CN108444922A - A kind of medicament residue detection device - Google Patents
A kind of medicament residue detection device Download PDFInfo
- Publication number
- CN108444922A CN108444922A CN201810560297.5A CN201810560297A CN108444922A CN 108444922 A CN108444922 A CN 108444922A CN 201810560297 A CN201810560297 A CN 201810560297A CN 108444922 A CN108444922 A CN 108444922A
- Authority
- CN
- China
- Prior art keywords
- monochromator
- center
- cavity
- fixedly connected
- slot
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn
Links
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N21/00—Investigating or analysing materials by the use of optical means, i.e. using sub-millimetre waves, infrared, visible or ultraviolet light
- G01N21/01—Arrangements or apparatus for facilitating the optical investigation
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N21/00—Investigating or analysing materials by the use of optical means, i.e. using sub-millimetre waves, infrared, visible or ultraviolet light
- G01N21/17—Systems in which incident light is modified in accordance with the properties of the material investigated
Landscapes
- Physics & Mathematics (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Analytical Chemistry (AREA)
- Biochemistry (AREA)
- General Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
- Immunology (AREA)
- Pathology (AREA)
- Investigating Or Analysing Materials By Optical Means (AREA)
Abstract
The present invention relates to medicament residue detection technique fields,And disclose a kind of medicament residue detection device,Including detecting babinet,It is mounted on case leg on four right angles end of the detection tank floor,Leading flank center is equipped with power switch,The left end of trailing flank is equipped with the conducting wire with plug,The left end of top surface is equipped with Signal Monitor,The right end of top surface is equipped with the detection case lid right over test chamber top end opening,The chamber central of detection case lid is equipped with the barn door that bottom side surface center is fixedly connected with the top end face of tungsten lamp power supply,The edge of barn door bottom side surface is uniformly distributed, and there are four monochromators,The exit slit side of monochromator is provided with the absorption slot that absorption cell is placed in the calibration tank and cavity for being placed with correction pond in cavity,Calibration tank and the transparent side for absorbing slot are equipped with the detector that output end is connected by the input terminal of data conductor and Signal Monitor.The present invention solves the problems, such as that existing drug test device detection efficiency is low.
Description
Technical field
The present invention relates to medicament residue detection technique field, specially a kind of medicament residue detection device.
Background technology
Authorization Notice No. is that the patent document of CN206740718U discloses a kind of agricultural product medicament residue detection device, is led to
It crosses and the babinet of detection device is separated into the first sample pretreating slot, the second sample pretreating slot, test paper storage tank and test tube storage tank, wherein
The top of test paper storage tank is provided with the test sample after detect tank is used to sample and carries out chemistry titration detection, on the one hand can be simple
One test platform of offer, adopting in real time for test process and result on the other hand can be carried out by the camera of corresponding position
Collection, keeps follow-up compound nucleus process simple and effective, uses manpower and material resources sparingly, in addition, corresponding first sample pretreating slot and the on case lid
Two sample pretreating groove locations are provided with ultraviolet lamp tube and infrared lamp can selectively carry out the pretreatment to detected sample, can
It is carried out to sample irradiation processing with carrying out selectivity switching light by the switch on case lid.
But there is also the low technical problems of detection efficiency for the medicament residue detection device of foregoing invention, and exist
Can not efficient detection medicament residue, be inconvenient to operate detection device, detection accuracy can not be improved, can not effectively be passed
The technical issues of defeated detection data is with being not easy to pick and place detection sample.
Invention content
(1) the technical issues of solving
In view of the deficiencies of the prior art, the present invention provides a kind of medicament residue detection device, has efficient detection drug
Remain, be conveniently operated detection device, improve detection accuracy, effectively transmission detection data with convenient for picking and placeing, to detect sample etc. excellent
Point solves the low technical problem of existing drug test device detection efficiency.
(2) technical solution
To realize above-mentioned efficient detection medicament residue, being conveniently operated detection device, raising detection accuracy, effectively transmission inspection
With convenient for picking and placeing the purpose of detection sample, the present invention provides the following technical solutions measured data：
A kind of medicament residue detection device, including babinet is detected, pacify on four right angles end of the detection tank floor
Power switch is installed equipped with case leg, leading flank center, the left end of trailing flank is equipped with conducting wire with plug, the left end of top surface
Signal Monitor is installed, the right end of top surface is equipped with detection case lid right over test chamber top end opening, detection case
The both sides of back-end central are equipped with symmetrically on the side surface of base and left and right sides center offers the first of trepanning and connects
The top end face of block and the second link block, the first link block and the second link block and two of back-end central on the side surface of detection case base
Side is fixedly connected, the madial wall of the trepanning at the first link block and the second link block left and right sides center respectively with the first connecting shaft
The rotation connection of the left end of the right end of lateral wall and the second connecting shaft lateral wall, the left side of the first connecting shaft and the second connecting shaft
Right side is fixedly connected with the dead astern in the dead astern at the left side wall top center of test chamber and right side wall top center respectively,
The right side of first connecting shaft and the left side of the second connecting shaft are limited with the left side center of the first limiting plate and second respectively
The right side center of plate is fixedly connected；
The chamber central of detection case lid is equipped with the shading that bottom side surface center is fixedly connected with the top end face of tungsten lamp power supply
Plate, the edge of barn door bottom side surface is uniformly distributed there are four monochromator, be followed successively by top end face and bottom face respectively with barn door bottom side
The first monochromator that the right side edge on surface is fixedly connected with the right side side at bottom face center in test chamber cavity, top end face and
Bottom face is fixed with the rear side side at bottom face center in the back edge of barn door bottom side surface and test chamber cavity respectively to be connected
The second monochromator, top end face and the bottom face connect respectively with bottom in the left side edge of barn door bottom side surface and test chamber cavity
Third monochromator, top end face and the bottom face that the left side side of end face center the is fixedly connected front end with barn door bottom side surface respectively
The second monochromator that edge is fixedly connected with the front side at bottom face center in test chamber cavity；
The right side side of first monochromator is equipped with the first calibration tank that the first correction pond is placed in symmetrical cavity
With the first absorption slot for being placed with the first absorption cell in cavity, the right side side of the first calibration tank and the first absorption slot is equipped with output
By the first detector of the input terminal of data conductor and Signal Monitor connection, the rear side side of the second monochromator is equipped with phase at end
The second absorption that the second absorption cell is placed in second calibration tank and cavity in the second correction pond is mutually placed in symmetrical cavity
The rear side side of slot, the second calibration tank and the second absorption slot is equipped with input terminal of the output end by data conductor and Signal Monitor
Second detector of connection, the left side side of third monochromator, which is equipped with, is placed with the of third correction pond in symmetrical cavity
The third that third absorption cell is placed in three calibration tanks and cavity absorbs slot, and third calibration tank and third absorb the left side Fang An of slot
Equipped with the third detector that output end is connected by the input terminal of data conductor and Signal Monitor, the front side of the 4th monochromator
It is equipped in the 4th calibration tank and cavity for being placed with the 4th correction pond in symmetrical cavity and is placed with the 4th absorption cell
4th absorbs slot, and the front side that the 4th calibration tank and the 4th absorb slot is equipped with output end and passes through data conductor and Signal Monitor
Input terminal connection third detector.
Preferably, it is described detection case lid leading flank center be equipped with rectangular in cross-section shape setting and it is convex towards front
The rear end face of the extension block gone out, extension block is fixedly connected with the front end face center of detection case lid.
Preferably, the edge of detection case base side surface is equipped with the black strip of paper used for sealing of rectangular in cross-section ring-type setting,
The top surface of black strip of paper used for sealing is fixedly connected with the edge of detection case base side surface.
Preferably, it is equipped with positioned at the positive rear side of Signal Monitor and in mutually right on rear side of the left end of the detection box top
Claim setting the first plug receptacle and the second plug receptacle, the input terminal and Signal Monitor of the first plug receptacle and the second plug receptacle it is defeated
Outlet is connected with each other.
Preferably, the first monochromator left side wall center offers entrance slit, the right side side of entrance slit outlet end
Interior positioned at the first monochromator shell and left side the both ends right side with the first connecting plate and the second connecting plate respectively is installed
The left side of the quasi-optical mirror being fixedly connected, the first connecting plate and the second connecting plate respectively with the left side wall in the first monochromator shell
The both sides at center are fixedly connected, and the right side side of quasi-optical mirror is equipped with to be fixedly connected with bottom face center in the first monochromator shell
The right side side of prism, prism be equipped in the first monochromator shell and the both ends of right side respectively with third connecting plate and
The right side of the focus lamp that the left side of four connecting plates is fixedly connected, third connecting plate and the 4th connecting plate is monochromatic with first respectively
The both sides at the right side wall center in device shell are fixedly connected, and the right side side of focus lamp, which is provided with, is opened in the first monochromator right side wall
The exit slit at center；
The structure and mounting means of first monochromator and the second monochromator, third monochromator and the 4th monochromator structure and
Mounting means is identical.
Preferably, first correction pond includes symmetrical and the first frosted glass body being mutually parallel and the second frosted glass
The both ends of the inner surface of body, the first frosted glass body and the second frosted glass body respectively with symmetrically and the first light for being mutually parallel
The both ends of the surface for learning body and the second optical body are fixedly connected, and both side surface all has the first optical body and the second optical body of optical surface
Long side length be less than the first frosted glass body and the second frosted glass body long side length；
The structure and mounting means in the first correction pond and the first absorption cell, the second correction pond, the second absorption cell, third correct
Pond, third absorption cell, the 4th correction pond are identical with mounting means with the structure of the 4th absorption cell.
Preferably, first detector includes the photoelectric tube that a lateral wall center offers quartz window, the chamber of photoelectric tube
It is equipped in vivo between anode of its arc-shaped concave center just towards the cathode of quartz window, cathode and in photoelectricity tube chamber
Conducting wire by being equipped with power supply and the constant impedance being connect with amplifier in parallel is interconnected to closed circuit, amplifier it is defeated
Outlet is connected by the input terminal of data conductor and Signal Monitor；
The structure and mounting means of first detector and the second detector, third detector and the 4th detector structure and
Mounting means is identical.
(3) advantageous effect
Compared with prior art, the present invention provides a kind of medicament residue detection device, has following advantageous effect：
1, medicament residue detection device, by being equipped with bottom side surface center and tungsten lamp in the chamber central of detection case lid
The barn door that the top end face of power supply is fixedly connected, uniformly there are four monochromator, the first monochromators at the edge of barn door bottom side surface
Right side side be equipped in the first calibration tank and cavity for be placed in symmetrical cavity the first correction pond and be placed with first
The first of absorption cell absorbs slot, and the right side side that the first calibration tank and first absorb slot is equipped with output end and passes through data conductor and letter
First detector of the input terminal connection of number display, the rear side side of the second monochromator, which is equipped in symmetrical cavity, places
Second that the second absorption cell is placed in the second calibration tank and cavity for having the second correction pond absorbs slot, the second calibration tank and second
The rear side side for absorbing slot is equipped with the second detector that output end is connected by the input terminal of data conductor and Signal Monitor, the
The left side side of three monochromators is equipped in the third calibration tank and cavity for being placed with third correction pond in symmetrical cavity and puts
The third for being equipped with third absorption cell absorbs slot, and the left side side that third calibration tank and third absorb slot is equipped with output end and passes through data
The third detector of the input terminal of conducting wire and Signal Monitor connection, the front side of the 4th monochromator is equipped with symmetrical chamber
It is placed with the 4th absorption slot that the 4th absorption cell is placed in the 4th calibration tank and cavity in the 4th correction pond, the 4th correction in vivo
The front side of slot and the 4th absorption slot is equipped with the third that output end is connected by the input terminal of data conductor and Signal Monitor
Detector, tungsten lamp power supply emit light source, and light source is decomposed into four groups of monochromatic light by four monochromators, and a monochromatic light part is to be checked
Sample and correcting sample absorb, and a part reaches detector through detected sample and correcting sample, and detector will transmit through suction
The light of receives pond responds, and it is transformed into electric signal, and electric signal is transferred to Signal Monitor after amplifying by amplifier, letter
Testing result is included, to realize the technique effect of efficient detection medicament residue, being solved on its display screen by number display
The low technical problem of existing drug test device detection efficiency.
2, the medicament residue detection device is set by being equipped with rectangular in cross-section shape at the leading flank center of detection case lid
It sets and towards the extension block that front is protruded, the rear end face of extension block is fixedly connected with the front end face center of detection case lid, extends
Block can make detection worker become convenient when execution opens and closes detection case lid operation, realize to be conveniently operated and detect dress
The technique effect set.
3, medicament residue detection device, by being equipped with rectangular in cross-section ring-type at the edge of detection case base side surface
The top surface of the black strip of paper used for sealing of setting, black strip of paper used for sealing is fixedly connected with the edge of detection case base side surface, and black strip of paper used for sealing is not
Detection case lid can only be slowed down and detect the collision of babinet, and the leakproofness in test chamber can be improved, make testing result
More precisely, to realize the technique effect for improving detection accuracy.
4, medicament residue detection device, by being equipped with positioned at Signal Monitor on rear side of the left end of detection box top
On rear side of positive and in the first plug receptacle and the second plug receptacle being symmetrically set, the input terminal of the first plug receptacle and the second plug receptacle
It is connected with each other with the output end of Signal Monitor, the first plug receptacle and the second plug receptacle can make testing result be transferred to external number
According to processing equipment, the technique effect of effectively transmission detection data is realized.
5, medicament residue detection device, by including first mao of glass symmetrically and being mutually parallel in the first correction pond
The both ends of the inner surface of glass body and the second frosted glass body, the first frosted glass body and the second frosted glass body respectively with symmetrically and
The first optical body being mutually parallel is fixedly connected with the both ends of the surface of the second optical body, and both side surface all has the first light of optical surface
The long side length of body and the second optical body is less than the long side length of the first frosted glass body and the second frosted glass body, frosted glass body
Length is more than the length of optical body, conveniently picks and places correction pond, realizes convenient for picking and placeing the technique effect of detection sample.
Description of the drawings
Fig. 1 is a kind of front view of medicament residue detection device of the present invention；
Fig. 2 is a kind of vertical view of medicament residue detection device of the present invention；
Fig. 3 is the bottom view of the detection case lid of the present invention；
Fig. 4 is the vertical view of the test chamber of the present invention；
Fig. 5 is the bottom view of the barn door of the present invention；
Fig. 6 is the structural schematic diagram of the first monochromator of the present invention；
Fig. 7 is the vertical view in the first correction pond of the present invention；
Fig. 8 is the electrical block diagram of the first detector of the present invention；
Fig. 9 is a kind of fundamental diagram of medicament residue detection device of the present invention.
It is indicated in figure：1- detection babinets, 101- case legs, 102- detection case lids, 103- extension blocks, 104- black strip of paper used for sealings,
The first link blocks of 105-, the second link blocks of 106-, 107- test chambers, the first connecting shafts of 108-, the second connecting shafts of 109-, 110-
First limiting plate, the second limiting plates of 111-, 112- barn doors；
2- power switches, 3- conducting wires, 4- plugs, 5- Signal Monitors, the first plug receptacles of 6-, the second plug receptacles of 7-, 8- tungsten
Lamp source；
The first monochromators of 9-, 901- entrance slits, the quasi-optical mirrors of 902-, the first connecting plates of 903-, the second connecting plates of 904-,
905- prisms, 906- focus lamps, 907- third connecting plates, the 4th connecting plates of 908-, 909- exit slits；
The second monochromators of 10-, 11- third monochromators, the 4th monochromators of 12-, the first calibration tanks of 13-；
The corrections of 14- first pond, 1401- the first frosted glass bodies, 1402- the second frosted glass bodies, the first optical bodies of 1403-,
The second optical bodies of 1404-；
15- first absorbs slot, the first absorption cells of 16-；
The first detectors of 17-, 1701- photoelectric tubes, 1701- quartz windows, 1703- cathodes, 1704- anodes, 1705- power supplys,
1706- constant impedances, 1707- amplifiers；
The second calibration tanks of 18-, 19- second correct pond, and 20- second absorbs slot, the second absorption cells of 21-, and 22- second is detected
Device, 23- third calibration tanks, 24- thirds correct pond, and 25- thirds absorb slot, 26- third absorption cells, 27- third detectors, 28-
4th calibration tank, 29- the 4th correct pond, and 30- the 4th absorbs slot, the 4th absorption cells of 31-, the 4th detectors of 32-.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
A kind of medicament residue detection device, referring to Fig. 1 and Fig. 2, including detection babinet 1, the four of 1 bottom surface of the detection babinet
Case leg 101 is mounted on a right angle end, leading flank center is equipped with power switch 2, the left end of trailing flank is equipped with slotting
First 4 conducting wire 3, the left end of top surface are equipped with Signal Monitor 5, the right end of top surface is equipped with and is opened positioned at 107 top of test chamber
Detection case lid 102 right over mouthful, the both sides for detecting back-end central on 102 bottom side surface of case lid are equipped with symmetrical and left and right
Two sides center offers the first link block 105 and the second link block 106 of trepanning, the first link block 105 and the second link block
106 top end face is fixedly connected with the both sides of back-end central on detection 102 bottom side surface of case lid, the first link block 105 and second
The madial wall of the trepanning at 106 left and right sides center of link block connects with the right end of 108 lateral wall of the first connecting shaft and second respectively
The left end of 109 lateral wall of spindle is rotatablely connected, the right side difference of the left side of the first connecting shaft 108 and the second connecting shaft 109
It is fixedly connected with the dead astern in the dead astern at the left side wall top center of test chamber 107 and right side wall top center, first connects
The right side of spindle 108 and the left side of the second connecting shaft 109 are limited with the left side center of the first limiting plate 110 and second respectively
The right side center of position plate 111 is fixedly connected；
As shown in figure 4, the chamber central of detection case lid 102 is equipped with the top end face at bottom side surface center and tungsten lamp power supply 8
The barn door 112 being fixedly connected, as shown in figure 5, the edge of 112 bottom side surface of barn door is uniformly distributed, there are four monochromators, are followed successively by
Top end face and bottom face respectively with bottom face center in 107 cavity of the right side edge of 112 bottom side surface of barn door and test chamber
Right side side the first monochromator 9, top end face and the bottom face that the are fixedly connected back edge with 112 bottom side surface of barn door respectively
The second monochromator 10, top end face and the bottom face being fixedly connected with the rear side side at bottom face center in 107 cavity of test chamber point
It is not fixedly connected with the left side side at bottom face center in 107 cavity of the left side edge of 112 bottom side surface of barn door and test chamber
Third monochromator 11, top end face and bottom face respectively with 107 chamber of the front edge of 112 bottom side surface of barn door and test chamber
The second monochromator 12 that the front side at internal bottom face center is fixedly connected；
As shown in figure 9, the right side side of the first monochromator 9, which is equipped in symmetrical cavity, is placed with the first correction pond 14
The first calibration tank 13 and cavity in be placed with the first absorption cell 16 first absorb slot 15, the first calibration tank 13 and first absorb
The right side side of slot 15 is equipped with the first detector 17 that output end is connect by data conductor with the input terminal of Signal Monitor 5,
The rear side side of second monochromator 10 is equipped with 18 He of the second calibration tank that the second correction pond 19 is placed in symmetrical cavity
It is placed with the second of the second absorption cell 21 in cavity and absorbs slot 20, the second calibration tank 18 and second absorbs rear side side's installation of slot 20
There are the second detector 22 that output end is connect by data conductor with the input terminal of Signal Monitor 5, a left side for third monochromator 11
Side is equipped in the third calibration tank 23 and cavity for being placed with third correction pond 24 in symmetrical cavity and is placed with third
The left side side of the third absorption slot 25 of absorption cell 26, third calibration tank 23 and third absorption slot 25 is equipped with output end and passes through data
The third detector 27 that conducting wire is connect with the input terminal of Signal Monitor 5, the front side of the 4th monochromator 12 are equipped with mutually right
The 4th suction that the 4th absorption cell 31 is placed in the 4th calibration tank 28 and cavity in the 4th correction pond 29 is placed in the cavity of title
Slot 30 is received, the front side of the 4th calibration tank 28 and the 4th absorption slot 30 is equipped with output end and passes through data conductor and Signal Monitor
The third detector 27 of 5 input terminal connection.
Preferably, as shown in figure 3, the leading flank center of the detection case lid 102 is equipped with the setting of rectangular in cross-section shape
And the extension block 103 protruded towards front, the rear end face of extension block 103 and the front end face center of detection case lid 102 are fixed and are connected
It connects.
Preferably, the edge of detection 102 bottom side surface of case lid is equipped with the black envelope of rectangular in cross-section ring-type setting
The top surface of item 104, black strip of paper used for sealing 104 is fixedly connected with the edge of detection 102 bottom side surface of case lid.
Preferably, it is equipped on rear side of the left end of 1 top surface of the detection babinet positioned at the positive rear side of Signal Monitor 5 and in mutual
The input terminal of 6 and second plug receptacle 7 of symmetrically arranged first plug receptacle, the first plug receptacle 6 and the second plug receptacle 7 is shown with signal
The output end of device 5 is connected with each other.
Preferably, as shown in fig. 6, first monochromator, 9 left side wall center offers entrance slit 901, entrance slit
The right side side of 901 outlet ends be equipped in 9 shell of the first monochromator and the both ends of left side respectively with the first connecting plate 903
The quasi-optical mirror 902 being fixedly connected with the right side of the second connecting plate 904, the left end of the first connecting plate 903 and the second connecting plate 904
Face is fixedly connected with the both sides at the left side wall center in 9 shell of the first monochromator respectively, the right side side of quasi-optical mirror 902 be equipped with
The right side side of the prism 905 that bottom face center is fixedly connected in first monochromator, 9 shell, prism 905 is equipped with positioned at the first list
What the both ends of in 9 shell of color device and right side were fixedly connected with the left side of third connecting plate 907 and the 4th connecting plate 908 respectively
The right side of focus lamp 906, third connecting plate 907 and the 4th connecting plate 908 respectively with the right side wall in 9 shell of the first monochromator
The both sides at center are fixedly connected, the right side side of focus lamp 906 be provided be opened in 9 right side wall center of the first monochromator outlet it is narrow
Seam 909；
Structure and mounting means and the second monochromator 10, third monochromator 11 and the 4th monochromator 12 of first monochromator 9
Structure it is identical with mounting means.
Preferably, as shown in fig. 7, first correction pond 14 includes the first frosted glass body symmetrically and being mutually parallel
1401 and the second frosted glass body 1402, the both ends difference of the inner surface of the first frosted glass body 1401 and the second frosted glass body 1402
It is fixedly connected with the both ends of the surface of the first optical body 1403 and the second optical body 1404 symmetrical and be mutually parallel, both side surface
The long side length of the first optical body 1403 and the second optical body 1404 that all have optical surface is less than 1401 He of the first frosted glass body
The long side length of second frosted glass body 1402；
The structure and mounting means and the first absorption cell 16, second in the first correction pond 14 correct pond 19, the second absorption cell 21,
It is identical with mounting means with the structure of the 4th absorption cell 31 that third corrects pond 24, the correction of third absorption cell the 26, the 4th pond 29.
Preferably, as shown in figure 8, first detector 17 includes the light that a lateral wall center offers quartz window 1702
Fulgurite 1701, its arc-shaped concave center is equipped in the cavity of photoelectric tube 1701 just towards the cathode 1703 of quartz window 1702,
Between cathode 1703 and anode 1704 in 1701 cavity of photoelectric tube by be equipped with power supply 1705 and with amplifier 1707
The conducting wire for the constant impedance 1706 being connected in parallel is interconnected to closed circuit, and the output end of amplifier 1707 passes through data conductor
It is connect with the input terminal of Signal Monitor 5；
Structure and mounting means and the second detector 22, third detector 27 and the 4th detector 32 of first detector 17
Structure it is identical with mounting means.
When work, the power switch 2 of detection babinet 1 is opened, is preheated, then by detected sample and correcting sample point
It is not placed in absorption cell and correction pond, opens detection case lid 102, the absorption of detected sample and correcting sample will be respectively provided with
Pond and correction pond are placed on and absorb in slot and calibration tank, close detection case lid 102, and the program on operation signal display 5 starts
Button is detected detected sample and correcting sample, at this point, tungsten lamp power supply 8 emits light source, light source is decomposed by monochromator
For monochromatic light, a monochromatic light part is absorbed by detected sample and correcting sample, and a part is through detected sample and correction sample
Product reach detector, and the light that detector will transmit through absorption cell responds, and it is transformed into electric signal, and electric signal passes through amplification
Device 1707 is transferred to Signal Monitor 5 after amplifying, and testing result is included on its display screen, to complete medicine by Signal Monitor
Object residue detection works.
In conclusion the medicament residue detection device, by being equipped with bottom side surface in the chamber central of detection case lid 102
The barn door 112 that center is fixedly connected with the top end face of tungsten lamp power supply 8, there are four the edge of 112 bottom side surface of barn door is uniformly distributed
Monochromator, the right side side of the first monochromator 9 are equipped with the first correction that the first correction pond 14 is placed in symmetrical cavity
It is placed with the first of the first absorption cell 16 in slot 13 and cavity and absorbs slot 15, the first calibration tank 13 and first absorbs the right side of slot 15
Side is equipped with the first detector 17 that output end is connect by data conductor with the input terminal of Signal Monitor 5, the second monochromator
10 rear side side is equipped in the second calibration tank 18 for being placed with the second correction pond 19 in symmetrical cavity and cavity and places
Have the second absorption cell 21 second absorbs slot 20, and the rear side side of the second calibration tank 18 and second absorption slot 20 is equipped with output end and leads to
The second detector 22 that data conductor is connect with the input terminal of Signal Monitor 5 is crossed, the left side side of third monochromator 11 is equipped with
It is placed in symmetrical cavity in the third calibration tank 23 and cavity in third correction pond 24 and is placed with third absorption cell 26
The left side side of third absorption slot 25, third calibration tank 23 and third absorption slot 25 is equipped with output end and passes through data conductor and signal
The third detector 27 of the input terminal connection of display 5, the front side of the 4th monochromator 12 is equipped in symmetrical cavity
Be placed with the 4th correction pond 29 the 4th calibration tank 28 and cavity in be placed with the 4th absorption cell 31 the 4th absorb slot 30, the 4th
The front side that calibration tank 28 and the 4th absorbs slot 30 is equipped with the input terminal company that output end passes through data conductor with Signal Monitor 5
The third detector 27 connect, tungsten lamp power supply 8 emit light source, and light source is decomposed into four groups of monochromatic light, monochromatic light by four monochromators
A part is absorbed by detected sample and correcting sample, and a part reaches detector through detected sample and correcting sample, is examined
The light that survey device will transmit through absorption cell responds, and it is transformed into electric signal, and electric signal passes after being amplified by amplifier 1707
Defeated to arrive Signal Monitor 5, testing result is included on its display screen, to realize efficient detection medicament residue by Signal Monitor
Technique effect, solve the low technical problem of existing drug test device detection efficiency.
The medicament residue detection device, by being equipped with rectangular in cross-section shape at the leading flank center of detection case lid 102
It is arranged and towards the extension block 103 that front is protruded, the front end face center of the rear end face and detection case lid 102 of extension block 103 is solid
Fixed connection, extension block 103 can make detection worker become convenient when executing opening and closing detection case lid 102 and operating, real
The technique effect for being conveniently operated detection device is showed.
The medicament residue detection device, by being equipped with rectangular in cross-section ring at the edge of detection 102 bottom side surface of case lid
The top surface of the black strip of paper used for sealing 104 of shape setting, black strip of paper used for sealing 104 is fixedly connected with the edge of detection 102 bottom side surface of case lid,
Black strip of paper used for sealing 104 can not only slow down detection case lid 102 and detect the collision of babinet 1, and can improve in test chamber 7
Leakproofness keeps testing result more accurate, to realize the technique effect for improving detection accuracy.
The medicament residue detection device, by being equipped with positioned at Signal Monitor 5 on rear side of the left end of 1 top surface of detection babinet
Positive rear side and in the first plug receptacle 6 and the second plug receptacle 7 being symmetrically set, the first plug receptacle 6 and the second plug receptacle 7 it is defeated
Enter end and the output end of Signal Monitor 5 is connected with each other, the first plug receptacle 6 and the second plug receptacle 7 can be such that testing result transmits
To external data processing device, the technique effect of effectively transmission detection data is realized.
The medicament residue detection device, by including first mao of glass symmetrically and being mutually parallel in the first correction pond 14
The both ends of the inner surface of glass body 1401 and the second frosted glass body 1402, the first frosted glass body 1401 and the second frosted glass body 1402
It is fixedly connected respectively with the both ends of the surface of the first optical body 1403 and the second optical body 1404 symmetrical and be mutually parallel, both sides
The long side length for the first optical body 1403 and the second optical body 1404 that surface all has optical surface is less than the first frosted glass body
1401 and second frosted glass body 1402 long side length, the length of frosted glass body is more than the length of optical body, conveniently picks and places correction
Pond realizes convenient for picking and placeing the technique effect of detection sample.
It should be noted that herein, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also include other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
Understanding without departing from the principles and spirit of the present invention can carry out these embodiments a variety of variations, modification, replace
And modification, the scope of the present invention is defined by the appended.
Claims (7)
1. a kind of medicament residue detection device, including detection babinet (1), it is characterised in that：The four of described detection babinet (1) bottom surface
Case leg (101) is mounted on a right angle end, leading flank center is equipped with power switch (2), the left end of trailing flank is provided with
The left end of the conducting wire (3), top surface that have plug (4) is equipped with Signal Monitor (5), the right end of top surface is equipped with positioned at test chamber
(107) the detection case lid (102) right over top end opening detects the both sides installation of back-end central on case lid (102) bottom side surface
There is symmetrical and left and right sides center to offer the first link block (105) and the second link block (106) of trepanning, first connects
The both sides for connecing the top end face and back-end central on detection case lid (102) bottom side surface of block (105) and the second link block (106) are fixed
The madial wall of connection, the trepanning at the first link block (105) and the second link block (106) left and right sides center connects with first respectively
The left end rotation connection of the right end and the second connecting shaft (109) lateral wall of spindle (108) lateral wall, the first connecting shaft (108)
Left side and the right side of the second connecting shaft (109) respectively with the dead astern at the left side wall top center of test chamber (107) and
The dead astern at right side wall top center is fixedly connected, the left end of the right side and the second connecting shaft (109) of the first connecting shaft (108)
Face is fixedly connected with the right side center at the left side center of the first limiting plate (110) and the second limiting plate (111) respectively；
The chamber central of detection case lid (102) is equipped with what bottom side surface center was fixedly connected with the top end face of tungsten lamp power supply (8)
The edge of barn door (112), barn door (112) bottom side surface is uniformly distributed there are four monochromator, is followed successively by top end face and bottom face divides
Right side side not with bottom face center in the right side edge of barn door (112) bottom side surface and test chamber (107) cavity is fixed
The first monochromator (9), top end face and the bottom face back edge and test chamber with barn door (112) bottom side surface respectively of connection
The second monochromator (10), top end face and the bottom face that the rear side side at bottom face center is fixedly connected in body (107) cavity respectively with
The left side edge of barn door (112) bottom side surface is fixedly connected with the left side side at bottom face center in test chamber (107) cavity
Third monochromator (11), top end face and the bottom face front edge and test chamber with barn door (112) bottom side surface respectively
(107) the second monochromator (12) that the front side at bottom face center is fixedly connected in cavity；
The right side side of first monochromator (9) is equipped with the first correction that the first correction pond (14) is placed in symmetrical cavity
It is placed with the first of the first absorption cell (16) in slot (13) and cavity and absorbs slot (15), the first calibration tank (13) and first absorb slot
(15) right side side is equipped with the first detector that output end is connect by data conductor with the input terminal of Signal Monitor (5)
(17), the rear side side of the second monochromator (10) is equipped with the second school that the second correction pond (19) is placed in symmetrical cavity
It is placed with the second of the second absorption cell (21) in positive slot (18) and cavity and absorbs slot (20), the second calibration tank (18) and second absorb
The rear side side of slot (20) is equipped with the second detector that output end is connect by data conductor with the input terminal of Signal Monitor (5)
(22), the left side side of third monochromator (11) is equipped with the third school that third correction pond (24) is placed in symmetrical cavity
The third that third absorption cell (26) is placed in positive slot (23) and cavity absorbs slot (25), and third calibration tank (23) and third absorb
The left side side of slot (25) is equipped with the third detector that output end is connect by data conductor with the input terminal of Signal Monitor (5)
(27), the front side of the 4th monochromator (12) is equipped with the 4th school that the 4th correction pond (29) is placed in symmetrical cavity
It is placed with the 4th of the 4th absorption cell (31) in positive slot (28) and cavity and absorbs slot (30), the 4th calibration tank (28) and the 4th absorb
The front side of slot (30) is equipped with the third detector that output end is connect by data conductor with the input terminal of Signal Monitor (5)
(27)。
2. a kind of medicament residue detection device according to claim 1, it is characterised in that：The detection case lid (102)
Leading flank center is equipped with the setting of rectangular in cross-section shape and towards the extension block (103) that front is protruded, extension block (103)
Rear end face is fixedly connected with the front end face center of detection case lid (102).
3. a kind of medicament residue detection device according to claim 1, it is characterised in that：Detection case lid (102) bottom
The edge of side surface be equipped with rectangular in cross-section ring-type setting black strip of paper used for sealing (104), the top surface of black strip of paper used for sealing (104) with
The edge of detection case lid (102) bottom side surface is fixedly connected.
4. a kind of medicament residue detection device according to claim 1, it is characterised in that：Detection babinet (1) top surface
Left end on rear side of be equipped with positioned at the positive rear side of Signal Monitor (5) and in the first plug receptacle (6) and second being symmetrically set
The output end of the input terminal and Signal Monitor (5) of plug receptacle (7), the first plug receptacle (6) and the second plug receptacle (7) mutually interconnects
It connects.
5. a kind of medicament residue detection device according to claim 1, it is characterised in that：First monochromator (9) is left
Side wall center offers entrance slit (901), and the right side side of entrance slit (901) outlet end is equipped with positioned at the first monochromator
(9) both ends of in shell and left side are fixedly connected with the right side of the first connecting plate (903) and the second connecting plate (904) respectively
Quasi-optical mirror (902), the left side of the first connecting plate (903) and the second connecting plate (904) respectively with the first monochromator (9) shell
The both sides at interior left side wall center are fixedly connected, and the right side side of quasi-optical mirror (902) is equipped with and bottom in the first monochromator (9) shell
The prism (905) that end face center is fixedly connected, the right side side of prism (905) be equipped in the first monochromator (9) shell and
The focus lamp that the both ends of right side are fixedly connected with the left side of third connecting plate (907) and the 4th connecting plate (908) respectively
(906), the right side of third connecting plate (907) and the 4th connecting plate (908) respectively with the right side in the first monochromator (9) shell
The both sides at wall center are fixedly connected, and the right side side of focus lamp (906), which is provided with, is opened in the first monochromator (9) right side wall center
Exit slit (909)；
The structure and mounting means and the second monochromator (10) of first monochromator (9), third monochromator (11) and the 4th monochromator
(12) structure is identical with mounting means.
6. a kind of medicament residue detection device according to claim 1, it is characterised in that：First correction pond (14) packet
Include the first frosted glass body (1401) and the second frosted glass body (1402) symmetrically and being mutually parallel, the first frosted glass body
(1401) and the both ends of the inner surface of the second frosted glass body (1402) respectively with symmetrically and the first optics for being mutually parallel
Body (1403) is fixedly connected with the both ends of the surface of the second optical body (1404), and both side surface all has the first optical body of optical surface
(1403) and the long side length of the second optical body (1404) is less than the first frosted glass body (1401) and the second frosted glass body (1402)
Long side length；
The structure and mounting means and the first absorption cell (16) of first correction pond (14), the second correction pond (19), the second absorption cell
(21), third correction pond (24), structure and the installation of third absorption cell (26), the 4th correction pond (29) and the 4th absorption cell (31)
Mode is identical.
7. a kind of medicament residue detection device according to claim 1, it is characterised in that：First detector (17) packet
The photoelectric tube (1701) that a lateral wall center offers quartz window (1702) is included, its circle is installed in the cavity of photoelectric tube (1701)
Arc-shaped concave center is just towards the cathode (1703) of quartz window (1702), cathode (1703) and in photoelectric tube (1701) cavity
Anode (1704) between pass through the constant impedance (1706) that is equipped with power supply (1705) and is connected in parallel with amplifier (1707)
Conducting wire be interconnected to closed circuit, the output end of amplifier (1707) is defeated by data conductor and Signal Monitor (5)
Enter end connection；
The structure and mounting means and the second detector (22) of first detector (17), third detector (27) and the 4th detector
(32) structure is identical with mounting means.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810560297.5A CN108444922A (en) | 2018-06-03 | 2018-06-03 | A kind of medicament residue detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810560297.5A CN108444922A (en) | 2018-06-03 | 2018-06-03 | A kind of medicament residue detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108444922A true CN108444922A (en) | 2018-08-24 |
Family
ID=63205985
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810560297.5A Withdrawn CN108444922A (en) | 2018-06-03 | 2018-06-03 | A kind of medicament residue detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108444922A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109580423A (en) * | 2019-01-23 | 2019-04-05 | 牧风科技有限公司 | A kind of sample box varying device based on K boundary density |
-
2018
- 2018-06-03 CN CN201810560297.5A patent/CN108444922A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109580423A (en) * | 2019-01-23 | 2019-04-05 | 牧风科技有限公司 | A kind of sample box varying device based on K boundary density |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Nyman et al. | A survey of circumstellar CO emission from a sample of IRAS point sources | |
| CN207318734U (en) | A kind of linear array double energy X-ray detector | |
| KR101441953B1 (en) | Method and System for Measurement of Analytes in Samples | |
| CN108444922A (en) | A kind of medicament residue detection device | |
| EP2615446A2 (en) | Apparatus for measuring transmittance of cover glass for photovoltaic cell | |
| Johnson et al. | TFTR Thomson scattering system | |
| CN107132215A (en) | Lucifuge detection device and detecting system | |
| CN104198468A (en) | Biochip detector | |
| CN208420755U (en) | Portable modular Terahertz mail hazardous material detection device | |
| CN213022846U (en) | Visible spectrophotometry device | |
| CN109406402B (en) | Universal cuvette device for absorbing fluorescence and measurement method | |
| CN106153306B (en) | A kind of spectral response measurement device outside solar blind UV electricity cathode response wave band | |
| CN210982205U (en) | Multi-band quick nondestructive testing device for strawberry freshness | |
| CN108548790A (en) | A kind of portable Water quality detected device | |
| CN115266579A (en) | Penicillin bottle leakage detection device and method for miniaturized multi-optical-path pool | |
| CN212275577U (en) | Cigarette bead on-line measuring system | |
| CN210221801U (en) | Water turbidity detection device | |
| CN204594661U (en) | Spectral response measurement device outside a kind of solar blind UV electricity negative electrode response wave band | |
| KR102051126B1 (en) | Portable x-ray inspection apparatus | |
| CN109745064A (en) | Vehicle-mounted and indoor DRX ray radiation protection camera | |
| CN220570516U (en) | Photovoltaic module power detects sorter | |
| CN215116021U (en) | High-efficient biopolymer check out test set | |
| CN205642614U (en) | Xenon lamp ray detection device | |
| CN217425181U (en) | Penicillin bottle leakage detection device for miniaturized multi-optical-path pool | |
| CN209866710U (en) | Device for detecting askew cover of pesticide bottled product |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180824 |