CN208350649U - Drug detecting instrument - Google Patents
Drug detecting instrument Download PDFInfo
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- CN208350649U CN208350649U CN201821106471.0U CN201821106471U CN208350649U CN 208350649 U CN208350649 U CN 208350649U CN 201821106471 U CN201821106471 U CN 201821106471U CN 208350649 U CN208350649 U CN 208350649U
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Abstract
The utility model provides a kind of drug detecting instrument, including shell, wherein, it further include communication unit, data input unit, sampling unit, recognition unit and main control unit, communication unit is mounted on shell, data input unit is mounted on shell, sampling unit is mounted in shell, sampling unit includes reagent card self-clamping module, sample holder module and drive module, drive module drives reagent card self-clamping module, sample holder module is towards or away from movement, recognition unit is mounted in shell, recognition unit is set to the junction of reagent card self-clamping module Yu sample holder module, and the test side of recognition unit is arranged towards reagent card self-clamping module, main control unit is set in shell, communication unit, data input unit, sampling unit, recognition unit is electrically connected with main control unit.The drug detecting instrument has the advantages that using simple, data input speed is fast, detection accuracy is high and realizes that detection process automates.
Description
Technical field
The utility model relates to illicit drugs inspection technical fields, specifically, being to be related to a kind of drug detecting instrument.
Background technique
Drug abuse detection for drug addict is usually to be carried out by the drugs content in detection drug addict's urine or saliva
Determine, because people suck or shoot up after, drug ingredient can remain a very long time in the urine of human body, saliva,
Therefore, the drug abuse situation of drug addict can be quickly screened by the drugs content in detection urine or saliva.And drugs are examined
The common detection method surveyed is mainly immunoassay, which is the principle based on antigen and antibody specific association reaction
To detect various substances, such as drug, hormone, protein.In addition, the detection method also has, the detection process time is short, detects
High sensitivity, it is easy to operate the advantages that.
In daily illicit drugs inspection, for the ease of quickly carrying out illicit drugs inspection to drug abuse suspect, drugs reagent is generallyd use
The immunoassay of card form detects the saliva of drug abuse suspect and/or urine, and by observation drugs test difference
Whether the metachromasia situation of color development area is sucked in the recent period determining drug abuse suspect or shoot up.However, current scene
Following problems are commonly present in detection process:
First, it is at present to cause to be easy to appear erroneous judgement by manually carrying out to the observation of the discoloration of drugs reagent card,
In addition, the drugs content sucked or injected as drug abuse suspect is less, or suck or time for injecting too long when, may cause poison
Product reagent card color developing effect is unobvious, is also easy to cause the case where judging by accident when manually being judged at this time.
Second, law enfrocement official's hand-kept is needed to the testing result of drugs reagent card and is manually entered system, causes to examine
The update of measured data not in time, and is easy to appear the omission of data registration, missing.
Third, when test, mainly by the way that manually drugs reagent card is put into detected urine or saliva, and in poison
Product reagent card is completed again to observe drugs reagent card after reaction, be registered, disadvantage not low there is only detection efficiency, and
Mistake steps on information when drugs reagent card being easy to cause to register, or even there are the risks that drugs reagent card is exchanged.
Summary of the invention
To solve the above-mentioned problems, the main purpose of the utility model is to provide a kind of using simple, data input speed
Fastly, detection accuracy is high and realizes the drug detecting instrument of detection process automation.
In order to realize the main purpose of the utility model, the utility model provides a kind of drug detecting instrument, including shell,
In, it further include that communication unit, data input unit, sampling unit, recognition unit and main control unit, communication unit are mounted on shell
On, data input unit is mounted on shell, and sampling unit is mounted in shell, sampling unit include reagent card self-clamping module,
Sample holder module and drive module, drive module drive reagent card self-clamping module, sample holder module towards or away from movement,
Recognition unit is mounted in shell, and recognition unit is set to the junction of reagent card self-clamping module Yu sample holder module, and knows
The test side of other unit is arranged towards reagent card self-clamping module, and main control unit is set in shell, communication unit, data input list
Member, sampling unit, recognition unit are electrically connected with main control unit.
Therefore data input unit is used to enroll the identity information of tested personnel, as ID card information, fingerprint are believed
Breath, head image information etc..When detection, reagent card self-clamping module clamps reagent card, sample holder module to tested sample into
Row clamping, then drives reagent card self-clamping module and sample holder module to move towards, picks reagent card by drive module
Sample develops the color.Recognition unit is read out the display situation of reagent card, identifies, and identification data are sent to master control list
In member, so that main control unit is obtained identification data according to recognition unit and judged, in addition, main control unit is also used to be tied according to judgement
Fruit provides corresponding examining report.Communication unit can be connect with external printing device, computer equipment etc., so that drugs are examined
It surveys the examining report that instrument is provided and is able to carry out local printing, in addition, communication unit can also be attached with cloud server, it is real
The existing shared preservation of examining report and timely updating for database.
One Preferable scheme is that, drive module includes two belt wheels being oppositely arranged, motor, transmission belt, the first guide rail
With the second guide rail, two belt wheels are rotatably coupled with shell respectively, the drive shaft of motor and a fixation in two belt wheels
Connection, transmission belt are sleeved on two belt wheels, and reagent card self-clamping module, sample holder module are fixedly connected with transmission belt respectively,
And reagent card self-clamping module, sample holder module are located at the two sides of the line in the center of circle of two belt wheels, the first guide rail and
Two guide rails are installed in shell, and the line of the first guide rail and the second guide rail each parallel to the center of circle of two belt wheels, specimen holder
It holds module to be slidably connected with the first guide rail, reagent card self-clamping module is slidably connected with the second guide rail.
Therefore by the structure setting to drive module, it can either guarantee the reagent of reagent card self-clamping module clamping
Card can accurately pick the sample of sample holder module clamping, and can effectively reduce the volume of drug detecting instrument.
Further embodiment is that sample holder module includes the first sliding seat, the second clamp arm and the first return unit, and first is sliding
It is provided with the first clamp arm on dynamic seat, the first sliding seat is fixedly connected with transmission belt, and the first sliding seat and the first guide rail are slidably
Ground connection, the second clamp arm and the first sliding seat are hinged, and the second clamp arm can be rotated relative to the first clamp arm, and the first return unit is connected to the
Between one sliding seat and the second clamp arm.
Therefore realize that the reagent cup to dress sample carries out by the relative rotation between the first clamp arm, the second clamp arm
Clamping is unclamped, and the first return unit is used to carry out resetting to the second clamp arm and provides pretightning force for the second clamp arm, guarantees sample
The stability that self-clamping module clamps reagent cup.
Further scheme is that reagent card self-clamping module includes the second sliding seat, third sliding seat and the second return unit,
Third guide rail is provided on second sliding seat, third guide rail is mutually perpendicular to the second guide rail, and the second sliding seat is fixed with transmission belt
Connection, and the second sliding seat is slidably connected with the second guide rail, is provided with card slot on third sliding seat, third sliding seat and the
Three guide rails are slidably connected, and the second return unit is connected between the second sliding seat and third sliding seat, and drug detecting instrument also wraps
Pressing unit is included, pressing unit driving third sliding seat is moved along third guide rail to sample holder module.
Therefore third sliding seat is used to install reagent card, and pressing unit is set and makes third sliding seat and third
Guide rail be slidably connected can reagent card smoothly pick sample, while reagent card can also be made to pick enough samples, protected
Demonstrate,prove detection accuracy.
Further scheme is that drug detecting instrument further includes pushing unit, and the driving end of pushing unit is pressed from both sides towards second
Arm setting, pushing unit drive the second clamp arm to rotate relative to the first clamp arm.
Therefore setting pushing unit enables to the realization of sample holder module to open folder automatically, improves drug detecting instrument
Working efficiency and simplify drug detecting instrument use step.
Further scheme is that data input unit includes identity card identification module, fingerprint identification module and camera shooting mould
Block, identity card identification module are electrically connected with main control unit, and fingerprint identification module is electrically connected with main control unit, photographing module and master control
Unit electrical connection.
Therefore data input unit can pass through identity card identification module, fingerprint identification module and photographing module respectively
ID card information acquisition, finger print information acquisition and head image information is carried out to tested personnel respectively to acquire.
Further scheme is that drug detecting instrument further includes radio frequency unit, and radio frequency unit is mounted in shell, radio frequency list
Member is electrically connected with main control unit, and the identification end of radio frequency unit is arranged towards reagent card self-clamping module.
Therefore radio frequency unit can be read out the label information on reagent card, in order to drug detecting instrument pair
The information of reagent card is identified, can also be distinguished the true and false of reagent card, while can also be convenient for the envelope to reagent card
It deposits, stock control etc. is tracked.
Further scheme is, recognition unit includes optical sensor, lighting module and shading storehouse, optical sensor
Test side is arranged towards card slot, and optical sensor is electrically connected with main control unit, and the light source transmitting terminal of lighting module is set towards card slot
It sets, lighting module is electrically connected with main control unit, and shading storehouse is fixedly connected with the casing, and optical sensor, lighting module are arranged at
In shading storehouse.
Therefore the colour developing when the colour developing situation to reagent card identifies, by optical sensor to reagent card
It identified, recorded, and the data that will acquire are sent to main control unit.Lighting module is for additional optical sensor to reagent card
It is identified, and shading storehouse, which is arranged, to block external light source, reduce detection of the external factor to optical sensor
It influences, improves detection accuracy.
Further scheme is that drug detecting instrument further includes touch display screen, and touch display screen is mounted on shell, and
Touch display screen is electrically connected with main control unit.
Therefore touch display screen can both show the data of drug detecting instrument detection, but also with information input function,
For example, can be used for tested personnel carries out signature typing, in order to carry out electronics label in the electronic report that drug detecting instrument generates
Name.
Another Preferable scheme is that, drive module include the first swing arm, the second swing arm and driving mechanism, the first swing arm with
Housing hinge, reagent card self-clamping module are mounted in the first swing arm, and the second swing arm and housing hinge, sample holder module are mounted on
In second swing arm, driving mechanism drives the first swing arm, the second swing arm towards or away from movement, along the first swing arm, the second swing arm phase
To mobile direction, reagent card self-clamping module, sample holder module can mutually join.
Therefore the structure of sampling unit can carry out various forms of changes according to the structure of drug detecting instrument, space
Change, reagent card self-clamping module can control by the driving of drive module with satisfaction and sample holder module carries out opposite shifting
It is dynamic, so that the reagent card of reagent card self-clamping module clamping can pick the sample of sample holder module clamping, realize to examination
Sample is detected.
Detailed description of the invention
Fig. 1 is the structure chart of the utility model drug detecting instrument first embodiment.
Fig. 2 is the structure chart after the first clipped component of the utility model drug detecting instrument first embodiment.
Fig. 3 is the system block diagram of the utility model drug detecting instrument first embodiment.
Fig. 4 is the structure chart after the second clipped component of the utility model drug detecting instrument first embodiment.
Fig. 5 is the structure chart after the third clipped component of the utility model drug detecting instrument first embodiment.
Fig. 6 is the local structural graph after the first clipped component of the utility model drug detecting instrument first embodiment.
Fig. 7 is the local structural graph after the second clipped component of the utility model drug detecting instrument first embodiment.
Fig. 8 is the position view when reagent card of the utility model drug detecting instrument first embodiment picks sample.
Fig. 9 is position when reagent card under another visual angle of the utility model drug detecting instrument first embodiment picks sample
Set schematic diagram.
Figure 10 is the structure chart of the utility model drug detecting instrument second embodiment.
The following is a further explanation of the present invention with reference to the accompanying drawings and embodiments.
Specific embodiment
Drug detecting instrument 100 provided by the utility model is mainly used for the progress of the drugs content in the urine to tested personnel
Detection, and the identity information of tested personnel is identified, while detection report is generated after the completion of drug detecting instrument 100 detects
It accuses, is filed, achieved.
Drug detecting instrument first embodiment:
Referring to figs. 1 to Fig. 3, drug detecting instrument 100 includes shell 101, communication unit 1, data input unit 2, sampling list
Member 3, recognition unit 4, main control unit 5, pushing unit 6, radio frequency unit 7, touch display screen 8 and pressing unit 9.Wherein, shell
101 middle parts form accommodating chamber, and sampling unit 3, recognition unit 4, main control unit 5, pushing unit 6, radio frequency unit 7 and pushing are single
Member 9 is all set in the accommodating chamber of shell 101.Communication unit 1, data input unit 2, sampling unit 3, recognition unit 4, top
It pushes away unit 6, radio frequency unit 7, touch display screen 8 and pressing unit 9 to be electrically connected with main control unit 5, main control unit 5 is for controlling
Work between system, allotment each unit.
Communication unit 1 preferably includes USB interface, lan interfaces and wireless communication module, wherein USB interface is mounted on
On shell 101, USB interface can be connect with external equipment, to carry out data transmission, for example, drug detecting instrument 100 can lead to
It crosses USB interface to connect with external printer, the examining report of generation is printed as paper document to realize, in another example, drugs
Detector 100 can be connect by USB interface with terminal, and realization transfers data to or backup to terminal
This ground.Lan interfaces are mounted on shell 101, and lan interfaces can make the data of drug detecting instrument 100 in a certain local
It is shared in net, so that each terminal in the local area network can read, transfer the data of the drug detecting instrument 100.And
Wireless communication module is set in shell 101, and the data of drug detecting instrument 100 can be uploaded to cloud clothes by wireless communication module
Business device not only can guarantee the timeliness that cloud database data update, but also can improve real time data for big data analysis, may be, for example,
Community management platform improves real time data when doing big data analysis, guarantees the timeliness of data sharing.
Data input unit 2 includes identity card identification module 21, fingerprint identification module 22 and photographing module 23.Identity card is known
Other module 21 is mounted on shell 101 and is electrically connected with main control unit 5, and identity card identification module 21 is for reading tested personnel's
ID card information, and by ID card information typing drug detecting instrument 100, and for achieving, tracking.Fingerprint identification module 22 is installed
It is electrically connected on shell 101 and with main control unit 5, fingerprint identification module is used to obtain the finger print information of tested personnel, and will refer to
Line data input drug detecting instrument 100, matches with the ID card information of tested personnel, and for achieving, tracking.
Photographing module 23 is hinged with shell 101 and is electrically connected with main control unit 5, it is preferable that receiving is provided on shell 101
Slot, photographing module 23 are set in holding tank, so that drug detecting instrument 100, in carrying process, photographing module 23 can be around hinge
The hinged shaft at the place of connecing rotates and is incorporated in holding tank, while improving 100 portability of drug detecting instrument, protects photographing module 23
It is not bent, damages.Photographing module 23 is used to obtain the head image information of tested personnel, and by head image information typing drug detecting instrument
In 100, for being matched with the ID card information of tested personnel, finger print information, and for achieving, tracking.
Referring to Fig. 4 and Fig. 5, and Fig. 2 is combined, sampling unit 3 is mounted in shell 101, and sampling unit 3 includes reagent clip
Module 31, sample holder module 32 and drive module 33 are held, drive module 33 is for driving reagent card self-clamping module 31, specimen holder
Module 32 is held towards or away from movement.
Preferably, drive module 33 includes two belt wheels 331, transmission belt 332, motor 333, the first guide rail 334 and second
Guide rail 335.Two belt wheels 331 are oppositely disposed, and two belt wheels 331 rotating around itself axis and shell 101 rotationally
Connection, transmission belt 332 are sleeved on two belt wheels 331.Two belt wheels 331 preferably use synchronous belt, and transmission belt 332 preferably uses
Synchronous belt.Motor 333 is mounted in shell 101, and the drive shaft of motor 333 is fixedly connected with one in two belt wheels 331,
Motor 333 is driven for transmission belt 332 of the actuating sleeve on two belt wheels 331.Motor 333 is preferably using servo electricity
Machine, so that the transmission accuracy of controllability with higher and guarantee transmission belt 332 is capable of in the transmission of transmission belt 332.
Wherein, reagent card self-clamping module 31, sample holder module 32 are fixedly connected with transmission belt 332 respectively, and reagent card
Self-clamping module 31, sample holder module 32 are located at the two sides of the line in the center of circle of two belt wheels 331, so that working as motor
When 333 driving transmission belts 332 are driven, reagent card self-clamping module 31, sample holder module 32 can simultaneously towards or away from movement,
So that when reagent card self-clamping module 31, sample holder module 32 move towards, the reagent card of the clamping of reagent card self-clamping module 31
The sample of the clamping of sample holder module 32 can be picked.
First guide rail 334 and the second guide rail 335 are installed in shell 101, and the first guide rail 334, the second guide rail 334 are
It is parallel to the line in the center of circle of two belt wheels 331, wherein sample holder module 32 is slidably connected with the first guide rail 334, the
One guide rail 334 auxiliary sample holder module 32 is moved, and is oriented to the movement of sample holder module 32；Reagent clip
Module 31 to be held to be slidably connected with the second guide rail 335,335 auxiliary reagent card self-clamping module 31 of the second guide rail is moved, and
The movement of reagent card self-clamping module 31 is oriented to.
As shown in fig. 6, and combine Fig. 5, reagent card self-clamping module 31 include the second sliding seat 311,312 and of third sliding seat
Second return unit 313, the second sliding seat 311 are fixedly connected with transmission belt 332, so that transmission belt 332 can drive second when being driven
Sliding seat 311 is mobile, in addition, the second sliding seat 311 is slidably connected with the second guide rail 335, so that the second guide rail 335 assists
Second sliding seat 311 is slided and is oriented to the movement of the second sliding seat 311.Third is provided on second sliding seat 311
Guide rail 3111, third guide rail 3111 are mutually perpendicular to the second guide rail 335.
Third sliding seat 312 is slidably connected with third guide rail 3111, in addition, being provided with card on third sliding seat 312
Slot 3121, card slot 3121 with the card slot on reagent card 102 for being engaged, so that reagent card is fixed in third sliding
On seat 312.Second return unit 313 is connected between the second sliding seat 311 and third sliding seat 312, and the second return unit 313 is used for
The sliding of third sliding seat 312 is resetted.
Preferably, the second sliding seat 311 is provided with limited post 3112 towards third sliding seat 312 with extending, and third is sliding
The one side setting of dynamic seat 312 towards the second sliding seat 311 is provided with limiting slot 3122 along the extending direction of third guide rail 3111, limits
Position column 3112 is located in limiting slot 3122, limited post 3112 and limiting slot 3122 for the sliding to third sliding seat 312 into
Row limit.
As shown in fig. 7, sample holder module 32 includes the first sliding seat 321, the second clamp arm 322 and the first return unit 323,
Wherein, the first sliding seat 321 is fixedly connected with transmission belt 332, so that transmission belt 332 can drive the first sliding seat 321 when being driven
It is mobile, and then make between the first sliding seat 321 and the second sliding seat 311 in towards or away from movement.In addition, the first sliding seat
321 are slidably connected with the first guide rail 334, so that the first guide rail 334 assists the sliding of the first sliding seat 321 and slides to first
The movement of dynamic seat 321 is oriented to.
The first clamp arm 3211 is provided on first sliding seat 321, the second clamp arm 322 and the first sliding seat 321 are hinged, so that
Second clamp arm 322 can be rotated relative to the first clamp arm 3211, so that two clamp arm are opened or are closed, be realized to reagent cup
103 release or clamping.First return unit 323 is connected between the first sliding seat 321 and the second clamp arm 322, the first return unit
323 for resetting the second clamp arm 322.
Along the direction that reagent card self-clamping module 31, sample holder module 32 are moved away from, pushing unit 6 is located at sample holder
The extreme position of the mobile downstream of module 32, pushing unit 6 is for driving opposite 3211 turns of first clamp arm of the second clamp arm 322
It is dynamic, make two open-shaped states of clamp arm.Preferably, pushing unit 6 includes electromagnetic relay 61 and push rod 62, and push rod 62 is towards the
Two clamp arm 322 extend ground setting, and 61 driving push rod 62 of electromagnetic relay is mobile towards the second clamp arm 322, and then pushes away push rod 62
Dynamic second clamp arm 322 rotation, makes two open-shaped states of clamp arm.
The examination that pressing unit 9 is used to that third sliding seat 312 to be driven to clamp along third guide rail 3111 to sample holder module 32
Agent cup 103 is mobile, so that the sample that reagent card 102 picks in reagent cup 103 develops the color.Preferably, pressing unit 9 wraps
Electromagnetic relay 91 and platen 92 are included, when reagent card self-clamping module 31 and sample holder module 32 are moved towards to junction,
It is mobile to third sliding seat 312 that electromagnetic relay 91 drives platen 92, and third sliding seat 312 is pressed to reagent cup 103, makes to try
The sample that agent card 102 picks in reagent cup 103 develops the color.
Recognition unit 4 is set to reagent card self-clamping module 31 and sample holder module 32 is moved towards to junction, and knows
The reagent card 102 of the test side of other unit 4 towards reagent card self-clamping module 31 is arranged.Specifically, recognition unit 4 is passed including optics
Sensor 41, shading storehouse 42 and lighting module, wherein optical sensor 41 and lighting module are arranged in shading storehouse 42, so that
Shading storehouse 42 can block external light source, reduce influence of the external factor to the detection of optical sensor 41, improve inspection
Survey precision.The test side of optical sensor 41 is arranged towards card slot 3121, i.e. the test side of optical sensor 41 is towards reagent card
102 settings, and optical sensor 41 is electrically connected with main control unit 5, enables optical sensor 41 will be to the aobvious of reagent card 102
After pornographic condition is detected, identification, the colour developing data for recording reagent card 102, the data that will acquire are sent to the progress of main control unit 5
Analysis.The light source transmitting terminal of lighting module is arranged towards reagent card 102, and lighting module is electrically connected with main control unit 5, illuminates mould
Block identifies reagent card 102 for additional optical sensor 41, guarantees there are enough lights when optical sensor 41 detects.
The identification end of radio frequency unit 7 is arranged towards reagent card self-clamping module 31, and radio frequency unit 7 is used for reading reagent card 102
On electronic tag can also be to reagent card 102 in order to which information of the drug detecting instrument 100 to reagent card 102 identifies
The true and false distinguished, while can also be convenient for tracking to the sealing up for safekeeping of reagent card 102, stock control etc..
Touch display screen 8 is mounted on shell, and touch display screen 8 can be used for showing the data that drug detecting instrument 100 detects,
Have and have information input function, for example, can be used in tested personnel carries out signature typing, in order to raw in drug detecting instrument 100
At electronic report on sign electronically.
As shown in Figure 8 and Figure 9, and combine Fig. 1, drug detecting instrument 100 use process is as follows:
The drive module 33 of sampling unit 3 can drive reagent card self-clamping module 31, sample holder module 32 to be moved away from, and make
Obtain reagent card self-clamping module 31, sample holder module 32 is moved to outside shell 101.Then, pushing unit 6 can drive specimen holder
Two clamp arm for holding module 32 are opened, and reagent cup 103 to be placed is waited.After the completion of the placement of reagent cup 103, pushing unit 6 can be into
Row resets, so that the second clamp arm 322 is resetted under the elastic potential energy effect of the first return unit 323, carries out to reagent cup 103
It clamps.In addition, also needing for reagent card 102 to be installed in reagent card self-clamping module 31, so that the card slot of reagent card 102 and third are sliding
The card slot 3121 of dynamic seat 312 engages.
It before being detected, is included by the information that data input unit 2 carries out tested personnel, specifically including that will be tested
The identity card of personnel is placed in identity card identification module 21, by the main control unit 5 of ID card information typing drug detecting instrument 100
It is interior；It is placed in the finger of tested personnel on fingerprint identification module 22, by the main control unit of finger print information typing drugs inspection instrument 100
In 5；It is included by portrait of the photographing module 23 to tested personnel.The information being included can be when detecting with reagent card
102 are recorded together.
Then, the drive module 33 of sampling unit 3 can drive reagent card self-clamping module 31, sample holder module 32 to move in opposite directions
It is dynamic, join reagent card self-clamping module 31, sample holder module 32.When reagent card self-clamping module 31 is moved to sample holder module
When 32 top, reagent card self-clamping module 31 and sample holder module 32 join at this time, and pressing unit 9 drives third sliding seat 312
It is mobile to reagent cup 103, so that the reagent card 102 on third sliding seat 312 picks the sample in reagent cup 103.Then push
Unit 9 is resetted, and third sliding seat 312 is resetted under the elastic potential energy effect of the second return unit 313.At this point, driving,
Module 33 keeps current quiet state, and reagent card 102 is waited to develop the color, meanwhile, the optical sensor 41 of recognition unit 4 starts
The data for being detected, being recorded to the colour developing of reagent card 102, and will test acquisition are sent to main control unit 5, make main control unit 5
The data are analyzed, and provide examining report.Wherein, the identification duration of recognition unit 4 can according to 102 developing time into
Row setting.When recognition unit 4 identification after the completion of, drive module 33 drive reagent card self-clamping module 31, sample holder module 32 into
Row resets.
After the completion of examining report is provided, tested personnel can carry out electronic signature confirmation by touch display screen 8.And drugs
The main control unit 5 of detector 100 can carry out Real time data share by communication unit 1, for example, can be made by USB interface external
Printer prints examining report；Report can be will test by lan interfaces, detection data carries out being total in local area network
It enjoys, back up, browse；It can module will test report by wireless communication, detection data is uploaded to cloud server etc..
In addition, it should be noted that, the difference according to factors such as the structure of drug detecting instrument 100, spaces changes, mould is driven
The structure setting of block 33 can carry out adaptable change, can control reagent clip by the driving of drive module 33 to meet
It holds module 31 and when sample holder module 32 is moved towards, the reagent card that reagent card self-clamping module 31 clamps can pick examination
The sample that sample self-clamping module 32 clamps realizes the detection to sample.
For example, the structure setting of drive module 33 can also be the structure for including the first swing arm, the second swing arm and driving mechanism
Form, wherein the first swing arm, the second swing arm are hinged with shell 101 respectively, and reagent card self-clamping module 31 is mounted on the first swing arm
On, sample holder module 32 is mounted in the second swing arm, and driving mechanism drives the first swing arm, the second swing arm towards or away from shifting
It is dynamic, so that the first swing arm and the second swing arm can be intersected in the position of setting, e.g., along the first swing arm, the second swing arm
The direction moved towards joins reagent card self-clamping module 31, sample holder module 32 mutually, which is above-mentioned setting
Position so that reagent card self-clamping module 31 clamp reagent card can pick sample holder module clamping sample.When
So, drive module 33 can be also arranged for other structures, no longer enumerate herein.
Drug detecting instrument second embodiment:
As shown in Figure 10, conceive using the utility model of drug detecting instrument first embodiment, drug detecting instrument second is implemented
Example is with first embodiment the difference is that the photographing module 230 of second embodiment includes camera assembly 2301 and telescopic component
2302, wherein telescopic component 2302 is mounted in shell, and the end of telescopic component 2302 can be along the axial from shell of itself
Interior to stretch out to outside shell, the end of telescopic component 2302 is arranged in camera assembly 2301.
When needing using photographing module 230, the end of telescopic component 2302 is stretched out from inside to outside from shell, and then with moved end
Camera assembly 2301 in portion stretches out outside shell.When needing to carry drug detecting instrument, the end of telescopic component 2302
From shell extroversion shell contract, and then the camera assembly 2301 on end is driven to be recycled in shell, reduces drug detecting instrument
While the space occupied, camera assembly 2301 is protected.
To sum up, drug detecting instrument provided by the utility model can avoid occurring when traditional illicit drugs inspection is existing to be detected
Erroneous judgement, detection data update not in time, omitting and lack occur in data registration, detection efficiency is low, is easy to be stepped on information and fallen by mistake
The problems such as packet and low detection the degree of automation, has using simple, data input speed is fast, detection accuracy is high and realizes detection
The advantages of process automation.
Finally it is emphasized that the above is only the preferred embodiment of the present invention, it is not limited to this reality
With novel, for those skilled in the art, the utility model can have various change and change, all in the utility model
Spirit and principle within, any modification, equivalent substitution, improvement and etc. done should be included in the protection model of the utility model
Within enclosing.
Claims (10)
1. drug detecting instrument, including shell, which is characterized in that further include:
Communication unit, the communication unit installation is on the housing；
Data input unit, the data input unit installation is on the housing；
Sampling unit, the sampling unit are mounted in the shell, and the sampling unit includes reagent card self-clamping module, sample
Self-clamping module and drive module, the drive module drive the reagent card self-clamping module, the sample holder module opposite or
It is moved away from；
Recognition unit, the recognition unit are mounted in the shell, and the recognition unit is set to the reagent card clamping mould
The junction of block and the sample holder module, and the test side of the recognition unit is arranged towards reagent card self-clamping module；
Main control unit, the main control unit are set in the shell, the communication unit, the data input unit, described
Sampling unit, the recognition unit are electrically connected with the main control unit.
2. drug detecting instrument according to claim 1, it is characterised in that:
The drive module includes:
Two belt wheels being oppositely arranged, two belt wheels are rotatably coupled with the shell respectively；
Motor, the drive shaft of the motor are fixedly connected with one in two belt wheels；
Transmission belt, the transmission belt are sleeved on two belt wheels, the reagent card self-clamping module, the sample holder module
It is fixedly connected respectively with the transmission belt, and the reagent card self-clamping module, the sample holder module are located at two institutes
State the two sides of the line in the center of circle of belt wheel；
First guide rail and the second guide rail, first guide rail and second guide rail are installed in the shell, and described
The line of one guide rail and second guide rail each parallel to the center of circle of two belt wheels, the sample holder module and described the
One guide rail is slidably connected, and the reagent card self-clamping module is slidably connected with second guide rail.
3. drug detecting instrument according to claim 2, it is characterised in that:
The sample holder module includes:
First sliding seat is provided with the first clamp arm on first sliding seat, and first sliding seat is fixed with the transmission belt
Connection, and first sliding seat is slidably connected with first guide rail；
Second clamp arm, second clamp arm and first sliding seat are hinged, and second clamp arm can relatively described first clamp arm
Rotation；
First return unit, first return unit are connected between first sliding seat and second clamp arm.
4. drug detecting instrument according to claim 3, it is characterised in that:
The reagent card self-clamping module includes:
Second sliding seat is provided with third guide rail on second sliding seat, and the third guide rail and second guide rail are mutual
Vertically, second sliding seat is fixedly connected with the transmission belt, and second sliding seat and second guide rail are slidably
Ground connection；
Third sliding seat is provided with card slot on the third sliding seat, and the third sliding seat and the third guide rail are slidably
Ground connection；
Second return unit, second return unit are connected between second sliding seat and the third sliding seat；
The drug detecting instrument further includes pressing unit, and the pressing unit drives the third sliding seat along the third guide rail
It is mobile to the sample holder module.
5. drug detecting instrument according to claim 4, it is characterised in that:
The drug detecting instrument further includes pushing unit, and the driving end of the pushing unit is arranged towards second clamp arm, institute
Stating pushing unit drives second clamp arm to rotate relative to first clamp arm.
6. drug detecting instrument according to claim 5, it is characterised in that:
The data input unit includes:
Identity card identification module, the identity card identification module are electrically connected with the main control unit；
Fingerprint identification module, the fingerprint identification module are electrically connected with the main control unit；
Photographing module, the photographing module are electrically connected with the main control unit.
7. drug detecting instrument according to claim 6, it is characterised in that:
The drug detecting instrument further includes radio frequency unit, and the radio frequency unit is mounted in the shell, the radio frequency unit with
The main control unit electrical connection, and the identification end of the radio frequency unit is arranged towards the reagent card self-clamping module.
8. drug detecting instrument according to claim 7, it is characterised in that:
The recognition unit includes:
The test side of optical sensor, the optical sensor is arranged towards the card slot, the optical sensor and the master
Control unit electrical connection；
The light source transmitting terminal of lighting module, the lighting module is arranged towards the card slot, the lighting module and the master control
Unit electrical connection；
Shading storehouse, the shading storehouse are fixedly connected with the shell, and the optical sensor, the lighting module are arranged at institute
It states in shading storehouse.
9. drug detecting instrument according to any one of claims 1 to 8, it is characterised in that:
The drug detecting instrument further includes touch display screen, and the touch display screen is installed on the housing, and the touch
Display screen is electrically connected with the main control unit.
10. drug detecting instrument according to claim 1, it is characterised in that:
The drive module includes:
First swing arm, first swing arm and the housing hinge, the reagent card self-clamping module are mounted on first swing arm
On；
Second swing arm, second swing arm and the housing hinge, the sample holder module are mounted in second swing arm；
Driving mechanism, the driving mechanism drive first swing arm, second swing arm towards or away from movement, along described the
The direction that one swing arm, second swing arm move towards, the reagent card self-clamping module are movable to the sample holder module
Top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821106471.0U CN208350649U (en) | 2018-07-11 | 2018-07-11 | Drug detecting instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821106471.0U CN208350649U (en) | 2018-07-11 | 2018-07-11 | Drug detecting instrument |
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| Publication Number | Publication Date |
|---|---|
| CN208350649U true CN208350649U (en) | 2019-01-08 |
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ID=64905833
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821106471.0U Active CN208350649U (en) | 2018-07-11 | 2018-07-11 | Drug detecting instrument |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108572173A (en) * | 2018-07-11 | 2018-09-25 | 珠海中信兴通科技有限公司 | Drug detecting instrument |
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2018
- 2018-07-11 CN CN201821106471.0U patent/CN208350649U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108572173A (en) * | 2018-07-11 | 2018-09-25 | 珠海中信兴通科技有限公司 | Drug detecting instrument |
| CN108572173B (en) * | 2018-07-11 | 2022-02-01 | 珠海中信兴通科技有限公司 | Drug detector |
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