CN108827881A - A kind of system and its working method of continous way laser detection blood sample - Google Patents
A kind of system and its working method of continous way laser detection blood sample Download PDFInfo
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- CN108827881A CN108827881A CN201810377024.7A CN201810377024A CN108827881A CN 108827881 A CN108827881 A CN 108827881A CN 201810377024 A CN201810377024 A CN 201810377024A CN 108827881 A CN108827881 A CN 108827881A
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- 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
Abstract
The invention discloses a kind of systems of continous way laser detection blood sample, wherein laser emitter, blood sample to be detected and laser pickoff are successively spaced setting；Component setting is loaded in pallet component upstream side, is loaded component for one group of blood sample to be detected to be added into pallet component；Cabinet setting is recycled in pallet component downstream side, recycles cabinet for receiving the blood sample detected.There are multiple receiving courts in detection framework, each accommodates in courts and is placed with blood sample, each laser emitter is accordingly mapped to illumination on blood sample, then the light after irradiating is received by laser pickoff, it feeds back to obtain the detection data of blood sample according to the variation of laser signal, whole process is very easy, and can be completed at the same time the detection of multiple groups sample.
Description
Technical field
Technical field of the present invention belongs to medical science, in particular to a kind of continous way laser detection blood sample
The system and its working method of product.
Background technique
Medical test（Medical laboratory science, MLS）It is that microorganism is carried out to the material for being derived from human body
The inspection of, immunology, biochemistry, science of heredity, hematology, biophysics, cytology etc., to for prevention, examine
Disconnected, treatment human body diseases and a science that human health offer information is provided.
Clinical blood detection can be divided into blood generally detect, the laboratory testing of hemolytic anemia, bone marrow cell detect,
Bracket for blood grouping and cross match blood test.The hematology that can detecte out common hematological diseases holds sign.
In addition, being had already appeared in medicine detection using the method that laser detects blood.Laser light blood sample
After product, the signal of light can change, and can then go out the data letter of blood sample with indirect reaction using the signal intensity of light
Breath.For example, using the variation of the laser intensity of flashing lightning magnetic field detector, can directly be reacted to blood in the detection of blood Bacteria Culture
Pressure change in liquid culture bottle, so that it is determined that the presence or absence of microorganism in blood, measuring principle and process are relatively easy, are easy to grasp
Make.
However, the quantity of blood sample is more in real work, and especially in medical research, the quantity of blood sample
It may be hundreds of, and the shelf-life for the blood sample having is short, need to complete sample detection in quickly or simultaneously
Process, and current detection means cannot achieve the effect quickly detected to multiple blood samples.
Summary of the invention
In order to solve the deficiency of above-mentioned prior art, the object of the present invention is to provide a kind of continous way laser detection blood samples
The system and its working method of product.
Invention thought of the invention：Multiple groups laser emitter and multiple groups laser pickoff are set, thus simultaneously to multiple groups blood
Liquid sample carries out laser analysis detection, and efficiency is obviously improved.Also, it is additionally provided with replacement structure, it can be to detecting
Blood sample is replaced, to quickly and efficiently complete the detection process of multiple groups blood sample.
A kind of system of continous way laser detection blood sample comprising shell, pallet component, laser module, laser connect
Component, control platform and mobile terminal are received, pallet component is arranged in shell, and pallet component includes detection framework, detection framework
With multiple receiving courts, each accommodates in courts and is placed with blood sample to be detected；Laser module includes multiple laser
Transmitter, each laser emitter are oppositely arranged with each blood sample to be detected；Laser pick-off component includes multiple sharp
Optical receiver, each laser pickoff are oppositely arranged with blood sample, wherein laser emitter, blood sample to be detected and
Laser pickoff is successively spaced setting；Component setting is loaded in pallet component upstream side, component is loaded and is used for pallet component
One group of blood sample to be detected of interior addition；Cabinet setting is recycled in pallet component downstream side, recycles cabinet for receiving detection
Complete blood sample, recycling cabinet have driving structure and top plate, and driving structure is connect with top plate, and driving structure is for driving
Top plate is in open or closed state；Control platform and laser pick-off component communication connection；Mobile terminal is held for user
It uses, mobile terminal and control platform communication connection.
Beneficial effects of the present invention are as follows：There are multiple receiving courts, each is accommodated puts in courts in detection framework
It is equipped with blood sample, each laser emitter is accordingly mapped to illumination on blood sample, and the light after then irradiating is by laser
Receiver receives, and feeds back to obtain the detection data of blood sample according to the variation of laser signal, and whole process is very easy, and
And the detection of multiple groups sample can be completed at the same time.In addition, being loaded component again in addition after having detected one group of laser emitter
One group of blood sample is pushed on pallet component and completes laser testing process, and detection is repeatedly pushed on pallet component
Frame, so that continuity completes the detection process of multiple groups blood sample, the blood sample detected is then included into recycling bins body.
One Preferable scheme is that, pallet component includes annular element, and the outside wall surface of annular element is provided with detection framework, annular
The inner wall of part has the upper toothrow and lower toothrow being oppositely arranged, and pallet component further includes motor and gear interconnected, tooth
Wheel can be engaged with upper toothrow and lower toothrow respectively, and gear is able to drive annular element to the side of sample-adding component when engaging with upper toothrow
To movement, gear is able to drive annular element when engaging with lower toothrow mobile to the direction far from sample-adding component；Recycle the outer of cabinet
There is second pressure touch sensor, second pressure touch sensor is close for judging whether annular element is moved on wall surface
Recycle the designated position of cabinet.
One Preferable scheme is that, sample-adding component includes rack and telescopic unit, and rack has multiple inspections set in a row
Frame is surveyed, is mounted with blood sample to be detected in the receiving courts of each detection framework, telescopic unit can be detection block
Frame pushes on annular element；The side of rack has pressure touch sensor, and pressure touch sensor is for judging that annular element is
No touching is moved to close to the designated position of rack.
One Preferable scheme is that, detection framework has bottom plate, there is on the lower face of bottom plate sealed groove, annular element
Outside wall surface face has fixed area, has elastic bumps in fixed area, and elastic bumps being capable of sealed groove cooperation.
One Preferable scheme is that, recycling cabinet has driving structure and top plate, and driving structure connect with top plate, and driving
Structure is for driving top plate to be in open or closed state；Recycling in the outside wall surface of cabinet has second pressure touching sensing
Device, second pressure touch sensor are used to judge whether annular element is moved to close to the position of recycling cabinet.
One Preferable scheme is that, detection framework has bottom plate, there is on the lower face of bottom plate magnetic suck portion, annular element
Outside wall surface has fixed area, has electromagnetic component in fixed area, electromagnetic component can generate absorption between magnetic suck portion
Effect.
The working method of the system of continous way laser detection blood sample provided by the invention comprising step below：
S1：Sample-adding component pushes to first group of detection framework on pallet component；
S2：Laser module launches laser signal, and laser signal first passes around the blood sample to be detected in detection framework, laser
Receiving unit receives processed laser signal;
S3：Processed laser signal transmission carries out calculation processing to control unit and obtains the detection data of blood sample；
S4：First group of the detection framework detected by being pushed away on pallet component to recycling bins body；
S5：Sample-adding component pushes to second group of detection framework on pallet component；
S6：Blood sample in second group of detection framework is detected；
S7：Obtained signal is transmitted to control platform by laser pick-off component, and signal is fed back to mobile terminal again by control platform.
One Preferable scheme is that, pallet component includes annular element, and the outside wall surface of annular element is provided with detection framework, annular
The inner wall of part has the upper toothrow and lower toothrow being oppositely arranged, and pallet component further includes motor and gear interconnected, tooth
Wheel can be engaged with upper toothrow and lower toothrow respectively, and gear is able to drive annular element to the side of sample-adding component when engaging with upper toothrow
To movement, gear is able to drive annular element when engaging with lower toothrow mobile to the direction far from sample-adding component；
The working method includes the steps that following：
Motor-driven gear rotation, gear are engaged with upper toothrow, and the direction that gear band moves annular element to sample-adding component is mobile, work as ring
When shape part is moved to given position, sample-adding component pushes a detection framework in the outside wall surface of annular element.
One Preferable scheme is that, sample-adding component includes rack and telescopic unit, and rack has multiple inspections set in a row
Frame is surveyed, is mounted with blood sample to be detected in the receiving courts of each detection framework, telescopic unit can be detection block
Frame pushes on annular element；The side of rack has pressure touch sensor, and pressure touch sensor is for judging that annular element is
No touching is moved to close to the position of rack；
The working method includes the steps that following：Annular element is mobile to the direction of rack, and annular element touches pressure touching sensing
Device, control unit obtain the signal, and control unit stops the work of motor.
One Preferable scheme is that, detection framework has bottom plate, there is on the lower face of bottom plate sealed groove, annular element
Outside wall surface face has fixed area, has elastic bumps in fixed area, and elastic bumps being capable of sealed groove cooperation；The work side
Method includes the steps that following：When sample-adding component pushes detection framework on annular element, detection framework is moved to the outer of annular element
On wall surface, sealed groove and elastic bumps lock fit.
One Preferable scheme is that, recycling cabinet has driving structure and top plate, and driving structure connect with top plate, and driving
Structure is for driving top plate to be in open or closed state；Recycling in the outside wall surface of cabinet has second pressure touching sensing
Device, second pressure touch sensor are used to judge whether annular element is moved to close to the position of recycling cabinet；
The working method includes the steps that following：Motor-driven gear rotation, gear are engaged with lower toothrow, and gear band moves annular element
Mobile to the direction of recycling cabinet, so that annular element touches second pressure touch sensor, control unit obtains the signal, control
Unit control driving structure processed works and top plate is opened so that recycling cabinet is in open state, then again the inspection detected
It surveys frame to push in recycling bins body, then, control unit controls driving structure work again and closes so that recycling bins top plate
Body is in closed state.
One Preferable scheme is that, detection framework has bottom plate, there is on the lower face of bottom plate magnetic suck portion, annular element
Outside wall surface face has fixed area, has electromagnetic component in fixed area, and electromagnetic component can generate absorption between magnetic suck portion
Effect；
The working method includes the steps that following：When sample-adding component pushes detection framework on annular element, detection framework is mobile
To the outside wall surface of annular element, electromagnetic component and magnetic suck portion lock fit.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the system embodiment of continous way laser detection blood sample of the invention.
Fig. 2 is the structural representation of the pallet component of the system embodiment of continous way laser detection blood sample of the invention
Figure.
Fig. 3 is the sample-adding component in the members of the system embodiment of continous way laser detection blood sample of the invention
Structural schematic diagram when pushing detection framework first state on pallet component.
Fig. 4 is the sample-adding component in the members of the system embodiment of continous way laser detection blood sample of the invention
Structural schematic diagram when pushing the second state of detection framework on pallet component.
Fig. 5 is that the bottom plate direction of the detection framework of the system embodiment of continous way laser detection blood sample of the invention is seen
The structural schematic diagram examined.
Fig. 6 is the structural representation of the pallet apparatus of the system embodiment of continous way laser detection blood sample of the invention
Figure.
Fig. 7 is that the bottom plate direction of the detection framework of the system embodiment of continous way laser detection blood sample of the invention is seen
The structural schematic diagram examined.
Wherein, appended drawing reference is：10, shell；20, pallet component；21, detection framework；22, courts is accommodated；23, to be detected
Blood sample；24, annular element；25, outside wall surface；26, inner wall；27, upper toothrow；28, lower toothrow；29, gear；30, laser group
Part；31, laser emitter；40, laser pick-off component；41, laser pickoff；50, it is loaded component；51, rack；52, it stretches single
Member；54, pressure touch sensor；60, cabinet is recycled；61, driving structure；62, top plate；63, second pressure touch sensor；
201, bottom plate；202 sealed grooves；203, fixed area；204, elastic bumps；205, magnetic suck portion;70, control platform；80, it uses
Family；90, mobile terminal.
Specific embodiment
First embodiment：
As shown in Figure 1, the system of the continous way laser detection blood sample of the present embodiment comprising shell 10, pallet component 20,
Laser module 30, laser pick-off component 40, control platform 70 and mobile terminal 90.
Pallet component 20 is arranged in shell 10, and detection framework 21, detection block are separably provided on pallet component 20
Frame 21 has multiple receiving courts 22, each accommodates in courts 22 and is placed with blood sample 23 to be detected.
Laser module 30 includes multiple laser emitters 31, each laser emitter 31 and each blood sample to be detected
Product 23 are oppositely arranged.
Laser pick-off component 40 includes multiple laser pickoffs 41, each laser pickoff 41 and blood sample 23 are opposite
Setting, wherein laser emitter 31, blood sample to be detected 23 and laser pickoff 41 are successively spaced setting.Laser pick-off group
Part 40 can be laser detector, and major function is the laser signal for receiving to pass through blood sample, and carries out to signal
Data of the analysis processing to be needed.
The setting of component 50 is loaded in 20 upstream side of pallet component, is loaded component for one group to be added into pallet component 20
One group of detection framework can be specifically added in blood sample to be detected.
The downstream side of pallet component 20 is arranged in recycling cabinet 60, and recycling cabinet 60 is for receiving the blood sample detected
Product can specifically receive the detection framework of meaning blood sample.Specifically, as shown in Figure 3 and Figure 4, recycling cabinet 60, which has, drives
Dynamic structure 61 and top plate 62, driving structure 61 connects with top plate 62, and driving structure 61 for driving top plate 62 in opening or
Person's closed state.Preferably, recycling has second pressure touch sensor 63 on the outer wall of cabinet 60, second pressure touching sensing
Device 63 is used to judge whether annular element is moved to close to the position of recycling cabinet 60.
As shown in Fig. 2, pallet component 20 includes annular element 24, the outside wall surface 25 of annular element 24 is provided with detection framework 21,
The inner wall 26 of annular element 24 has the upper toothrow 27 being oppositely arranged and lower toothrow 28, pallet component 20 further include interconnected
Motor and gear 29, gear 29 can be engaged with upper toothrow 27 and lower toothrow 28 respectively, energy when gear 29 is engaged with upper toothrow 27
The direction for enough driving annular element 24 to sample-adding component 50 is mobile, gear 29 be able to drive when being engaged with lower toothrow 28 annular element 24 to
Direction far from sample-adding component 50 is mobile.As seen from Figure 2, the teeth of gear 29 only have one section, when this section of teeth are in upside
When, can be engaged with upper toothrow 27, be achieved in the driving to upper toothrow 27 so that annular element 24 towards sample-adding component
50 direction is mobile（Such as it is mobile towards left direction in figure）；After being moved to designated position, sample-adding component 50 can be outside
One group of detection framework is placed in push on wall surface 25.Then, on the downside of the teeth of gear 29 are placed exactly in, at gear 29 and lower toothrow 28
In meshing state, when needing to be classified as when annular element 24, then gear 29 drives lower toothrow 28 and makes the side to the right of annular tooth 24
To movement, after the detection framework placed in outside wall surface 25 completes detection process, motor-driven gear 29 is rotated, so that
Side direction is mobile to the right for annular element 24（Direction close to recycling cabinet is mobile）When being moved to given position, in outside wall surface 25
Detection framework push in recycling bins body.Then, the teeth of gear 29 are engaged with upper toothrow again, to drive annular element direction
The direction for being loaded component 50 is mobile, and in specified position, is loaded component 50 and the detection framework of another set is pushed to
In outside wall surface 25.Motor-driven gear 29 rotates, and gear 29 is engaged with upper toothrow 27, and gear 29 drives annular element 24 to sample-adding group
The direction of part 50 is mobile, and when annular element 24 is moved to given position, sample-adding component 50 is above pushed away to the outer wall of annular element 24
Send a detection framework.
The working method of the system of the continous way laser detection blood sample of the present embodiment comprising step below：
S1：Sample-adding component 50 pushes to first group of detection framework on pallet component 20；
S2：Laser module 30 launches laser signal, and laser signal first passes around the blood sample to be detected in detection framework 21
23, laser pick-off component 40 receives processed laser signal;
S3：Processed laser signal transmission carries out calculation processing to control unit and obtains the detection data of blood sample；
S4：First group of the detection framework 21 detected by being pushed away on pallet component 20 to recycling cabinet 60；
S5：Sample-adding component 50 pushes to second group of detection framework on pallet component 20；
S6：Blood sample in second group of detection framework 21 is detected；
S7：Obtained signal is transmitted to control platform 70 by laser pick-off component, and signal is fed back to movement again by control platform 70
Terminal 90, mobile terminal 90 are held by user 80.Control platform has computing module, can be obtained laser data signal
Corresponding detection data is obtained after calculating, for these data backup memories in control platform, control platform can be unit
The server platform oneself built, or the cloud computing platform using business（Ali's cloud, Tencent's cloud etc.）, i.e., these data
It is transferred to cloud server.Control platform is sent to obtained detection data information on the mobile terminal device of authorization again, moves
Dynamic terminal is, for example, mobile phone, computer or intelligent wearable device, and authorized person can be allowed easily to obtain at the first time in this way
To detection data information, and the detection data information of each blood sample can correspond to the mobile phone for being sent to specified user
On, such as be sent on the mobile phone of experimenter, such user can quickly obtain the information of the testing result of oneself.In addition, number
According to transmission can by way of wire transmission or the mode of wireless transmission is communicated, wireless transmission for example by 4G,
The mode of the signals such as GPRS transmission.
Specifically, motor-driven gear 29 rotates, gear 29 engages with lower toothrow 28, the drive annular element 24 of gear 29 to
The direction for recycling cabinet 60 is mobile, so that annular element 24 touches second pressure touch sensor 63, control unit obtains the letter
Number, control unit controls the work of driving structure 61 and top plate 62 is opened so that recycling cabinet 60 is in open state, then again
The detection framework 21 detected is pushed in recycling cabinet 60, then, control unit controls driving structure 61 again and works and handle
Top plate 62 is closed so that recycling cabinet 60 is in closed state.
When annular element 24 is moved to designated position, second pressure touch sensor 63 can automatic sensing be moved to it
Designated position, control unit are to stop the work of motor.At this point it is possible to manipulator grab by way of detection framework by
It removes on annular element 24, either detection framework is removed by the way of driving means such as cylinder or hydraulic cylinder.When to recycling
When cabinet 60 is sent into detection framework, cabinet can be recycled as open state by automatically keeping, and when detection framework is added to recycling cabinet
After 60, then top plate 62 is automatically closed, such be advantageous in that can be formed other test samples to avoid the blood detected
Air interference effect, so that testing result is more accurate.
By process above as it can be seen that detection framework is placed to a group by a group on pallet component 20, and when one group of completion
In the detection process of blood sample, the detection framework detected enters recycling cabinet 60 immediately and is recovered, it is possible thereby to continue
The detection that another set blood sample completes next round is placed on pallet component 20.
Second embodiment：
The structure of the system and above-mentioned first embodiment of the continous way laser detection blood sample of the present embodiment is essentially identical, below
Only its difference is discussed in detail.
As shown in Figure 3 and Figure 4, sample-adding component 50 includes rack 51 and telescopic unit 52, and rack 50 is in a row set with multiple
The detection framework 21 set is mounted with blood sample 23 to be detected in the receiving courts 22 of each detection framework 21, stretches single
Member 52 can push to detection framework 21 on annular element 24.The side of rack 51 has pressure touch sensor 54, pressure touching
Bump sensor 54 is used to judge whether annular element 24 to be touched and is moved to close to the position of rack 50.Pressure touch sensor 54
Being arranged, which may be implemented, realizes automatic positioning to the position of annular element 24, and it is excessive to place its positional shift.
The working method includes the steps that following：Annular element 24 is mobile to the direction of rack 50, and annular element 24 touches pressure
Power touch sensor 54, control unit obtain the signal, and control unit stops the work of motor.
3rd embodiment：
The structure of the system and above-mentioned fourth embodiment of the continous way laser detection blood sample of the present embodiment is essentially identical, below
Only its difference is discussed in detail.
As shown in figure 5, detection framework 21 has bottom plate 201, there is sealed groove 202 on the lower face of bottom plate 201, scheming
In 6, the outside wall surface 25 of annular element 24 has fixed area 203, has elastic bumps 204,204 energy of elastic bumps in fixed area
It is enough to cooperate with sealed groove 202.The working method includes the steps that following：When sample-adding component 50 pushes detection on annular element 24
When frame 21, detection framework 21 is moved in the outside wall surface 24 of annular element 24, and sealed groove 202 is matched with the locking of elastic bumps 204
It closes.When detection framework 21 is pushed to fixed area 230, in order to which preferably detection framework 21 is fixed in outside wall surface 25,
Also for making the fixation position of detection framework 21 more accurate, therefore it is provided with elastic bumps 204 and groove 202, works as detection
When frame 21 moves in the horizontal direction, groove 202 can realize automatic lock fit in certain position with elastic bumps 204, from
And the step of facilitating subsequent laser detection.
Fourth embodiment：
The structure of the system and above-mentioned 3rd embodiment of the continous way laser detection blood sample of the present embodiment is essentially identical, below
Only its difference is discussed in detail.
As shown in fig. 7, detection framework 21 has bottom plate 201, there is magnetic suck portion 205, annular on the lower face of bottom plate 201
The outside wall surface 24 of part 24 has fixed area, has electromagnetic component in fixed area, electromagnetic component can produce between magnetic suck portion
Raw suction-operated.Electromagnetic component is, for example, electromagnetic relay, when needed energizing magnetic, and to bottom plate 201
Magnetic suck portion 205 forms absorption fixed function.In other embodiments, pressure sensing can also be set in outside wall surface 24
Device then illustrates that detection framework is moved to specified position when one end of detection framework 21 touches pressure sensor, this
When, the movement of detection framework 21 then stops.
The working method includes the steps that following：When sample-adding component pushes detection framework on annular element, detection framework
It is moved on the outer wall of annular element, electromagnetic component and magnetic suck portion lock fit.
In other embodiments, in order to keep away the interference of signal optical source, should have between two neighboring laser emitter light every
From plate, alternatively, it is also possible to setting program, i.e., laser emitter is multiple, and multiple laser emitters are successively in running order,
I.e. when a wherein laser emitter carries out in transmitting laser progress detection process, other laser emitters is kept not work,
Thus the interference phenomenon of laser signal is realized well.
Claims (10)
1. a kind of system of continous way laser detection blood sample, which is characterized in that including：
Shell；
Pallet component is arranged in the shell, detection framework, the detection block is separably provided on the pallet component
Frame has multiple receiving courts, is placed with blood sample to be detected in each described receiving courts；
Laser module, including multiple laser emitters, each described laser emitter and each described blood sample to be detected
Product are oppositely arranged；
Laser pick-off component, including multiple laser pickoffs, each described laser pickoff is opposite with the blood sample to be set
It sets, wherein the laser emitter, blood sample to be detected and the laser pickoff are successively spaced setting；
It is loaded component, setting is in the pallet component upstream side, and the sample-adding component on the pallet component for being added
One group of blood sample to be detected；
Cabinet is recycled, in pallet component downstream side, the recycling cabinet is used to receive the blood sample detected for setting,
The recycling cabinet has driving structure and top plate, and the driving structure is connect with the top plate, and the driving structure is used for
The top plate is driven to be in open or closed state；
Control platform, with the laser pick-off component communication connection；
Mobile terminal holds use, the mobile terminal and the control platform communication connection for user.
2. the system of continous way laser detection blood sample according to claim 1, which is characterized in that
The pallet component includes annular element, and the outside wall surface of the annular element is provided with the detection framework, the annular element
Inner wall has the upper toothrow and lower toothrow being oppositely arranged, and the pallet component further includes motor and gear interconnected, institute
Stating gear can engage with the upper toothrow and the lower toothrow respectively, and the gear is able to drive when engaging with the upper toothrow
The direction of the annular element to the sample-adding component is mobile, and the gear is able to drive the annular when engaging with the lower toothrow
Part is mobile to the direction far from the sample-adding component；
There is second pressure touch sensor in the outside wall surface of the recycling cabinet, the second pressure touch sensor is for sentencing
Whether the annular element that breaks is moved to close to the designated position of the recycling cabinet.
3. the system of continous way laser detection blood sample according to claim 2, which is characterized in that
The sample-adding component includes rack and telescopic unit, and the rack has multiple detection frameworks set in a row, each
Blood sample to be detected is mounted in the receiving courts of the detection framework, the telescopic unit can be the detection framework
It pushes on the annular element；
The side of the rack has pressure touch sensor, and whether the pressure touch sensor is for judging the annular element
Touching is moved to close to the designated position of rack.
4. the system of continous way laser detection blood sample according to claim 3, which is characterized in that
The detection framework has bottom plate, has sealed groove, the outside wall surface face of the annular element on the lower face of the bottom plate
With fixed area, there are elastic bumps in the fixed area, the elastic bumps being capable of the sealed groove cooperation.
5. the system of continous way laser detection blood sample according to claim 4, which is characterized in that
The detection framework has bottom plate, has magnetic suck portion, the outer wall mask of the annular element on the lower face of the bottom plate
There is fixed area, there is electromagnetic component in the fixed area, the electromagnetic component can generate between the magnetic suck portion
Suction-operated.
6. the working method of the system of continous way laser detection blood sample according to claim 1, which is characterized in that packet
Include following step：
S1：The sample-adding component pushes to first group of the detection framework on the pallet component；
S2：Laser module launches laser signal, and the laser signal first passes around described to be detected in the detection framework
Blood sample, the laser pick-off component receive processed laser signal;
S3：Processed laser signal transmission carries out calculation processing to control unit and obtains the detection data of blood sample；
S4：First group of the detection framework detected by being pushed away on the pallet component to the recycling bins body；
S5：The sample-adding component pushes to second group of the detection framework on the pallet component；
S6：Blood sample in second group of the detection framework is detected；
S7：Obtained signal is transmitted to the control platform by the laser pick-off component, and the control platform is anti-signal again
It is fed to mobile terminal.
7. the working method of the system of continous way laser detection blood sample according to claim 6, it is characterised in that：
The pallet component includes annular element, and the outside wall surface of the annular element is provided with the detection framework, the annular element
Inner wall has the upper toothrow and lower toothrow being oppositely arranged, and the pallet component further includes motor and gear interconnected, institute
Stating gear can engage with the upper toothrow and the lower toothrow respectively, and the gear is able to drive when engaging with the upper toothrow
The direction of the annular element to the sample-adding component is mobile, and the gear is able to drive the annular when engaging with the lower toothrow
Part is mobile to the direction far from the sample-adding component；There is second pressure touch sensor in the outside wall surface of the recycling cabinet,
The second pressure touch sensor is used to judge whether the annular element to be moved to close to the position of the recycling cabinet；
The working method includes the steps that following：The rotation of gear described in the motor driven, the gear are nibbled with the lower toothrow
It closes, the direction that the gear drives the annular element to the recycling cabinet is mobile, so that the annular element touches described the
Two pressure touch sensors, control unit obtain the signal, control unit control the driving structure work and the top plate
It opens so that then the detection framework detected is pushed to the recycling cabinet again in open state by the recycling cabinet
Interior, then, described control unit controls the driving structure work again and the top plate is closed so that at the recycling cabinet
In closed state；
The working method includes the steps that following：The rotation of gear described in the motor driven, the gear are nibbled with the upper toothrow
It closes, the direction that the gear drives the annular element to the sample-adding component is mobile；When the annular element is moved to given position
When, the sample-adding component pushes a detection framework in the outside wall surface of the annular element.
8. the working method of the system of continous way laser detection blood sample according to claim 7, it is characterised in that：
The sample-adding component includes rack and telescopic unit, and the rack has multiple detection frameworks set in a row, each
Blood sample to be detected is mounted in the receiving courts of the detection framework, the telescopic unit can be the detection framework
It pushes on the annular element；
The side of the rack has pressure touch sensor, and whether the pressure touch sensor is for judging the annular element
Touching is moved to close to the designated position of rack；
The working method includes the steps that following：The annular element is mobile to the direction of the rack, and the annular element touches
The pressure touch sensor, described control unit obtain the signal, and described control unit stops the work of the motor.
9. the working method of the system of continous way laser detection blood sample according to claim 8, it is characterised in that：
The detection framework has bottom plate, has sealed groove, the outside wall surface face of the annular element on the lower face of the bottom plate
With fixed area, there are elastic bumps in the fixed area, the elastic bumps being capable of the sealed groove cooperation；
The working method includes the steps that following：It is described when the sample-adding component pushes detection framework on the annular element
Detection framework is moved in the outside wall surface of the annular element, the sealed groove and the elastic bumps lock fit.
10. the system of continous way laser detection blood sample according to claim 9, which is characterized in that
The detection framework has bottom plate, has magnetic suck portion, the outside wall surface face of the annular element on the lower face of the bottom plate
With fixed area, there is electromagnetic component in the fixed area, the electromagnetic component can produce between the magnetic suck portion
Raw suction-operated；
The working method includes the steps that following：It is described when the sample-adding component pushes detection framework on the annular element
Detection framework is moved in the outside wall surface of the annular element, the electromagnetic component and magnetic suck portion lock fit.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113008799A (en) * | 2021-04-06 | 2021-06-22 | 江苏智交科技有限公司 | Blood sample detection system based on big data medical management |
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| CN104535542A (en) * | 2015-01-06 | 2015-04-22 | 韩希芹 | Device and method for carrying out comparison and analysis according to different blood anticoagulation effects |
| CN206760958U (en) * | 2017-06-06 | 2017-12-19 | 姚嘉俊 | A kind of pearl bleaching device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104535542A (en) * | 2015-01-06 | 2015-04-22 | 韩希芹 | Device and method for carrying out comparison and analysis according to different blood anticoagulation effects |
| CN206760958U (en) * | 2017-06-06 | 2017-12-19 | 姚嘉俊 | A kind of pearl bleaching device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113008799A (en) * | 2021-04-06 | 2021-06-22 | 江苏智交科技有限公司 | Blood sample detection system based on big data medical management |
| CN113008799B (en) * | 2021-04-06 | 2022-06-17 | 广东顺德中科优联医学检验有限公司 | Blood sample detection system based on big data medical management |
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