DE202021105243U1 - Modular shelter computed tomography system - Google Patents

Abstract

Modular shelter computed tomography system, characterized in that the modular shelter computed tomography system comprises multiple unit modules and multiple expandable shelter structures (40), the multiple unit modules each being arranged in a corresponding shelter structure, wherein the shelter structures can be removed from one another, and wherein the plurality of unit modules comprise at least one device module (10), a patient module (20) and an operating module (30).

Description

Technical area

The present utility model relates to the field of shelter systems, in particular a modular shelter computed tomography system.

State of the art

When a major natural disaster or pandemic breaks out, the number of patients usually increases rapidly. With the limited space and medical resources of the existing hospitals alone, the requirement for timely admission and treatment can often not be met. A shelter hospital plays an important role in the effective treatment of patients because of its good mobility, high flexibility and mobility. Furthermore, a computed tomography apparatus is indispensable as an important apparatus for physical examination and diagnosis in treating patients. Therefore, the computed tomography device, together with the shelter devices, could be transferred and assembled between different locations as required.

In order to meet different application scenes, the computed tomography apparatus should be specifically designed at the time after the application. In addition, different devices and systems are usually installed and adjusted in a single shelter. Therefore, not only the size of the shelter but also the internal structure of the shelter can be changed. This requires “cutting” any type of shelter as needed, resulting in expensive design and assembly of the shelter computed tomography apparatus and low maintenance efficiency. In addition, the flexibility and the target group of such a specifically manufactured shelter computed tomography system is extremely limited.

Disclosure of the utility model

The task of the utility model is primarily to provide a modular shelter computed tomography system in order to solve the problem that a shelter computed tomography system in the prior art has no universality and poor flexibility.

In order to achieve the aforementioned object, the present utility model provides, in one aspect, a modular shelter computed tomography system which comprises several unit modules and several expandable shelter structures, the multiple unit modules each being arranged in a corresponding shelter structure, the shelter structures being releasably connected to one another can be, and wherein the plurality of unit modules comprise at least one device module, a patient module and an operating module.

As a result of the modularization of the units and the arrangement of the unit modules in the detachably connected shelter structure, the shelter computed tomography system of different types can be set up quickly by means of the unit modules in order to meet various requirements without redesigning the entire system. This achieves a high level of flexibility and saves design costs and time. In addition, the system can find broader application.

It is further provided that each of the shelter structures comprises: a frame; a base plate which is arranged on the base of the frame and supports the device module, patient module or operating module received in the protective space structure; and a wall plate that is fixedly mounted on the frame.

Different unit modules are incorporated in the shelter structure so that they can be transferred separately in order to reduce the influence of the size limitation, to favor their transportation and also to enable transportation in more diverse and complicated environments.

It is further provided that in a predetermined position on the frame several pin holes are provided for positioning and / or connection, which are used to receive several pins via which the protective space structures are connected to one another in predetermined relative positions.

In the form of a pin hole and a pin, the positioning and connection of the protective space structures can be implemented more cheaply and flexibly at low costs and high reliability.

It is further provided that the wall panel optionally comprises a non-shielding first wall panel and / or a shielding second wall panel, a composite material layer and a metal skin arranged on one side of the composite material layer being provided in the case of the first wall panel, and a composite material layer being provided for the second wall panel, a metal skin disposed on one side of the composite material layer, and an x-ray shielding material layer embedded in the composite material layer.

Because the wall panel optionally comprises a non-shielding first wall panel and / or a shielding second wall panel, the specific provision of different wall panels is made possible according to the specific conditions.

It is further provided that the x-ray shielding material layer comprises a lead plate.

The lead plate is a typical component for X-ray shielding with an outstanding effect.

It is further provided that the frame is formed by welded structural components or by assembled profiles and comprises a plurality of supports, at least some of the pin holes being arranged in the supports.

The arrangement of the pin hole in the support enables the individual shelter structures to be more firmly connected.

It is further provided that the device module comprises a computed tomography machine, a power supply system and a temperature and humidity control system.

The device module, which comprises the computed tomography machine and other devices adapted to it, can achieve the functions of diagnosis and treatment with the computed tomography device.

It is further provided that the patient module comprises a bed, a camera, a disease prevention and treatment device and a medical auxiliary device.

By providing the bed, which is arranged separately from the computed tomography machine, and other adapting systems in the patient module, the system can be more easily adapted for different patients, e.g. B. a critical patient or a patient affected by a pandemic. In addition, the provision of different relevant systems can flexibly meet the patient's conditions in order to ensure the efficiency of the diagnosis and to be able to eliminate the impairment of the patient.

It is also provided that the operating module comprises a computer tomography console, an auxiliary work station for diagnosis and a remote communication system.

By arranging the computed tomography console separately from the computed tomography machine and the bed, the operator can be avoided.

Furthermore, it is provided that the multiple unit modules of the modular shelter computed tomography system further comprise multiple expansion modules for providing a device for medical laboratory diagnosis and / or for preparing a patient.

The modular shelter computed tomography system can be expanded with several modules as required in order to meet different needs and to realize universality.

With the use of the technical solutions of the utility model, several units are modularized and the unit modules are arranged in the shelter structures that are detachably connected to one another. The different standard modules can be used for the rapid construction of different types of shelter computed tomography systems. In this way, the suitability for different application scenarios as well as the versatility of the shelter computed tomography modules is achieved in broader areas of application, while at the same time the limitation with regard to the spatial arrangement is eliminated, so that the modules are easy to transfer and very flexible and the cost and time required to design them can be saved.

Figure list

• 1 shows a schematic representation of a device module of a modular shelter computed tomography system according to the utility model;
• 2 shows a schematic representation of a patient module of the modular shelter computed tomography system according to the utility model;
• 3 shows a schematic representation of an operating module of the modular shelter computed tomography system according to the utility model;
• 4th shows a schematic representation of the modular shelter computed tomography system with the assembled device module, patient module and operating module;
• 5 shows a schematic representation of a shelter structure of the modular shelter computed tomography system according to the utility model;
• 6th shows a schematic representation of several assembled shelter structures of the modular shelter computed tomography system according to the utility model;
• 7th shows a schematic representation of the shelter structure during assembly, a pin for connecting the shelter structures is shown in detail in section A;
• 8th shows a pin hole in the shelter structure; and
• 9 shows a schematic representation of a wall panel of the shelter structure.

Detailed embodiments

The technical solutions in the exemplary embodiments of the utility model are described clearly and completely below in connection with the figures for the exemplary embodiments of the utility model. Of course, the exemplary embodiments described do not represent all but part of the exemplary embodiments according to the invention. The following description of the at least one exemplary embodiment is actually only illustrative and is in no way intended to restrict the utility model and its application or use. Based on the exemplary embodiments of the utility model, all other exemplary embodiments obtained by those skilled in the art without creative effort are intended to be within the scope of the utility model.

It should be noted that the terms used herein only serve to describe the specific embodiments, without restricting the exemplary embodiments according to the application. As used herein, the singular form also includes the plural form, unless otherwise specified. In addition, it should be understood that the term “include” and / or “comprise” used in the description means that a feature, a step, an operation, a means, an arrangement and / or a combination thereof is present.

Unless otherwise stated, the relative arrangement, numerical specification and values of the components and steps explained in the exemplary embodiments are not intended to limit the scope of the utility model. In addition, it should be understood that the individual parts are not shown to scale in the figures in order to facilitate the description. The technologies, methods and devices known to those skilled in the art have not been discussed in detail, but they should be considered part of the description, if appropriate. In all of the examples presented and discussed here, a specific value is intended to be constructed as exemplary, not restrictive. Therefore, in another example of the exemplary embodiment, a different value can be specified. Care should be taken that in the figures a similar number and symbol mean similar items, and that an item need not be discussed further if it is already defined in a previous figure.

In one aspect of the utility model, a modular shelter computed tomography system is provided which comprises a plurality of unit modules and a plurality of expandable shelter structures, wherein the multiple unit modules are each arranged in a corresponding shelter structure, wherein the shelter structures can be detachably connected to one another, and wherein the multiple unit modules comprise at least one device module, a patient module and an operating module.

1 shows a schematic representation of a device module of a modular shelter computed tomography system according to the utility model; 2 shows a schematic representation of a patient module of the modular shelter computed tomography system according to the utility model; 3 shows a schematic representation of an operating module of the modular shelter computed tomography system according to the utility model; 4th shows a schematic representation of the modular shelter computed tomography system with the assembled device module, patient module and operating module; 5 shows a schematic representation of a shelter structure of the modular shelter computed tomography system according to the utility model; 6th shows a schematic representation of several assembled shelter structures of the modular shelter computed tomography system according to the utility model; 7th shows a schematic representation of the shelter structure during assembly, a pin for connecting the shelter structures is shown in detail in section A; 8th shows a pin hole in the shelter structure; and 9 shows a schematic representation of a wall panel of the shelter structure.

A modular shelter computed tomography system is disclosed herein. The modular shelter computed tomography system comprises several standard modules and several expandable shelter structures 40 . The unit modules are each arranged in a corresponding shelter structure. The shelter structures 40 can be releasably connected to one another using connectors. With the modular shelter computed tomography system, this allows the shelter structures with different modules, depending on the requirements of different applications to be assembled to achieve the flexibility in terms of design.

According to one embodiment of the application, the multiple unit modules of the modular shelter computed tomography system can each have a device module 10 , a patient module 20th and an operating module 30th each of which can implement different functions.

In 1 is a fixture module 10 shown. The device module includes a computed tomography machine 11 , an energy supply system 12th and a temperature and humidity control system 13th . The computed tomography machine, the power supply system, and the temperature and humidity control system may be appropriately arranged in the shelter structure depending on the application conditions. The computed tomography machine 11 can be of different types to meet different needs. In the energy supply system 12th For example, it can be a battery, a generator or an uninterruptible power supply that can meet the demand for electricity. The temperature and humidity control system 13th can help create a suitable environment for the operation of the computed tomography machine 11 provide. Next to the computed tomography machine 11 , the energy supply system 12th and the temperature and humidity control system 13th can the fixture module 10 also comprise further devices adapting to the computed tomography device.

2 shows the patient module 20th according to one embodiment of the application, which is a bed 21 , a camera 22nd , a disease prevention and treatment device 23 and a medical auxiliary device 24 may include. In the embodiment of the application are the bed 21 and the computed tomography machine 11 arranged in different modules, so that the bed for different patients, such as. B. a critical patient or a patient affected by a pandemic, can be used to dispense with patient transport. In the case of a patient with whom direct contact should be avoided, the camera can 22nd in the patient module 20th used to monitor patient movement and positioning. The disease prevention and treatment device 23 may include a UV lamp, a vacuum device, and so on. The medical auxiliary device 24 can other auxiliary devices such. B. a high pressure injector or a first aid device.

3 shows the operating module 30th according to one embodiment of the application, which is a computed tomography console 31 , an auxiliary workstation 32 for diagnosis and a remote communication system 33 may include. The computed tomography console can be used to control the computed tomography machine 11 to serve. The auxiliary workstation 32 for diagnosis is used for post-processing of the determined images. The remote communication system 33 can be used to communicate with a remote device in order to transmit data and to carry out remote control or distance learning.

The fixture module 10 , the patient module 20th and the operating module 30th which are separate from each other can be assembled in operation by means of the shelter structure, as in FIG 4th shown.

The multiple unit modules of the modular shelter computed tomography system according to an embodiment of the application can furthermore comprise multiple expansion modules (not shown) for other extended functions, such as the provision of a device for medical laboratory diagnosis and / or for the preparation of a patient. These expansion modules can optionally be combined with the fixture module as required 10 , the patient module 20th and / or the operating module 30th be put together.

As mentioned above, the various modules are assembled by means of the respective shelter structure. 5 shows a shelter structure 40 according to one embodiment of the application. The shelter structure can be a floor slab 41 , a frame 42 and a wall plate 43 include. The bottom plate is arranged at the bottom of the frame and supports the frame 42 who have favourited the wall plate 43 , as well as the fixture module 10 , the patient module 20th , the operating module 30th and other modules incorporated into the shelter structure. The bottom plate 41 can be provided with interfaces that meet the transport standard and fastening standard for a shelter. The frame 42 is used to support multiple wall panels 43 used and the multiple wall panels 43 can be firmly attached to the frame 42 be mounted.

Multiple shelter structures 40 , in which different unit modules are accommodated, can be put together by connectors during the operation of the modular shelter computed tomography system, as in FIG 6th shown. In addition, the structure of the shelter can be expanded. Care should be taken to ensure that the in 6th The arrangement shown is only exemplary, and that several shelter structures depending on the application requirement in a different way or can be put together in a different number.

Referring to 7th and 8th are in predetermined positions of the frame 42 multiple pin holes 421 provided to accommodate pins 422 which are provided in predetermined positions of the frame of another shelter structure are used. There is a pen with it 422 in the enlarged section A. 7th shown. The fit between the pin hole and the pin allows multiple shelter structures 40 positioned relative to one another and connected to one another in order to achieve a predetermined relative positional relationship between the protective space structures.

In particular is the frame 42 provided with a plurality of supports, and some of the pin holes may be located in the supports. In addition, the frame 42 be formed by welded structural components or by assembled profiles. However, within the scope of the application, the frame can also be designed in other ways.

The wall plate 43 the structure of the shelter 40 may be formed in a variety of ways including, but not limited to, a manner including a non-shielding first wall panel and a shielding second wall panel to utilize either the first wall panel or the second wall panel depending on the application. The first wall panel may include a composite material layer and a metal skin disposed on one side of the composite material layer, and the second wall panel may include a composite material layer, a metal skin disposed on one side of the composite material layer, and an x-ray shielding material layer embedded in the composite material layer. 9 shows a wall panel designed in the manner of the shielding second wall panel 43 according to one embodiment of the application, which is a metal skin 431 , a composite material layer 432 and an x-ray shielding material layer embedded in the composite material layer 433 having.

Preferably the x-ray shielding material layer comprises 433 a sheet of lead, with lead being a typical material used for X-ray shielding.

From the above description it can be seen that the exemplary embodiments of the utility model explained above can achieve some advantageous technical effects.

In the present utility model, the shelter computed tomography system can be divided into several independent modules and they can each be functionalized so that each module can be designed, manufactured and transferred separately and then several modules can be combined according to the application. With the utility model, only the relevant modules, instead of the entire shelter computed tomography system, can be designed according to the requirement, and all modules are compatible. This saves the cost and time of design, manufacture and maintenance. In addition, the individual modules can be transmitted separately from one another, so that the limitation in terms of size is eliminated and the adaptation to different traffic conditions is implemented more easily. Therefore, such a modular shelter computed tomography system is more widely used, and the universality among the modules is achieved.

It should be understood that in the context of the description of the utility model, the positional terms "in front of", "behind", "above", "below", "left", "right", as well as "side", "longitudinal", “Vertical”, “horizontal”, and “upper side”, “lower side”, etc. are generally used in relation to the direction or positioning shown in the respective illustration, in order to merely describe the utility model and the To simplify description. Unless otherwise stated, these positional terms are not used either implicitly or explicitly to indicate the positioning or the design and operation of the device or element in question in a predetermined positioning, so that they do not represent a limitation of the utility model here. The directional terms "inner", "outer" mean the inside and outside in relation to the profile of a part itself.

To facilitate the description, the terms for a relative spatial relationship, such as "above", "above", "on top", "on", etc., may be used herein to describe the spatial positional relationship of one agent or feature to another Means or feature may be used in the figure. It is to be understood that these terms for a relative spatial relationship are intended to include other positions in use or in operation in addition to the position shown in the figure. For example, if the agent is reversed in the figure, an agent previously described as “above another agent or component” or “above another agent or component” will now be referred to as “below another agent or component” or “under another agent or component "positioned. The exemplary term “above” can thus include both positions of “above” and “below”. The means can of course also be positioned in other ways, such as. Rotated 90 degrees or in yet another position and the spatial description used herein is intended to be constructed accordingly.

It should also be noted that the use of the words “first”, “second”, etc. is only used to differentiate between the respective parts and that these words have no special meaning unless otherwise stated. Therefore, they should not be understood as a restriction to the scope of protection of the utility model.

In this respect, the present application discloses in particular a modular shelter computed tomography system that comprises several unit modules and multiple expandable shelter structures, the multiple unit modules each being arranged in a corresponding shelter structure, wherein the shelter structures can be detachably connected to one another, and wherein the multiple unit modules at least comprise a device module, a patient module and an operating module. With the use of the utility model, different unit modules can be used for the rapid construction of different types of shelter computed tomography systems in order to meet different requirements. In this way, the versatility of the shelter computed tomography modules is achieved in broader fields of application and at the same time the limitation with regard to the spatial arrangement is eliminated, so that the modules are easy to transfer and very flexible and the cost and time of their design are saved.

Only the preferred exemplary embodiments of the utility model have been explained above, which are not intended to restrict the utility model. It should be clear to the person skilled in the art that the utility model can have a wide variety of modifications and changes. All modifications, equivalent substitutions and extensions that fall within the scope of the idea and principle of the utility model should be included in the scope of protection of the utility model.

List of reference symbols

10

Fixture module

11

Computed tomography machine

12th

Energy supply system

13th

Temperature and humidity control system

20th

Patient module

21

bed

22nd

camera

23

Disease prevention and treatment device

24

medical auxiliary device

30th

Operating module

31

Computed Tomography Console

32

Auxiliary workstation for diagnosis

33

Remote communication system

40

Shelter structure

41

Base plate

42

frame

421

Pinhole

422

Pen

43

Wall plate

431

Metal skin

432

Composite material layer

433

X-ray shielding material layer

Claims (10)

Modular shelter computed tomography system, characterized in that the modular shelter computed tomography system comprises multiple unit modules and multiple expandable shelter structures (40), the multiple unit modules each being arranged in a corresponding shelter structure, wherein the shelter structures can be removed from one another, and wherein the plurality of unit modules comprise at least one device module (10), a patient module (20) and an operating module (30). Modular shelter computed tomography system according to Claim 1 characterized in that each of the shelter structures (40) comprises: a frame (42); a base plate (41) which is arranged on the floor of the frame (42) and which supports the device module (10), patient module (20) or operating module (30) received in the shelter structure (40); and a wall plate (43) which is fixedly mounted on the frame (42). Modular shelter computed tomography system according to Claim 2 , characterized in that several pin holes (421) for positioning and / or connection are provided in a predetermined position on the frame (42), which are used to receive several pins (422) via which the protective space structures (40) in predetermined relative positions with one another get connected. Modular shelter computed tomography system according to Claim 2 or 3 characterized in that the wall panel (43) optionally comprises a non-shielding first wall panel and / or a shielding second wall panel, a composite material layer (432) and a metal skin (431) arranged on one side of the composite material layer being provided for the first wall panel, and wherein the second wall panel has a composite material layer (432), a metal skin (431) disposed on one side of the composite material layer, and an X-ray shielding material layer (433) embedded in the composite material layer. Modular shelter computed tomography system according to Claim 4 , characterized in that the x-ray shielding material layer (433) comprises a lead plate. Modular shelter computed tomography system based on one of the Claims 3 - 5 , characterized in that the frame (42) is formed by welded structural components or by assembled profiles and comprises a plurality of supports, at least a part of the pin holes (421) being arranged in the supports. Modular shelter computed tomography system based on one of the Claims 1 - 6th , characterized in that the device module (10) comprises a computed tomography machine (11), a power supply system (12) and a temperature and humidity control system (13). Modular shelter computed tomography system based on one of the Claims 1 - 7th , characterized in that the patient module (20) comprises a bed (21), a camera (22), a disease prevention and treatment device (23) and a medical auxiliary device (24). Modular shelter computed tomography system based on one of the Claims 1 - 8th , characterized in that the operating module (30) comprises a computed tomography console (31), an auxiliary work station (32) for diagnosis and a remote communication system (33). Modular shelter computed tomography system based on one of the Claims 1 - 9 , characterized in that the multiple unit modules of the modular shelter computed tomography system further comprise multiple expansion modules for providing a device for medical laboratory diagnosis and / or for preparing a patient.

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