CN218792897U

CN218792897U - Infectious disease sample mobile collection vehicle

Info

Publication number: CN218792897U
Application number: CN202221883719.0U
Authority: CN
Inventors: 周伟华; 宋琪; 晁湘琴; 沈晓晨; 姜利; 李书贤
Original assignee: Suzhou Gusu District Center For Disease Prevention And Control
Current assignee: Suzhou Gusu District Center For Disease Prevention And Control
Priority date: 2022-07-20
Filing date: 2022-07-20
Publication date: 2023-04-07
Anticipated expiration: 2032-07-20

Abstract

The utility model discloses an infectious disease sample mobile collection vehicle, which comprises a sealed cabin body capable of being carried on a mobile carrier, wherein the top of the cabin body is provided with an internal circulation air conditioner; the side wall of the cabin body is provided with an outer window and a transparent inner window which can be opened outwards, the bottom of the inner window is provided with a bearing table, the inner window and the bearing table are hermetically arranged on the cabin body in the area where the outer window is located, the inner window is inclined towards the lower part outside the cabin body from bottom to top, the inner window is provided with a sampling port, and the sampling port is provided with an isolation glove; the bearing table is provided with a hinge, and the hinge is provided with a sampling table capable of being turned over. The utility model provides a comfortable, safe collection environment can avoid the sampling personnel to carry the virus in the course of the work by accident, avoids the infection between the different sampling districts.

Description

Infectious disease sample mobile collection vehicle

Technical Field

The utility model belongs to the technical field of medical safety protection, in particular to a mobile collection vehicle for infectious disease samples; still related to and carried the infectious disease sample of this collection cabin and removed collection car.

Background

After an outbreak of an infectious disease, in order to reduce the number of infected people as soon as possible and prevent a larger-scale outbreak, different areas need to be defined, personnel flow among different areas needs to be reduced, and sampling detection of potential infection risk personnel, even people needs to be performed. After an infection outbreak, healthcare workers, who require regional sampling, are often extremely scarce. The existing outdoor sampling protective articles have the defects that the protective effect is continuously reduced and medical care personnel are easily infected due to hot sweating, wind and rain, even man-made reasons and the like. After the medical staff is infected, the medical staff is usually difficult to find in time, and virus spread among different areas is caused.

SUMMERY OF THE UTILITY MODEL

In view of the above-mentioned deficiencies of the prior art, the object of the present invention is to: the system provides a comfortable and safe collection environment, can avoid sampling personnel from carrying viruses accidentally in the working process, and avoids infection among different sampling areas.

The utility model discloses the technical scheme who adopts does: an infectious disease sample mobile collection vehicle comprises a sealed cabin body which can be carried on a mobile carrier; the side wall of the cabin body is provided with an outer window and a transparent inner window which can be opened outwards, the bottom of the inner window is provided with a bearing platform, the inner window and the bearing platform are arranged on the cabin body in a sealing manner in the area where the outer window is located, the inner window is inclined towards the lower part outside the cabin body from bottom to top, the inner window is provided with a sampling port, and the sampling port is provided with an isolation glove; the bearing table is provided with a hinge, and the hinge is provided with a sampling table capable of being turned over. The beneficial effects are that the sealed cabin body, the transparent inner window, the sampling port and the isolation gloves are arranged, so that the sampling personnel can be completely isolated from the sampled personnel, and the virus sowing between sampling areas caused by the infection of the sampling personnel is avoided; the internal circulation air conditioner can ventilate and adjust the temperature of the cabin body, kill viruses during ventilation, provide excellent and safe working and rest environments for internal sampling personnel, and even form positive pressure in the cabin body when needed, thereby improving the isolation effect; by arranging the inclined inner window, a connecting line between a sampling person at a high position and a person to be sampled at a low position can be perpendicular to the inner window, a clearer and better observation environment is provided for the sampling person, sampling errors caused by light reflection and refraction are avoided, sampling efficiency and accuracy are improved, and the outer window can shield strong light and is more suitable for sampling work under the strong light; by arranging the turnover sampling platform, when sampling is needed, the sampling platform is turned to be horizontal, and an external auxiliary worker places a sampling port on the sampling platform; after the sampling is completed, an external auxiliary worker transfers and detects the sample, after the sterilization, the sampling table is turned over to be vertical, the outer window is put down and closed, the sampling table can be accommodated and protected when moving while realizing the space external expansion, and the sampling table is convenient to use and move.

The included angle between the inner window and the horizontal plane is 45-85 degrees. The height difference sampling device has the beneficial effects that the height difference sampling device can be suitable for the height difference between a sampling person and a person to be sampled at the angle, and the sampling efficiency and the accuracy are improved.

The cabin body is internally provided with mutually independent comprehensive cabins for work and rest and a sampling cabin for sampling. The method has the advantages that different areas are separated, and damage expansion under emergency is avoided.

The sampling cabin is provided with on two relative lateral walls the exterior window, the top of exterior window articulates in the cabin body is last, the middle part of exterior window is provided with the bracing piece. Its beneficial effect lies in, when needs are sampled, can upwards pull open the exterior window to support the exterior window in the sampling region top with the bracing piece, keep off the rain for the sampling region shading. When the movable sampling table needs to be moved, the outer window can be put down to cover the inner window, the isolation gloves, the sampling table and the like, so that protection is provided for the inner window, the isolation gloves, the sampling table and the like.

The medical waste bin is characterized in that an access door, a ventilation window and an equipment access window are arranged on the side wall of the comprehensive cabin, a wash stand, a workbench, a rest area and an equipment area are arranged in the comprehensive cabin, and an outward opening medical waste storage room and an outward opening door storage room are arranged outside the comprehensive cabin. The intelligent sampling door has the beneficial effects that the access door is used for the access of sampling personnel. The ventilation windows are used for ventilating the cabin body in the non-dangerous area and the outside of the cabin body. The equipment access window is used for carrying equipment inside and outside the cabin body.

The sampling cabin is in the window frame bottom of exterior window sets up the plummer, the plummer is located inside the sampling cabin, the sampling cabin is in the top of exterior window extremely sealed setting is transparent on the plummer interior window, interior window has the orientation the angle of the slope of sampling cabin outside, bottom. Its beneficial effect lies in, when the sampling personnel sampled in the sampling cabin, because of the existence of the angle of slope, the sampling personnel who is located the eminence and the line that is located the low department by between the sampling personnel are perpendicular with the interior window, and it can provide more clear good observation environment for the sampling personnel, avoids the sampling error that light reflection, refraction brought, has improved sampling efficiency and accuracy, and the window is to the sheltering from of highlight in addition, especially can be suitable for the sampling work under the highlight.

Two sampling ports are arranged on the inner window at the same horizontal height, and the isolating gloves are arranged on the sampling ports in a sealing mode. The sampling device has the beneficial effects that the left hand and the right hand of a sampling person take sampling articles on the sampling table through the isolation gloves respectively, and the sampled person is sampled, so that the sampling efficiency is high, and the safety is good.

A medical garbage can, an instrument containing mirror and a hook are arranged in the sampling cabin. Its beneficial effect lies in, medical trash can is used for concentrating and holds the used medical abandonment mouth of sampling personnel. The appearance mirror is used for arranging the protective articles of sampling personnel. The hook is used for hanging protective articles.

The sampling cabin is provided with an ultraviolet lamp at the sampling platform. The ultraviolet lamp has the beneficial effects that the ultraviolet lamp can be used for killing viruses during or after sampling, so that viruses are prevented from being brought to the next sampling area.

The top of the comprehensive cabin and the top of the sampling cabin are respectively provided with an internal circulation air conditioner. The beneficial effects of the air conditioner are that the internal circulation air conditioner can ventilate and adjust the temperature of the comprehensive cabin and the sampling cabin, and can kill viruses during ventilation, thereby providing excellent and safe working and rest environments for internal sampling personnel.

The beneficial effects of the utility model reside in that:

1. the collection cabin can realize the complete isolation of the sampling personnel and the personnel to be sampled, and avoid the virus sowing between sampling areas caused by the infection of the sampling personnel.

2. The sampling cabin realizes ventilation and temperature regulation, can kill viruses during ventilation, and provides excellent and safe working and rest environments for internal sampling personnel.

3. The sampling cabin can provide a clearer and better observation environment for sampling personnel, avoid sampling errors caused by light reflection and refraction, improve the sampling efficiency and accuracy, and be more suitable for the sampling work under strong light.

4. The sampling cabin can realize the external expansion of space during sampling, can accommodate and protect when moving, and is convenient to use and move.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings used in the description of the embodiments will be briefly described below, and it is obvious that the drawings described below are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 is a schematic top view of an internal structure in a preferred embodiment of the present invention;

FIG. 2 is a schematic front view of the internal structure of the preferred embodiment of the present invention;

FIG. 3 is a schematic right-view of the internal structure of the preferred embodiment of the present invention;

reference numerals: 10-cabin body, 11-access door, 12-internal circulation air conditioner, 13-seat, 20-comprehensive cabin, 21-wash stand, 22-workbench, 23-rest area, 24-equipment area, 25-outward opening medical waste storage room, 26-outward opening medical waste storage room, 27-ventilation window, 28-equipment access window, 30-sampling cabin, 31-outer window, 32-support rod, 33-inner window, 34-sampling port, 35-isolation glove, 36-bearing table, 37-medical garbage can, 38-instrument containing mirror, 39-hook, 40-sampling stand, 41-hinge and 42-ultraviolet lamp.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely below, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Example (b):

as shown in fig. 1 to fig. 3, the present embodiment discloses an infectious disease sample mobile collection vehicle, which includes a sealed cabin 10 capable of being mounted on a mobile vehicle. The top of the cabin 10 is provided with an internal circulation air conditioner 12. The side walls of the cabin 10 are provided with an external window 31 and a transparent internal window 33 which can be opened outwards. The bottom of the inner window 33 is provided with a bearing table 36. The inner window 33 and the load-bearing platform 36 are arranged on the cabin 10 in a sealed manner in the region of the outer window 31. The inner window 33 is inclined from bottom to top towards the outside and below the cabin 10. The inner window 33 is provided with a sampling port 34. The sampling port 34 is provided with an isolation glove 35. The bearing table 36 is provided with a hinge 41. The hinge 41 is provided with a reversible sampling stage 40. Through the optimized design, the sealed cabin body 10, the transparent inner window 33, the sampling port 34 and the isolation gloves 35 are arranged, so that the sampling personnel can be completely isolated from the sampled personnel, and the virus sowing between sampling areas caused by the infection of the sampling personnel is avoided; the internal circulation air conditioner 12 can ventilate and adjust the temperature of the cabin 10, kill viruses during ventilation, provide excellent and safe working and rest environments for internal sampling personnel, and even form positive pressure in the cabin 10 when needed, thereby improving the isolation effect; by arranging the inclined inner window 33, the connecting line between a sampling person at a high position and a person to be sampled at a low position can be perpendicular to the inner window 33, a clearer and better observation environment is provided for the sampling person, sampling errors caused by light reflection and refraction are avoided, the sampling efficiency and accuracy are improved, and the outer window 31 can be used for shielding strong light and is more suitable for sampling work under the strong light; by arranging the turnover sampling table 40, when sampling is needed, the sampling table 40 is turned over to be horizontal, and an external auxiliary worker places a sampling port on the sampling table 40; after sampling, outside supplementary staff transfers the sample and detects, and after the disinfection, with sampling platform 40 upset to vertical to put down outer window 31 and close, sampling platform 40 can be acceptd, protected when removing, facilitates the use and removes when realizing the outer expansion in space.

Specifically, the chamber body 10 is provided with an integrated chamber 20 and a sampling chamber 30 which are independent of each other.

An access door 11, a ventilation window 27 and an equipment access window 28 are arranged on the side wall of the comprehensive cabin 20. The access door 11 is used for the access of sampling personnel. The ventilation windows 27 are used for ventilating the cabin 10 in non-hazardous areas with the outside of the cabin 10. The equipment access window 28 is used for carrying equipment inside and outside the cabin 10.

The integrated cabin 20 is provided with a washstand 21, a workbench 22, a rest area 23 and an equipment area 24. The wash stand 21 is used for disinfecting and washing the sampling personnel. The workstation 22 is used to provide a work area for the sampling personnel. The rest area 23 is used for rest of the sampling personnel in non-working time or after shift. The equipment area 24 is used for carrying equipment needed by sampling personnel during working.

An outward opening medical waste storage room 25 and an outward opening medical waste storage room 26 are arranged outside the comprehensive cabin 20. The outwardly-opened medical waste storage compartment 25 and the outwardly-opened door storage compartment 26 can be opened outside the cabin 10. The medical waste storage room 25 is opened and closed by an external assistant staff, and is opened outward to store the waste medical articles in a centralized manner. The outwardly opening door storage compartment 26 is used for centrally storing sterilizing and sampling supplies.

The top of the integrated cabin 20 is provided with an internal circulation air conditioner 12. The internal circulation air conditioner 12 can ventilate and adjust the temperature of the integrated cabin 20, and can kill viruses during ventilation, thereby providing an excellent and safe working and resting environment for internal sampling personnel.

The sampling chamber 30 and the comprehensive chamber 20 are separated by a wall. The wall body is provided with a cabin door for the sampling personnel to move between the sampling cabin 30 and the comprehensive cabin 20.

The sampling capsule 30 is provided with outer windows 31 on opposite side walls. The top of the outer window 31 is hinged to the cabin 10. A support bar 32 is provided at the middle of the outer window 31. When sampling is needed, the outer window 31 can be pulled upwards, and the outer window 31 is supported above a sampling area by the support rod 32, so that the sampled person can be shielded from light and rain. When movement is required, the outer window 31 may be lowered, covering the inner window 33, the isolation glove 35, the sampling table 40 etc, to provide protection for them.

The sampling chamber 30 is provided with a loading platform 36 at the bottom of the window frame of the outer window 31. The carrier 36 is located inside the sampling capsule 30. The sampling chamber 30 is sealingly provided with a transparent inner window 33 from the top of the outer window 31 to the carrier 36. The inner window 33 has an inclined angle directed towards the outside, bottom of the sampling chamber 30. When the sampling personnel sampled in sampling cabin 30, because of the existence of the angle of slope, the sampling personnel who is located the eminence is perpendicular with interior window 33 with the line that is located between the sampling personnel of low department, and it can provide more clear good observation environment for the sampling personnel, avoids the sampling error that light reflection, refraction brought, has improved sampling efficiency and accuracy, and the outer window 31 of adding is to sheltering from of highlight, more can be suitable for the sampling work under the highlight. Preferably, the inner window 33 is angled at 45 ° to 85 ° from horizontal.

Two sampling ports 34 are opened at the same level on the inner window 33. The sampling port 34 is hermetically provided with an isolation glove 35. The left hand and the right hand of the sampling personnel respectively take the sampling articles on the sampling table 40 through the isolation gloves 35 and sample the personnel to be sampled, so that the sampling efficiency is high, and the safety is good.

A medical waste bin 37, a scope 38 and a hook 39 are disposed within the sampling chamber 30. The medical trash can 37 is used for collectively storing medical waste used by a sampling person. The scope 38 is used to organize the protective supplies for the sampling personnel. The hook 39 is used for hanging protective articles.

The bearing table 36 is provided with a hinge 41. The hinge 41 is provided with a sampling stage 40. When sampling is needed, the sampling platform 40 is turned to be horizontal, and an external auxiliary worker places a sampling port on the sampling platform 40; after sampling is completed, external auxiliary workers transfer and detect the samples, and after disinfection, the sampling table 40 is turned over to be vertical, and the outer window 31 is put down and closed. The sampling table 40 can be accommodated and protected during movement while realizing spatial extension, and is convenient to use and move.

The sampling chamber 30 is provided with an ultraviolet lamp 42 at the sampling station 40. The UV lamp 42 can be sterilized during or after sampling to avoid virus being carried to the next sampling zone.

The top of the sampling chamber 30 is provided with an internal circulation air conditioner 12. The internal circulation air conditioner 12 can ventilate and adjust the temperature of the sampling chamber 30, kill viruses during ventilation, and provide an excellent and safe working and rest environment for internal sampling personnel.

Both the synthesis chamber 20 and the sampling chamber 30 are provided with seats 13 for the sampling personnel.

It is right above the utility model provides an infectious disease sample removes collection car and has introduced in detail, and it is right to have used specific individual example herein the utility model discloses a structure and theory of operation have explained, and the description of above embodiment is only used for helping understanding the utility model discloses a method and core thought. It should be noted that, for those skilled in the art, without departing from the principle of the present invention, the present invention can be further modified and modified, and such modifications and modifications also fall within the scope of the appended claims.

Claims

1. The mobile collection vehicle for infectious disease samples is characterized by comprising a sealed cabin body (10) capable of being carried on a mobile carrier; the side wall of the cabin body (10) is provided with an outer window (31) capable of being opened outwards and a transparent inner window (33), the bottom of the inner window (33) is provided with a bearing table (36), the inner window (33) and the bearing table (36) are hermetically arranged on the cabin body (10) in the area where the outer window (31) is located, the inner window (33) is inclined towards the lower part outside the cabin body (10) from bottom to top, the inner window (33) is provided with a sampling port (34), and the sampling port (34) is provided with an isolation glove (35); the bearing table (36) is provided with a hinge (41), and the hinge (41) is provided with a sampling table (40) capable of being turned over.

2. An infectious disease sample mobile collection vehicle according to claim 1, wherein the angle between the inner window (33) and the horizontal plane is 45-85 °.

3. An infectious disease sample mobile collection vehicle according to claim 1, wherein the cabin (10) is provided therein with a comprehensive cabin (20) for work and rest and a sampling cabin (30) for sampling, which are independent of each other.

4. An infectious disease sample mobile collection vehicle according to claim 3, wherein the sampling chamber (30) is provided with the outer window (31) on two opposite side walls, the top of the outer window (31) is hinged on the chamber body (10), and the middle of the outer window (31) is provided with a support rod (32).

5. The vehicle for mobile collection of infectious disease samples according to claim 3, wherein the side wall of the comprehensive cabin (20) is provided with an access door (11), a ventilation window (27) and an equipment access window (28), the comprehensive cabin (20) is internally provided with a wash stand (21), a workbench (22), a rest area (23) and an equipment area (24), and the comprehensive cabin (20) is externally provided with an outward opening medical waste storage room (25) and an outward opening medical waste storage room (26).

6. An infectious disease sample mobile collection vehicle according to claim 4, wherein the sampling chamber (30) is provided with the load-bearing platform (36) at the bottom of the window frame of the outer window (31), the load-bearing platform (36) is located inside the sampling chamber (30), the sampling chamber (30) is provided with the transparent inner window (33) from the top of the outer window (31) to the load-bearing platform (36) in a sealing way, and the inner window (33) has an inclined angle pointing to the outside and the bottom of the sampling chamber (30).

7. An infectious disease sample mobile collection vehicle according to claim 4, wherein the inner window (33) is provided with two sampling ports (34) at the same horizontal height, and the isolation glove (35) is hermetically arranged on the sampling ports (34).

8. An infectious disease sample mobile collection vehicle according to claim 7, wherein a medical trash can (37), a scope (38) and a hook (39) are provided within the sampling compartment (30).

9. An infectious disease sample mobile collection vehicle according to claim 4, wherein the sampling compartment (30) is provided with an ultraviolet lamp (42) at the sampling station (40).

10. An infectious disease sample mobile collection vehicle according to claim 3, wherein the top of the comprehensive cabin (20) and the top of the sampling cabin (30) are respectively provided with an internal circulation air conditioner (12).