CN114801958B - Sealed disinfection type nucleic acid detection mobile service vehicle - Google Patents

Abstract

The invention relates to the technical field of nucleic acid detection service vehicles, in particular to a closed disinfection type nucleic acid detection mobile service vehicle which comprises a detection closed carriage, nucleic acid detection windows, an upward turning window shielding plate, unidirectional air outlet nests, independent step plates and supporting rods, wherein the nucleic acid detection windows are symmetrically arranged at the two side surface positions of the detection closed carriage respectively, the upward turning window shielding plate is arranged in the nucleic acid detection windows in a turning manner, the upward turning window shielding plate is turned upwards, the unidirectional air outlet nests are arranged at the lower surface positions of the upward turning window shielding plate in an embedding manner, and the independent step plates are arranged right below the upward turning window shielding plate; according to the invention, the structure of the support arm plate can be kept stable independently of the detection of the outside of the closed carriage, so that when the detection of the closed carriage shakes due to the walking of the personnel in the closed carriage, a stable and static support can be provided for the arm of the detection personnel, and the shaking of the carriage to drive the detection personnel to shake in the nucleic acid detection process is avoided, so that the detection personnel can be poked and injured by the detection personnel.

Description

A closed and sterilized mobile service vehicle for nucleic acid detection

technical field

The invention relates to the technical field of nucleic acid detection service vehicles, in particular to a closed and disinfected nucleic acid detection mobile service vehicle.

Background technique

In order to improve the efficiency of nucleic acid detection and improve the flexibility of detection points, the existing technology combines nucleic acid detection equipment with cars, and sets up air conditioning systems to facilitate the transportation and movement of detection points, and at the same time make detection personnel more comfortable in cold or hot weather , and closed and disinfected the testing personnel by testing the closed compartment, reducing the loss of protective clothing, but there are some defects in the actual use of the mobile service vehicle for nucleic acid testing. The chassis design of the car, the load is relatively soft, and the movement of people inside will cause the shaking of the closed detection compartment, which will cause interference to the people who are doing the detection, making the detection personnel shake, and it is very easy to be stabbed by the detection personnel. Personnel are outside the closed detection compartment, and the comfort level is poor in cold or hot weather. At the same time, due to the slow air flow around the detection point, the risk of cross-infection will increase.

Contents of the invention

The purpose of the present invention is to provide a closed and disinfected mobile service vehicle for nucleic acid detection to solve the problems raised in the above-mentioned background technology.

In order to achieve the above object, the present invention provides the following technical solutions: a closed and disinfected mobile service vehicle for nucleic acid detection, including a detection closed compartment, a nucleic acid detection window, an upturned shutter, a one-way air outlet nest, an independent step plate and a support rod The nucleic acid detection windows are symmetrically provided on both sides of the detection closed compartment, and the inside of the nucleic acid detection window is turned over to be provided with an upturned window shade, and the upturned window shade is folded upwards, and the upturned window shade is folded upwards. The lower surface of the flip-up shutter is embedded with a one-way air outlet nest, and the independent step plate is arranged directly below the flip-up shutter, and the independent step board supports and fixes the flip-up shutter through a support rod , the lower surface of the flip-up shutter is provided with a folding frame structure, the folding frame structure has a vertical fixing function, the surface of the folding frame structure is slidingly provided with a support arm plate structure, and the support arm plate structure With elastic rotation function.

The folding frame structure includes a folding groove, a rotating support, a track vertical frame, a connecting horizontal frame, a positioning blind groove, an internal thread through hole and a positioning screw pin.

The folding groove is set on the lower surface of the upturned window shield, the rotating support is fixedly installed on the side wall surface of the folding groove close to the side where the closed compartment is detected, and the rail vertical frame is swingably installed on the rotating support. the interior of the seat.

The connecting horizontal frame fixedly connects the two rail vertical frames, the positioning blind groove is opened on the surface of one end of the rail vertical frame away from the position where the connecting horizontal frame is located, and the internal thread through hole is opened in the upward-turned window shade. Inside, the positioning screw pin is screw installed inside the internal thread through hole, and the end of the positioning screw pin is inserted into the positioning blind groove.

The support arm plate structure includes a lifting sliding sleeve, a fixed jacking wire, a rotating bushing, a rotating insert shaft, an arm support plate, a spring support plate and a horizontal stabilizing spring.

The sliding sleeve of the lifting sliding sleeve is installed on the outer surface of the track vertical frame, and the fixed jacking screw is installed on the outer surface of the lifting sliding sleeve. The position of the outer surface of the frame, the position of the outer surface of the lifting sliding sleeve is fixedly installed with a rotating shaft sleeve.

An arm support plate is rotated between the two track vertical frames, and the two ends of the arm support plate are respectively fixed with rotating inserting shafts, and the rotating inserting shaft is arranged inside the rotating shaft sleeve. A spring support plate is fixedly installed on the outer surface of the plate, and a horizontal stabilizing spring is fixedly connected between the spring support plate and the lifting sliding sleeve.

The front surface of the closed detection compartment is fixedly equipped with a tractor head, the surface of the nucleic acid detection window is penetrated with a detection opening, the inner seal of the detection opening is provided with a protective rubber sleeve, and the upward-turning window shield There is an air-conducting cavity in the interior of the window, and a soft cloth hinge is connected between the upper surface of the window and the nucleic acid detection window. The hinge is flexible, and the window shutter is flexible. A compartment air pipe is arranged between the detection closed compartment, and the detection closed compartment communicates with the air guide cavity through the compartment air duct.

The one-way air outlet nest and the air guide cavity are connected to each other, and the inside of the one-way air outlet nest is symmetrically provided with a rubber inclined part, and the two symmetrically arranged rubber inclined parts are inclined downward, and the two pieces of the The lower part of the inclined part of the rubber is respectively connected with a parallel part of the rubber, and the two parallel parts of the rubber are vertically and parallelly pasted, and the two side surfaces of the inclined part of the rubber and the parallel part of the rubber are connected with the inner wall of the one-way air outlet nesting Surface active seal fit.

Both ends of the support rod are respectively provided with vertical parts, the vertical parts are perpendicular to the axis of the support rod, the side wall surface of the flip-up shutter is provided with a shutter socket, and the side of the independent step plate Step plate sockets are opened on the wall surface, and the vertical parts are respectively inserted and fixed in the shield plate sockets and the step plate sockets.

Compared with prior art, the beneficial effect of the present invention is:

In the present invention, the support arm plate structure provided can be kept stable independently from the outside of the detection closed compartment, so that when the detection closed compartment shakes due to the movement of the personnel inside, it can provide a stable and static support for the arm of the detection personnel, avoiding During the nucleic acid detection process, the shaking of the carriage drives the inspectors to shake, which in turn causes the inspectors to be stabbed by the inspectors. At the same time, during the long-term inspection process, the arms of the inspectors have support points to reduce the soreness of the arms hanging in the air;

The structure of the support arm plate can be adjusted up and down, and the arm support plate can be flipped elastically, so that it can adapt to the arm activities of the inspector, which is more flexible and comfortable. At the same time, when the support arm plate structure is folded and stored, the arm support plate can be flipped and The track vertical frame is parallel and easy to stow away;

The one-way air outlet nest is connected with the positive pressure air-conditioning system inside the detection closed compartment, so that the one-way air outlet nest can blow out the air-conditioning airflow downwards, making the tested personnel feel more comfortable when testing, and can speed up the detection position at the same time After the detection of one person, blowing the airflow downward through the one-way outlet nest can speed up the air flow update at the detection position and reduce the risk of cross-infection.

Description of drawings

Fig. 1 is the schematic diagram of overall structure of the present invention;

Figure 2 is an enlarged schematic diagram of area A in Figure 1;

Figure 3 is an enlarged schematic diagram of area B in Figure 1;

Fig. 4 is a top view axonometric view of the present invention;

Fig. 5 is a bottom axonometric view of the present invention;

Fig. 6 is a bottom view of the present invention;

Fig. 7 is a sectional view of the present invention;

FIG. 8 is an enlarged schematic diagram of area C in FIG. 7;

Fig. 9 is the front view of the overall structure of the present invention;

Fig. 10 is a sectional view of the present invention;

FIG. 11 is an enlarged schematic view of area D in FIG. 10 .

In the figure: 1. Detection of closed compartment; 2. Nucleic acid detection window; 3. Flip-up shutter; 4. One-way air outlet nesting; 5. Independent step board; 6. Support rod; 301, folding groove; 302, rotation Support; 303, track vertical frame; 304, connecting horizontal frame; 305, positioning blind groove; 306, internal thread through hole; 307, positioning screw pin; 308, lifting sliding sleeve; 309, fixed jacking screw; 310, rotating shaft 311, rotating insert shaft; 312, arm support plate; 313, spring support plate; 314, horizontal stabilizing spring; 101, traction head; 201, detection opening; 202, protective rubber sleeve; 315, air guiding cavity; 316, soft cloth hinge; 317, carriage air pipe; 401, rubber inclined part; 402, rubber parallel part; 601, shutter jack; 602, step plate jack.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Please refer to Fig. 1 to Fig. 11, the present invention provides a technical solution: a closed and disinfected mobile service vehicle for nucleic acid detection, including a closed detection compartment 1, a nucleic acid detection window 2, an upturned window shutter 3, and a one-way air outlet nesting 4. Independent step plate 5 and support rod 6, the positions of the two sides of the detection closed compartment 1 are respectively symmetrically provided with nucleic acid detection windows 2, the nucleic acid detection window 2 is a glass window, and the inner flip of the nucleic acid detection window 2 is provided with an upturned cover The window panel 3, the upward-turning shutter 3 is folded upward, the lower surface of the upward-turning shutter 3 is embedded with a one-way air outlet nest 4, and the independent step plate 5 is arranged directly below the upward-turning shutter 3 , the independent step plate 5 supports and fixes the upturned window shutter 3 through the support rod 6, and the lower surface of the upturned window shade 3 is provided with a folding frame structure. The folding frame structure has a vertical fixing function, and the surface of the folding frame structure slides A support arm plate structure is provided, and the support arm plate structure has an elastic rotation function.

The folding frame structure includes a folding groove 301, a rotating support 302, a rail vertical frame 303, a connecting horizontal frame 304, a positioning blind groove 305, an internal thread through hole 306 and a positioning screw pin 307; The lower surface position of the rotating support 302 is fixedly installed on the side wall surface of the folding groove 301 close to the side where the closed compartment 1 is detected, and the track vertical frame 303 is swingably installed inside the rotating support 302; the connecting horizontal frame 304 connects the two The root track vertical frame 303 is fixedly connected, and the positioning blind groove 305 is provided on the surface of one end of the track vertical frame 303 away from the position where the connecting horizontal frame 304 is located. 307 is screw mounted inside the internally threaded through hole 306 , and the end of the positioning screw pin 307 is inserted into the positioning blind groove 305 .

The support arm plate structure includes lifting sliding sleeve 308, fixed top wire 309, rotating shaft sleeve 310, rotating insertion shaft 311, arm support plate 312, spring support plate 313 and horizontal stabilizing spring 314; The outer surface position of the vertical frame 303, the fixed top wire 309 spirally penetrates and is installed on the outer surface position of the lifting sliding sleeve 308, the fixed jacking wire 309 spirally passes through the lifting sliding sleeve 308 and is pushed on the outer surface position of the track vertical frame 303, and the lifting sliding sleeve The position of the outer surface of 308 is fixedly equipped with a rotating shaft sleeve 310; an arm support plate 312 is arranged to rotate between the two rail vertical frames 303, and the two ends of the arm support plate 312 are fixedly installed with a rotating shaft 311 and a rotating shaft 311 respectively. The rotation is arranged inside the rotating shaft sleeve 310, the outer surface of the arm support plate 312 is fixedly equipped with a spring support plate 313, and a horizontal stabilizing spring 314 is fixedly connected between the spring support plate 313 and the lifting sliding sleeve 308, and the horizontal stabilizing spring 314 can pull the arm The supporting plate 312 is kept horizontal in a natural state, as shown in FIG. 3 .

The front surface position of the detection closed compartment 1 is fixedly installed with a tractor head 101, the surface of the nucleic acid detection window 2 is penetrated with a detection opening 201, and the inner seal of the detection opening 201 is provided with a protective rubber sleeve 202, and the window shield 3 is turned up. There is an air guide cavity 315 inside, and a soft cloth hinge 316 is connected between the upper surface of the upward-turning shutter 3 and the nucleic acid detection window 2. The soft cloth hinge 316 is flexible, and the soft cloth hinge 316 makes the upward-turning shutter The plate 3 is independent from the detection closed compartment 1. When the detection closed compartment 1 is shaken, the upturned window shade 3 is prevented from being disturbed. A compartment air pipe 317 is arranged between the upturned window shade 3 and the detection closed compartment 1. The closed compartment 1 communicates with the air guide cavity 315 through the compartment air pipe 317. It is detected that the inside of the closed compartment 1 is equipped with a positive pressure air conditioning system, and the positive pressure air conditioning system is connected with the compartment air pipe 317, so that the one-way air outlet nests 4 positive pressure Air outlet; the one-way air outlet nest 4 communicates with the air guide cavity 315, and the interior of the one-way air outlet nest 4 is symmetrically provided with a rubber slope 401, and the two symmetrically arranged rubber slopes 401 are inclined downward, and the two rubbers The lower part of the inclined part 401 is respectively connected with a rubber parallel part 402, and the two rubber parallel parts 402 are vertically and parallelly pasted, and the two side surfaces of the rubber inclined part 401 and the rubber parallel part 402 are connected with the inner wall surface of the one-way air outlet nest 4 Movable sealing fit, the rubber inclined part 401 and the rubber parallel part 402 provided inside the one-way air outlet nest 4 can effectively guarantee the sealing effect inside the closed compartment 1 when the one-way air outlet nest 4 is not positively pressured.

Both ends of the support rod 6 are respectively provided with a vertical part, the vertical part is perpendicular to the axis of the support rod 6, the side wall surface of the flip-up shutter 3 is provided with a shutter jack 601, and the side wall surface of the independent step plate 5 is provided with a There is a step plate insertion hole 602, and the vertical part is respectively inserted and fixed in the inside of the shield plate insertion hole 601 and the step plate insertion hole 602.

When the present invention is in use, the independent step plate 5 is removed, placed on the ground directly below the upturned window shade 3, the upturned window shade 3 is folded upwards, and inserted into the shade socket 601 through the support rod 6. The inside of the step plate jack 602 supports and fixes the upturned window shutter 3, and the pull-down track vertical frame 303 is placed in a vertical state. As shown in Figure 1, the positioning screw 307 is rotated so that the end of the positioning screw 307 is inserted into the Locate in the blind groove 305, thereby vertically fixing the track vertical frame 303, unscrew the fixed top screw 309, lift and adjust the lifting sliding sleeve 308 to a suitable position, reverse the fixed top screw 309 to fix, and when performing accounting and collection, detect The arm support of the examiner is placed on the upper surface position of the arm support plate 312. When detecting the shaking of the closed compartment 1, the static support of the arm support plate 312 is used to keep the arm of the examiner stable, thereby avoiding that the shake of the arm of the examiner will be detected. Person stabbed, the arm support plate 312 can be elastically flipped, so as to be able to adapt to the arm movement of the inspector, and the one-way air outlet nest 4 sprays air-conditioning airflow downwards. The space air is quickly blown and updated, thereby reducing the probability of cross-infection, and at the same time making the detected person feel more comfortable. When the structure of the present invention is put away, just repeat the above process in reverse, and the independent step plate 5 can be stepped on by the detected person , and together with the support rod 6 can be carried with the car.

Although the embodiments of the present invention have been shown and described, those skilled in the art can understand that various changes, modifications and substitutions can be made to these embodiments without departing from the principle and spirit of the present invention. and modifications, the scope of the invention is defined by the appended claims and their equivalents.

Claims (3)

1. A closed and disinfected mobile service vehicle for nucleic acid detection, including a closed detection compartment (1), a nucleic acid detection window (2), an upturned shutter (3), a one-way air outlet nest (4), and an independent step board ( 5) and support rods (6), the nucleic acid detection windows (2) are symmetrically opened on both sides of the detection closed compartment (1), and the inner flip of the nucleic acid detection window (2) is provided with an upturned cover The window panel (3), the flip-up shutter (3) is folded upwards, characterized in that: the lower surface of the flip-up shutter (3) is embedded with a one-way air outlet nest (4) , the independent step plate (5) is arranged directly below the upturned window shade (3), and the independent step plate (5) supports and fixes the upturned window shade (3) through the support rod (6). A folding frame structure is provided on the lower surface of the above-mentioned flip-up shutter (3), and the folding frame structure has a vertical fixing function. The surface of the folding frame structure is slidingly provided with a support arm plate structure, and the support arm plate The structure has an elastic rotation function, and the folding frame structure includes a folding groove (301), a rotating support (302), a rail vertical frame (303), a connecting horizontal frame (304), a positioning blind groove (305), and an internal thread through hole (306) and the positioning screw pin (307), the folding groove (301) is set on the lower surface of the upturned shutter (3), and the rotating support (302) is fixedly installed in the folding groove (301) The surface of the side wall is close to the side where the closed carriage (1) is detected, the rail vertical frame (303) is swingably installed inside the rotating support (302), and the connecting horizontal frame (304) connects the two rail vertical frames (303) is fixedly connected, the positioning blind slot (305) is opened on the surface of one end of the track vertical frame (303) away from the position where the connecting horizontal frame (304) is located, and the internal thread through hole (306) is opened on the upturned Inside the shutter (3), the positioning screw pin (307) is screw installed inside the internal thread through hole (306), and the end of the positioning screw pin (307) is inserted into the positioning blind groove (305) , the support arm plate structure includes a lifting sliding sleeve (308), a fixed top wire (309), a rotating bushing (310), a rotating insert shaft (311), an arm support plate (312), a spring support plate (313) and The horizontal stabilizing spring (314), the sliding sleeve of the lifting sliding sleeve (308) is installed on the outer surface of the track vertical frame (303), and the fixed jacking wire (309) is spirally installed on the lifting sliding sleeve (308) The position of the outer surface, the fixed jacking wire (309) spirally passes through the lifting sliding sleeve (308) and stands on the outer surface position of the track vertical frame (303), the outer surface position of the lifting sliding sleeve (308) is fixedly installed with a rotating The shaft sleeve (310), the arm support plate (312) is rotated between the two track vertical frames (303), and the two ends of the arm support plate (312) are respectively fixedly installed with rotating inserting shafts (311) , the rotating insert shaft (311) is rotatably arranged inside the rotating sleeve (310), the outer surface of the arm support plate (312) is fixedly equipped with a spring support plate (313), and the spring support plate (313) is connected with A horizontal stabilizing spring (314) is fixedly connected between the lifting sliding sleeves (308), and a soft cloth is connected between the upturned shutter (3) and the inner upper surface of the nucleic acid detection window (2). Hinge (316), the soft cloth hinge (316) is flexible, and the two ends of the support rod (6) are respectively provided with vertical parts, the vertical parts are perpendicular to the axis of the support rod (6), and the upper The side wall surface of the flip shutter (3) is provided with a shutter socket (601), the side wall surface of the independent step plate (5) is provided with a step plate socket (602), and the vertical parts are inserted respectively It is fixed inside the shutter socket (601) and the step plate socket (602). 2. A closed and disinfected mobile service vehicle for nucleic acid detection according to claim 1, characterized in that: the front surface of the closed detection compartment (1) is fixedly equipped with a tractor head (101), and the nucleic acid detection window The surface of (2) is penetrated with a detection opening (201), the inside of the detection opening (201) is sealed with a protective rubber sleeve (202), and the inside of the flip-up shutter (3) is provided with a guide The air cavity (315), the compartment air pipe (317) is arranged between the flip-up shutter (3) and the detection closed compartment (1), and the detection closed compartment (1) passes through the compartment air duct ( 317) communicates with the air guiding cavity (315). 3. A closed and disinfected mobile service vehicle for nucleic acid detection according to claim 2, characterized in that: the one-way air outlet nest (4) communicates with the air guide cavity (315), and the one-way There are rubber inclined parts (401) symmetrically arranged inside the air outlet nest (4), two symmetrically arranged rubber inclined parts (401) are inclined downwards, and the lower parts of the two rubber inclined parts (401) are respectively connected A rubber parallel part (402) is provided, and two pieces of the rubber parallel parts (402) are vertically and parallelly pasted, and the rubber inclined part (401) and the two side surfaces of the rubber parallel part (402) are connected with the one-way air outlet The inner wall surface of the nesting (4) is movable and hermetically fitted.

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