CN110584941A - Medical treatment is with intelligent photoelectricity main and collateral channels mediation treatment bed - Google Patents

Abstract

The invention discloses a medical intelligent photoelectric meridian dredging treatment bed, which comprises a horizontally arranged bed body, a vertically arranged headboard and a footboard, and the bed body includes sequentially horizontally connected backrest folding bed boards, middle bed boards and leg folding boards. The bed board, the first electric push cylinder is connected between the backrest folding bed board and the headboard, the second electric push cylinder is connected between the leg folding bed board and the middle bed board, and the headboard is built with a workbench and a pulse photoelectric generator in turn. A plurality of acupoint suction cups are telescopically connected above the headboard, and the workbench, the pulse photoelectric generator and the acupoint suction cups are connected in sequence. The present invention takes the multi-functional deformable bed as the core, cooperates with the photoelectric generator and the multi-pole sucker type treatment terminal, facilitates the treatment of patients in different positions, and combines the photoelectric physical factor stimulation of Western medicine with the traditional Chinese medicine meridian theory through intelligent means , to achieve the role of integrated traditional Chinese and Western medicine in the treatment of chronic diseases.

Description

A medical intelligent photoelectric meridian dredging treatment bed

technical field

The invention relates to the field of medical devices, in particular to a medical intelligent photoelectric meridian dredging treatment bed.

Background technique

At present, various therapeutic instruments used in the field of medical devices to treat chronic diseases mainly include intermediate frequency therapeutic instruments, high frequency therapeutic instruments, low frequency therapeutic instruments, etc. These devices not only have a solid structure, but it is inconvenient for patients to change their positions for treatment, and they are generally not up to the standard. The combination of traditional Chinese and Western medicine has a therapeutic effect that lacks the function of integrating high-tech light, electricity, medicine, and heat to dredge meridians, because many drugs need to be under the combined action of light, electricity, and heat to achieve their mechanism. , so various therapeutic instruments on the market are difficult to achieve optimal results, and the therapeutic effect needs to be improved.

To sum up, it is necessary to design a full-featured chronic disease treatment device that integrates electrical physical factor stimulation and traditional Chinese medicine meridian theory.

Contents of the invention

The technical problem to be solved by the present invention is that existing medical devices for treating chronic diseases generally have a single structure, cannot comprehensively treat the human body, and have poor therapeutic effects.

In order to solve the above-mentioned technical problems, the technical solution adopted by the present invention is to provide a medical intelligent photoelectric meridian dredging treatment bed, which includes a horizontally arranged bed body and a vertically arranged headboard and footboard. The ends are respectively connected with the headboard and the footboard of the bed, and the bed body includes a backrest folding bedboard, a middle bedboard and a leg folding bedboard connected horizontally in sequence, and the bottom surface of the backrest folding bedboard is connected to the bottom of the headboard. A first electric push cylinder is connected between them, the backrest folding bed board and the middle bed board are hinged through a first rotating shaft, and a second electric push cylinder is connected between the bottom surface of the leg folding bed board and the middle bed board, The folding bed board of the legs is hinged with the middle bed board through the second rotating shaft, and the workbench and the pulse photoelectric generator are built in the headboard successively, and a plurality of acupoint suction cups are telescopically connected above the headboard, and the working The platform, the pulse photoelectric generator and the acupoint sucker are connected in sequence.

In the above solution, the two ends of the first electric push cylinder are respectively hinged to the bottom surface of the foldable backrest bed board and the bottom of the headboard, and as the foldable backrest bed board rotates to the horizontal, the first electric push cylinder The push cylinder is arranged in extreme contraction, and with the extension of the first electric push cylinder, the backrest folding bed board is turned upwards centering on the first rotating shaft.

In the above scheme, the two ends of the second electric push cylinder are respectively hinged to the bottom surface of the folding bed board with legs and the bottom surface of the middle bed board, and as the folding bed board with legs rotates to the level, the second The electric push cylinder is arranged for extreme stretching, and with the contraction of the second electric push cylinder, the folding bed board with legs turns downwards centering on the second rotating shaft.

In the above solution, a top seat is provided above the headboard, and the top seat is a multi-stage telescopic plate frame structure, and a rotatable first media screen is provided downward on the top seat, and the first media screen Controlled and connected to the workbench, the first media screen displays data such as physical status, treatment plans, precautions, etc., and also includes wires connected one-to-one with a plurality of the acupoint suction cups, and one end of the wire passes through the After the headboard is connected to the pulse photoelectric generator, the other end is connected to the acupoint suction cup after being wound and stored on the elastic wire take-up, and the elastic wire take-up is provided with a rebound spring.

In the above solution, the acupoint sucker is in the shape of a round cover and a medical patch adapted to its shape is set inside the cover, a heating element is built in the acupoint sucker, and the middle part of the acupoint sucker is pierced with a pulse signal emitting device. A pulsed electron emitting needle, a plurality of pulsed photon emitting lamps that can emit different light levels are evenly spaced around the outer eaves of the drug patch, and the pulsed electron emitting needle and the pulsed photon emitting lamp pass through the wire and the pulsed photon emitting lamp respectively. The photoelectric generator controls the connection, and the outer eaves of the suction cups surrounding the acupoints are provided with self-adhesive stickers.

In the above scheme, a prone hole is provided on the backrest folding bed board, a prone hole plug is provided on the upper cover of the prone hole, and a third electric motor is connected between the bottom surface of the prone hole plug and the bottom surface of the backrest folding bed board. Push cylinder, the folded backrest bed board and the prone hole plug are hinged by a third shaft, and rotate to the horizontal with the prone hole plug, and the third electric push cylinder is arranged to be stretched to the limit, and with the third The electric push cylinder shrinks, and the prone hole plug turns downwards centering on the third rotating shaft.

In the above scheme, a second media screen is connected to the bottom of the headboard through a fixed plate structure, the second media screen is connected to the workbench in a controlled manner, and the second media screen is arranged toward the prone hole, The second media screen displays data such as physical state, treatment plan and precautions.

In the above solution, the workbench is slid and built into the headboard through a horizontal telescopic slide rail structure, and one side of the headboard is provided with a gap for the workbench to protrude from, and the workbench includes The control panel and the tabletop of the workbench are respectively connected by a pivot shaft mechanism, and a power plug is connected under the workbench.

In the above solution, armrests are respectively provided on both sides of the bed body, and the armrests include a plurality of vertical bars hinged with the bed body and horizontal bars hinged with the vertical bars, and the vertical bars At least one of the joints of the rod and the horizontal rod is provided with a locking mechanism.

In the above solution, the bottoms of the headboard and the footboard are respectively provided with silent rollers for rotation.

The present invention takes the multi-functional deformable bed as the core, cooperates with the photoelectric generator and the multi-polar sucker type treatment terminal, facilitates the treatment of patients in different positions, and combines the photoelectric physical factor stimulation of Western medicine with the traditional Chinese medicine meridian theory through intelligent means , to achieve the role of integrated traditional Chinese and Western medicine in the treatment of chronic diseases.

Description of drawings

Fig. 1 is the front view of the first use state of the present invention;

Fig. 2 is the front view of the second use state of the present invention;

Fig. 3 is the front view of the third use state of the present invention;

Fig. 4 is the left view of Fig. 1;

Fig. 5 is a schematic diagram of the use state change in Fig. 4;

Figure 6 is a top view of the present invention;

Fig. 7 is a schematic diagram of the connection structure of the acupoint suction cup and the elastic wire take-up device in Fig. 6;

Figure 8 is a top view of Figure 7;

Fig. 9 is a schematic diagram of the three-dimensional structure of the drug patch in the present invention;

Fig. 10 is a simple structural diagram of an acupoint sucker in the present invention;

Fig. 11 is the left view of Fig. 10;

Fig. 12 is a schematic diagram of the three-dimensional structure of the acupoint sucker in the present invention.

Detailed ways

The present invention will be described in detail below in conjunction with the accompanying drawings.

The invention discloses an intelligent photoelectric meridian dredging treatment bed for medical treatment. Those skilled in the art can learn from the content of this article and appropriately improve the process parameters to realize it. It needs to be pointed out that all similar replacements and modifications are obvious to those skilled in the art, and they are all considered to be included in the present invention, and relevant personnel can obviously make changes without departing from the content, spirit and scope of the present invention. Changes or appropriate changes and combinations are made to the content described herein to realize and apply the technology of the present invention.

In the invention, unless otherwise stated, the scientific and technical terms used herein have the meanings commonly understood by those skilled in the art.

As shown in Figures 1 to 12, a medical intelligent photoelectric meridian dredging treatment bed provided by the present invention includes a bed body 1 arranged horizontally, a headboard 29 and a footboard 32 arranged vertically, the two sides of the bed body 1 The ends are respectively fixedly connected with the headboard 29 and the footboard 32 to form the overall framework of the bed.

The bed body 1 is divided into three sections connected from end to end along the horizontal direction, which successively include a backrest folding bed board 12, a middle bed board 30 and a leg folding bed board 13, wherein the backrest folding bed board 12 and the middle bed board 30 are pivotally hinged by a first rotating shaft 31, The foldable leg board 13 and the middle bed board 30 are pivotally hinged by the second rotating shaft 17, while the middle bed board 30 is fixedly arranged on the bed body 1 and does not move, and the two ends of the backrest foldable bed board 12 and the leg foldable bed board 13 are free to move , so that the backrest folding bed board 12 and the leg folding bed board 13 can rotate along the first rotating shaft 31 and the second rotating shaft 17 respectively, so that the bed body 1 can be transformed into different shapes to meet different treatment needs.

The more specific structure is, as shown in Figure 2, a first electric push cylinder 6 is connected between the bottom surface of the backrest folding bed board 12 and the bottom of the headboard 29, and the two ends of the first electric push cylinder 6 are connected with the backrest folding bed board respectively. The bottom surface of 12 and the bottom of headboard 29 realize rotation hinged by parts such as rotating shaft, and when backrest folding bed board 12 is horizontal state, the first electric push cylinder 6 is in limit contraction state, like this, along with the first electric push cylinder 6 gradually When it is stretched, the backrest folding bed board 12 will gradually turn upwards around the first rotating shaft 31 to form a backrest structure.

In the same way, a second electric push cylinder 10 is connected between the bottom surface of the leg folding bed board 13 and the bottom surface of the middle bed board 30, and the two ends of the second electric push cylinder 10 are connected with the bottom surface of the leg folding bed board 13 and the middle bed board respectively. The bottom surface of 30 realizes rotary hinge by parts such as rotating shaft, and when leg folding bed board 13 is horizontal state, second electric push cylinder 10 is in limit stretching state, like this, with second electric push cylinder 10 shrinking gradually, leg folding bed board 13 will gradually turn down with the second rotating shaft 17 as the center to form a structure that the legs can be bent and put down. After cooperating with the above-mentioned backrest joint, a seat form that can be seated and treated can be formed. In the present invention, The first electric push cylinder 6 and the second electric push cylinder 10 can be electrically controlled connected with the workbench 3 to provide power for conversion.

The headboard 29 has a built-in workbench 3 and a pulse photoelectric generator 16 respectively, and a plurality of acupoint suckers 20 are connected side by side in a telescopic manner above the headboard 29, and the workbench 3, the pulse photoelectric generator 16, and the acupoint suckers 20 are controlled sequentially. connected to form the main structure of the multifunctional treatment system of the present invention.

Wherein, a top seat 26 is arranged above the headboard 29, and the top seat 26 can adopt a multi-stage telescopic plate frame structure in the prior art. The top seat 26 stretches and adjusts the first media screen 2 to adjust the viewing angle position. The first media screen 2 is connected with the workbench 3 to realize visual operation and treatment, and the first media screen 2 is used to display data such as body status, treatment plan and precautions. During the supine treatment, the patient can understand the treatment plan, precautions, and cooperate with conscious treatment through the first media screen 2, and can also play music to cooperate with the physical factor treatment quality to achieve the best effect.

A plurality of acupoint suction cups 20 in the present invention are preferably equipped with wires 24 connected one by one for control connection, and one end of each wire 24 passes through the headboard 29 and is connected to the pulse photoelectric generator 16, each The other end of the wire 24 is wound and stored on the elastic wire take-up device 22 and finally connected to the acupoint suction cup 20, so that the doctor manually pulls out the acupoint suction cup 20, and the elastic wire take-up device 22 can release the wire 24 of a certain length, so that the The acupoint sucker 20 arrives at the position that needs to be treated, that is, each acupuncture point of the patient. , The acupoint sucker 20 can be retracted automatically.

As shown in Figures 7 to 12, the specific form of the acupoint sucker 20 in the present invention is in the shape of a round cover, and the inside of the cover is provided with a drug patch 21 adapted to its shape. All kinds of products in the prior art that make the medicine slowly invade the human body under the action of the drug and exert therapeutic effect can get final product.

The acupoint sucker 20 has a built-in heating element 27. The heating element 27 can be connected to the workbench 3 through wires to realize electric control of heating. The function of the heating element 27 is to act on the acupoints and medicine at the same time, and the medicine can be brought into full play through heat energy conversion. The state of physical factors allows the drug to completely invade the body, so as to achieve the mechanism of action.

The middle part of the acupoint sucker 20 is pierced with a pulsed electron emission needle 25 that can emit a pulse signal, and a plurality of pulsed photon emission lamps 19 that can emit different light levels are evenly spaced around the outer eaves of the drug patch 21, and the pulsed electron emission needle 25 and The pulsed photon emitting lamp emits different pulses and irradiates the acupoints with light to produce the mechanism of the acupoints. The pulsed electron emitting needle 25 and the pulsed photon emitting lamp 19 are respectively connected to the pulsed photoelectric generator 16 through the wire 24. The pulsed electron emitting needle 25 and the pulsed electron emitting needle 25 The photon emitting lamp 19 can be used in combination with various products in the prior art.

The outer eaves surrounding the acupoint sucker 20 are also provided with self-adhesive stickers 28, so that the acupoint sucker 20 can be fixed relatively firmly on relevant acupoints for treatment.

As shown in Figure 4 and Figure 5, a prone hole is provided on the backrest folding bed board 12, and a prone hole plug 5 with a matching shape is provided on the upper cover of the prone hole, and the bottom surface of the prone hole plug 5 and the bottom surface of the backrest folding bed board 12 A third electric push cylinder 11 is connected, and the folding bed board 12 of the backrest is hinged by the third rotating shaft 33 between the folding bed board 12 and the prone hole plug 5, so that the prone hole plug 5 can rotate along the third rotating shaft 33 to open or close the prone hole, further Yes, when the prone hole plug 5 is in a horizontal state, the third electric push cylinder 11 is in a state of limit stretching, and like this, with the third electric push cylinder 11 shrinking gradually, the prone hole plug 5 will gradually take the third rotating shaft 33 as the center Flip down, when the patient is in the treatment of the prone position, he can withdraw and open the prone hole plug 5 by the third electric push cylinder 11, and observe downward.

Therefore for above-mentioned prone treatment, the present invention has also preferably designed a kind of observation structure, promptly headboard 29 belows are connected with the second media screen 7 by the fixed plate structure, and the fixed plate structure can adopt prior art product, and the second medium The control connection between the screen 7 and the workbench 3 realizes visual operation and treatment. The second media screen 7 is arranged towards the prone hole, and data such as physical status, treatment plan and precautions are displayed on the second media screen 7. In this way, when the patient is undergoing prone treatment, The second media screen 7 can be used to understand the treatment plan, precautions, and cooperate with consciousness treatment, and can also play music to cooperate to make the quality of physical factor treatment achieve the best effect.

As shown in Figures 1 to 5, the workbench 3 slides and is built into the headboard 29 through the structure of the horizontal telescopic slide rail, and one side of the headboard 29 is provided with a gap for the workbench 3 to stretch out. The structure of slide rail can adopt prior art product, and like this, workbench 3 can be hidden in the headboard 29 when not needing treatment at ordinary times. Further, the workbench 3 can be composed of a control panel 14 and a workbench desktop 15 connected by a pivotal shaft mechanism. The control panel 14 is used as the control core, and existing products such as computers can be used, and the workbench desktop 15 is used as a height adjustment support structure. A power plug 18 is connected below the workbench 3 . The doctor can carry out light, electricity, heat, medicine combination of traditional Chinese medicine and western medicine physical therapy to several acupuncture points of human body by operating the control panel 14 like this.

Further preferentially, armrests 8 are respectively provided on both sides of the bed body 1, and the armrests 8 include a plurality of vertical rods hinged with the bed body 1 and horizontal rods hinged with the vertical rods, and each hinge of the vertical rods and the horizontal rods At least one of them is provided with a locking mechanism 9, and the locking mechanism 9 can adopt the prior art to ensure that the armrest 8 can be folded and changed to a suitable position and kept securely locked.

In addition, at the bottom of the headboard 29 and the footboard 32, that is, the four corners of the bed are respectively rotated and provided with silent rollers 4 so that the bed body can move flexibly and quietly.

For different usage requirements, the usage principle of the present invention is as follows:

When the patient needs treatment, the doctor pulls out the workbench 3 from the headboard 29 to expand, selects the patient's acupuncture points and the corresponding medicine patch 21 according to the patient's lesion, and replaces the corresponding acupuncture point suction cup 20.

When the patient’s back is treated, the third electric push cylinder 11 is retracted to open the prone hole plug 5, the patient lies prone, and the face is aligned with the prone hole plug 5, and the doctor pulls out several acupoint suction cups 20 according to the computer program and replaces them with corresponding drug patches After 21, paste the acupoint sucker 20 on the corresponding acupoint, start the pulse photoelectric generator 16, and the pulse electron emitting needle 25 in the acupoint sucker 20 emits a pulsed electronic signal to stimulate the corresponding acupoint, and at the same time, the pulse photon emitting lamp 19 emits different spectra to irradiate the acupoint, and Heat energy is generated to act on the drug patch 21, so that the drug slowly invades the human body, and under the combined action of light, electricity, heat, and drug, the drug mechanism is achieved to treat the patient's lesion.

When the patient needs supine treatment, the third electric push cylinder 11 is extended to close the prone hole plug 5, the patient lies on the back, and the first media screen 2 on the top of the face is watched, and the doctor pulls out several acupoint suction cups 20 in turn according to the computer program arrangement. After applying the corresponding medicine paste 21, paste the acupoint suction cup 20 on the corresponding acupoint, start the pulse photoelectric generator 16, and the pulse electron emission needle 25 in the acupoint suction cup 20 emits pulsed electronic signals to stimulate the corresponding acupoint, and at the same time, the pulse photon emission lamp 19 emits different spectra Irradiate the acupoints, and generate heat to act on the drug patch 21, so that the drug slowly invades the body, and under the combined action of light, electricity, heat, and medicine, the mechanism of the drug can be achieved to treat the patient's focus.

When the patient needs treatment in a sitting position, the second electric push cylinder 10 retracts and pulls the folding bed board 13 of the legs to turn downwards centering on the second rotating shaft 17, and the first electric pushing cylinder 6 extends forward and pushes the backrest centering on the first rotating shaft 31 The foldable bed board 12 is turned upwards to form a seat for treatment. The patient sits on the middle bed board 30 and watches the first media screen 2 on the top above the face. The doctor pulls out several acupoint suction cups 20 according to the computer program and replaces them with corresponding medicines. After pasting 21, paste the acupoint sucker 20 on the corresponding acupoint, start the pulse photoelectric generator 16, and the pulse electron emitting needle 25 in the acupoint sucker 20 emits a pulsed electronic signal to stimulate the corresponding acupoint, and at the same time, the pulse photon emitting lamp 19 emits different spectra to irradiate the acupoint, And generate heat energy to act on the drug patch 21, so that the drug slowly invades the human body, and under the combined action of light, electricity, heat and medicine, the drug mechanism is achieved to treat the patient's focus.

The present invention takes the multi-functional deformable bed as the core, cooperates with the photoelectric generator and the multi-polar sucker type treatment terminal, facilitates the treatment of patients in different positions, and combines the photoelectric physical factor stimulation of Western medicine with the traditional Chinese medicine meridian theory through intelligent means , to achieve the role of integrated traditional Chinese and Western medicine in the treatment of chronic diseases.

The present invention is not limited to the above-mentioned best implementation mode, and anyone should know that any structural changes made under the inspiration of the present invention, and any technical solutions that are identical or similar to the present invention, all fall within the protection scope of the present invention .

Claims (10)

1. A medical intelligent photoelectric meridian dredging treatment bed, comprising a horizontally arranged bed body and a vertically arranged headboard and footboard, the two ends of the bed body are connected with the headboard and the footboard respectively, It is characterized in that the bed body includes a backrest folding bed board, a middle bed board and a leg folding bed board connected horizontally in sequence, and a first electric push cylinder is connected between the bottom surface of the backrest folding bed board and the bottom of the headboard, The backrest folding bed board and the middle bed board are hinged through a first rotating shaft, and a second electric push cylinder is connected between the bottom surface of the leg folding bed board and the middle bed board, and the leg folding bed board is connected to the middle bed board. The middle bed board is hinged by the second rotating shaft. The headboard is built with a workbench and a pulse photoelectric generator in turn. A plurality of acupoint suckers are telescopically connected above the headboard. The workbench, pulse photoelectric generator and acupoint sucker Connect sequentially. 2. A kind of medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 1, characterized in that, the two ends of the first electric push cylinder are respectively connected to the bottom surface of the folded backrest bed board and the bottom surface of the headboard. The bottom is rotatably hinged, with the backrest folding bed board rotating to the horizontal, the first electric push cylinder is retracted to the limit, and stretched along with the first electric push cylinder, the backrest folding bed board is centered on the first rotating shaft Flip up. 3. A kind of medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 1, characterized in that, the two ends of the second electric push cylinder are respectively connected to the bottom surface of the folding bed board of the legs and the bottom surface of the middle bed board. The bottom surface is rotatably hinged, and the folding bed board of the legs is rotated to the horizontal, and the second electric push cylinder is stretched to the extreme, and with the contraction of the second electric push cylinder, the folding bed board of the legs is rotated by the second rotating shaft Flip down for the center. 4. A kind of medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 1, characterized in that, a top seat is arranged above the headboard, and the top seat is a multi-stage telescopic frame structure, and the top seat There is a rotatable first media screen with the seat facing down, and the first media screen is connected to the workbench control, and the first media screen displays data such as body status, treatment plan and precautions, and also includes multiple The acupoint suction cups correspond to the connected wires one by one, one end of the wire passes through the headboard and is connected to the pulse photoelectric generator, and the other end is wound and stored on the elastic wire take-up device and then connected to the On the acupoint sucker, the resilient wire take-up is provided with a rebound spring. 5. A kind of medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 4, characterized in that, the acupoint suction cup is in the shape of a round cover and the inside of the cover is provided with a medicine patch adapted to its shape, and the acupoint suction cup There is a built-in heating element, the middle part of the acupoint sucker is pierced with pulse electron emission needles that can emit pulse signals, and a plurality of pulse photon emission lamps that can emit different light levels are evenly arranged around the outer eaves of the drug patch. The pulsed electron emitting needle and the pulsed photon emitting lamp are respectively controlled and connected to the pulsed photoelectric generator through the wires, and self-adhesive stickers are provided around the outer eaves of the acupoint suction cups. 6. A kind of medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 1, characterized in that, a prone hole is provided on the folded backrest board, and a prone hole plug is provided on the prone hole upper cover, and the prone hole is provided with a prone hole plug. A third electric push cylinder is connected between the bottom surface of the hole plug and the bottom surface of the backrest folding bed board, the backrest folding bed board and the prone hole plug are hinged by a third shaft, and rotate to the horizontal , the third electric push cylinder is stretched to the limit, and with the contraction of the third electric push cylinder, the prone hole plug is turned downward around the third rotating shaft. 7. A kind of medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 6, characterized in that, a second media screen is arranged below the headboard through a fixed plate structure, and the second media screen is connected with the said second media screen. The workbench control connection, the second media screen is arranged towards the prone hole, and the second media screen displays data such as body status, treatment plan and precautions. 8. A kind of medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 1, characterized in that, said workbench is built into said headboard through horizontal telescopic sliding rail structure sliding, and said headboard A gap is provided on one side for the protruding workbench, and the workbench includes a control panel and a workbench table top respectively connected by a pivot mechanism, and a power plug is connected under the workbench. 9. A medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 1, wherein armrests are respectively provided on both sides of the bed body, and the armrests include a plurality of vertical bars hinged with the bed body. A straight rod and a horizontal rod hinged to the vertical rod, and at least one of the joints of the vertical rod and the horizontal rod is provided with a locking mechanism. 10. A medical intelligent photoelectric meridian dredging treatment bed as claimed in claim 1, characterized in that the bottoms of the headboard and the footboard are respectively provided with silent rollers for rotation.