JP3207616U - MRI unit - Google Patents

Abstract

An MRI-equipped unit capable of improving workability and maintainability is provided. An MRI-equipped unit includes a container-like storage body that is internally partitioned into a medical room and an operation room by a partition wall, and the container-like storage body is provided in the medical room. The MRI 31 has a region where the operation unit 41 for MRI is disposed in the operation room 40. The clinic 30 has a magnetic shielding structure, the MRI 31 loading / unloading doors 33 and 33 are provided on the outer walls 11A and 11A of the container-like storage body 11, and the stretcher door 44 is provided on the outer wall 11 of the operation room 40. A maintenance door 35 for MRI is provided on the outer wall 11B opposite to the operation chamber 40 of the container-like storage body 11, and maintenance for the MRI operation unit 41 is provided on the outer walls 11A and 11B facing the MRI operation unit 41. Doors 43 and 45 were provided. [Selection] Figure 1

Description

  The present invention relates to an MRI-equipped unit, and more particularly to an MRI-equipped unit stored in a container-like container that can be transported by a trailer.

In recent years, MRI (Magnetic Resonanse Imaging) inspection has become widespread.
MRI inspection is an inspection that uses strong magnets and radio waves instead of X-rays such as X-ray photography, CT, PET (Positron Emission Tomography) inspection, etc. It is widely used because it can find various lesions in the body.

By the way, an apparatus for MRI examination (magnetic resonance imaging apparatus) is very expensive. In addition, since it is necessary to prevent the magnetic field that affects the human body from leaking to the outside and to prevent the external magnetic field from affecting the apparatus, a lot of space is required to install the MRI. It is economically difficult to install MRI in a small clinic or hospital.
On the other hand, in large hospitals and medical institutions with sufficient funds, for example, 2 to 3 units may be installed.

However, the demand and necessity of MRI inspection cannot be handled only by a medical institution or the like where an apparatus for MRI inspection is installed. It may be difficult to go to a medical institution.
For this reason, it is convenient to install a device for MRI inspection in a container vehicle, etc., for example, to visit a local clinic and have a simple MRI that can be examined there. It was rare.
Moreover, even in a large hospital or the like where two or three units are installed, one or two of them may be repaired or replaced, and in such a case, an emergency measure is required.

In response to the above demand, a trailer equipped with a magnetic resonance diagnostic imaging apparatus is known (see, for example, Patent Document 1).
The trailer equipped with the magnetic resonance diagnostic imaging apparatus disclosed in Patent Document 1 reduces the influence of magnetism generated from a generator required for in-vehicle use, an outdoor unit for indoor air conditioning, an outdoor unit for a superconducting MRI cooling device, and the like. Thus, a technique in which MRI is arranged at a position far from the magnetic field generation position is disclosed.

In addition, a mobile PET-equipped container and a container-mounted radiation shielding plate are known (see, for example, Patent Document 2).
In the mobile PET-equipped container and the radiation shielding plate for container mounting disclosed in Patent Document 2, a technique is disclosed in which radiation can be surely shielded during work and not bulky during transportation.

JP 2001-95780 A JP 2007-263846 A

However, in the trailer equipped with the magnetic resonance diagnostic imaging apparatus disclosed in Patent Document 1, the inside of the trailer is divided into an MRI room, an MRI operation room and entrance, a computer room, and a machine room.
Therefore, it is said that workability and maintainability are poor because it is necessary to go to each room every time when starting operation, inspection, maintenance, etc. of various devices and equipment arranged in each room There are challenges.

Moreover, in the mobile PET-equipped container and the container-mounted radiation shielding plate disclosed in Patent Document 1, in order to secure a work allowance on both sides of the PET apparatus, the closing member must be opened on both sides in the width direction. In order to control the opening / closing operation, a control unit arranged on the back side of the PET apparatus is operated.
However, the space on the back side of the PET apparatus must be made small in order to make the whole compact. Moreover, in order to go to the control unit, it is necessary to go under the tunnel part of the PET apparatus, and the workability is poor. In addition, every time inspection or maintenance is performed, the tunnel portion is dived, and there is a problem that workability and maintainability are remarkably poor.
In addition, the operation room adjacent to the room where the PET device is installed has two doors for entering and leaving the patient. In addition, the efficiency of workability and maintainability is poor only with these two doors.

  An object of the present invention has been proposed to solve the above-described problems, and is to provide an MRI-equipped unit that can improve workability and maintainability.

In order to achieve the above object, the MRI-equipped unit of the present invention is provided with a container-like storage body that is internally partitioned into two rooms by a partition wall,
The container-like storage body has an area for arranging an MRI for treating a human body in one room and an MRI operation unit for the MRI operation in the other room,
A magnetic shielding structure that shields magnetism generated from the MRI inside the one room;
An MRI carrying door is provided on each outer wall along the longitudinal direction of the container-like container, and a patient door is provided on the outer wall of the container-like container in the other room. An on-board unit,
A maintenance door with a magnetic shielding structure is provided on the outer wall of the container-like container opposite to the other room,
A maintenance door for the MRI operation unit is provided on the outer wall of the container-like storage body and on the outer wall facing the MRI operation unit.

  The MRI-equipped unit of the present invention is configured as described above, with an MRI carry-in / out door on the outer wall of the container-like enclosure, and a patient entry / exit door on the outer wall of the container-like enclosure in the other room. A maintenance door is provided on the back side of the MRI in the room, and a maintenance door for the MRI operation unit is provided on the outer wall facing the MRI operation unit. These doors are dedicated doors for the respective facilities. Yes. Therefore, when performing operation, inspection, maintenance, etc. of each facility, it is not necessary to use another door or the like, so that workability and maintainability can be improved.

It is a whole perspective view which shows one Embodiment of the MRI mounting unit which concerns on this invention. It is a longitudinal cross-sectional view along the II-II line in FIG. (A) is a view on arrow III in FIG. 1, (B) is a view on arrow B in FIG. 3 (A), and (C) is a view on arrow C in FIG. 3 (A). It is IV arrow line view in FIG. It is a whole perspective view which shows the external appearance of the MRI mounting unit disclosed in FIG. It is VI arrow directional view in FIG. (A) is a plan view showing the structure of the floor portion of the container-like container of the MRI mounting unit disclosed in FIG. 1, and (B) shows the mounting structure of the reinforcing floor beam and the vertical beam and the horizontal beam. It is a longitudinal cross-sectional view along line BB. It is a perspective view which shows a part of framework structure of the floor part of the container-shaped container of the MRI mounting unit disclosed in FIG. It is a perspective view which shows the state which loaded the MRI mounting unit disclosed in FIG. 1 on the trailer for conveyance. It is a perspective view which shows the state installed in the predetermined installation position, when using the MRI mounting unit disclosed in FIG. It is a perspective view which shows the state which provided the MRI mounting unit on the curing iron plate laid in the site | site, when using the MRI mounting unit disclosed in FIG. It is a perspective view which shows the state which loaded the MRI mounting unit which can be conveyed with a 16t track | truck on the said 16t track | truck.

  Below, with reference to FIGS. 1-8, one Embodiment of the MRI mounting unit which concerns on this invention is described.

As shown in FIGS. 1 and 2, the MRI mounting unit (hereinafter simply referred to as a mounting unit) 10 includes a container-like storage body 11.
The interior of the container-like storage body 11 is divided into two rooms by a partition wall portion 20, that is, a medical room 30 that is one room and an operation room 40 that is the other room.

An MRI 31 for human body medical treatment and a patient bed 32 attached to the MRI 31 are arranged inside the medical room 30. The bed 32 is disposed at a position close to the operation room 40, and the MRI 31 is disposed at the far side of the medical room 30, that is, at a position far from the operation room 40.
The inside of the medical office 30 has an existing magnetic shielding structure using a lead or copper plate or the like for shielding magnetism generated from the MRI 31.

  Inside the medical room 30, there is provided a moving area A that can be freely entered and exited from outside via the operation room 40. The moving area A is a space in which a stretcher wheelchair 50 or the like carrying a patient to the bed 32 can move.

In the medical room 30, corresponding to the installation position of the MRI 31, the MRI 31 and the patient bed 32 are carried in and out of the outer wall portions 11A and 11A along the longitudinal direction of the container-like storage body 11. Doors 33 and 33 are provided, respectively.
These carry-in / out doors 33, 33 are double-opening types that open outward. Therefore, when the MRI 31 or the like is carried in, both the loading / unloading doors 33 and 33 are opened, the MRI 31 is pushed in from one of the doors 33 side, and the MRI 31 is pulled from the opposite side. Therefore, efficient work can be performed and work in and out can be accelerated.
The doors 33 and 33 for loading / unloading have an existing magnetic shielding structure using a lead or copper plate or the like.

The outer wall portions 11A and 11A of the medical room 30 are provided with slit-like windows 34 and 34, respectively, and these windows 34 and 34 correspond to a substantially central position in the length direction of the bed 32. In the position. The inner surfaces of these windows 34 and 34 also have a magnetic shielding structure.
As a result, the patient in a state of being confined in the room of the closed space looks at the outside scenery and the like, so that the heart can be healed and the tension can be relieved.

In the clinic 30, a dedicated maintenance door 35 for the MRI 31 is provided on the outer wall 11 </ b> B on the rear side of the MRI 31 (in the direction opposite to the bed 32). The maintenance door 35 is a single-open type that opens outward, and is provided so that maintenance such as inspection and maintenance on the rear side of the MRI 31 is facilitated by opening the maintenance door 35.
Therefore, for inspection and maintenance of the MRI 31 disposed in a limited narrow space, it is not necessary to dive in a so-called tunnel of the MRI 31 and enter the rear space of the MRI 31, and the maintenance of the MRI 31 is facilitated.
The maintenance door 35 also has a magnetic shielding structure.

In the operation room 40, an MRI operation unit 41 for operating the MRI 31 is arranged. An operation console 42 on which a PC, a keyboard, and the like are placed is disposed adjacent to the MRI operation unit 41.
The console 42 is disposed at a substantially central portion in the width direction of the container-like storage body 11 of the operation room 40.

In the operation room 40, an operator work area B for operating the MRI operation unit 41 corresponding to the MRI operation unit 41 is provided. The work area B is configured with a space that allows an operator to act without inconvenience.
And the substantially center part of the work area B is the substantially center part of the width direction in the said container-shaped storage body 11, and the said console 42 is arrange | positioned there.

Doors 43 and 44 that can enter and exit the operation chamber 40 from outside are provided on the outer wall portions 11A and 11A in the work area B of the operation chamber 40, respectively. These doors 43 and 44 are double doors that open outward.
Among these, the door 43 is a maintenance door dedicated for carrying in / out of the MRI operation unit 41 and for inspection, maintenance, etc., and the door 44 is used to enter and exit the stretcher wheelchair 50 on which the patient is placed from outside. This is a stretcher door.

In the operation room 40, two doors 45 and 46 are provided on the outer wall 11 </ b> B opposite to the medical room 30, which can enter and exit the operation room 40 from the outside. These doors 45 and 46 are provided on both sides of the central portion in the width direction of the outer wall portion 11B, and are respectively single doors that open outward.
Of these, the door 45 is a maintenance door dedicated to carrying in and out of the MRI operation unit 41 together with the door 43, and maintenance such as inspection, maintenance, etc. The door 46 and the door 44 are loaded with a patient from the outside. This is a stretcher door through which the stretcher wheelchair 50 and the like enter and exit.

  As described above, the operation room 40 is provided with maintenance doors 43 and 45 dedicated to the MRI operation unit 41 and stretcher doors 44 and 46 through which the stretcher wheelchair 50 and the like enter and exit, respectively. For example, even if the stretcher door 44 or 46 is in use, it can be entered from the outside by opening the maintenance door 43 or 45 at the position of the MRI operation unit 41.

The partition wall 20 that separates the medical room 30 and the operation room 40 is provided in the middle of the container-like storage body 11 in the longitudinal direction, and includes a wall body 21 and a patient entrance door 22.
The patient entrance door 22 has a magnetic shielding structure so that magnetic force does not leak from the medical room 30 to the operation room 40 during medical treatment, and the outside, that is, the operation room, so as not to be accidentally opened during medical treatment. A handle or the like is securely locked from the 40 side.
Although not shown, an in-use indicator lamp and a magnetic field generating indicator lamp are provided above the patient entrance door 22.

Further, a part of the wall body 21 is provided with a viewing window 23 for an operator to observe the diagnosis state of the medical room 30.
As shown in FIG. 2, the viewing window portion 23 is provided at a position where an operator facing the operation console 42 can look into the inside of the medical room 30 while operating the PC or the like with the operation console 42. A part of 21 is cut out.

The viewing window 23 is provided at a height such that an operator sitting on the console 42 can see the inside of the medical room 30 in this state, and is formed in a predetermined size of a substantially rectangular shape. .
The viewing window 23 and the patient entrance door 22 also have a magnetic shielding structure.

A filter 24 is provided below the viewing window 23 in the wall body 21.
This filter 24 shields the magnetism generated from the MRI operation unit 41 installed in the operation room 40 so that the magnetism does not reach the MRI 31 in the medical room 30.

The container-like storage body 11 has a rectangular parallelepiped shape as a whole as shown in FIGS.
That is, as shown in FIG. 8, the container-like storage body 11 connects the pillars 15 erected at the four corners, the ceiling beam 16 that connects the upper ends of these pillars 15, and the lower ends of the columns 15. 11A of outer wall parts, a ceiling surface, a floor surface, etc. are attached to the framework provided with the floor part 12, respectively.
In FIG. 8, a plurality of cross beams 13D, doors 33, 34, etc. in the framework 13 of the floor 12 described later are not provided, and no interior material or the like is provided. .

As shown in FIGS. 3A and 5, the outer wall portion 11 </ b> A along the longitudinal direction of the container-like storage body 11 is carried out in order from the one side (the medical room 30 side; the left side in FIG. 5) in order of the MRI. An entrance door 33, a slit window 34, and a patient entrance door 44 are provided.
Further, as shown in FIGS. 3B and 5, the maintenance door 35 for maintenance of the MRI 31 is provided on the outer wall portion 11 </ b> B of the clinic 30, and the outer wall portion 11 </ b> B of the operation chamber 40 is provided on the outer wall portion 11 </ b> B of the operation chamber 40. As shown in FIGS. 3C and 6, a unit loading / unloading door 45 and a stretcher door 46 corresponding to the MRI operation unit 41 are provided.
Further, as shown in FIG. 4 and FIG. 6 as viewed from the back side of FIG. 3, the outer wall portion 11A in the longitudinal direction of the container-like storage body 11 is in order from one side (the operation chamber 40 side, the left side in FIG. 6) in order. A maintenance door 43, a slit-shaped window 34, and an MRI carry-in / out door 33 are provided.

As the container-like storage body 11, a so-called 20-foot type container is used among commercially available containers that are generally used. In addition to being placed, it is formed in an overall size so that it can be used after being lowered from the loading platform of the trailer 55.
That is, a container having an outer wall length of about 6058 cm, a width of about 2438 cm, and a height of about 2600 cm is used.

By the way, since the MRI 31 installed in the medical office 30 uses a permanent magnet in the present embodiment, some models reach, for example, 10 t or more, and the weight is extremely heavy.
Therefore, when a normal container is used, the frame structure of the floor may not withstand the strength. Therefore, the floor structure of the present embodiment has a floor structure that can withstand the weight of the MRI 31 by reinforcing the framework of the floor area where the MRI 31 is installed.

That is, as shown in FIG. 7A, the framework 13 of the floor portion 12 of the container-like storage body 11 includes two parallel long side floor beams 13A and 13A along the longitudinal direction of the container-like storage body 11. The outer frame 13C is composed of short side floor beams 13B and 13B that connect the ends of the long side floor beams 13A and 13A by welding or the like.
The outer frame 13C has a plurality of horizontal beams 13D and 13D that are bridged at equal intervals between the long side floor beams 13A and 13A, and a plurality of beams that are bridged at equal intervals between the short side floor beams 13B and 13B. Vertical beams 13E and 13E.

In the framework 13 of the floor portion 12 configured as described above, a plurality of reinforcing floor beams 13F are newly provided in the floor region F where the MRI 31 is installed.
These reinforcing floor beams 13F are spanned between the short-side floor beams 13B and 13B as shown in the substantially half on the left side of FIG. 7A, and a plurality of horizontal beams 13E, 13E is arranged at a substantially intermediate position. Then, both ends of each reinforcing floor beam 13F are connected and fixed to the long side floor beams 13A, 13A by welding or the like.
In addition, as the floor area | region F, the length of 1/2 or less of the full length of the longitudinal direction of the floor part 12 is set.

The reinforcing floor beam 13E and the horizontal beam 13D are joined to the vertical beam 13E in a structure as shown in FIG.
That is, for example, a lug 14A having a T-shaped cross section is fixed to the wall portion of the reinforcing floor beam 13E toward the vertical beam 13E side, and the bolt is attached to the contact surface between the tip of the lug 14A and the wall portion of the vertical beam 13E. A hole is formed, the fixing bolt 14B is inserted into the bolt hole, and a nut is screwed into the fixing bolt 14B to join the reinforcing floor beam 13E and the vertical beam 13E.
In addition, not only the connection by the lug 14A and the fixing bolt 14B, but the contact portion between the lug 14A and the vertical beam 13E may be fixed by welding.
And the outer wall 11A, 11A, 11B of the outer wall of the container-like storage body 11 and the loading / unloading doors 33, 33 after maintenance, such as the above-described internal structure, floor reinforcement, and installation of the MRI 31, are used for maintenance. Although not shown in the figure, for example, a cherry blossom, cosmos flower pattern, green leaf pattern, or the like is drawn on the outer peripheral surface of the door 35 or the like. As a result, clear discrimination from other companies can be achieved. The MRI unit 10 is a device having a soft atmosphere.

  At the start of medical treatment, when the stretcher wheelchair 50 or the like carrying the patient is brought into the medical room 30, the patient entrance door 22 is opened to the operation console 42 side, and one of the stretcher entrance doors 44 and 46 is outward. Then, the stretcher wheelchair 50 or the like is moved from either the door 44 or 46 via the work area B to the moving area A of the examination room 30.

When the movement is completed, the patient entrance door 22 is closed, and the clinic 30 is sealed. At this time, the four doors 43 to 46 provided in the operation chamber 40 are also closed.
For maintenance, the maintenance door 35 on the rear side of the MRI 31 in the examination room 30 is also closed, and the doors 33 and 33 for loading and unloading are also closed.

In the MRI mounting unit 10 configured as described above, for example, when requested by a hospital or the like, the MRI mounting unit 10 is loaded on the loading platform of the trailer 55 and transported to a desired location as shown in FIG. .
At the site, it is used in a state where it is loaded on the loading platform of the trailer 55.
That is, after all the equipment and devices such as the MRI operation unit 41 are in an operable state, electricity is drawn into each device from a power source (not shown) on the site via an outlet (not shown) installed in the MRI unit 10. Then, a predetermined medical treatment is performed by a specialist such as a doctor in the MRI unit 10.

Here, when the MRI unit 10 is operated in a state of being loaded on the trailer 55 and the medical examination is performed, the stretcher wheelchair 50 or the like is placed on the placement surface of a known lifting device for a placement object on the ground. Thereafter, the lifting device for the mounted object is driven to adjust the upper surface of the mounting surface to the height of the floor surface of the operation chamber 40, and the stretcher wheelchair 50 and the like are opened from the opened opening of the stretcher door 44. Just bring it in.
In addition, after performing predetermined document procedures for specific ministries and the like, it is lifted from the trailer 55 with a crane (not shown) and placed on a base portion 60 such as a pre-installed block as shown in FIG. It can also be installed for medical care.
In addition, medical treatment is also performed in a state of being placed on the loading platform of the trailer 55.

According to the MRI mounting unit 10 of the embodiment configured as described above, the following effects can be obtained.
(1) MRI carry-in / out doors 33 and 33 are provided on the parallel outer walls 11A and 11A of the medical room 30, and an MRI maintenance door 35 is provided on another outer wall 11B. 33 and 35 are dedicated doors for the respective facilities. Therefore, when performing operation, inspection, maintenance, etc. of each facility, it is not necessary to use another door or the like, so that workability and maintainability can be improved.

(2) Since the MRI carry-in / out doors 33 and 33 are provided on the outer wall portions 11A and 11A parallel to each other in the examination room 30, when the MRI 31 is carried into and out of the container-like storage body 11, which door 33 , 33 can be carried in and out. For example, at the time of carry-in, an operation such as pushing in from one door 33 side and pulling from the other can be performed, so that the heavy MRI 31 can be carried in easily.

(3) Since the maintenance door 35 for performing maintenance of the MRI 31 and the like is provided on the outer wall portion 11B of the clinic 30 opposite to the operation room 40, the container-like storage body 11 using a commercially available container is used. When performing maintenance or the like on the rear part of the MRI 31 arranged in a narrow space, it is not necessary to go under a so-called tunnel of a part of the MRI 31. As a result, maintenance work can be improved.

(4) Since the slit-like windows 34 and 34 are provided on both the outer walls 11A and 11A of the medical room 30, the patient in a state of being confined in the room of the closed space can see the outside scenery and the like. Can do. As a result, it is possible to start a medical treatment with a little feeling of tension and ease of tension.

(5) The patient bed 32 is attached to the MRI 31, the patient bed 32 is arranged closer to the operation room 40, and the MRI 31 is arranged farther from the operation room 40. It is possible to reduce the influence of magnetism generated from the MRI operation unit 41 and the like on the MRI 31 as much as possible.

(6) The inside of the medical office 30, the loading / unloading doors 33 and 33, the slit-shaped windows 34 and 34, the viewing window 23, the patient doorway 22 and the slit-shaped windows 34 and 34 have a magnetic shielding structure. Therefore, the influence of magnetism on the external environment can be eliminated.

(7) The operation room 40 is provided with maintenance doors 43 and 45 dedicated to the MRI operation unit 41 and stretcher doors 44 and 46 through which the stretcher wheelchair 50 and the like enter and exit, respectively. Even when the stretcher door 44 or 46 is in use, the maintenance doors 43 and 45 can be opened at the position of the MRI operation unit 41 to enter from the outside. As a result, it is not necessary to use other doors or the like when operating, inspecting, and maintaining each facility, so that workability and maintainability can be improved.

(8) An operator console 42 for operating the MRI operation unit 41 is provided in the operation room 40, and a viewing window 23 through which the inside of the medical room 30 can be viewed from the console 42 is provided in the partition wall 20. Thus, the operator can operate while looking inside the medical room 30 while sitting. As a result, the operation work becomes easy.

(9) The frame 13 of the floor 12 of the container-like storage body 11 is composed of two long-side floor beams 13A and 13A and short-side floor beams 13B connecting the ends of these long-side floor beams 13A and 13A. , 13B. The outer frame 13C is provided with a plurality of horizontal beams 13D, 13D and a plurality of vertical beams 13E, 13E. Further, an MRI 31 is installed. Since the plurality of reinforcing floor beams 13F are newly provided in the floor area F of the portion to be formed, the structure of the floor portion 12 having sufficient strength can be obtained and the weight of the MRI 31 can be accommodated.

(10) Since the range of the floor region F that reinforces the portion where the MRI 31 is installed is set to a range that is 1/2 or less of the total length in the longitudinal direction of the floor portion 12, not only the reinforcing beam directly under the MRI 31 but also the MRI 31 Is received by the reinforcing beams in the entire range of the floor region F, and as a result, the strength of the floor portion 12 can be ensured.

(11) Since the MRI-equipped unit 10 is configured to include the container-like storage body 11 modified based on a generally available container, the MRI-equipped unit 10 becomes a compact MRI-equipped unit 10 and, for example, the loading platform of the trailer 55 Can be loaded with a margin. As a result, the vehicle can be transported to any area as long as road conditions are allowed, and an MRI inspection can be performed at the transport destination.

(12) When the MRI-equipped unit 10 is transported by the trailer 55 and then used after being unloaded from the trailer 55 at the transport destination, the MRI-equipped unit 10 is stored in a container-like storage modified based on a generally available container. Since it comprises the body 11, it can be easily lifted and unloaded by a crane (not shown).

  Although the present invention has been described with reference to the above embodiments, the present invention is not limited to the above embodiments. Various changes that can be understood by those skilled in the art can be made to the configuration and details of the present invention. In addition, the present invention includes a combination of some or all of the configurations of the respective embodiments as appropriate.

For example, in the above-described embodiment, when the MRI-equipped unit 10 is used after being taken down from the trailer 55, for example, after being transported to the site requiring medical care by the trailer 55, the MRI-equipped unit 10 is used after being installed in the base portion 60. However, it is not limited to this.
As shown in FIG. 11, a cured iron plate 66 may be laid on a desired ground, and may be installed on the cured iron plate 66 via a plurality of horizontal adjustment adjusters 65. Here, the curing iron plate 66 is a plate having a thickness sufficient to receive the weight of the MRI mounting unit 10, and the horizontal adjustment adjuster 65 is located on the front side of FIG. 11 on the floor 12 of the MRI mounting unit 10. And four places on the opposite side.

Then, after the MRI mounting unit 10 is installed, the horizontal adjustment adjuster 65 adjusts the level of the MRI mounting unit 10, and after the leveling is confirmed, the actual medical system is shifted to.
According to such a configuration, since the MRI mounting units 10 are installed via the plurality of horizontal adjustment adjusters 65, the level of the MRI mounting units 10 can be surely adjusted by finely adjusting each horizontal adjustment adjuster 65. Therefore, accurate medical treatment of MRI 31 becomes possible.

  Moreover, in the said embodiment, although the slit-shaped window part 34 was provided in each of outer wall part 11A, 11A along the longitudinal direction of the container-shaped storage body 11, this slit-shaped window part 34 is restricted to outer wall part 11A, 11A. Instead, it may be provided on the ceiling surface of the container-like storage body 11.

  Further, in the above embodiment, the MRI mounting unit 10 is loaded on the trailer 55 and transported. However, the model of the MRI 31 can be changed, and the weight of the internal equipment including the container-like storage body 11 can be reduced. When the entire weight is suppressed to a weight that can be loaded on the 16t truck 65, for example, it can be loaded and transported on the 16t truck 65 as shown in FIG. As a result, compared with the case where the vehicle is transported by the trailer 55, the road situation can be dealt with more flexibly.

  The MRI-equipped unit of the present invention can be used when an MRI examination is required in a hospital or the like in an area where no MRI is installed.

DESCRIPTION OF SYMBOLS 10 MRI loading unit 11 Container-shaped storage body 12 Floor part 13 Frame 13E Reinforcement floor beam 20 Partition wall part 22 Patient entrance / exit door 23 Viewing window part 30 Medical room 31 which is one room 31 MRI
32 Bed 33 MRI loading / unloading door 34 Slit-shaped window 35 MRI maintenance door 40 Operation room which is the other room 41 MRI operation unit 42 Operation console 43 Maintenance door for MRI operation unit 44 Stretcher door 45 Maintenance door for MRI operation unit 46 Door for entering and exiting stretcher 55 Trailer 65 Adjustment adjuster

Claims (9)

A container-like storage body is provided in which the interior is partitioned into two rooms by a partition wall,
The container-like storage body has an area for arranging an MRI for treating a human body in one room and an MRI operation unit for the MRI operation in the other room,
A magnetic shielding structure that shields magnetism generated from the MRI inside the one room;
An MRI carrying door is provided on each outer wall along the longitudinal direction of the container-like container, and a patient door is provided on the outer wall of the container-like container in the other room. An on-board unit,
A maintenance door with a magnetic shielding structure is provided on the outer wall of the container-like container opposite to the other room,
An MRI-equipped unit, wherein a maintenance door for the MRI operation unit is provided on an outer wall of the container-like container and facing the MRI operation unit. In the MRI-equipped unit according to claim 1,
An MRI-equipped unit characterized in that the container-like storage body has a rectangular parallelepiped shape, and a partition wall portion is provided in the middle of the longitudinal direction to partition the room into the one room and the other room. In the MRI-equipped unit according to claim 2,
An MRI-equipped unit, wherein the partition wall portion has a magnetic shielding structure, and a patient entrance door having a magnetic shielding structure is provided on the partition wall portion. In the MRI mounting unit according to any one of claims 1 to 3,
An MRI-equipped unit, wherein a slit-like window portion having a magnetic shielding structure is provided on each outer wall along the longitudinal direction of the one room. In the MRI mounting unit according to any one of claims 1 to 4,
The framework of the floor of the container-like enclosure
Two parallel long side floor beams arranged along the longitudinal direction on the floor, a short side beam connecting the ends of the long side floor beams, and the long side floor beam between each other A plurality of horizontal floor beams that are laid, and a plurality of vertical floor beams that are integrally constructed by being laid between the horizontal floor beams including the short side floor beams, and An MRI mounting unit, wherein a plurality of lateral reinforcing floor beams are provided in parallel to the horizontal floor beam in an MRI installation area where the MRI of the floor portion is installed. In the MRI-equipped unit according to claim 5,
The MRI installation unit is characterized in that the range of the MRI installation area is not more than 1/2 of the total length in the longitudinal direction of the floor. In the MRI-equipped unit according to claim 5 or 6,
For joining the reinforcing floor beam and the longitudinal beam to the transverse beam, a lug having a T-shaped cross section is provided on the wall surface of the reinforcing floor beam and the longitudinal beam facing the end of the transverse beam, and the lug and The MRI mounting unit, wherein the reinforcing floor beam, the vertical beam, and the horizontal beam are connected and fixed in contact with the wall surface of the horizontal beam. In the MRI-equipped unit according to claim 7,
Bolt communication holes are formed in each of the contact surfaces of the lugs and the horizontal beams, and bolts are inserted into the bolt communication holes and nuts are screwed into the bolts, so that the reinforcing floor beams, the vertical beams, and the horizontal beams An MRI-equipped unit characterized by connecting and fixing. In the MRI mounting unit according to any one of claims 1 to 4,
An MRI-equipped unit, wherein the container-like container is composed of a 20-foot type container among commercially available containers that are generally used.