CN108578155B - a multi-functional medical bed for emergency department - Google Patents

Abstract

The invention discloses a multifunctional medical bed used in the emergency department, which includes a telescopic support, an adjustable bed board and a reversible auxiliary table; the telescopic support includes walking universal wheels and an adjustable lifting frame, and the top of the adjustable Load-bearing beams are plugged in, and the adjustable bed board includes an outer fixed bed beam and an inner adjustable bed board, and an electric push rod is connected between the two; an adjustable platform and a sponge mattress are installed on the inner adjustable bed board, and the outer fixed bed beam is A reversible guardrail is installed; the reversible auxiliary table includes a reversible table for storage on the right side of the adjustable bed board. Single-chip microcomputer control board; the invention has the function of automatic lifting adjustment, and can also realize the automatic adjustment operation of the angle of the support bed board, to ensure the stability of the patient during the transportation process, to facilitate the patient's movement, and the whole emergency bed has good shock absorption performance, and is also convenient for folding and storage .

Description

A multifunctional medical bed for emergency department

technical field

The invention relates to the field of medical equipment, in particular to a multifunctional medical bed used in emergency departments.

Background technique

At present, the height of the medical bed used in the hospital is often fixed, so when the patient needs to lift the patient's body back, thigh or calf when lying down on the medical bed, the patient's body can only be lifted by the pillow. However, the fixing effect of the pillow is poor, it cannot be reused for a long time, the hygiene problem cannot be guaranteed, and it is easy to cause wound infection, and when the patient is undergoing surgery or inspection, the pillow is easy to fall due to the change of the patient's posture. Make the doctor-patient cooperation not close enough, affect the patient's rehabilitation.

Chinese patent CN202776819U discloses a lift-type medical bed, including a bed body and a bed surface, the bed body and the bed surface are connected, and there is a surrounding frame with the same size as the bed surface above the bed surface, and a canvas surface is fastened on the surrounding frame , the four corners of the surrounding frame are provided with vertical downward columns, and a lifting mechanism is arranged between the columns and the bed. However, first of all, although it can realize the lifting of the bed, it cannot realize the lifting of the head of the bed, and cannot make the patient's upper body tilt, which is inconvenient for the patient to take medicine, etc., and is inconvenient to use; secondly, it cannot realize the movement of the medical bed, which is inconvenient to move. It is inconvenient to move the medical bed to the desired position; finally, it does not disclose whether the lifting device can fix the bed surface after raising the bed surface to a suitable height. It only has a lifting function, a single function, and poor stability in use.

Another example is that the Chinese patent CN202397731U discloses a general surgery nursing bed, which includes a bed board, bed legs, support boards, lockers, lying pillows, support rods, instrument support boards and handrails, wherein the bed board is connected to the bed legs, and the support board is connected to the bed board Connection, the support board is provided with a locker, the support rod is connected with the bed board, the instrument support board is connected with the support rod through the shaft, and the bed board is provided with a pillow and handrails, which is easy to operate when nursing patients in general surgery , save time and effort, and reduce the work difficulty of medical staff. However, it cannot adjust the height and cleaning angle of the bed board, and cannot adapt to the use of patients of different heights. The safety is poor and the operation is cumbersome. Moreover, when a general surgery patient needs to eat while lying on the bed, the bed board cannot be tilted, which affects the patient's eating and is inconvenient to use. Can not meet the needs of general surgery patients.

Therefore, it is necessary to provide a new technical solution to solve the above technical problems.

Contents of the invention

In order to overcome the deficiencies of the existing technical solutions, the present invention provides a multifunctional medical bed used in the emergency department, which can effectively solve the problems raised by the background technology.

The technical solution adopted by the present invention to solve its technical problems is:

A multifunctional medical bed used in the emergency department, including a telescopic bracket for supporting the bed, the top support of the telescopic bracket is connected with an adjustable bed board, and the side of the adjustable bed board is equipped with a reversible auxiliary table;

There are two telescopic brackets, which are respectively connected to the two sides of the adjustable bed board. The bottom of the telescopic bracket is connected with a walking universal wheel for driving the whole device to move. The adjustable lifting frame is connected with the adjustable lifting frame, and the cross-stayed beams are connected through the hinge shaft between the adjustable lifting frames. The top of the adjustable lifting frame is inserted with a load-bearing beam, and the load-bearing beam is connected to the adjustable bed board bottom.

The adjustable bed board includes an outer fixed bed beam installed on the outermost periphery and an inner adjustable bed board installed and fixed in the middle, and an electric pusher for adjusting the relative angle between the inner adjustable bed board and the outer fixed bed beam is connected. Rod; the adjustable platform with shock-absorbing function is installed at the head and tail of the inner adjustable bed board, the upper surface of the adjustable platform is wrapped with a sponge mattress, and the upper surface of the outer fixed bed beam is vertically installed with a protective Functional reversible guardrail.

The reversible auxiliary table includes a reversing table for being stored on the right side of the adjustable bed board and a reversing hinge shaft for connecting the reversing table and the adjustable bed board. An infusion stand with a lifting adjustment function, a disinfection storage tank for placing medical instruments is dug out on the outer side of the turning table, a power supply battery is installed on the lower surface of the turning table, and the output end of the power supply battery is connected to a power supply plug through a wire. The power supply board is inlaid on the rear side of the turning table, and the power output end of the power supply battery is also connected with a single-chip microcomputer control board for automatic adjustment of the adjustable bed board.

Further, the adjustable lifting frame includes a load-bearing base made of hollow stainless steel plate, the upper surface of the load-bearing base has a rotary drive motor, and a connecting flange is sleeved on the output shaft of the rotary drive motor. The top of the other end of the flange is sleeved with a rotating sleeve shaft for rotating and lifting.

Further, the rotating sleeve shaft includes outer sleeves at the upper and lower ends and an inner sleeve connected between the outer sleeves, the connection between the outer sleeve and the inner sleeve is provided with a matching rotating thread, and the outer sleeve at the top It is connected to the lower surface of the load-bearing beam, and a living hinge is installed at the joint, and a fixed bolt is also connected between the living hinge and the load-bearing beam.

Further, the outer fixed bed beam is a stainless steel hollow square steel pipe, and the inner surface of the outer fixed bed beam is excavated with a movable slide rail for engaging with an electric push rod, and the electric push rod includes a push-pull push rod for providing a power source. A driving motor, an output shaft of the driving motor is connected with a spring push rod with compression performance.

Further, the inner adjustable bed board includes two separate stainless steel bed board frames, the joints of the stainless steel bed board frames are connected with a rotating horizontal axis, the side of the stainless steel bed board frame is embedded with a motor installation slot, and the motor The installation groove is used for fixing and installing the drive motor, and a telescopic spring with good tensile properties is also connected between the lower surfaces of the two stainless steel bed frame.

Further, the adjustable platform includes a lift drive motor for height adjustment, and a balance support plate is connected to the top of the lift output shaft of the lift drive motor. The balance support plate is composed of upper and lower layers of stainless steel plates, and the upper and lower plates Shock-absorbing springs are also installed between the layers.

Further, the single-chip control board includes a single-chip controller, the SPI bus port of the single-chip controller is connected with a signal processing module for signal acquisition, and the GPIO signal output terminal of the single-chip controller is connected with an action execution for driving each motor module.

Further, the signal processing module includes an angle sensor installed on the inner adjustable bed board and a rotation speed sensor installed on the output shaft of the push-pull drive motor and the lift drive motor, the output ends of the angle sensor and the rotation speed sensor are connected for A digital signal acquisition card for signal acquisition, the digital signal acquisition card outputs digital signals to the SPI input terminal of the single-chip microcomputer control board.

Further, the action execution module includes a synchronous reset switch for controlling on-off of the circuit and a power regulator for adjusting the working state of the motor, the power regulator is connected to the PWM wave output module of the single-chip microcomputer control board, the The synchronous reset switch is connected to the driving end of the push-pull drive motor and the lift drive motor, and a power amplifier is also connected between the power regulator and the synchronous reset switch.

Compared with prior art, the beneficial effect of the present invention is:

(1) The present invention installs a reversible adjustable lifting frame under the load-bearing crossbeam by setting a telescopic bracket, and uses a rotating drive motor as a power source to generate power to drive the outer sleeve and the inner sleeve of the rotating sleeve to rotate relative to each other. In turn, the automatic adjustment of the overall height can be realized, so that the height of the entire bed can be automatically adjusted. In the emergency room, the height of the bed can be easily adjusted to the same height as the hospital bed or the operating table, so as to achieve the goal of keeping the patient's body position unchanged. Moving to facilitate the reduction of secondary injuries to patients during the moving process, and at the same time effectively reduce the difficulty of moving operations and save the labor of medical staff;

(2) In the present invention, by setting an adjustable bed board, an electric push rod is set between the inner adjustable bed board and the outer fixed bed beam, and the push-pull drive motor is used as the driving source to drive the spring push rod to move back and forth in the movable slide rail, thereby adjusting The angle between the two inner adjustable bed boards and the horizontal axis of rotation can automatically realize the automatic leveling and folding operation of the inner adjustable bed boards, which is fast and convenient; by installing a reversible guardrail on the side of the bed boards, it can effectively prevent the patient from It rolls over when being moved, and can be turned over for storage when not in use, effectively saving floor space;

(3) The present invention installs an adjustable platform on the stainless steel bed frame, uses the lifting drive motor as the driving source, and changes the angle between the balance support plate and the horizontal direction, so that the angle of the bed can be automatically adjusted in a non-horizontal environment. To ensure the lying position of seriously injured patients, so as to ensure the effectiveness of timely rescue; by setting the shock absorbing spring, the vibration during the height adjustment process can be effectively buffered, the impact on the patient will be minimized, and the patient can be effectively protected;

(4) The present invention installs the single-chip microcomputer control board on the reversible auxiliary table, utilizes the power supply battery as the power supply, carries out real-time acquisition operation with the angle sensor and the rotational speed sensor in the signal processing module, analyzes and judges in conjunction with the single-chip microcomputer controller, and outputs control instructions To the action execution module, by changing the duty cycle of the power regulator, the output power can be adjusted, and then the motor speed can be changed to adjust the current inclination angle, forming a closed-loop feedback adjustment system with strong anti-interference ability and high control accuracy.

Description of drawings

Fig. 1 is the front structure schematic diagram of the present invention;

Fig. 2 is a schematic view of the top view structure of the present invention;

Fig. 3 is a schematic view of the side structure of the present invention;

Fig. 4 is a structural schematic diagram of an adjustable platform;

Fig. 5 is a structural schematic diagram of a reversible auxiliary table;

Figure 6 is a schematic diagram of the microcontroller control board.

Labels in the figure:

1-Extendable bracket; 2-Adjustable bed board; 3-Reversible auxiliary table;

101-walking universal wheel; 102-adjustable lifting frame; 103-cross cable-stayed beam; 104-load-bearing beam; 105-load-bearing base; 106-rotary drive motor; 107-connecting flange; -outer sleeve; 110-inner sleeve; 111-living hinge; 112-fixed bolt;

201-outer fixed bed beam; 202-inner adjustable bed board; 203-electric push rod; 204-adjustable platform; 205-sponge mattress; 206-reversible guardrail; ;209-spring push rod; 210-stainless steel bed frame; 211-rotating horizontal axis; 212-motor installation slot; 213-telescopic spring; 214-lifting drive motor;

301-Turning table; 302-Turning hinge shaft; 303-Infusion rack; 304-Sterilization storage tank; 305-Power supply battery; 306-Power supply board; 307-Single-chip control board; 310-action execution module; 311-angle sensor; 312-speed sensor; 313-digital signal acquisition card; 314-synchronous reset switch; 315-power regulator; 316-power amplifier.

Detailed ways

As shown in Fig. 1, the present invention provides a kind of multifunctional medical bed that is used in emergency department, comprises the telescopic bracket 1 that is used to support bed, and the top support of described telescopic bracket 1 is connected with adjustable bed board 2, so The side of the adjustable bed board 2 is equipped with a reversible auxiliary table 3 for first aid assistance; the telescopic support 1 is used to support the adjustable bed board 2, and can automatically adjust the height of the bed board, and the reversible auxiliary table 3 can assist first aid.

There are four telescopic brackets 1, two of which are respectively connected to both sides of the adjustable bed board 2, and the bottom of the telescopic bracket 1 is connected with a walking universal wheel 101 for driving the whole device to move. The universal wheels 101 can conveniently drive the entire emergency bed to move, which is convenient for transporting patients, saves the energy of emergency personnel, and speeds up the rescue.

As shown in Figures 1 and 3, the wheel shaft of the walking universal wheel 101 is connected with an adjustable lifting frame 102 through a coupling, and a cross-stayed beam 103 is connected between the adjustable lifting frame 102 through a hinge shaft. The top of the adjustable lifting frame 102 is plugged with a load-bearing beam 104, and the load-bearing beam 104 is connected to the bottom of the adjustable bed board 2; Frame structure, thus improving the stability and load-bearing capacity of the emergency bed.

Preferably, the adjustable lifting frame 102 includes a load-bearing base 105 made of hollow stainless steel plate, the upper surface of the load-bearing base 105 has a rotary drive motor 106, and the output shaft of the rotary drive motor 106 is sleeved with a connection Flange 107, the other end top of the connecting flange 107 is sleeved with a rotating sleeve shaft 108 for rotating and lifting; the rotating sleeve shaft 108 includes outer sleeves 109 at the upper and lower ends and a The inner sleeve 110 and the connection between the outer sleeve 109 and the inner sleeve 110 are provided with matching rotating threads, and the outer sleeve 109 at the top is connected to the lower surface of the load-bearing beam 104 .

It is further supplemented that a living hinge 111 is installed at the connection between the outer sleeve 109 and the load-bearing beam 104, and a fixed pin 112 is also connected between the living hinge 111 and the load-bearing beam 104, and the movable hinge 111 is movable. When it is not fixed, the outer sleeve 109 at the bottom can rotate around the axis, and then the entire adjustable lifting frame 102 and the bottom structure can be conveniently put down or folded to the lower surface of the adjustable bed board 2 to realize the storage operation. When in use, the fixed bolt 112 is plugged into the positioning hole on the load-bearing beam 104, and the relative fixing of the adjustable lifting frame 102 and the adjustable bed board 104 can be realized, ensuring the stability of the emergency bed.

After the adjustable lifting frame 102 is put down, the overall height can be adjusted according to the actual situation. For example, when some critically ill patients cannot move significantly, the emergency bed is directly moved to the side of the operating bed, and the rotation drive motor 106 is adjusted to rotate the drive motor. The output shaft of 106 rotates, and the connecting flange 107 synchronously drives the rotating sleeve shaft 108 to rotate. When the rotating drive motor 106 rotates counterclockwise, the output shaft of the rotating driving motor 106 drives the outer sleeve 109 of the rotating sleeve shaft 108 to rotate counterclockwise. When the inner sleeve 110 rotates in the opposite direction relative to the outer sleeve 109, it is screwed out from the outer sleeve 109, thereby increasing the overall height, and directly adjusting the emergency bed to a state parallel to the operating bed, thereby reducing the movement of the patient. Minimize the damage to the patient.

As shown in Figures 1 and 2, the adjustable bed board 2 includes an outer fixed bed beam 201 installed on the outermost periphery and an inner adjustable bed board 202 installed and fixed in the middle, the inner adjustable bed board 202 and the outer fixed bed beam 201 is connected with an electric push rod 203 for adjusting the relative angle between the two; the outer fixed bed beam 201 is a stainless steel hollow square steel pipe, and the inner surface of the outer fixed bed beam 201 is excavated for interlocking with the electric push rod 203. The electric push rod 203 includes a push-pull drive motor 208 for providing a power source, and a spring push rod 209 with compression performance is connected to the output shaft of the push-pull drive motor 208 .

It is further illustrated that the inner adjustable bed board 202 includes two separate stainless steel bed board frames 210, the joints of the stainless steel bed board frames 210 are connected with a rotating horizontal axis 211, and the sides of the stainless steel bed board frames 210 are inlaid with Motor installation groove 212, described motor installation groove 212 is used for fixedly installing push-pull driving motor 208, and the telescopic spring 213 with good tensile performance is also connected between the lower surfaces of two stainless steel bed frame 210.

Generally, when not in use, the entire adjustable bed board 2 is in a folded storage state, and the telescopic spring 213 connected to the lower surface of the stainless steel bed board frame 210 is also in a relaxed state. When the bed needs to be used, the electric push rod 203 starts to work: first The push-pull driving motor 208 is started, and the output shaft of the motor is pushed outward, driving the spring push rod 209 to move outward, and the spring push rod 209 moves outward along the movable slide rail 207, and then the stainless steel bed frame 210 is pulled apart until it is flattened at both ends; When it needs to be stored, the push-pull drive motor 208 recovers the spring push rod 209 toward the center of the inner side, and the stainless steel bed frame 210 is retracted inwardly around the horizontal axis of rotation 211 to realize the automatic folding operation of the bed.

As shown in Fig. 2, Fig. 3 and Fig. 4, an adjustable platform 204 with a shock-absorbing function is installed at the head and tail of the inner adjustable bed board 202, and the upper surface of the adjustable platform 204 is wrapped with a sponge mattress 205, The secondary collision injury of the patient can be prevented by setting the sponge mattress 205. The upper surface of the outer fixed bed beam 201 is vertically equipped with a reversible guardrail 206 with a protective function, and the reversible guardrail 206 can be fixed around the outer side of the bed. The beam 201 rotates, and turning up the reversible guardrail 206 when needed can effectively prevent the patient from falling during transportation, and also give the patient a certain amount of support and support, and can be turned down when not needed, which is convenient for storage and saves storage space.

Due to the different conditions of different patients, the requirements for the lying posture of each patient are different. In the early stage of rescue, excessive tilting during the transportation process will not only increase the pain of the wounded and sick, but also cause the deterioration of the wounded and sick, and it is easy to give the wounded The patient causes secondary injury, which greatly reduces the efficiency of rescue, especially for the wounded and sick with fractures, internal injuries and internal bleeding, which may even endanger their lives. Therefore, it is very important to maintain the correct body posture when rescuing critically ill patients. For patients with fractures, a relaxed position should be maintained to reduce the pressure on the bones; for patients with cardiopulmonary arrest, they should lie flat on a hardwood bed to avoid twisting of the head, neck and trunk; in addition, the inclination of the emergency bed during intravenous injection may Cause air to leak into in the intravenous injection tube, bring life danger to the wounded and sick, therefore need to carry out inclination automatic adjustment operation according to actual situation to sponge mattress 205 by adjustable platform 204.

In this embodiment, the adjustable platform 204 includes a lifting drive motor 214 for height adjustment, and a balance support plate 215 is connected to the top of the lift output shaft of the lift drive motor 214, and the balance support plate 215 is up and down. Two layers of stainless steel plates are formed, and damping springs 216 are also installed between the upper and lower layers.

As shown in FIGS. 2 and 5 , the reversible auxiliary table 3 includes a reversible table 301 for being accommodated on the right side of the adjustable bed board 2 , and the reversible hinge shaft 302 passes between the reversible table 301 and the adjustable bed board 2 Connected, the upper surface of the turning table 301 is vertically installed with an infusion stand 303 with a lifting adjustment function on the inner side near the bed board, and the outer side of the turning table 301 is dug with a disinfection storage tank 304 for placing medical instruments; 301 forms a reversible connection with the main body of the emergency bed by turning over the hinge shaft 302, so that the turning table 301 can be turned up and down conveniently, so that the storage operation can be realized conveniently, which effectively saves space and is convenient for storage; the infusion stand 303 can be used It is convenient to hang the infusion bottle for infusion, and the disinfection storage tank 304 is used for storing medical instruments and can be easily disinfected, so the emergency bed can be used as a simple operating table.

It is further illustrated that a power supply battery 305 is installed on the lower surface of the turning platform 301, and the output end of the power supply battery 305 is connected to a power supply board 306 through a wire, and the power supply board 306 is embedded in the rear side of the turning platform 301 On the other hand, the power output end of the power supply storage battery 305 is also connected with a single-chip microcomputer control board 307 for automatically adjusting the adjustable bed board 2; Power supply, the power supply board 306 is used to supply power to other electrical appliances, which is convenient for the use of some emergency rescue medical devices.

When it is necessary to adjust the angle, start the lift drive motors 214 at the head and tail respectively. When the lift drive motors 214 at the head and tail do not move synchronously, an up and down inclination will be generated, and then the inclination angle of the balance support plate 215 at the top will be changed to meet different inclination requirements. When guaranteeing that the device is absolutely balanced, the synchronous action of the first and last lifting drive motors 214 is realized, and the starting and stopping of the lifting drive motors 214 in different positions are all controlled by the single-chip microcomputer control panel 307 mobilizing the internal electronic drive circuit to realize closed-loop feedback automatic regulation, which can Accurate adjustment is realized to ensure complete synchronization; since the lifting drive motor 214 will generate greater vibration when moving up and down, a shock absorbing spring 216 is added to slow down the vibration, so as to ensure the stability of the emergency bed and reduce the damage to the injured.

As shown in Figure 6, described single-chip microcomputer control board 307 comprises single-chip microcomputer controller 308, and the SPI bus port of described single-chip microcomputer controller 308 is connected with the signal processing module 309 that is used for signal acquisition, and the GPIO signal output end of single-chip microcomputer controller 308 is connected There is an action execution module 310 for driving each motor; the single-chip controller 308 is used for signal collection and analysis, and the signal processing module 309 performs real-time collection operation on the current state of the emergency cot.

It needs to be added that the controller adopts the ARM chip of the model LM3S308 with Cortex-M3 as the core. The advantages of Cortex-M3 are low power consumption, low cost, and high performance; Adopt the transmission format of 1 start bit, 8 data bits, and 1 end bit; on the one hand, because the human body is not sensitive to small angles of inclination, on the other hand, in order to reduce the disturbance at the balance point, avoid the electric push rod in the balance The point is frequently repeatedly started, although the angle measurement accuracy of the sensor is 0.1°, the threshold at the balance point is set to ±1° in the program algorithm, and when the angle between the emergency cot and the horizontal plane is greater than ±1°, the controller will send a signal to the driver Send a command to control the action of the electric push rod, otherwise the electric push rod will remain in its original state.

The signal processing module 309 includes an angle sensor 311 installed on the inside adjustable bed board 202 and a speed sensor 312 installed on the output shaft of the push-pull drive motor 208 and the lift drive motor 214, the output of the angle sensor 311 and the speed sensor 312 terminal is connected with a digital signal acquisition card 313 for signal acquisition, the digital signal acquisition card 313 outputs a digital signal to the SPI input terminal of the single-chip microcomputer control board 307, and the angle sensor 311 is used for real-time acquisition of the current lifting drive motor 214 and balance The angle value of support plate 215, gathers the rotational speed size of current each motor by rotational speed sensor 312 simultaneously, and the value gathered carries out signal acquisition by digital signal acquisition card 307 and is sent to single-chip microcomputer control board 307 after being converted into digital signal, and described single-chip microcomputer The control board 307 will compare the current inclination value with the actual set value, and if the set value is not satisfied, the motion execution module 310 will be activated to adjust the motor.

The action execution module 310 includes a synchronous reset switch 314 for controlling circuit on-off and a power regulator 315 for adjusting the working state of the motor. The power regulator 315 is connected to the PWM wave output module of the single-chip control board 307, The synchronous reset switch 314 is connected to the driving end of the push-pull drive motor 208 and the lifting drive motor 214, and a power amplifier 316 is also connected between the power regulator 315 and the synchronous reset switch 314, and the power regulator 315 is controlled by a single-chip microcomputer control board. 307 outputs a PWM wave signal for driving, adjusts the output current of the power regulator 315 by adjusting the duty cycle of the PWM wave signal, and then performs an amplification operation through the power amplifier 316 to control the working state of the motor. The synchronous reset switch 314 The switching states of different motors can be adjusted conveniently to form a closed-loop feedback adjustment mechanism.

For example, when it is necessary to realize the synchronous action of the lifting drive motors 214 at the four corners, first the synchronous reset switch 314 outputs a reset signal to control each lifting drive motor 214 to return to the original position of the lowest limit, and then start the four lifting drive motors 214 simultaneously. In addition, the power regulator 315 controls the same rotating speed to realize synchronous action and synchronous start and stop, so as to realize complete synchronization and ensure the balance performance of the top mechanism.

What needs to be added is that the closed-loop feedback control principle is adopted, and the control system is designed as a closed-loop feedback control system based on the principle of "detecting deviations and correcting deviations". Compared with the open-loop control system, although the structure of the closed-loop control system is relatively complicated, but Its anti-interference ability is strong, and in the case of consistent input calibration accuracy, components and devices with low accuracy can be used to form a higher-precision control system.

Claims (3)

1. A multi-functional medical bed for emergency department which characterized in that: the emergency treatment bed comprises a telescopic bracket (1) for supporting a bed, wherein the top of the telescopic bracket (1) is connected with an adjustable bed board (2) in a supporting way, and a turnable auxiliary table (3) for assisting emergency treatment is arranged on the side edge of the adjustable bed board (2);

The telescopic support is characterized in that the number of the telescopic supports (1) is two, the telescopic supports are respectively connected to two sides of the adjustable bed plate (2), the bottommost part of each telescopic support (1) is connected with a walking universal wheel (101) for driving the whole device to move, the wheel shaft of each walking universal wheel (101) is connected with an adjustable lifting frame (102) through a coupling, cross inclined pull beams (103) are connected between the adjustable lifting frames (102) through hinge shafts, the top of each adjustable lifting frame (102) is connected with a bearing cross beam (104) in an inserted mode, and the bearing cross beam (104) is connected to the bottom of the adjustable bed plate (;

The adjustable bed board (2) comprises an outer side fixed bed beam (201) arranged at the outermost periphery and an inner side adjustable bed board (202) arranged and fixed in the middle, and an electric push rod (203) used for adjusting the relative angle between the inner side adjustable bed board (202) and the outer side fixed bed beam (201) is connected between the inner side adjustable bed board (202) and the outer side fixed bed beam; adjustable platforms (204) with a shock absorption function are mounted at the head and the tail of the inner adjustable bed board (202), a sponge mattress (205) is wrapped on the upper surface of each adjustable platform (204), and a reversible protective guard (206) with a protection function is vertically mounted on the upper surface of the outer fixed bed beam (201);

The auxiliary table (3) that can overturn is including being used for accomodating upset platform (301) at adjustable bed board (2) right side limit, be connected with upset hinge pin (302) between upset platform (301) and adjustable bed board (2), install infusion support (303) that have lift adjustment function on the upper surface of upset platform (301) is close to the inboard of bed board perpendicularly, the outside limit of upset platform (301) is opened and is dug and is had disinfection holding tank (304) that are used for placing medical instrument, the lower surface mounting of upset platform (301) has power supply battery (305), the output of power supply battery (305) is connected with power supply picture peg (306) through the wire, power supply picture peg (306) are inlayed at the back side of upset platform (301), the power output end of power supply battery (305) still is connected with and is used for carrying out automatic adjustment's single chip microcomputer control board (307) to adjustable bed, the inner surface of the outer fixed bed beam (201) is provided with a movable sliding rail (207) which is used for being clamped with the electric push rod (203), the electric push rod (203) comprises a push-pull driving motor (208) which is used for providing a power source, an output shaft of the push-pull driving motor (208) is connected with a spring push rod (209) with compression performance, the inner adjustable bed plate (202) comprises two discrete stainless steel bed plate frames (210), a seam of each stainless steel bed plate frame (210) is connected with a rotating cross shaft (211), a telescopic spring (213) is connected between the lower surfaces of the two stainless steel bed plate frames (210), the adjustable platform (204) comprises a lifting driving motor (214) which is used for realizing height adjustment, the top of a lifting output shaft of the lifting driving motor (214) is connected with a balance supporting plate (215), the balance supporting plate (215) is an upper layer and a lower layer, singlechip control board (307) includes singlechip controller (308), the SPI bus port of singlechip controller (308) is connected with signal processing module (309) that is used for carrying out signal acquisition, the GPIO signal output part of singlechip controller (308) is connected with action execution module (310) that is used for driving each motor, signal processing module (309) is including installing angle sensor (311) on inboard adjustable bed board (202) and installing in push-and-pull driving motor (208), rotational speed sensor (312) on lift driving motor (214) output shaft, the output of angle sensor (311) and rotational speed sensor (312) is connected with digital signal acquisition card (313) that is used for carrying out signal acquisition, digital signal acquisition card (313) output digital signal is to the SPI input of singlechip control board (307), action execution module (310) is including synchronous reset switch (314) that are used for control circuit break-make-break and power regulation that is used for carrying out motor operating condition adjustment The power regulator (315) is connected to a PWM wave output module of the single chip microcomputer control board (307), the synchronous reset switch (314) is connected to the driving ends of the push-pull driving motor (208) and the lifting driving motor (214), and a power amplifier (316) is connected between the power regulator (315) and the synchronous reset switch (314).

2. the multifunctional medical bed for emergency department according to claim 1, wherein: the adjustable lifting frame (102) comprises a bearing base (105) made of a hollow stainless steel plate, a rotary driving motor (106) is arranged on the upper surface of the bearing base (105), a connecting flange (107) is sleeved on an output shaft of the rotary driving motor (106), and a rotary sleeve shaft (108) used for rotary lifting is sleeved at the top of the other end of the connecting flange (107).

3. The multifunctional medical bed for emergency department according to claim 2, wherein: rotatory sleeve shaft (108) include outer sleeve (109) at upper and lower both ends and connect inner skleeve (110) between outer sleeve (109), outer sleeve (109) and inner skleeve (110) junction are provided with supporting rotatory screw thread, and the lower surface at bearing crossbeam (104) is connected in outer sleeve (109) at top, and the junction installs activity hinge (111), still be connected with fixing bolt (112) between activity hinge (111) and bearing crossbeam (104).