CN209028083U - Detector - Google Patents

Abstract

The utility model provides a kind of detector, it is provided with extraction time control module and reaction time control module, the extraction time control module can carry out timing to the extraction time of sample, after reaching setting value between upon extracting, the extraction time control module sounds an alarm, the reaction time control module can to detection card reaction time carry out timing, when reacted between reach setting value after, the reaction time control module sounds an alarm.The detector of the utility model is able to ascend the accuracy of timing, and then promotes the accuracy of testing result.

Description

Detector

Technical field

The utility model relates to the field of medical instrument technology more particularly to a kind of detectors.

Background technique

Currently, the detection means or full manual inspection of Chlamydia test sample (such as body fluid, urine secretion), do not have Fixed detecting instrument, such detection method have the disadvantage in that the extraction time of 1, sample needs manual time-keeping, and timing is not Accurately, it be easy to cause the sample extraction time undesirable, influences the accuracy of testing result；2, the reaction time of detection card needs Manual time-keeping is wanted, timing is inaccurate, causes the reaction time undesirable, influences the accuracy of testing result；3, reagent is extracted Without fixed position, it is easy to obscure；4, without fixed position, placement is in disorder for sample cell and extraction tube, be easy to cause detection mistake and leakage Inspection；5, when addition sample extracting solution is reacted in detection card, detection card is without fixed position, in the inspection for reading multiple detection cards It is easy to appear and obscures when surveying result；6, the check and tracking of testing result are difficult to realize.

Utility model content

The purpose of this utility model is to provide a kind of detectors, are able to ascend the accuracy of testing result.

To realize the above purpose of utility model, the utility model provides a kind of detector, is applied to following detection method: Using extract reagent to sample extraction for a period of time, obtain sample extracting solution, later by sample extracting solution be added to detection card in And after reacting a period of time, block from detection and read testing result, equipped with extraction time control module and instead in the detector Answer time control module, the extraction time control module can carry out timing to the extraction time of sample, upon extracting between reach To after setting value, the extraction time control module is sounded an alarm, and the reaction time control module can be to the anti-of detection card Carry out timing between seasonable, when reacted between reach setting value after, the reaction time control module sounds an alarm.

In the detector be equipped with object carrying area, sample deposition, reagent rest area, sample extraction area, detection card reaction zone, Extracting solution rest area；It includes detection card, the extraction tube of sky and the detection object of accessory not broken a seal that the object carrying area, which is used to place, Product；The sample deposition is for placing the sample cell containing sample to be tested and the extraction tube added with extractant；It is described Reagent is extracted for placing in reagent rest area；The sample extraction area is used to place the extraction added with reagent and sample is extracted Pipe obtains sample extracting solution after extracting a period of time；The detection card reaction zone blocks for placing detection to carry out detection reaction, After adding sample extracting solution in detection card and reacting a period of time, there is testing result on detection card；The extracting solution is placed After area is used in a part of sample extracting solution to be added to detection card be reacted, by the extraction containing remaining sample extracting solution Pipe is placed in the region, convenient to be checked detecting to stagger the time to back up to sample extracting solution.

The detector includes bottom plate, the side plate being connected with bottom plate, the first partition being respectively connected with bottom plate and side plate, institute It states side plate and bottom plate crosses an accommodating space, the accommodating space is divided into object carrying area and extracted and detected by the first partition Area；

The detector further includes corresponding to extraction detection zone to be set to the first partition and plate the upper surface of on side plate；Institute State sample deposition, reagent rest area, sample extraction area, detection card reaction zone, extracting solution rest area, extraction time control mould Block, reaction time control module are set in the top panel.

Multiple first through hole are equipped in the sample deposition of the top panel；It is equipped in the reagent rest area of the top panel Multiple second through-holes；Multiple third through-holes are equipped in the sample extraction area of the top panel；The extracting solution of the top panel is placed Multiple fourth holes are equipped in area；It is equipped with multiple detections card in the detection card reaction zone of the top panel and places groove.

The extraction time control module includes the first module, the second module, the first timer；First module and the Two modules are respectively positioned on top panel, and the first button and the first alarm lamp are equipped in first module, is set in second module There are the first display screen and the first loudspeaker；

The reaction time control module includes third module, the 4th module, the second timer, the third module and the Four modules are respectively positioned on top panel, and the second button and the second alarm lamp are equipped in the third module, is set in the 4th module There are second display screen and the second loudspeaker.

Pass through screw connection between the top panel and first partition and side plate.

In the object carrying area be equipped with second partition, the second partition respectively with the bottom plate, side plate and first partition phase Even, the object carrying area is divided into the first object carrying area and the second object carrying area, first object carrying area and second by the second partition Object carrying area is groove structure.

The reagent rest area includes the first reagent rest area and the second reagent rest area, first reagent rest area with Multiple second through-holes are equipped in second reagent rest area.

It is equipped in the detection card reaction zone of the top panel and is used to form the grid-shaped baffle plate that multiple detection cards place groove.

The alignment placement in each region is as follows in the top panel:

Orthogonal first direction X and second direction Y, the object carrying area and extraction detection zone are defined in top panel It is arranged successively along first direction X；

In the object carrying area, Y is arranged successively in a second direction with the second object carrying area for first object carrying area；

In the extraction detection zone, the sample deposition, reagent rest area, sample extraction area and extraction time control mould Y is arranged successively as first row block in a second direction, wherein the sample extraction area and extraction time control module are along first direction X is arranged successively；Y is arranged successively in a second direction for the extracting solution rest area, detection card reaction zone and reaction time control module For secondary series, wherein the detection card reaction zone is arranged successively with reaction time control module along first direction X；Described first It arranges and is arranged close to the object carrying area, and be spaced apart with the object carrying area by first partition.

The utility model has the beneficial effects that the detector of the utility model passes through setting extraction time control module, it can The extraction time of sample is accurately controlled, prevented because sample extraction time inaccurately caused by testing result it is wrong Accidentally；By the way that reaction time control module is arranged, the reaction time row of detection card can accurately be controlled, prevented because of detection card Reaction time inaccurately caused by testing result mistake；By setting object carrying area, the placement of detection card and extraction tube is facilitated, It effectively prevent the loss of detection card and extraction tube；By the way that sample deposition is arranged, facilitates the orderly placement of sample cell, prevent because of sample Mistake is detected caused by quality control placement is in disorder；By the way that reagent rest area is arranged, facilitate the management for extracting reagent and orderly places, keep away Exempt to detect mistake caused by obscuring as reagent；By be arranged sample extraction area, facilitate extraction tube it is orderly place and can be right The extraction time of extraction tube carries out accurate timing, avoids as caused by the placement of extraction tube confusion and extraction time timing error Detect mistake；Card reaction zone is detected by setting, the orderly placement of detection card is facilitated, can be realized testing result and clearly sentence Read, facilitate the inquiry and check of testing result, prevent because detection card place it is in disorder caused by detect mistake；By the way that extracting solution is arranged Rest area can back up sample extracting solution, convenient to be checked and tracked detecting to stagger the time.In addition, this is practical new The detector structure of type is simple, low manufacture cost, and easy to use, the various inspections suitable for clinical examination and scientific research field It surveys, the risk of errors of artificial detection can be substantially reduced, and realize quickly detection.

Detailed description of the invention

It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing be briefly described, it should be understood that the following drawings instrument shows some embodiments of the utility model, therefore should not be by Regard the restriction to the scope of the utility model as.

Fig. 1 is the schematic perspective view of the detector of the utility model；

Fig. 2 is the schematic top plan view of the detector of the utility model；

Fig. 3 is the flow chart using the detection method of the detector of the utility model.

Main element symbol description:

11- bottom plate；12- side plate；121- power switch；122- power supply indicator；123- power supply line；124- attaching plug； 13- first partition；16- second partition；The object carrying area 21-；22- extracts detection zone；30- top panel；The sample deposition 31-；32- examination Agent rest area；The first reagent of 321- rest area；The second reagent of 322- rest area；33- sample extraction area；34- extracting solution rest area； 35- detects card reaction zone；41- first through hole；The second through-hole of 42-；43- third through-hole；44- fourth hole；45- detection card is placed Groove；51- extraction time control module；52- reaction time control module；The first button of 61-；The first alarm lamp of 63-；64- One display screen；The first loudspeaker of 65-；The first module of 71-；The second module of 72-；73- third module；The 4th module of 74-；81- Two buttons；The second alarm lamp of 83-；84- second display screen；The second loudspeaker of 85-.

Specific embodiment

In the following, the utility model is described in detail in conjunction with attached drawing.

Fig. 1 and Fig. 2 are please referred to, the utility model provides a kind of detector, is applied to following detection method: utilizing extraction Reagent for a period of time, obtains sample extracting solution to sample extraction, and sample extracting solution is added in detection card later and reacts one After the section time, testing result is read from detection card, is equipped with extraction time control module 51 and reaction time in the detector Control module 52, the extraction time control module 51 can to the extraction time of sample carry out timing, upon extracting between reach After setting value, the extraction time control module 51 is sounded an alarm, and operator is reminded to stop extracting sample, described anti- Answer time control module 52 that can carry out timing to the reaction time of detection card, when reacted between reach setting value after, it is described anti- It answers time control module 52 to sound an alarm, operator is reminded to be read out the testing result on detection card.

Specifically, being equipped with object carrying area 21, sample deposition 31, reagent rest area 32, sample extraction area in the detector 33, card reaction zone 35, extracting solution rest area 34 are detected；It includes the detection card not broken a seal that the object carrying area 21, which is used to place, empty The detection article of extraction tube and accessory；The sample deposition 31 is for placing the sample cell containing sample to be tested and adding Added with the extraction tube of extractant；Reagent is extracted for placing in the reagent rest area 32；The sample extraction area 33 is for placing Added with the extraction tube for extracting reagent and sample, sample extracting solution is obtained after extracting a period of time；The detection card reaction zone 35 For placing detection card to carry out detection reaction, after sample extracting solution is added in detection card and reacts a period of time, detection card On there is testing result；The extracting solution rest area 34 is used in a part of sample extracting solution to be added to detection card carry out anti- Extraction tube containing remaining sample extracting solution is placed in the region by Ying Hou, to back up to sample extracting solution, is conveniently existed It detects to stagger the time and be checked.

Specifically, the detector includes that bottom plate 11, the side plate being connected with bottom plate 11 12 and bottom plate 11 and side plate 12 are distinguished Connected first partition 13, the side plate 12 cross an accommodating space with bottom plate 11, and the first partition 13 is empty by the accommodating Between be divided into object carrying area 21 and extract detection zone 22；

The detector further include correspond to extract detection zone 22 be set to the first partition 13 with it is upper on side plate 12 Panel 30；The sample deposition 31, reagent rest area 32, sample extraction area 33, detection card reaction zone 35, extracting solution rest area 34, extraction time control module 51, reaction time control module 52 are set in the top panel 30.

Specifically, being equipped with multiple first through hole 41, the first through hole 41 in the sample deposition 31 of the top panel 30 In can place sample cell with added with extract reagent extraction tube；Multiple the are equipped in the reagent rest area 32 of the top panel 30 Two through-holes 42 can place extraction reagent in second through-hole 42；It is equipped in the sample extraction area 33 of the top panel 30 multiple Third through-hole 43 can be placed in the third through-hole 43 added with the extraction tube for extracting reagent and sample；The top panel 30 It detects and is equipped with multiple detections card placement groove 45 in card reaction zone 35, the detection card places the depth of groove 45 slightly larger than described in The thickness of card is detected, the shape that the detection card places groove 45 is identical as the shape of the detection card, and the detection card is placed The area of groove 45 lays flat so that detection be facilitated to block slightly larger than the area or same of the detection card and is sticked in detection Card is placed in groove 45, and the position of detection card is kept to fix during the reaction；The extracting solution rest area 34 of the top panel 30 In be equipped with multiple fourth holes 44, the extraction tube containing remaining sample extracting solution can be placed in the fourth hole 44.

Groove 45 is placed specifically, being equipped in the detection card reaction zone 35 of the top panel 30 and being used to form multiple detection cards Grid-shaped baffle plate；Can be set or be not provided in the sample deposition 31 of the top panel 30 will be between multiple first through hole 41 The grid-shaped baffle plate separated；It can be set multiple third through-holes or be not provided in the sample extraction area 33 of the top panel 30 43 grid-shaped baffle plates spaced apart；Can be set or be not provided in the sample extracting solution rest area 34 of the top panel 30 will be more A fourth hole 44 grid-shaped baffle plate spaced apart.

Specifically, the extraction time control module 51 include the first module 71, the second module 72, the first timer (not Diagram), first module 71 and the second module 72 are respectively positioned on top panel 30, and the first button is equipped in first module 71 61 and first alarm lamp 63, the first display screen 64 and the first loudspeaker 65 are equipped in second module 72.

After pressing the first button 61, the first timer starts to carry out extraction time timing, shows on the first display screen 64 Timing time, after timing time reaches the extraction time of setting, the first loudspeaker 65 carries out audible alarm, the first alarm lamp 63 Carry out light warning.Specifically, operator can also set extraction time on the first display screen 64.

Specifically, the reaction time control module 52 include third module 73, the 4th module 74, the second timer (not Diagram), the third module 73 and the 4th module 74 are respectively positioned on top panel 30, and the second button is equipped in the third module 73 81 and second alarm lamp 83, second display screen 84 and the second loudspeaker 85 are equipped in the 4th module 74.

After pressing the second button 81, the second timer starts to carry out timing, second display screen to the reaction time of detection card Timing time is shown on 84, after timing time reaches the reaction time of setting, the second loudspeaker 85 progress audible alarm, second Alarm lamp 83 carries out light warning.Specifically, operator can also set the reaction time on second display screen 84.

As shown in Figure 1, the bottom plate 11 is quadrangle, the side plate in a preferred embodiment of the application detector 12 quantity is four, is connected respectively with the four edges of the bottom plate 11.Preferably, the bottom plate 11 is rectangle.

Preferably, by screw connection (not shown) between the top panel 30 and first partition 13 and side plate 12, thus In use for some time, top panel 30 can be removed, top panel 30, bottom plate 11, first partition 13, side plate 12 is carried out clearly It washes.

Specifically, the side plate 12 is equipped with power switch 121 and power supply indicator 122；The detector further include with The attaching plug 124 side plate 12 connected power supply line 123 and be connected with power supply line 123 far from described 12 one end of side plate.

The case where using below for the detector of the utility model as Chlamydia detector is described in detail:

When the detector of the utility model is used as Chlamydia detector, the detection card is Chlamydia gold mark detection card, institute Stating and extracting reagent includes the first reagent and the second reagent, when preparing sample extracting solution, needs successively to add the first examination in the sample Agent is extracted with the second reagent.

In the object carrying area 21 be equipped with second partition 16, the second partition 16 respectively with the bottom plate 11, side plate 12 and First partition 13 is connected, and the object carrying area 21 is divided into the first object carrying area 211 and the second object carrying area by the second partition 16 212, first object carrying area 211 and the second object carrying area 212 are groove structure, and first object carrying area 211 is for placing not The detection card in Kaifeng, second object carrying area 212 are used to place empty extraction tube and other accessories.

The reagent rest area 32 includes the first reagent rest area 321 and the second reagent rest area 322, first reagent It is equipped with multiple second through-holes 42 in rest area 321 and the second reagent rest area 322, the of first reagent rest area 321 Two through-holes 42 are for placing the first reagent, and the second through-hole 42 of second reagent rest area 322 is for placing the second reagent.

In first module 71 of the extraction time control module 51, the quantity of first button 61 is two, respectively For starting the extraction timing and the extraction timing of the second reagent of the first reagent；The quantity of first timer is two, It is respectively used to the extraction timing and the extraction timing of the second reagent of the first reagent.

The alignment placement in each region is as follows in the top panel 30:

Orthogonal first direction X and second direction Y are defined in top panel 30, the object carrying area 21 is examined with extraction Area 22 is surveyed to be arranged successively along first direction X；

In the object carrying area 21, Y is arranged successively in a second direction with the second object carrying area 212 for first object carrying area 211；

In the extraction detection zone 22, when the sample deposition 31, reagent rest area 32, sample extraction area 33 are with extracting Between control module 51 Y is arranged successively as first row in a second direction, wherein the sample extraction area 33 controls mould with extraction time Block 51 is arranged successively along first direction X；The extracting solution rest area 34, detection card reaction zone 35 and reaction time control module 52 Y is arranged successively as secondary series in a second direction, wherein the detection card reaction zone 35 is with reaction time control module 52 along first Direction X is arranged successively；The first row is arranged close to the object carrying area 21, and passes through first partition 13 with the object carrying area 21 It is spaced apart；

In the reagent rest area 32, first reagent rest area 321 and the second reagent rest area 322 are along first direction X is arranged successively.

Specifically, in the sample extraction area 33, the multiple third through-hole 43 is arranged as several rows along first direction X, often The end of a line is equipped with an extraction time control module 51, which is responsible for being placed in the of the row The extraction time of extraction tube in three through-holes 43 is controlled.Further, Y is arranged the multiple third through-hole 43 in a second direction It is classified as ordered series of numbers.

In the extraction time control module 51, first module 71 is successively arranged with the second module 72 along first direction X Column, in first module 71, Y is arranged successively in a second direction for first alarm lamp 63, the first button 61, two of them the One button 61 is arranged as a line along first direction X, in second module 72, first display screen 64, the first loudspeaker 65 Y is arranged successively in a second direction.

Specifically, the multiple detection card is placed groove 45 and is arranged as along first direction X in the detection card reaction zone 35 Several rows, the end of every a line is equipped with a reaction time control module 52, which is responsible for being placed in The reaction time that the detection card of the row places the detection card in groove 45 is controlled.Further, the multiple detection card is put Setting groove 45, Y is arranged as ordered series of numbers in a second direction.

In the reaction time control module 52, the third module 73 is successively arranged with the 4th module 74 along first direction X It arranges, in the third module 73, Y is arranged successively in a second direction for second alarm lamp 83, the second button 81, the 4th mould In block 74, Y is arranged successively in a second direction for the second display screen 84, the second loudspeaker 85.

Specifically, the multiple first through hole 41 is arranged as several rows along first direction X, edge in the sample deposition 31 Second direction Y is arranged as ordered series of numbers；In the sample extracting solution rest area 34, the multiple fourth hole 44 is arranged along first direction X It is classified as several rows, Y is arranged as ordered series of numbers in a second direction.

The detector of the utility model can carry out the extraction time of sample by setting extraction time control module 51 Accurate control, prevented because sample extraction time inaccurately caused by testing result mistake；It is controlled by the setting reaction time Molding block 52 can accurately control the reaction time row of detection card, prevent because the reaction time of detection card inaccurately leads The testing result mistake of cause；By be arranged object carrying area 21, facilitate detection card and extraction tube placement, effectively prevent detection card and The loss of extraction tube；By the way that sample deposition 31 is arranged, just makes the orderly placement of sample cell, prevent to place in disorder make because of sample cell At detection mistake；By the way that reagent rest area 32 is arranged, facilitate the management for extracting reagent and orderly places, avoid since reagent is mixed Mistake is detected caused by confusing；By the way that sample extraction area 33 is arranged, facilitate the orderly placement of extraction tube and can be mentioned to extraction tube It takes the time to carry out accurate timing, avoids detecting mistake as caused by the placement of extraction tube confusion and extraction time timing error； Card reaction zone 35 is detected by setting, the orderly placement of detection card is facilitated, can be realized the clear interpretation of testing result, facilitate inspection Survey result inquiry and check, prevent because detection card place it is in disorder caused by detect mistake；By the way that extracting solution rest area 34 is arranged, Sample extracting solution can be backed up, it is convenient to be checked and tracked detecting to stagger the time.In addition, the detection of the utility model Instrument structure is simple, low manufacture cost, and easy to use, suitable for the various detections of clinical examination and scientific research field, Neng Gou great The big risk of errors for reducing artificial detection, and realize quickly detection.

Referring to Fig. 3, a kind of detection method using above-mentioned detector includes the following steps: simultaneously refering to fig. 1 with Fig. 2

Step 1 provides above-mentioned detector, sample, extracts reagent, detection card.

Step 2 extracts the sample using the extraction reagent, is controlled during the extraction process using extraction time Module 51 controls extraction time, obtains sample extracting solution.

Sample extracting solution is added in detection card and reacts by step 3, is controlled during the reaction using the reaction time Module 52 controls the reaction time, after reaction, is read out to the testing result on detection card.

The detection method using above-mentioned detector is described in detail by taking the detection method of Chlamydia as an example below:

In the step 1, the sample is the cotton test paper for being attached with secretion, and the secretion is body fluid or urine, institute Sample is stated to be placed in sample cell；The extraction reagent includes the first reagent and the second reagent, is respectively placed in first examination In second through-hole 42 of agent rest area 321 and the second through-hole 42 of second reagent rest area 322.

The step 1 further include: empty extraction tube is provided, the first reagent is added in the extraction tube, it will be added with the The extraction tube number of being numbered with of one reagent is arranged in order in the first through hole 41 of sample deposition 31；By the sample cell containing sample On the number of being numbered be arranged in order in the first through hole 41 of sample deposition 31.

The step 2 includes:

Step 21 takes out sample from sample cell, is respectively put into the extraction tube added with the first reagent in order, will Extraction tube added with the first reagent and sample is transferred in the third through-hole 43 in sample extraction area 33, is controlled using extraction time Module 51 controls the extraction time of the first reagent.

Specifically, the step of being controlled using extraction time of the extraction time control module 51 to the first reagent includes: First button 61 in left side is pressed, the first timer carries out timing to the extraction time of the first reagent, after reaching setting time, the One loudspeaker 65 carries out audible alarm, and the first alarm lamp 63 carries out light warning, and the extraction step of the first reagent terminates.

Step 22 adds the second reagent in extraction tube, the extraction using extraction time control module 51 to the second reagent Time is controlled, remaining in the extraction tube by sample from taking out and put back in sample cell in extraction tube after extraction Liquid is sample extracting solution.

Specifically, the step of being controlled using extraction time of the extraction time control module 51 to the second reagent includes: First button 61 on right side is pressed, the first timer carries out timing to the extraction time of the second reagent, after reaching setting time, the One loudspeaker 65 carries out audible alarm, and the first alarm lamp 63 carries out light warning, and the extraction step of the second reagent terminates.

Specifically, after sample extracting solution is added in detection card, remaining sample extracting solution will be contained in the step 3 Extraction tube be put into the fourth hole 44 of extracting solution rest area 34.

Specifically, in the step 3, the step of detection time is controlled using reaction time control module 52 packet It includes: pressing the second button 81, the second timer carries out timing to the reaction time of detection card, and after reaching setting time, second is raised Sound device 85 carries out audible alarm, and the second alarm lamp 83 carries out light warning, and the reaction time for detecting card terminates, at this time reply detection Testing result on card is read out.

Above-mentioned detection method is realized using previously described detector, can substantially reduce the risk of errors of artificial detection, And realize quickly detection.

The foregoing is merely the preferable implementation examples of the utility model, are not intended to limit the utility model, it is all Within the spirit and principles of the utility model, it is practical new to should be included in this for any modification, equivalent replacement, improvement and so on Within the protection scope of type.

Claims (9)

1. a kind of detector, which is characterized in that be equipped with extraction time control module in the detector and the reaction time controls mould Block, the extraction time control module can to the extraction time of sample carry out timing, upon extracting between reach setting value after, institute It states extraction time control module to sound an alarm, the reaction time control module can count the reaction time of detection card When, when reacted between reach setting value after, the reaction time control module sounds an alarm；

It is equipped with object carrying area in the detector, sample deposition, reagent rest area, sample extraction area, detection card reaction zone, extracts Liquid rest area；It includes detection card, the extraction tube of sky and the detection article of accessory not broken a seal that the object carrying area, which is used to place,；Institute Sample deposition is stated for placing the sample cell containing sample to be tested and the extraction tube added with extractant；The reagent is put Set area for place extraction reagent；The sample extraction area is used to place the extraction tube added with reagent and sample is extracted；It is described Card reaction zone is detected for placing detection card to carry out detection reaction；The extracting solution rest area by a part of sample for mentioning Take liquid be added to detection card in reacted after, the extraction tube containing remaining sample extracting solution is placed in the region, with right Sample extracting solution is backed up.

2. detector as described in claim 1, which is characterized in that the detector include bottom plate, the side plate being connected with bottom plate, The first partition being respectively connected with bottom plate and side plate, the side plate and bottom plate cross an accommodating space, and the first partition is by institute Accommodating space is stated to be divided into object carrying area and extract detection zone；

The detector further includes corresponding to extraction detection zone to be set to the first partition and plate the upper surface of on side plate；The sample It is product rest area, reagent rest area, sample extraction area, detection card reaction zone, extracting solution rest area, extraction time control module, anti- Time control module is answered to be set in the top panel.

3. detector as claimed in claim 2, which is characterized in that be equipped with multiple first in the sample deposition of the top panel Through-hole；Multiple second through-holes are equipped in the reagent rest area of the top panel；It is equipped in the sample extraction area of the top panel more A third through-hole；Multiple fourth holes are equipped in the extracting solution rest area of the top panel；The detection card of the top panel reacts It is equipped with multiple detections card in area and places groove.

4. detector as claimed in claim 2, which is characterized in that the extraction time control module includes the first module, the Two modules, the first timer；First module and the second module are respectively positioned on top panel, and first is equipped in first module Button and the first alarm lamp are equipped with the first display screen and the first loudspeaker in second module；

The reaction time control module includes third module, the 4th module, the second timer, the third module and the 4th mould Block is respectively positioned on top panel, and the second button and the second alarm lamp are equipped in the third module, equipped with the in the 4th module Two display screens and the second loudspeaker.

5. detector as claimed in claim 2, which is characterized in that pass through spiral shell between the top panel and first partition and side plate Silk connection.

6. detector as claimed in claim 2, which is characterized in that in the object carrying area be equipped with second partition, described second every Plate is connected with the bottom plate, side plate and first partition respectively, and the object carrying area is divided into the first object carrying area by the second partition With the second object carrying area, first object carrying area and the second object carrying area are groove structure.

7. detector as claimed in claim 3, which is characterized in that the reagent rest area includes the first reagent rest area and the Multiple second through-holes are equipped in two reagent rest areas, first reagent rest area and the second reagent rest area.

8. detector as claimed in claim 3, which is characterized in that be equipped in the detection card reaction zone of the top panel and be used for shape The grid-shaped baffle plate of groove is placed at multiple detection cards.

9. detector as claimed in claim 6, which is characterized in that the alignment placement in each region is as follows in the top panel:

It defines orthogonal first direction X and second direction Y in top panel, the object carrying area and extracts detection zone along the One direction X is arranged successively；

In the object carrying area, Y is arranged successively in a second direction with the second object carrying area for first object carrying area；

In the extraction detection zone, the sample deposition, reagent rest area, sample extraction area and extraction time control module edge Second direction Y is arranged successively as first row, wherein the sample extraction area and extraction time control module along first direction X according to Secondary arrangement；Y is arranged successively in a second direction is for the extracting solution rest area, detection card reaction zone and reaction time control module Two column, wherein the detection card reaction zone is arranged successively with reaction time control module along first direction X；Wherein, described first It arranges and is arranged close to the object carrying area, and be spaced apart with the object carrying area by first partition.