb pad 406 is fixed with a fourth support plate with a fourth positioning hole at the bottom. The third left lower limb pad 406 The bottom of 407 is fixed with the fifth support plate with the fifth positioning hole at the bottom, and the third support plate, the fourth support plate and the fifth support plate are embedded in the third groove on the bed board 2, that is, the third The bottom hollow part size of groove is less than the overall dimension of the 3rd support plate, the 4th support plate and the 5th support plate, makes the 3rd support plate, the 4th support plate and the 5th support plate can not from the 3rd concave of bed board 2. The groove falls down, and the structure can refer to the assembly part of the first support plate 8. The control method is: the controller is used to control the push rod end of the second horizontal electric push rod 10 to move left and right, so that the push rod end of the second vertical electric push rod 11 is located in the third positioning hole, the fourth positioning hole or the second positioning hole. Just below the fifth positioning hole, control the second vertical electric push rod 11 to move upward so that the push rod end of the second vertical electric push rod 11 is inserted into the third positioning hole, the fourth positioning hole or the fifth positioning hole And raise the first left lower limb spacer 405, the second left lower limb spacer 406 or the third left lower limb spacer 407 upward.

The third horizontal electric push rod 12 is fixed on the bearing plate 3, the push rod end of the third horizontal electric push rod 12 is fixed with the third vertical electric push rod 13, and the first right lower limb block 408 The bottom is fixed with the sixth support plate with the sixth positioning hole at the bottom, the bottom of the second right lower limb pad 409 is fixed with the seventh support plate with the seventh positioning hole at the bottom, and the third right lower limb pad The bottom of the 410 is fixed with an eighth support plate with an eighth positioning hole on the bottom, and the sixth support plate, the seventh support plate and the eighth support plate are embedded in the fourth groove on the bed board 2, that is, the fourth The size of the bottom hollow part of the groove is less than the total size of the sixth support plate, the seventh support plate and the eighth support plate, so that the sixth support plate, the seventh support plate and the eighth support plate will not fall from the fourth recess of the bed board 2. The groove falls down, and the structure can refer to the assembly part of the first support plate 8. The control method is: the controller is used to control the push rod end of the third horizontal electric push rod 12 to move left and right, so that the push rod end of the third vertical electric push rod 13 is located in the sixth positioning hole, the seventh positioning hole or the sixth positioning hole. Directly below the eight positioning holes, control the third vertical electric push rod 13 to move upward so that the push rod end of the third vertical electric push rod 13 is inserted into the sixth positioning hole, the seventh positioning hole or the eighth positioning hole And lift up the first right lower limb spacer 408 , the second right lower limb spacer 409 or the third right lower limb spacer 410 .

A first vertical electric push rod 14 is fixed on the bearing plate 3, a fourth vertical electric push rod 15 is fixed on the push rod end of the first longitudinal electric push rod 14, and the first left hip pad 411 The bottom of the second left hip pad 412 is fixed with the ninth support plate with the ninth positioning hole in the bottom, the bottom of the second left hip spacer 412 is fixed with the tenth support plate with the tenth positioning hole in the bottom, and the third left hip The bottom of the joint pad 413 is fixed with an eleventh support plate with an eleventh positioning hole at the bottom, and the ninth support plate, the tenth support plate and the eleventh support plate are embedded in the fifth recess on the bed board 2 In the groove, that is, the size of the hollow part at the bottom of the fifth groove is smaller than the total size of the ninth support plate, the tenth support plate and the eleventh support plate, so that the ninth support plate, the tenth support plate and the eleventh support plate are not It will fall from the fourth groove of the bed board 2, and the structure can refer to the assembly part of the first support board 8. The control method is: the controller is used to control the push rod end of the first vertical electric push rod 14 to move back and forth, so that the push rod end of the fourth vertical electric push rod 15 is located in the ninth positioning hole, the tenth positioning hole or the first positioning hole. Just below the eleventh positioning hole, control the fourth vertical electric push rod 15 to move upward so that the push rod end of the fourth vertical electric push rod 15 is inserted into the ninth positioning hole, the tenth positioning hole or the eleventh positioning hole. The first left hip spacer 411 , the second left hip spacer 412 or the third left hip spacer 413 are lifted up in the hole.

A second vertical electric push rod 16 is fixed on the bearing plate 3, a fifth vertical electric push rod 17 is fixed on the push rod end of the second longitudinal electric push rod 16, and the first right hip joint spacer 414 The bottom of the second right hip joint spacer 415 is fixed with a twelfth support plate with a twelfth positioning hole at the bottom, and the bottom of the second right hip pad 415 is fixed with a thirteenth support plate with a thirteenth positioning hole at the bottom. The bottom of the third right hip pad 416 is fixed with a fourteenth support plate with a fourteenth positioning hole at the bottom, and the twelfth support plate, the thirteenth support plate and the fourteenth support plate are embedded in the bed board In the sixth groove on the top, that is, the size of the hollow part at the bottom of the sixth groove is smaller than the total size of the twelfth support plate, the thirteenth support plate and the fourteenth support plate, so that the twelfth support plate, the thirteenth support plate The support plate and the fourteenth support plate will not fall from the sixth groove of the bed board 2 , and the structure can refer to the assembly part of the first support plate 8 . The control method is: the controller 5 is used to control the push rod end of the second vertical electric push rod 16 to move back and forth, so that the push rod end of the fifth vertical electric push rod 17 is located at the twelfth positioning hole, the thirteenth positioning hole Directly below the positioning hole or the fourteenth positioning hole, control the fifth vertical electric push rod 17 to move upward so that the push rod end of the fifth vertical electric push rod 17 is inserted into the twelfth positioning hole and the thirteenth positioning hole. hole or the fourteenth positioning hole and lift up the first right hip spacer 414 , the second right hip spacer 415 or the third right hip spacer 416 .

A third vertical electric push rod 18 is fixed on the bearing plate 3, a sixth vertical electric push rod 19 is fixed on the push rod end of the third vertical electric push rod 18, and the first left knee pad 417 The bottom of the second left knee pad 418 is fixed with the fifteenth support plate with the fifteenth positioning hole at the bottom, and the bottom of the second left knee pad 418 is fixed with the sixteenth support plate with the sixteenth positioning hole at the bottom. The bottom of the third left knee pad 419 is fixed with the seventeenth support plate with the seventeenth positioning hole at the bottom, and the fifteenth support plate, the sixteenth support plate and the seventeenth support plate are embedded in the bed board In the seventh groove on 2, that is, the bottom hollow part of the seventh groove is smaller than the total size of the fifteenth support plate, the sixteenth support plate and the seventeenth support plate, so that the fifteenth support plate, the tenth support plate The six support plates and the seventeenth support plate will not fall from the seventh groove of the bed board 2, and the structure can refer to the assembly part of the first support plate 8. The control method is: the controller 5 is used to control the third vertical electric push rod 18 to move back and forth, so that the push rod end of the sixth vertical electric push rod 19 is located at the fifteenth positioning hole, the sixteenth positioning hole or the sixth positioning hole. Directly below the seventeenth positioning hole, control the sixth vertical electric push rod 19 to move upward so that the push rod end of the sixth vertical electric push rod 19 is inserted into the fifteenth positioning hole, the sixteenth positioning hole or the tenth positioning hole. In the seven positioning holes, raise the first left knee pad 417 , the second left knee pad 418 or the third left knee pad 419 upwards.

The fourth vertical electric push rod 20 is fixed on the bearing plate 3, the push rod end of the fourth vertical electric push rod 20 is fixed with the seventh vertical electric push rod 21, and the first right knee pad 420 The bottom of the second right knee pad 421 is fixed with the eighteenth support plate with the eighteenth positioning hole at the bottom, and the bottom of the second right knee pad 421 is fixed with the nineteenth support plate with the nineteenth positioning hole at the bottom. The bottom of the third right knee pad 422 is fixed with a twentieth support plate with a twentieth positioning hole at the bottom, and the eighteenth support plate, the nineteenth support plate and the twentieth support plate are embedded in the bed board. In the eighth groove on 2, that is, the bottom hollow part of the eighth groove is smaller than the total size of the eighteenth support plate, the nineteenth support plate and the twentieth support plate, so that the eighteenth support plate, the tenth support plate The nine support plates and the twentieth support plate will not fall from the eighth groove of the bed board 2, and the structure can refer to the assembly part of the first support plate 8. The control method is: the controller 5 is used to control the push rod end of the fourth vertical electric push rod 20 to move back and forth, so that the push rod end of the seventh vertical electric push rod 21 is located in the eighteenth positioning hole and the nineteenth positioning hole. Directly below the positioning hole or the twentieth positioning hole, control the seventh vertical electric push rod 21 to move upward so that the push rod end of the seventh vertical electric push rod 21 is inserted into the eighteenth positioning hole and the nineteenth positioning hole. hole or the twentieth positioning hole and lift up the first right knee spacer 420 , the second right knee spacer 421 or the third right knee spacer 422 .

A fifth vertical electric push rod 22 is fixed on the loading plate 3, and an eighth vertical electric push rod 23 is fixed on the push rod end of the fifth vertical electric push rod 22, and the eighth vertical electric push rod 23 The end of the push rod is fixed with the first U-shaped push rod 24, and the bottom of each pad of the first pair of left foot pads 423 is fixed with a twenty-first support plate with a twenty-first positioning hole at the bottom, The bottom of each spacer of the second pair of left foot spacers 424 is fixed with a twenty-second support plate with a twenty-second positioning hole at the bottom, and each pad of the third pair of left foot spacers 425 The bottom of each block is fixed with a twenty-third support plate with a twenty-third positioning hole at the bottom, and the twenty-first support plate, twenty-second support plate and twenty-third support plate are embedded on the bed board 2 In the ninth groove, that is, the size of the hollow part at the bottom of the ninth groove is smaller than the total size of the twenty-first support plate, the twenty-second support plate and the twenty-third support plate, so that the twenty-first support plate, The twenty-second support board and the twenty-third support board will not fall from the ninth groove of the bed board 2 , and the structure can refer to the assembly part of the first support board 8 . The control method is: the controller 5 is used to control the push rod end of the fifth vertical electric push rod 22 to move back and forth, so that the two push rod ends of the first U-shaped push rod 24 on the eighth vertical electric push rod 23 are located directly below the corresponding twenty-first positioning hole, twenty-second positioning hole or twenty-third positioning hole, and the eighth vertical electric push rod 23 is controlled to move upward so that the first U-shaped push rod 24 The two push rod ends are respectively inserted in the corresponding twenty-first positioning hole, the twenty-second positioning hole or the twenty-third positioning hole, and the first pair of left foot pads 423 and the second pair of left foot pads are raised upwards. foot block 424 or a third pair of left foot block 425.

The sixth vertical electric push rod 25 is fixed on the bearing plate 3, and the push rod end of the sixth vertical electric push rod 25 is fixed with a ninth vertical electric push rod 26, and the ninth vertical electric push rod 26 The end of the push rod is fixed with a second U-shaped push rod, and the bottom of each pad of the first pair of right foot pads 426 is fixed with a twenty-fourth support plate with a twenty-fourth positioning hole at the bottom, so The bottom of each spacer of the second pair of right foot spacers 427 is fixed with a twenty-fifth support plate with a twenty-fifth positioning hole at the bottom, and each spacer of the third pair of right foot spacers 428 The bottom is fixed with the twenty-sixth support plate with the twenty-sixth positioning hole at the bottom, and the twenty-fourth support plate, the twenty-fifth support plate and the twenty-sixth support plate are embedded on the bed board 2 In the tenth groove, that is, the size of the hollow part at the bottom of the tenth groove is smaller than the total size of the twenty-fourth support plate, the twenty-fifth support plate and the twenty-sixth support plate, so that the twenty-fourth support plate, the The twenty-fifth support plate and the twenty-sixth support plate will not fall from the tenth groove of the bed board 2, and the structure can refer to the assembly part of the first support plate 8. The control method is: the controller 5 is used to control the push rod end of the sixth vertical electric push rod 25 to move back and forth, so that the two push rod ends of the second U-shaped push rod on the ninth vertical electric push rod 26 Respectively located directly below the corresponding twenty-fourth positioning hole, twenty-fifth positioning hole or twenty-sixth positioning hole, control the ninth vertical electric push rod 26 to move upward so that the two of the second U-shaped push rod The ends of the push rod are respectively inserted in the corresponding twenty-fourth positioning hole, the twenty-fifth positioning hole or the twenty-sixth positioning hole, and the first pair of right foot pads 426 and the second pair of right foot pads are lifted up. Block 427 or third pair of right foot blocks 428 .

The electric bed also includes a remote controller 100, the remote controller includes a left body control button 101 and a right body control button 102, and the communication between the remote controller and the controller can be realized by using a wireless communication module.

During use, the patient lies supine on the mattress 4, the patient's head rests on the head region 402, the patient's left shoulder is placed on the left shoulder region, the patient's right shoulder is placed on the right shoulder region, and the patient's left lower limb is placed on the On the left lower limb area, the patient's right lower limb is placed on the right lower limb area, the patient's left hip joint is placed on the left hip joint area, the patient's right hip joint is placed on the right hip joint area, and the patient's left knee joint is placed on the left knee joint area , the patient's right knee joint is placed on the right knee joint area, the patient's left foot is placed on the left foot area, and the patient's right foot is placed on the right foot area.

If the left side of the patient's body is the affected side, the operator presses the left body control button 101 to send a left body control command. After the controller 5 receives the left body control command from the left body control button 101, Control the push rod end of the first horizontal electric push rod 6 to move left and right, so that the push rod end of the first vertical electric push rod 7 is located directly below the first positioning hole 9, and control the push rod of the first vertical electric push rod 7 end moves upwards so that the push rod end of the first vertical electric push rod 7 is inserted into the first positioning hole 9 and lifts up the left shoulder cushion block 403, and controls the second shoulder cushion block 403 after the left shoulder cushion block 403 moves upwards corresponding to a specified distance. A vertical electric push rod 7 stops running, thereby realizes the function of raising the patient's left shoulder.

By default, the controller 5 controls the push rod end of the second horizontal electric push rod 10 to move left and right, so that the push rod end of the second vertical electric push rod 11 is located directly below the fourth positioning hole, controlling the second vertical The push rod end of the electric push rod 11 moves upward so that the push rod end of the second vertical electric push rod 11 is inserted in the fourth positioning hole and lifts up the second left lower limb pad 406, and the second left lower limb pad After the block 406 moves upwards for a specified distance, the second vertical electric push rod 11 is controlled to stop running, thereby realizing the function of straightening the patient's left lower limb. The second left lower limb block 406 is located outside the patient's left lower limb.

By default, the controller 5 controls the push rod end of the first vertical electric push rod 14 to move back and forth, so that the push rod end of the fourth vertical electric push rod 15 is located directly below the tenth positioning hole, and controls the fourth vertical push rod. The push rod end of the electric push rod 15 moves upwards so that the push rod end of the fourth vertical electric push rod 15 is inserted in the tenth positioning hole and raises the second left hip joint spacer 412 upwards. After the joint spacer 412 moves upward for a specified distance, the fourth vertical electric actuator 15 is controlled to stop running, thereby realizing the function of raising the patient's left hip joint.

By default, the controller 5 controls the push rod end of the third vertical electric push rod 18 to move back and forth, so that the push rod end of the sixth vertical electric push rod 19 is located directly below the sixteenth positioning hole, and controls the sixth vertical electric push rod 19 to move forward and backward. Move upwards to the push rod end of the electric push rod 19 so that the push rod end of the sixth vertical electric push rod 19 is inserted in the sixteenth positioning hole and raises the second left knee pad 418 upwards. After the left knee pad 418 moves upward for a specified distance, the sixth vertical electric push rod 19 is controlled to stop running, thereby realizing the function of raising the patient's left knee joint.

By default, the controller 5 controls the push rod end of the fifth vertical electric push rod 22 to move back and forth, so that the two push rod ends of the first U-shaped push rod 24 on the eighth vertical electric push rod 23 are respectively located at corresponding Directly below the twenty-second positioning hole, control the push rod end of the eighth vertical electric push rod 23 to move upward so that the two push rod ends of the first U-shaped push rod 24 are respectively inserted into the corresponding second Inside the twelve positioning holes and raise the second pair of left foot pads 424 upwards, after the second pair of left foot pads 424 move upwards corresponding to the specified distance, control the eighth vertical electric push rod 23 to stop running, thereby realizing the patient The function of the left foot positions the patient's left foot between the two blocks of the second pair of left foot blocks 424 .

If the right side of the patient's body is the affected side, the operator presses the right side body control button 102 to send a right side body control command. After the controller 5 receives the right side body control command from the right side body control button 102, Control the push rod end of the first horizontal electric push rod 6 to move left and right, so that the push rod end of the first vertical electric push rod 7 is located directly below the second positioning hole, and control the push rod end of the first vertical electric push rod 7 Move upward so that the push rod end of the first vertical electric push rod 7 is inserted in the second positioning hole and raise the right shoulder pad 404 upwards, and control the first shoulder pad 404 after the right shoulder pad 404 moves upwards for a specified distance. A vertical electric push rod 7 stops running, thereby realizes the function of raising the patient's right shoulder.

By default, the controller 5 controls the push rod end of the third horizontal electric push rod 12 to move left and right, so that the push rod end of the third vertical electric push rod 13 is located directly below the seventh positioning hole, and controls the third vertical push rod. The push rod end of the electric push rod 13 moves upwards so that the push rod end of the third vertical electric push rod 13 is inserted in the seventh positioning hole and lifts up the second right lower limb pad 409, and the second right lower limb pad After the block 409 moves upwards for a corresponding designated distance, the third vertical electric push rod 13 is controlled to stop running, thereby realizing the function of straightening the patient's right lower limb. The second right lower limb block 409 is located outside the patient's right lower limb.

By default, the controller 5 controls the push rod end of the second vertical electric push rod 16 to move back and forth, so that the push rod end of the fifth vertical electric push rod 17 is located directly below the thirteenth positioning hole, and controls the fifth vertical electric push rod 17. Move upwards to the push rod end of the electric push rod 17 so that the push rod end of the fifth vertical electric push rod 17 is inserted in the thirteenth positioning hole and raises the second right hip pad 415 upwards, in the second After the right hip pad 415 moves upwards for a specified distance, the fifth vertical electric push rod 17 is controlled to stop running, thereby realizing the function of raising the patient's right hip joint.

By default, the controller 5 controls the push rod end of the fourth vertical electric push rod 20 to move back and forth, so that the push rod end of the seventh vertical electric push rod 21 is located directly below the nineteenth positioning hole, and controls the seventh vertical electric push rod 21 to move forward and backward. Move upwards to the push rod end of the electric push rod 21 so that the push rod end of the seventh vertical electric push rod 21 is inserted in the nineteenth positioning hole and raises the second right knee pad 421 upwards, in the second After the right knee pad 421 moves upward for a specified distance, the seventh vertical electric push rod 21 is controlled to stop running, thereby realizing the function of raising the patient's right knee joint.

By default, the controller 5 controls the push rod end of the sixth vertical electric push rod 25 to move back and forth, so that the two push rod ends of the second U-shaped push rod of the ninth vertical electric push rod 26 are respectively located at the corresponding Directly below the twenty-fifth positioning hole, control the push rod end of the ninth vertical electric push rod 26 to move upward so that the two push rod ends of the second U-shaped push rod are respectively inserted into the corresponding twenty-fifth Position the hole and raise the second pair of right foot pads 427 upwards, and control the ninth vertical electric push rod 26 to stop running after the second pair of right foot pads 427 move upwards corresponding to the specified distance, so as to realize the right foot of the patient function to position the patient's right foot between the two blocks of the second pair of right foot blocks 427 .

The remote control also includes a left shoulder raising control button 103, a left shoulder reset control button 104, a right shoulder raising control button 105, a right shoulder reset control button 106, and a left lower limb alignment control button containing three control buttons. 107. Left lower limb reset control button 108, right lower limb alignment control button 109 containing three control keys, right lower limb reset control button 110, left hip joint raising control button 111 containing three control keys, left hip joint reset control Button 112, right hip joint raising control button 113 containing three control keys, right hip joint reset control button 114, left knee joint raising control button 115 containing three control keys, left knee joint reset control button 116, containing The right knee joint raising control button 117 of three control keys, the right knee joint reset control button 118, the left foot control button 119 that contains three control keys, the left foot reset button 120 that contains three control keys Right foot straightening control button 121 and right foot straightening reset button 122 .

The operator can individually raise or adjust a certain part of the body, for example: to raise the left shoulder of the patient alone, the operator presses the left shoulder raising control button 103 to issue a left shoulder raising control command , after the controller 5 receives the left shoulder raising control command sent by the left shoulder raising control button 103, it controls the operation of the first horizontal electric actuator 6 and the first vertical electric actuator 7, so that the left shoulder pad 403 Move up and raise corresponding to the specified distance.

When the patient's left shoulder is raised for a period of time and wants to reset, press the left shoulder reset control button 104 to send a left shoulder reset control command, and the controller 5 receives the left shoulder reset control from the left shoulder reset control button 104. After the instruction, control the operation of the first horizontal electric push rod 6 and the first vertical electric push rod 7, so that the left shoulder pad 403 moves downward and resets, and the top of the left shoulder pad 403 is aligned with the top of the mattress body 401 flat.

Raise the right shoulder of the patient alone, the operator presses the right shoulder raising control button 105 to send a right shoulder raising control command, and the controller 5 receives the right shoulder raising control button 105 After the right shoulder raising control command, the first horizontal electric actuator 6 and the first vertical electric actuator 7 are controlled to operate, so that the right shoulder block 404 moves upwards and raises the corresponding specified distance.

When the patient's right shoulder is raised after a period of time and wants to reset, press the right shoulder reset control button 106 to send the right shoulder reset control command, and the controller 5 is receiving the right shoulder reset control button 106. After the right shoulder reset control command, control the first horizontal electric push rod 6 and the first vertical electric push rod 7 to run, so that the right shoulder pad 404 moves downward and resets, and the top of the right shoulder pad 404 is in contact with the bed. The top of the pad body 401 is flush.

Align the left lower limb of the patient alone, the operator presses the first left lower limb alignment control instruction sent by the first control button 107 of the left lower limb alignment control button, and the second left lower limb alignment control command sent by the second control button. Orientation control instruction, or the third left lower limb alignment control instruction sent by the third control key, the controller 5 receives the first left lower limb alignment control instruction, the second left lower limb alignment control instruction, or the third left lower limb alignment control instruction. After the lower limbs are aligned, control the operation of the second horizontal electric actuator 10 and the second vertical electric actuator 11, so that the corresponding first left lower limb pad 405, second left lower limb pad 406 or third left lower limb pad Block 407 is moved upwards to straighten the left lower limb. Moreover, if the patient is thinner, the first left lower limb pad 405 can be raised, if the patient is fatter, the third left lower limb pad 407 can be raised, and if the patient is normal, the second left lower limb pad 407 can be raised. The lower limb spacer 406 can raise the corresponding left lower limb spacer according to the patient's own actual situation. When the patient's left lower limb is adjusted for a period of time and wants not to be adjusted, press the left lower limb reset control button 108 to send a left lower limb reset control command, and the controller 5 controls the second left lower limb reset control command after receiving the left lower limb reset control command. The horizontal electric push rod 10 and the second vertical electric push rod 11 operate so that the first left lower limb block 405 , the second left lower limb block 406 or the third left lower limb block 407 move downward and reset.

Align the right lower limb of the patient alone, the operator presses the first right lower limb alignment control instruction sent by the first control button 109 of the right lower limb alignment control button, and the second right lower limb alignment control command sent by the second control button. Orientation control instruction, or the third right lower limb alignment control instruction sent by the third control key, the controller 5 receives the first right lower limb alignment control instruction, the second right lower limb alignment control instruction, or the third right lower limb alignment control instruction. After the lower limbs are aligned, control the operation of the third horizontal electric actuator 12 and the third vertical electric actuator 13, so that the corresponding first right lower limb pad 408, second right lower limb pad 409 or third right lower limb pad Block 410 is moved upwards to straighten the patient's right lower extremity. Moreover, if the patient is thinner, the first right lower limb pad 408 can be raised, if the patient is fatter, the third right lower limb pad 410 can be raised, and if the patient is normal, the second right lower limb pad 410 can be raised. The lower limb spacer 409 can raise the corresponding right lower limb spacer according to the patient's own actual situation.

When the patient's right lower limb is adjusted for a period of time and wants not to be adjusted, press the right lower limb reset control button 110 to send a left lower limb reset control command, and the controller 5 controls the third limb after receiving the right lower limb reset control command. The horizontal electric push rod 12 and the third vertical electric push rod 13 operate to make the first right lower limb block 408 , the second right lower limb block 409 or the third right lower limb block 410 move down and reset.

Raise the left hip joint of the patient alone, press the first left hip joint raising control instruction sent by the first control key of the left hip joint raising control button 111, and the second left hip joint raising control command sent by the second control button 111. Hip joint raising control command, or the third left hip joint raising control command sent by the third control key, the controller 5 receives the first left hip joint raising control command, the second left hip joint raising control command , or after the third left hip joint raising control command, control the first vertical electric actuator 14 and the fourth vertical electric actuator 15 to run, so that the first left hip pad 411 and the second left hip pad 412 or second left hip block 413 moves up to elevate the left hip. Moreover, if the patient's height is relatively short, the first left hip joint block 411 can be raised, if the patient's height is relatively high, the third left lower limb block 407 can be raised, and if the patient's height is normal, the second left hip block can be raised. The left hip joint spacer 412 can raise the corresponding left hip joint spacer according to the patient's own actual situation.

When the patient's left hip joint is lifted for a period of time and wants to reset, press the left hip joint reset control button 112 to send a left hip joint reset control command, and the controller 5 controls the left hip joint reset control command after receiving the left hip joint reset control command. A longitudinal electric push rod 14 and a fourth vertical electric push rod 15 operate to make the first left hip joint spacer 411 , the second left hip joint spacer 412 or the third left hip joint spacer 413 move downward and reset.

Raise the right hip joint of the patient alone, press the first right hip joint raising control command sent by the first control key of the right hip joint raising control button 113, and the second right hip joint raising control command sent by the second control key. Hip joint raising control command, or the third right hip joint raising control command sent by the third control key, the controller 5 receives the first right hip joint raising control command, the second right hip joint raising control command , or the third right hip joint raising control command, control the second longitudinal electric actuator 16 and the fifth vertical electric actuator 17 to run, so that the first right hip joint pad 414, the second right hip joint pad 414 415 or third right hip spacer 416 moves up to elevate the right hip. Moreover, if the patient's height is relatively short, the first right hip joint block 414 can be raised, if the patient's height is relatively high, the third right hip joint block 416 can be raised, and if the patient's height is normal, the third right hip joint block 416 can be raised. Two right hip joint pads 415 can raise the corresponding right hip joint pads according to the patient's own actual situation.

When the patient's right hip joint is lifted for a period of time and wants to reset, press the right hip joint reset control button 114 to send a right hip joint reset control command, and the controller 5 controls the first hip joint reset control command after receiving the right hip joint reset control command. The two vertical electric push rods 16 and the fifth vertical electric push rod 17 operate so that the first right hip joint spacer 414 , the second right hip joint spacer 415 or the third right hip joint spacer 416 moves downward to reset.

Raise the left knee joint of the patient alone, press the first left knee joint raising control instruction sent by the first control key of the left knee joint raising control button 115, and the second left knee joint raising control instruction sent by the second control button 115. Knee joint raising control command, or the third left knee joint raising control command sent by the third control key, the controller 5 receives the first left knee joint raising control command, the second left knee joint raising control command , or after the third left knee joint raising control command, control the third vertical electric push rod 18 and the sixth vertical electric push rod 19 to run, so that the first left knee pad 417, the second left knee pad 418 or third left knee block 419 moves up to elevate the left knee. Moreover, if the patient's height is relatively short, the first left knee pad 417 can be raised, if the patient's height is relatively high, the third left knee pad 419 can be raised, and if the patient's height is normal, the third left knee pad 419 can be raised. Two left knee pads 418 can raise the corresponding left knee pads according to the patient's own actual situation.

When the patient's left knee joint is lifted for a period of time and wants to reset, press the left knee joint reset control button 116 to send a left knee joint reset control command, and the controller 5 controls the first left knee joint reset control command after receiving the left knee joint reset control command. The three vertical electric push rods 18 and the sixth vertical electric push rod 19 operate to make the first left knee joint pad 417 , the second left knee joint pad 418 or the third left knee joint pad 419 move down and reset.

Raise the right knee joint of the patient alone, press the first right knee joint raising control instruction sent by the first control key of the right knee joint raising control button 117, and the second right knee joint raising control command sent by the second control button 117. Knee joint raising control command, or the third right knee joint raising control command sent by the third control key, the controller 5 receives the first right knee joint raising control command, the second right knee joint raising control command , or the third right knee joint raising control command, control the fourth vertical electric push rod 20 and the seventh vertical electric push rod 21 to run, so that the first right knee pad 420, the second right knee pad 421 or the third right knee block 422 moves up to raise the right knee joint. Moreover, if the patient's height is relatively short, the first right knee pad 420 can be raised, if the patient's height is relatively high, the third right knee pad 422 can be raised, and if the patient's height is normal, the third right knee pad 422 can be raised. Two right knee pads 421 can raise the corresponding right knee pads according to the patient's own actual situation.

When the patient's right knee joint is lifted for a period of time and wants to reset, press the right knee joint reset control button 118 to send a right knee joint reset control command, and the controller 5 controls the first knee joint reset control command after receiving the right knee joint reset control command. The four vertical electric push rods 20 and the seventh vertical electric push rod 21 operate to make the first right knee joint spacer 420 , the second right knee joint spacer 421 or the third right knee joint spacer 422 move down and reset.

Align the left foot of the patient alone, the operator presses the first left foot alignment control command sent by the first control button 119 of the left foot alignment control button 119, and the second left foot alignment control command sent by the second control button. Orientation control instruction, or the third left foot alignment control instruction sent by the third control key, the controller 5 receives the first left foot alignment control instruction, the second left foot alignment control instruction, or the third left foot alignment control instruction. After the control command is placed, the fifth vertical electric push rod 22 and the eighth vertical electric push rod 23 are controlled to run, so that the first pair of left foot pads 423, the second pair of left foot pads 424 or the third pair of left foot pads The foot block 425 is moved upwards to straighten the left foot. And if the patient's height is relatively short, then the first pair of left foot pads 423 can be raised, if the patient's height is relatively high, then the third pair of left foot pads 425 can be raised, and if the patient's height is normal, the first pair of left foot pads 425 can be raised. Two pairs of left foot pads 424 can raise corresponding left foot pads according to the patient's own actual situation.

When the patient's left foot is placed for a period of time and wants not to be adjusted, press the left foot reset control button 120 to send a left foot reset control command, and the controller 5 controls the fifth foot after receiving the left foot reset control command. The vertical electric push rod 22 and the eighth vertical electric push rod 23 operate so that the first pair of left foot pads 423 , the second pair of left foot pads 424 or the third pair of left foot pads 425 move downward and reset.

Align the right foot of the patient alone, and the operator presses the first right foot alignment control instruction sent by the first control key of the right foot alignment control button 121, and the second right foot alignment control command sent by the second control button. Orientation control instruction, or the third right foot alignment control instruction sent by the third control key, the controller 5 receives the first right foot alignment control instruction, the second right foot alignment control instruction, or the third right foot alignment control instruction. After the control command is placed, the sixth vertical electric push rod 25 and the ninth vertical electric push rod 26 are controlled to run, so that the first pair of right foot pads 426, the second pair of right foot pads 427 or the third pair of right foot pads The foot block 428 is moved upwards to straighten the right foot. And if the patient's height is relatively short, then the first pair of right foot pads 426 can be raised, if the patient's height is relatively high, then the third pair of right foot pads 428 can be raised, and if the patient's height is normal, then the first pair of right foot pads 428 can be raised. Two pairs of right foot pads 427 can raise corresponding right foot pads according to the patient's own actual situation.

When the patient's right foot is put right after a period of time and wants not to be put right, press the right foot reset control button 122 to send a right foot reset control command, and the controller 5 controls the sixth foot after receiving the right foot reset control command. The vertical electric push rod 25 and the ninth vertical electric push rod 26 operate to make the first pair of right foot pads 426 , the second pair of right foot pads 427 or the third pair of right foot pads 428 move down and reset.

Although the specific embodiments of the present invention have been described above, those skilled in the art should understand that these are only examples, and the protection scope of the present invention is defined by the appended claims. Those skilled in the art can make various changes or modifications to these embodiments without departing from the principle and essence of the present utility model, but these changes and modifications all fall within the protection scope of the present utility model.

Claims (4)

1. An electric bed that assists patients in a supine position to place in a good posture, it comprises four bed legs and a bed board on the top of four bed legs, it is characterized in that four described bed legs are fixed to the four corners of the load-bearing plate , and the bearing plate is located directly below the bed board, a mattress is placed on the top of the bed board, the mattress includes a mattress body, and the mattress body is provided with a head area, a left shoulder area, a right shoulder area, a left lower body area, right lower body area, left hip area, right hip area, left knee area and right knee area; The left shoulder area is provided with a left shoulder pad that is separated from the mattress body, the right shoulder area is provided with a right shoulder pad that is separate from the mattress body, and the left lower limb area is provided with a pad that is separate from the mattress body. The first left lower limb spacer, the second left lower limb spacer and the third left lower limb spacer are arranged separately from the body and are independent from each other. A right lower limb pad, a second right lower limb pad and a third right lower limb pad, the left hip joint area is provided with a first left hip joint pad, a second The left hip joint spacer and the third left hip joint spacer, the right hip joint area is provided with the first right hip joint spacer, the second right hip joint spacer and the mattress body separated from each other and independent of each other. The third right hip joint block, the left knee joint area is provided with a first left knee joint block, a second left knee joint block and a third left knee joint block which are separated from the mattress body and independent of each other. block, the right knee joint area is provided with a first right knee spacer, a second right knee spacer and a third right knee spacer which are separated from the mattress body and arranged side by side and independent of each other; A controller and a first horizontal electric push rod are fixed on the bearing plate, a first vertical electric push rod is fixed at the push rod end of the first horizontal electric push rod, and a bottom bottom of the left shoulder pad is fixed with a bottom A first support plate with a first positioning hole, and the first support plate is embedded in the first groove on the bed board, and the bottom of the right shoulder pad is fixed with a bottom with a second positioning hole a second support plate, and the second support plate is embedded in the second groove on the bed board, and the first horizontal electric push rod and the first vertical electric push rod are both electrically connected to the controller; A second horizontal electric push rod is fixed on the bearing plate, a second vertical electric push rod is fixed on the push rod end of the second horizontal electric push rod, and a bottom strap is fixed on the bottom of the first left lower limb pad. There is a third support plate with a third positioning hole, the bottom of the second left lower limb block is fixed with a fourth support plate with a fourth positioning hole at the bottom, and the bottom of the third left lower limb block is fixed with a bottom strap The fifth support plate with the fifth positioning hole, the third support plate, the fourth support plate and the fifth support plate are embedded in the third groove on the bed plate, the second horizontal electric push rod and the second The vertical electric push rods are all electrically connected to the controller; A third horizontal electric push rod is fixed on the bearing plate, a third vertical electric push rod is fixed on the push rod end of the third horizontal electric push rod, and a bottom strap is fixed on the bottom of the first right lower limb block. There is a sixth support plate with a sixth positioning hole, the bottom of the second right lower limb cushion is fixed with a seventh support plate with a seventh positioning hole at the bottom, and the bottom of the third right lower limb cushion is fixed with a bottom strap The eighth support plate with the eighth positioning hole, the sixth support plate, the seventh support plate and the eighth support plate are embedded in the fourth groove on the bed plate, the third horizontal electric push rod and the third The vertical electric push rods are all electrically connected to the controller; A first longitudinal electric push rod is fixed on the bearing plate, a fourth vertical electric push rod is fixed on the push rod end of the first longitudinal electric push rod, and a bottom of the first left hip pad is fixed with a bottom The ninth support plate with the ninth positioning hole, the bottom of the second left hip spacer is fixed with the tenth support plate with the tenth positioning hole at the bottom, the bottom of the third left hip spacer is fixed There is an eleventh supporting board with an eleventh positioning hole at the bottom, the ninth supporting board, the tenth supporting board and the eleventh supporting board are embedded in the fifth groove on the bed board, and the first longitudinal Both the electric push rod and the fourth vertical electric push rod are electrically connected to the controller; A second longitudinal electric push rod is fixed on the bearing plate, a fifth vertical electric push rod is fixed on the push rod end of the second longitudinal electric push rod, and a bottom bottom of the first right hip pad is fixed with a bottom The twelfth support plate with the twelfth positioning hole, the bottom of the second right hip pad is fixed with the thirteenth support plate with the thirteenth positioning hole at the bottom, the third right hip pad The bottom of the block is fixed with a fourteenth support plate with a fourteenth positioning hole at the bottom, and the twelfth support plate, the thirteenth support plate and the fourteenth support plate are embedded in the sixth groove on the bed plate , the second vertical electric push rod and the fifth vertical electric push rod are both electrically connected to the controller; A third longitudinal electric push rod is fixed on the bearing plate, a sixth vertical electric push rod is fixed on the push rod end of the third longitudinal electric push rod, and a bottom bottom of the first left knee pad is fixed with a bottom The fifteenth support plate with the fifteenth positioning hole, the bottom of the second left knee pad is fixed with the sixteenth support plate with the sixteenth positioning hole at the bottom, the third left knee pad The bottom of the block is fixed with a seventeenth support plate with a seventeenth positioning hole at the bottom, and the fifteenth support plate, the sixteenth support plate and the seventeenth support plate are embedded in the seventh groove on the bed plate , the third vertical electric push rod and the sixth vertical electric push rod are both electrically connected to the controller; The fourth vertical electric push rod is fixed on the bearing plate, the push rod end of the fourth vertical electric push rod is fixed with the seventh vertical electric push rod, and the bottom of the first right knee pad is fixed with a bottom The eighteenth support plate with the eighteenth positioning hole, the bottom of the second right knee pad is fixed with the nineteenth support plate with the nineteenth positioning hole at the bottom, the third right knee pad The bottom of the block is fixed with a twentieth support plate with a twentieth positioning hole at the bottom, and the eighteenth support plate, the nineteenth support plate and the twentieth support plate are embedded in the eighth groove on the bed plate , the fourth vertical electric push rod and the seventh vertical electric push rod are both electrically connected to the controller. 2. The electric bed for assisting patients in a supine position according to claim 1, wherein a left foot region and a right foot region are also provided on the mattress body, and the left foot region is provided with a The first pair of left foot pads, the second pair of left foot pads and the third pair of left foot pads are arranged separately from the mattress body and are independent of each other. The right foot area is provided with a The first pair of right foot pads, the second pair of right foot pads and the third pair of right foot pads are arranged side by side and independent of each other, wherein the two foot pads of each pair of foot pads are arranged at intervals from left to right; The fifth vertical electric push rod is fixed on the bearing plate, the push rod end of the fifth vertical electric push rod is fixed with the eighth vertical electric push rod, and the push rod end of the eighth vertical electric push rod is fixed There is a first U-shaped push rod, the bottom of each pad of the first pair of left foot pads is fixed with a twenty-first support plate with a twenty-first positioning hole at the bottom, and the second pair of left foot pads The bottom of each spacer of the spacer is fixed with a twenty-second support plate with a twenty-second positioning hole at the bottom, and the bottom of each spacer of the third pair of left foot spacers is fixed with a bottom with a second hole. The twenty-third support plate of the twenty-three positioning holes, the twenty-first support plate, the twenty-second support plate and the twenty-third support plate are embedded in the ninth groove on the bed board, the first Both the fifth vertical electric push rod and the eighth vertical electric push rod are electrically connected to the controller; The sixth vertical electric push rod is fixed on the bearing plate, the push rod end of the sixth vertical electric push rod is fixed with the ninth vertical electric push rod, and the push rod end of the ninth vertical electric push rod is fixed There is a second U-shaped push rod, and the bottom of each pad of the first pair of right foot pads is fixed with a twenty-fourth support plate with a twenty-fourth positioning hole at the bottom, and the second pair of right foot pads The bottom of each spacer of the spacer is fixed with a twenty-fifth support plate with a twenty-fifth positioning hole at the bottom, and each spacer bottom of the third pair of right foot spacers is fixed with a bottom with a second hole. The twenty-sixth support plate of the twenty-six positioning holes, the twenty-fourth support plate, the twenty-fifth support plate and the twenty-sixth support plate are embedded in the tenth groove on the bed plate, the first Both the six vertical electric push rods and the ninth vertical electric push rod are electrically connected to the controller. 3. The electric bed for assisting patients in a supine position according to claim 2, wherein the electric bed also includes a remote controller, and the remote controller includes a left body control button and a right body control button , the left body control button and the right body control button are both electrically connected to the controller. 4. The electric bed for assisting patients in supine position to place in a good posture as claimed in claim 3, wherein the remote controller also includes a left shoulder raising control button, a left shoulder reset control button, a right shoulder raising control button, and a right shoulder raising control button. button, right shoulder reset control button, left lower limb alignment control button with three control buttons, left lower limb reset control button, right lower limb alignment control button with three control buttons, right lower limb reset control button, including three Left Hip Raise Control Button, Left Hip Return Control Button, Right Hip Raise Control Button with Three Control Buttons, Right Hip Reset Control Button, Left Knee Elevation with Three Control Buttons Control Buttons, Left Knee Reset Control Button, Right Knee Raise Control Button with Three Control Buttons, Right Knee Reset Control Button, Left Foot Alignment Control Button with Three Control Buttons, Left Foot Alignment Reset Button , the right foot alignment control button and the right foot alignment reset button which contain three control buttons; The left shoulder raising control button, the left shoulder reset control button, the right shoulder raising control button, the right shoulder reset control button, the left lower limb alignment control button, the left lower limb reset control button, the right lower limb alignment control button, Right lower limb reset control button, left hip joint elevation control button, left hip joint reset control button, right hip joint elevation control button, right hip joint reset control button, left knee joint elevation control button, left knee joint reset control button , the right knee joint raising control button, the right knee joint reset control button, the left foot alignment control button, the left foot alignment reset button, the right foot alignment control button and the right foot alignment reset button are all electrically connected to the controller.

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