EA025675B1 - Multi-functional mobile medical complex - Google Patents

Abstract

The invention is related to the field of medicine and to the field of special transport machine-building. The objective is an improvement in damping of vibrations occurring during movement of the complex. The complex (Fig. 12) comprises a vehicle (1), an isothermic body (2) of which consists of compartments (3-5), each compartment housing equipment (11). The body is provided with support-and-lifting equipment (24) in the form of jacks with support wheels and brakes arranged in the subframe; receptacles (23) may be made in the body for fixing the jacks. The body compartments contain versatile vertical posts (10) with damping assemblies and hollow shelves (8, 9). The damping assembly comprises two tightened springs the ends of which are fixed relative to the first short bushing arranged between said springs and embraced by the second short bushing by means of the third elastic bushing. The first short bushing is fitted over the forth bushing positioned fixedly on the versatile vertical post the ends of which are fixed in damping sockets provided in the floor and the ceiling of the vehicle body.

Description

(57) The invention relates to the field of medicine and the field of special transport engineering. The task is to improve the damping of vibrations perceived during the movement of the complex. The complex (Fig. 12) contains a vehicle (1), the insulated body (2) of which consists of compartments (3-5), each of which is equipped with equipment (11). The body is equipped with support and lifting equipment (24) placed in a subframe in the form of jacks with support wheels and brakes, while receiving holes (23) can be made in the body for mounting them. Universal vertical posts (10) with damping units and hollow shelves (8, 9) are installed in its compartments. The damping unit is made in the form of two preloaded springs, the ends of which are fixed relative to the first short sleeve located between these springs and which the second short sleeve covers by means of a third elastic sleeve. In this case, the first short sleeve is mounted on the fourth sleeve, which is fixed on a universal vertical stand, the ends of which are fixed in damping sockets made in the floor and ceiling of the vehicle body.

The invention relates to medicine and to the field of special transport engineering. It can be used for in-depth medical examination of the population by various specialists, as well as for emergency and emergency medical care for patients or victims of hostilities, natural disasters, accidents, terrorist attacks, especially in places of remote access, using a vehicle-based medical complex, which It can also be used for mass preventive examinations or for the evacuation of victims from the scene to medical facilities.

Known mobile medical complex [1] containing a vehicle, the body of which consists of compartments in which the medical and auxiliary equipment.

However, such a complex is limited in its application, since they cover a relatively narrow, limited area of medical specialization.

The mobile medical complex [2] adopted for the prototype is more universal, containing a vehicle, the body of which consists of compartments, each of which has medical and / or auxiliary equipment for at least one medical specialization, while the body is isothermal and equipped with support lifting equipment, and in its compartments universal vertical stands with damping nodes are installed, on each of which at least two shelves located one above the other are fixed with possible spine changes and fix their position on universal uprights, and able to accommodate medical and / or auxiliary equipment for at least one medical specialization.

However, the damping properties of the complex with respect to reducing the influence of fluctuations caused by uneven pavement and the transmission of the vehicle inside its body are insufficient to provide comfortable conditions for the transportation of patients (victims).

The objective of the invention is to obtain a technical result aimed at improving the damping of vibrations due to uneven pavement, as well as the transmission of the vehicle.

The problem is solved in that a multifunctional mobile medical complex containing a vehicle, the body of which consists of compartments, each of which has medical and / or auxiliary equipment for at least one medical specialization, while the body is isothermal and equipped with a supporting and lifting equipment, and in its compartments universal vertical racks with damping nodes are installed, on each of which at least d The shelves with the possibility of changing and fixing their position on universal vertical stands, and with the possibility of placing medical and / or auxiliary equipment for at least one medical specialization, have distinctive signs: the damping unit of the universal vertical stands is made in the form of two spring-loaded springs whose ends fixed relative to the first short sleeve located between these springs and which the second short sleeve covers by means of a third elastic sleeve, the first short sleeve is mounted on the fourth sleeve, which is fixed on a universal vertical stand, the ends of which are fixed in damping sockets made in the floor and ceiling of the vehicle body.

The implementation of the damping unit of the universal vertical struts in the form of two preloaded springs with the mentioned coupling elements with the listed bushings will allow better damping of the angular and horizontal vibrations due to the unevenness of the road surface, as well as the transmission of the vehicle.

The fastening of the ends of the universal vertical rack in the damping sockets made in the floor and ceiling of the vehicle body is aimed at improving the damping of vertical vibrations due to uneven road surface, as well as the transmission of the vehicle.

Additional features of the utility model:

at least one of the shelves (8, 9) is hollow and contains an additional retractable shelf located in it;

the body is equipped with a subframe, in which the lifting equipment in the form of jacks is located, while in the body there are receiving holes for mounting the jacks;

the jacks are equipped with support wheels with brakes.

The invention is illustrated by illustrations, where in FIG. 1 shows a general view of a multifunctional mobile medical complex formed in a vehicle body; in FIG. 2 is a general view of the arrangement of the body of FIG. 1 on supports; in FIG. 3 is a general view of the arrangement of the body of FIG. 1 on supporting and lifting equipment with wheels; in FIG. 4 is the same as in FIG. 3, but with support shoes; in FIG. 5 is a partial rear view of FIG. one; in FIG. 6 and 7 show examples of the implementation of elements of the supporting-lifting equipment; in FIG. 8 is the same as in FIG. 5, but with the installed elements of the lifting equipment of FIG. 6, not powered; in FIG. nine

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- the same as in FIG. 8, but with powered elements of the lifting equipment; in FIG. 10 is a view A of FIG. nine; in FIG. 11 is a partial rear view of FIG. 2; in FIG. 12 is a general view of the arrangement of medical and auxiliary equipment in the vehicle body of FIG. one; in FIG. 13 is a general view of the arrangement of medical and auxiliary equipment in one of the compartments of this body; in FIG. 14 is an example of a damping shelf mount assembly for placing medical and auxiliary equipment in a vehicle body compartment; in FIG. 15 is an exemplary embodiment of a shelf position lock along section BB in FIG. thirteen.

The multifunctional mobile medical complex is assembled on the basis of a vehicle, which may be, for example, as shown in FIG. 1, a car 1 with a body 2, or any other (not shown) ground, including rail, as well as air or water vehicle.

Body 2 to increase its heat and sound insulation can be isothermal, and for military purposes supplemented with armor protection. Body 2 consists of compartments 3-5 (Fig. 12), as well as a subframe 6 (Figs. 1-5, 8, 9, 11, 12). Compartments 3-5 (Fig. 12) are divided among themselves, for example, by movable partitions-shutters 7.

A vehicle 1, for example a truck (FIGS. 1 and 5), on which a multifunctional mobile medical complex is formed, can be located on the supporting surface 70. And its body 2 can be located separately or directly on the supporting surface 70 (not shown) or on it, for example, through the support stands 71 (Figs. 2 and 11), or through the support wheels 42 of the jack 32 (Figs. 3 and 9) or through them with the support shoes 33 (Fig. 4).

In the body 2 (Fig. 12, 5, 8, 11) can be made receiving holes 23 for fixing with their help lifting and supporting equipment 24, which is located in the cavity of the subframe 6.

Before the receiving holes 23 can be fixed on the body 2, on both sides, spring clips 25 (Fig. 5), for example, only in front of the lower receiving holes 23.

On the body 2 can also be fixed, for example, at the rear (Fig. 5), by means of a hinge 26, a lever 27, the upper arm of which is a handle 28, and its upper arm is a strap 29, with four cables 30 fixed to it (known cables Bowden) in flexible guides with couplings 31 that are attached to the body 2.

Supporting and lifting equipment 24, which is located in the cavity of the subframe 6 (Figs. 12 and 5), can be made in the form of four jacks 32 (Fig. 6) and eight support shoes 33 (Fig. 7).

The jack 32 (Fig. 6, 8, 9, 11) consists of a screw 34 with the possibility of screwing it from the housing 35 into the housing 36 and vice versa using a nut 37, which is seated on the screw 34 and abuts against the end face of the housing 36. The screw 34 is provided with a rod 38, located in the housing 36, and made with a groove 39, in which there is a key 40 of the housing 36, along which the rod 38 can reciprocate. A support wheel 42 is fixed at the end of the rod 38 in the yoke 41, which is initially fixedly fixed with the friction lining 43, pressed by a spring 44 located in the cup 45 of the yoke 41. The friction lining 43 is provided with a pin 46, which is connected to the cable 47 (known Bowden cable) in a flexible guide ending with a coupling 48, which can be joined with the coupling 31 (Fig. 5) of the free ends of the cables 30.

Cases 35 and 36 (Fig. 6, 8, 9, 11) of the jack 32 are equipped with rods 49, one of which has a groove 50. The rods 49 are made with the possibility of fixing them in the receiving holes 23 (Fig. 12, 5, 8, 11 ) and with the possibility of fixing there with a spring clip 25, the rod of which can be located in the groove 50 of the rod 49 (Fig. 6 and 8).

The nut 37 (Fig. 6) is provided with teeth 51 with which a folding dog 52 can be engaged, pivotally mounted on a washer 53, which is freely located on the housing 35 of the jack 32. An aperture 54 is made in the washer 53 where a handle (not shown) can be inserted.

In the support shoe 33 (Fig. 7), a hole 55 is made with the possibility of insertion there (Fig. 10) with an interference fit of the support wheel 42 (Fig. 6, 9) of the jack 32.

Supporting and lifting equipment 24 (Fig. 5, 12) as part of the above-described (Fig. 6, 8, 9, 11) jacks 32 with steered support wheels 42 and support shoes 33 are needed to ensure the rapid lifting of the body 2 on the vehicle 1 and removal from it, especially when traditional loading facilities are absent. It is also possible to transport by air, for example, by plane, a separate body 2 equipped with the equipment described above without a vehicle 1, followed by landing of such a medical complex to its destination. Therefore, the use of jacks 32 with support wheels 42 will allow you to quickly lift and transport the body 2 with the necessary main and auxiliary equipment 11 fixed in it to the desired location, where with the help of jacks 32 it can occupy the desired height position.

Given the limited constant volume of the body 2, it is very difficult to determine the most necessary types of medical examinations and the location of the necessary medical and auxiliary equipment 11 in compartments 3-5 of one body 2 (Fig. 12). More useful in this regard is a body 2 with a variable volume (not shown) when, for example, its movable side parts can be extended from a stationary central part. However, such an increase in the volume of the body 2 does not completely simplify the problem mentioned above.

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Therefore, as a result of comparative statistical analysis, the following priority types of medical examinations that can be carried out in a multifunctional mobile medical complex are identified: x-ray; Ultrasound of internal organs; cardiogram removal; laboratory blood test (general and biochemical); gynecological examinations; provision of surgical care if necessary. For this, the following arrangement of medical and auxiliary equipment 11 is proposed (FIG. 12).

In compartments 3-5, two shelves 8 and 9 can be installed one above the other. For example, as shown, there are a couple of them in each compartment 3-5. Shelves can be more than two (not shown) for higher bodies.

These shelves 8 and 9 are arranged to move and fix them on the universal vertical racks 10, mounted in the body 2. This arrangement of the shelves 8, 9 can be on one guide (not shown). At the same time, on each shelf 8 and 9 there is medical and / or auxiliary equipment 11 mainly for one medical specialization (therapist, surgeon, etc.) or for certain types of medical examination (x-ray, ultrasound of internal organs, cardiogram, general and biochemical laboratory blood test, gynecological examination, etc.). For example, in the compartment 3 on the shelf 8, medical and auxiliary equipment 11 can be located mainly for ultrasound of internal organs, and on the shelf 9 of this compartment - mainly for taking a cardiogram. In the compartment 4 on the shelf 8, medical and auxiliary equipment 11 can be located mainly for the surgeon, and on the shelf 9 of this compartment - mainly for the gynecologist. In the compartment 5 on the shelf 8, medical and auxiliary equipment 11 can be located mainly for the therapist, and on the shelf 9 of this compartment - mainly for the neurologist or for the laboratory analysis of blood.

Universal vertical struts 10 (Fig. 13) are inserted into shock absorbing sockets 12, mounted in the ceiling and underbody 2.

The shelves 8 and 9 are mounted on brackets 13, which are inserted with their elongated bushings 14 with a sliding fit onto the vertical guides 10 and fixed in a certain position by means of clamps 15, which are (Fig. 15) collet 16.

Retractable shelves 21 are also needed, which are located in the shelves 9 (Fig. 13), on which emergency surgical operations can be performed, even while the vehicle 1 is in motion (Fig. 1).

In addition, the proposed multifunctional mobile medical complex delivered to a remote location can also be stationary with a unit for long-term use. Therefore, on the shelves 8, 9 (Fig. 12, 13) various medical instruments, equipment for analysis, diagnostic devices, laptops, printers, and other necessary equipment can also be placed (not shown), including with the possibility of receiving and printing electronic diagnostic patient cards on the Internet.

In the case of using a multifunctional mobile medical complex for transporting victims from places of disasters or epidemics to a remote medical facility, it is proposed to use auxiliary damping devices, in addition to the shock absorbing sockets 12 described above (Fig. 13). For this, a shelf 8 or 9 (Fig. 13) in any of the compartments 3-5 (Fig. 12) of the vehicle body 2 can be located on the damping unit 56 (Fig. 14). Such a unit is formed on the threaded part 57 of the sleeve 14, on which the damping unit 56 is fixed by the nuts 58. The nuts 58 are made with handles 59 to improve the convenience and speed of their twisting-untwisting.

The damping unit 56 consists of a first short sleeve 60, covering the threaded part 57 of the elongated sleeve 14. The first short sleeve 60 is located between the washers 61, also covering the threaded part 57 of the elongated sleeve 14. In turn, the first short sleeve 60 covers through the elastic sleeve 62 the second short sleeve 63. The elastic sleeve 62 may (not shown) be split or in the form of a collet, i.e. with a changing inner hole in the form of a dissipative element for regulating the magnitude of the oscillations transmitted to the damping unit 56.

On the washers 61 and the ends of the second short sleeve 63, spiral grooves 64 are made, into which the ends of the springs 65 are inserted with rigid fixation. The springs 65 surround the first short sleeve 60 and are located above and below the second short sleeve 63, between its ends and the washers 61. Springs 65 in turn, cover the protective covers 66, mounted on the washers 61 and the second short sleeve 63, which is equipped with lugs 67, on which, using removable pins 68, a bracket 69 is mounted on which the shelf 8 or 9 is located. Such a removable fastening of the shelves 8, 9 will allow boost multifunctional mobile medical complex, as it will quickly install or remove shelves 8, 9 to form various premises for purpose in the body 2. This can be a mobile clinic for providing medical care or for conducting local examinations, or for radiological examination of the population, when necessary a minimum of shelves 8, 9, or for transporting victims from the disaster or infection zone, when many shelves 8, 9 are needed to place patients lying or sitting on them.

Collet 16 (Fig. 15) of clamps 15 covering the universal vertical strut 10 with bevels of screw 17 and cup 18 inserted into it. At the threaded end of screw 17, nut 19 is screwed with a handle 20, during rotation of which the clamp position is fixed or locked 15, and hence the bracket 13 with a shelf 8 or 9.

The use of universal vertical struts 10 (Fig. 13) with an emphasis on shock-absorbing sockets 12 allows, firstly, to significantly strengthen the body 2, and secondly, to provide depreciation of the shelves 8, 9 and the medical and auxiliary equipment 11 located on them, especially in in case of transportation of the injured.

It is also possible to perform one of the shelves, for example, shelf 9 (Fig. 13), hollow with the location of an additional retractable shelf 21, for example, to form the installation site (not shown) of the stretcher, or to form a surgical table, or to form sitting or lying places for patients, etc. In this case, an additional support of this shelf 21 with respect to the bracket 13 can serve as a telescopic cylinder 22, the housing of which is attached to the bracket 13, and the final rod to the shelf 9.

The multifunctional mobile medical complex is also equipped (not shown) with diagnostic equipment, sterilization equipment, specialist and patient locations, traditional life support systems and auxiliary equipment, such as a fume hood, tool tables, medicine cabinets, hot and cold water tanks, stretchers, etc. The power supply system of such a complex (not shown) can be configured to connect external power sources to it.

A multifunctional mobile medical complex can be equipped (not shown) with a mobile video communication system provided using satellite and terrestrial communication channels.

For a multifunctional mobile medical complex, the following method of completing it with medical and auxiliary equipment is used.

Depending on the chosen specialization of medical examination or medical assistance, the necessary medical and auxiliary equipment 11 is fixed on shelves 8, 9 (Fig. 12) of compartments 3-5 of body 2 and brought into a convenient position along the height of shelves 8, 9, medical and auxiliary equipment 11 on which you will need in the first place. The shelves 8, 9, on which the medical and auxiliary equipment 11, which is needed in the second place, are fixed, are moved and fixed closer to the ceiling or floor of the body 2. For example, as shown in FIG. 12, in compartment 3, the starting place is the shelf 9, on which the medical and auxiliary equipment 11 for ultrasound of internal organs is located, and the shelf 9, on which the medical and auxiliary equipment 11 for cardiogram recording is located, is raised to the ceiling of the body 2. Similarly, in the remaining compartments 4-5 of the body lead to the original convenient access position along with the fixed medical and auxiliary equipment 11 corresponding shelves 8 and 9.

The above-described operations of moving and fixing the shelves 8, 9, with medical and auxiliary equipment 11 fixed to them, are carried out by fixing-unlocking the clamps 15 (Fig. 13, 15) on universal vertical posts 10 and by moving the elongated bushings 14 of the brackets 13 together with the shelves 8, 9 fixed on them.

To fix any of the clamps 15 with the help of the handle 20, unscrew the nut 19 (Fig. 15), thereby loosening the threaded tightness in the pair screw 17 - nut 19 and freeing the universal vertical stand 10 from being caught by its collet 16 of the clamp 15. Due to the sliding fit of the bushings 14 on universal vertical racks 10 easily move the brackets 13 together with the shelves 8, 9. as well as with medical and auxiliary equipment 11 in the desired direction. Fixation of any of the clamps 15 in the selected position of the shelves 8 and 9 is carried out in the reverse sequence of exposure to the elements 16-20 of the clamp 15.

After conducting the necessary examination of patients by the first specialists, they perform similar operations of moving and fixing the shelves 8, 9 with medical and auxiliary equipment 11 for convenient location of second specialists near them.

Moreover, if urgent surgical intervention is necessary, put forward an additional shelf 21 from the shelf 9 of compartment 6 to use it as a surgical table, which will reliably rest on the telescopic cylinder 22, the rods of which will be moved from their original position from the body of the telescopic cylinder 22 when the additional shelves 21. The additional shelf can be fixed in its initial and extended position by known fixators, for example, a screw (not shown) installed below ki 9.

Also, this extended additional shelf 21 can be used to install a stretcher on it, or a berth, or seating for transported patients or injured, if shelves 9 and 21 are in a convenient position for this.

After the formation of the necessary position of the shelves 8, 9 with fixing the necessary medical and auxiliary equipment 11 on them, the body 2 is transported by vehicle 1 to the destination.

In this case, it is possible to provide medical care or to conduct an examination directly in the compartments

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3-5 bodies 2 on the vehicle 1.

It is also possible that you can do without a vehicle 7 (Fig. 1, 12). For this purpose, the lifting and lifting equipment 24 is taken out of the subframe 6 — four jacks 32 (Fig. 6), the rods 49 of which are inserted into the receiving holes 23 (Fig. 11) of the four corners of the body 2, with their fixation by spring clips 25. Couplings 48 and 31 dock all cables 47 in flexible guides with the corresponding cables 30.

After that, with the help of levers (conditionally shown in Fig. 8 by a dashed arrow) inserted into the holes 54 of the washer 53 of the jacks 32, simultaneous swinging movements are carried out on four sides of the body, which are converted into intermittent movements by engaging the dog 52 with the teeth 51 of the nuts 37 rotation. As a result, the screw 34 moves down together with the rod 38 and the support wheel 42, abutting against the supporting surface 70 (Fig. 9). In this case, initially all the support wheels 42 are braked due to friction pads 43, preloaded by springs 44 located in the cups 45 of the fork 41 (Fig. 6).

With further rotation of the nuts 37 of the jacks 32 (Fig. 9), the body 2 rises above the vehicle 1, which leaves.

In this elevated state of the body 2, the mobile medical complex is ready for stationary use. If necessary, adjust the height of the body 2 due to the rotation of the nuts 37 in a certain direction. For reliability, the support shoes 33 are put on the support wheels 33 (Fig. 9, 4), previously removed from the subframe 6.

Also, if it is necessary to relocate such a mobile medical complex, the support shoes are removed and transferred back to the subframe 6. Then, the lever 27 (Fig. 9) is moved and fixed, the strap 29 of which moves the cables 30 and 47 in their flexible guides, causing the support wheels 42 to brake due to pressing the friction linings 43 (Fig. 6). After that, the body 2 is moved on the support wheels 42 (Fig. 3), rolling them along the supporting surface 70 to the desired location and repeat the above fixation by braking the support wheels 42 and connecting them to the support shoes 33 (Fig. 4).

The body 2 can also be located in a similar way with the help of jacks 32 on the support stands 71 (Fig. 2 and 11), as well as removed from them and put on the vehicle 1 (Fig. 8, 1, 12).

When moving the vehicle 1 (Fig. 1 and 12) together with patients and maintenance personnel in the body 2, it is very important to ensure the comfort of their transportation. This greatly affects the condition of patients, and sometimes to save lives.

The fact is that due to the unevenness of the road surface, and sometimes off-road (if an emergency occurred far from the road), significant disturbances arise (in the form of shocks) in the vertical direction, since the shock absorbers of the vehicle chassis 1 do not provide a stable position for the injured in a stretcher in the vertical direction. Harmful to health is also an oscillatory process. Therefore, the damping nodes 56 (Fig. 14), as well as the shock-absorbing sockets 12 (Fig. 13) are designed to provide damping of these oscillations by driving them to a controlled decaying process.

When starting up and stopping the vehicle 1 (Fig. 1 and 12), as well as with a sharp change in its speed, significant dynamic longitudinal loads can occur, i.e. back and forth in the direction of movement transmitted through the shelves 8, 9 (Fig. 12, 13) to the patients (wounded) located there.

To dampen such longitudinal loads, the ends of the springs 65 (Fig. 14) are rigidly fixed in the spiral grooves of 64 structural elements 61 and 63 of these damping assemblies 56. Therefore, when longitudinal dynamic loads occur and the subsequent tendency of the butt 8, 9 moves back and forth, and turn the second short sleeve 63 together with the elastic sleeve 62 relative to the first short sleeve 60, the springs 65 will prevent this rotation. Moreover, one spring 65 will work on twisting, and the other on unwinding. In this case, all the turns of the springs 65 will work. As a result, an effective reduction of dynamic loads in the longitudinal direction is ensured. The friction of the elastic sleeves 62, as dissipative elements, along the first short sleeves 60 provides damping of the vibrations arising from this.

If the elastic sleeves 62 are made split or in the form of a collet (i.e., with a changing internal hole), then the amount of friction, and thereby the process of damping the oscillations, can be adjustable.

The use according to the invention of a multifunctional mobile medical complex and the method of completing it has a number of advantages over the analogue [1] and prototype [2] and other known mobile medical complexes and methods for completing them:

it is possible to provide in one vehicle body both pre-medical and full medical care anywhere and anytime;

due to the compact arrangement of medical and auxiliary equipment 11 (Fig. 12, 13) in the volume of the body 2, the cost of the entire mobile medical complex is reduced;

there is an opportunity to increase the detection of diseases at their early stages of development; medical and auxiliary equipment 11 has a constant load;

- 5 025675 reduced the number of calls of ambulances in the village; the complex allows, in addition to examination and treatment, also to conduct a medical examination of the population; the possibility of a compact location in any vehicle: car, bus, river or sea vessel, helicopter, airplane, including with the possibility of landing separately removable body 2 from it with subsequent prompt delivery to a specific place on its own;

the possibility of using body 2 with improved thermal insulation properties; the possibility of rapid transformation of shelves 8, 9 and 21 to provide the necessary medical care to patients or victims of hostilities, natural disasters, accidents, terrorist attacks, especially in places of remote access;

expand the functionality of the above method and device; it is possible to use universal vertical struts 10 as the main elements for strengthening the body 2 and damping vibrations caused by the operation of the transmission and the engine of the vehicle, the reliability of the damping design is increased, and it becomes possible to stabilize low-frequency and high-frequency vibrations in different directions, as well as their damping.

The damping advantages listed above can improve the comfortable conditions when transporting patients (victims) to medical facilities from the scene even in off-road conditions, which will allow them to remain healthy and even live in severe cases of illness or injury.

Information sources:

1) Cars, buses, trailers, forklifts. Catalog., Part 4: Specialized cars. M., 1989, p. 142-146.

2) Certificate Κϋ 227 ϋ1, priority 06/09/1993, published 01/16/1995 (prototype).

Claims (4)

CLAIM 1. Multifunctional mobile medical complex containing a vehicle (1), the body (2) of which consists of compartments (3-5), each of which contains medical and / or auxiliary equipment for at least one medical specialization, and the body Isothermal and equipped with supporting equipment (24), and in its compartments (3-5) there are universal vertical supports (10) with damping units (56), each of which has at least two shelves located one above another 8, 9), with in the possibility of changing and fixing their position on universal vertical racks (10) and with the possibility of accommodating medical and / or auxiliary equipment for at least one medical specialization, characterized in that the damping unit (56) of universal vertical racks (10) is made in the form of two pursed springs (65), the ends of which are fixed relative to the first short sleeve (60) located between said springs (65) and which are covered by the second short sleeve (63) by means of the third elastic sleeve (62), When this first short sleeve (60) is fitted to the fourth sleeve (14) disposed fixedly on a universal vertical rack (10) whose ends are fixed in damping slots (12) formed in the floor and ceiling of the vehicle body. 2. The complex according to claim 1, characterized in that at least one of the shelves (8, 9) is made hollow and contains an additional sliding shelf located therein. 3. The complex according to claim 1, characterized in that the body (2) is provided with a subframe, in which the supporting and lifting equipment is located (24) in the form of jacks (32), while receiving holes are made in the body (2) for mounting them ( 23). 4. The complex according to claim 3, characterized in that the jacks (32) are equipped with support wheels (42) with brakes.