CN205786669U - A kind of peripheral blood specificity checks auxiliary device - Google Patents

A kind of peripheral blood specificity checks auxiliary device Download PDF

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Publication number
CN205786669U
CN205786669U CN201520835877.2U CN201520835877U CN205786669U CN 205786669 U CN205786669 U CN 205786669U CN 201520835877 U CN201520835877 U CN 201520835877U CN 205786669 U CN205786669 U CN 205786669U
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CN
China
Prior art keywords
cylinder
liquid pump
drawing liquid
fluid reservoir
centrifugal
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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.)
Expired - Fee Related
Application number
CN201520835877.2U
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Chinese (zh)
Inventor
张永奎
刘晓光
王绪敏
竺王玉
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Zhoushan hospital
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Zhoushan hospital
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Priority to CN201520835877.2U priority Critical patent/CN205786669U/en
Application granted granted Critical
Publication of CN205786669U publication Critical patent/CN205786669U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

A kind of peripheral blood specificity checks auxiliary device, belong to technical field of medical equipment, including vibrating motor, first movable block, first clamping plate, first linear electric motors, first cylinder, support, frame, second cylinder, second clamping plate, fluid reservoir, controller, first drawing liquid pump, infrared ray sensor, supporting leg, motor, centrifugal shaft, blade, centrifugal barrel, base, second linear electric motors, second movable block, electric pushrod, cabinet door, magnetic frame, subpackage pipe, housing, discharge pipe, pole, inspiration pipe, bracing frame, second drawing liquid pump, test tube and axle sleeve, fluid reservoir is installed on described base, fluid reservoir is provided with duck eye, second cylinder is each side installed in fluid reservoir, second clamping plate are installed on the piston rod of the second cylinder;The utility model has the advantages that: can automatically transmit peripheral blood.

Description

A kind of peripheral blood specificity checks auxiliary device
Technical field
This utility model relates to a kind of peripheral blood specificity and checks auxiliary device, belongs to technical field of medical equipment.
Background technology
Pulmonary carcinoma is serious threat human life and healthy major disease.World Health Organization (WHO) (WHO) world in 2011 The 2008 world statistics data results that Agency for Research on Cancer IARC announces show: pulmonary carcinoma is that M & M is the highest Occupy the malignant tumor of the umber one.Annual whole world neopathy number of cases 160.8 ten thousand, death number 137.7 ten thousand, account for whole pernicious swollen The 12.7% and 18.2% of tumor.The statistical result showed that American Cancer Society announces: estimate that lung was newly sent out by the U.S. in 2012 Carninomatosis number of cases is up to 22.6 ten thousand, because lung cancer death case load is up to 160,000.In China, Ministry of Public Health the whole nation presided over The sample survey results of cause of the death review for the third time shows: pulmonary carcinoma is first of the Death Cause for Malignant Tumors of sample regions, and crude death rate is 30.83/10 ten thousand, wherein male 41.34/10 ten thousand, women 19.84/10 ten thousand;The first cancer it is dead in male, women Die reason.Along with factors such as the whole world acceleration of aging and increasing environmental pollution, lung cancer morbidity will continue in rising trend, because of This, the diagnoses and treatment progress of research demand to pulmonary carcinoma, must be more and more stronger.
When the peripheral blood of prior art is analyzed, it is all that by hand peripheral blood is pipetted next detection by people, During this, easily blood is polluted.In order to solve above-mentioned difficulties, need to develop and a can automatically transmit peripheral blood Pulmonary cancer diagnosis auxiliary device.
Summary of the invention
The purpose of this utility model is to provide a kind of peripheral blood specificity and checks auxiliary device.
Problem to be solved in the utility model is the peripheral blood of prior art when being analyzed, and is all manual by periphery by people The problem that blood pipettes next detection.
For realizing the purpose of this utility model, the technical solution adopted in the utility model is:
A kind of peripheral blood specificity checks auxiliary device, including vibrating motor, the first movable block, the first clamping plate, first straight Line motor, the first cylinder, support, frame, the second cylinder, the second clamping plate, fluid reservoir, controller, the first drawing liquid pump, infrared ray pass Sensor, supporting leg, motor, centrifugal shaft, blade, centrifugal barrel, base, the second linear electric motors, the second movable block, electric pushrod, cabinet Door, magnetic frame, subpackage pipe, housing, discharge pipe, pole, inspiration pipe, bracing frame, the second drawing liquid pump, test tube and axle sleeve, the described end Installing fluid reservoir on Zuo, fluid reservoir is provided with duck eye, each side installs the second cylinder, the piston of the second cylinder in fluid reservoir Second clamping plate are installed on bar, each side installation frame on fluid reservoir, frame is installed the first cylinder, the piston of the first cylinder First clamping plate, fluid reservoir left mounting bracket are installed on bar, support is installed the first linear electric motors, the first linear electric motors are installed First movable block, the first movable block is installed vibrating motor, mounting sleeve on the output shaft of vibrating motor, installs on the right side of fluid reservoir First drawing liquid pump, the first drawing liquid pump is connected with fluid reservoir by pipeline, and the first drawing liquid pump is connected with centrifugal barrel by pipeline, centrifugal Bucket is arranged on supporting leg, and supporting leg is arranged on base, centrifugal barrel is installed bracing frame, bracing frame is installed the second drawing liquid pump, the Installing inspiration pipe on two drawing liquid pumps, inspiration pipe lower end extend in centrifugal barrel, and in centrifugal barrel, each side installation infrared line passes Sensor, in centrifugal barrel, centrifugal shaft is installed in lower end, and blade is installed in centrifugal shaft upper end, and centrifugal shaft lower end is stretched out outside centrifugal barrel, centrifugal shaft Lower end is connected with motor by shaft coupling, and motor is arranged on base, and the second drawing liquid pump is installed discharge pipe, and discharge pipe is right End extend in housing, and housing is arranged on base, and housing inner top installs pole, and pole is connected with discharge pipe, on the right side of housing Installing cabinet door, housing inner bottom part is installed the second linear electric motors, the second linear electric motors is installed the second movable block, on the second movable block Installing two electric pushrods, two electric pushrods are installed magnetic frame, magnetic frame is placed three subpackage pipes, controller is arranged on On base, controller by wire respectively with vibrating motor, the first linear electric motors, the first drawing liquid pump, infrared ray sensor, electronic Machine, the second linear electric motors, electric pushrod and the second drawing liquid pump are connected.
Built-in first electromagnetic valve of described first cylinder, the first electromagnetic valve is connected with controller by wire.
Built-in second electromagnetic valve of described second cylinder, the second electromagnetic valve is connected with controller by wire.
The utility model has the advantages that: be inverted on the duck eye of fluid reservoir by the test tube being filled with peripheral blood, controller controls Second solenoid valves or power-off, make the piston rod of the second cylinder do stretching, makes the second clamping plate clamp test tube;Controller control Make the first solenoid valves or power-off, make the piston rod of the first cylinder do stretching, make the first clamping plate clamp test tube wall, will examination Pipe is fixed;Controller controls the first linear electric motors and starts, and makes movable block move right, makes vibrating motor move right, make axle Set is conflicted on test tube;Controller controls vibrating motor and starts, and makes test tube vibrate, makes the blood on inboard wall of test tube all flow to liquid storage In tank;Controller controls the first drawing liquid pump and is drawn in centrifugal barrel by the peripheral blood in fluid reservoir;Controller controls motor and opens Dynamic, make centrifugal shaft drive blade to rotate, the serum solution of the peripheral blood in centrifugal barrel is separated;Controller controls the second drawing liquid Pump is by serum solution out;Blood change in infrared ray sensor monitoring centrifugal barrel, after serum solution is extracted, infrared ray Sensor monitoring is to data variation, and signal intensity is passed to controller by infrared ray sensor, and controller controls the second drawing liquid pump Stop extraction;Controller controls the second linear electric motors and starts, and makes the second movable block move left and right, makes subpackage pipe move to discharge pipe Lower section;Controller controls electric pushrod and does stretching, makes subpackage pipe move up, makes subpackage pipe near discharge pipe, make subpackage Pipe conveniently accesses serum solution;Magnetic frame can make serum solution layering become apparent from;Open cabinet door, subpackage pipe of taking.
Accompanying drawing explanation
Fig. 1 is that this utility model one peripheral blood specificity checks auxiliary device overall structure front view;
In figure: 1, vibrating motor the 2, first movable block the 3, first clamping plate the 4, first linear electric motors 5, first Cylinder 6, support 7, frame the 8, second cylinder the 9, second clamping plate 10, fluid reservoir 11, controller 12, the first drawing liquid pump 13, infrared ray sensor 14, supporting leg 15, motor 16, centrifugal shaft 17, blade 18, centrifugal barrel 19, base the 20, second linear electric motors the 21, second movable block 22, electric pushrod 23, cabinet Door 24, magnetic frame 25, subpackage pipe 26, housing 27, discharge pipe 28, pole 29, inspiration pipe 30, bracing frame the 31, second drawing liquid pump 32, test tube 33, axle sleeve.
Detailed description of the invention
Below in conjunction with the accompanying drawings and this utility model is further described by embodiment.
This utility model one peripheral blood specificity checks auxiliary device, including vibrating motor the 1, first movable block 2, first Clamping plate the 3, first linear electric motors the 4, first cylinder 5, support 6, frame the 7, second cylinder the 8, second clamping plate 9, fluid reservoir 10, controller 11, the first drawing liquid pump 12, infrared ray sensor 13, supporting leg 14, motor 15, centrifugal shaft 16, blade 17, centrifugal barrel 18, base 19, second linear electric motors the 20, second movable block 21, electric pushrod 22, cabinet door 23, magnetic frame 24, subpackage pipe 25, housing 26, row Go out pipe 27, pole 28, inspiration pipe 29, bracing frame the 30, second drawing liquid pump 31, test tube 32 and axle sleeve 33, described base 19 is installed Fluid reservoir 10, fluid reservoir 10 is provided with duck eye, each side installs the second cylinder 8 in fluid reservoir 10, the second cylinder 8 built-in Two electromagnetic valves, the second electromagnetic valve is connected with controller 11 by wire, the piston rod of the second cylinder 8 is installed the second clamping plate 9, will The test tube 32 being filled with peripheral blood is inverted on the duck eye of fluid reservoir 10, and controller 11 controls the second solenoid valves or power-off, makes The piston rod of the second cylinder 8 does stretching, makes the second clamping plate 9 clamp test tube 32;Each side fitting machine on fluid reservoir 10 Frame 7, frame 7 is installed the first cylinder 5, the first built-in first electromagnetic valve of cylinder 5, and the first electromagnetic valve is by wire and controller 11 Being connected, the piston rod of the first cylinder 5 is installed the first clamping plate 3, controller 11 controls the first solenoid valves or power-off, makes first The piston rod of cylinder 5 does stretching, makes the first clamping plate 3 clamp test tube 32 wall, is fixed by test tube 32;Pacify on the left of fluid reservoir 10 Dress support 6, support 6 is installed the first linear electric motors 4, the first linear electric motors 4 is installed the first movable block 2, and controller 11 controls First linear electric motors 4 start, and make movable block move right, and make vibrating motor 1 move right, and make axle sleeve 33 conflict and arrive test tube 32 On;Installing vibrating motor 1, mounting sleeve 33 on the output shaft of vibrating motor 1 on first movable block 2, controller 11 controls vibration Motor 1 starts, and makes test tube 32 vibrate, and makes the blood on test tube 32 inwall all flow in fluid reservoir 10;Install on the right side of fluid reservoir 10 First drawing liquid pump 12, the first drawing liquid pump 12 is connected with fluid reservoir 10 by pipeline, and controller 11 controls the first drawing liquid pump 12 will storage Peripheral blood in flow container 10 is drawn in centrifugal barrel 18;First drawing liquid pump 12 is connected with centrifugal barrel 18 by pipeline, centrifugal barrel 18 Being arranged on supporting leg 14, supporting leg 14 is arranged on base 19, and centrifugal barrel 18 is installed bracing frame 30, and bracing frame 30 is installed second Drawing liquid pump 31, the second drawing liquid pump 31 is installed inspiration pipe 29, and controller 11 controls the second drawing liquid pump 31 by serum solution out;Inspiration Pipe 29 lower end extend in centrifugal barrel 18, each side installation infrared line sensor 13, infrared ray sensor in centrifugal barrel 18 Blood change in 13 monitoring centrifugal barrels 18, after serum solution is extracted, infrared ray sensor 13 monitors data variation, Signal intensity is passed to controller 11 by infrared ray sensor 13, and controller 11 controls the second drawing liquid pump 31 and stops extraction;Centrifugal In bucket 18, centrifugal shaft 16 is installed in lower end, and blade 17 is installed in centrifugal shaft 16 upper end, and centrifugal shaft 16 lower end is stretched out outside centrifugal barrel 18, centrifugal Axle 16 lower end is connected with motor 15 by shaft coupling, and motor 15 is arranged on base 19, and controller 11 controls motor 15 Start, make centrifugal shaft 16 drive blade 17 to rotate, the serum solution of the peripheral blood in centrifugal barrel 18 is separated;Second drawing liquid pump Installing discharge pipe 27 on 31, discharge pipe 27 right-hand member extend in housing 26, and housing 26 is arranged on base 19, housing 26 inner top Installing pole 28, pole 28 is connected with discharge pipe 27, installs cabinet door 23, open cabinet door 23, subpackage pipe of taking on the right side of housing 26 25, housing 26 inner bottom part installs the second linear electric motors 20, and the second linear electric motors 20 are installed the second movable block 21, and controller 11 is controlled Make the second linear electric motors 20 to start, make the second movable block 21 move left and right, make subpackage pipe 25 move to below discharge pipe 27;Second Installing two electric pushrods 22 on movable block 21, controller 11 controls electric pushrod 22 and does stretching, makes subpackage pipe 25 upwards Mobile, make subpackage pipe 25 near discharge pipe 27, make subpackage pipe 25 conveniently access serum solution;Magnetic force is installed on two electric pushrods 22 Frame 24, magnetic frame 24 is placed three subpackage pipes 25, and magnetic frame 24 can make serum solution layering become apparent from;Controller 11 is arranged on On base 19, controller 11 is passed with vibrating motor the 1, first linear electric motors the 4, first drawing liquid pump 12, infrared ray respectively by wire Sensor 13, motor the 15, second linear electric motors 20, electric pushrod 22 are connected with the second drawing liquid pump 31.
This utility model using method: the test tube 32 being filled with peripheral blood is inverted on the duck eye of fluid reservoir 10, controller 11 control the second solenoid valves or power-off, make the piston rod of the second cylinder 8 do stretching, make the second clamping plate 9 clamp test tube 32;Controller 11 controls the first solenoid valves or power-off, makes the piston rod of the first cylinder 5 do stretching, makes the first clamping plate 3 Clamp test tube 32 wall, test tube 32 is fixed;Controller 11 controls the first linear electric motors 4 and starts, and makes movable block move right, makes Vibrating motor 1 moves right, and makes axle sleeve 33 conflict on test tube 32;Controller 11 controls vibrating motor 1 and starts, and makes test tube 32 shake Dynamic, make the blood on test tube 32 inwall all flow in fluid reservoir 10;Controller 11 controls the first drawing liquid pump 12 by fluid reservoir 10 Peripheral blood be drawn in centrifugal barrel 18;Controller 11 controls motor 15 and starts, and makes centrifugal shaft 16 drive blade 17 to rotate, will The serum solution of the peripheral blood in centrifugal barrel 18 is separated;Controller 11 controls the second drawing liquid pump 31 by serum solution out;Infrared Line sensor 13 monitors the blood change in centrifugal barrel 18, and after serum solution is extracted, infrared ray sensor 13 monitors Data variation, signal intensity is passed to controller 11 by infrared ray sensor 13, and controller 11 controls the second drawing liquid pump 31 and stops Extraction;Controller 11 controls the second linear electric motors 20 and starts, and makes the second movable block 21 move left and right, makes subpackage pipe 25 row of moving to Go out below pipe 27;Controller 11 controls electric pushrod 22 and does stretching, makes subpackage pipe 25 move up, and makes subpackage pipe 25 close Discharge pipe 27, makes subpackage pipe 25 conveniently access serum solution;Magnetic frame 24 can make serum solution layering become apparent from;Open cabinet door 23, Can take subpackage pipe 25.

Claims (3)

1. peripheral blood specificity check an auxiliary device, including vibrating motor (1), the first movable block (2), the first clamping plate (3), First linear electric motors (4), the first cylinder (5), support (6), frame (7), the second cylinder (8), the second clamping plate (9), fluid reservoir (10), controller (11), the first drawing liquid pump (12), infrared ray sensor (13), supporting leg (14), motor (15), centrifugal shaft (16), blade (17), centrifugal barrel (18), base (19), the second linear electric motors (20), the second movable block (21), electric pushrod (22), cabinet door (23), magnetic frame (24), subpackage pipe (25), housing (26), discharge pipe (27), pole (28), inspiration pipe (29), Bracing frame (30), the second drawing liquid pump (31), test tube (32) and axle sleeve (33), is characterized in that: described base installs liquid storage on (19) Tank (10), fluid reservoir (10) is provided with duck eye, each side installs the second cylinder (8), the second cylinder (8) in fluid reservoir (10) Piston rod on the second clamping plate (9) are installed, each side installation frame (7) on fluid reservoir (10), the upper installation first of frame (7) Cylinder (5), the piston rod of the first cylinder (5) is installed the first clamping plate (3), fluid reservoir (10) left mounting bracket (6), support (6) upper installation the first linear electric motors (4), the first linear electric motors (4) are upper installs the first movable block (2), the upper peace of the first movable block (2) Dress vibrating motor (1), mounting sleeve (33) on the output shaft of vibrating motor (1), the first drawing liquid pump is installed on fluid reservoir (10) right side (12), the first drawing liquid pump (12) is connected with fluid reservoir (10) by pipeline, and the first drawing liquid pump (12) passes through pipeline and centrifugal barrel (18) being connected, centrifugal barrel (18) is arranged on supporting leg (14), and supporting leg (14) is arranged on base (19), and centrifugal barrel (18) is upper to be installed Bracing frame (30), bracing frame (30) is upper installs the second drawing liquid pump (31), and the second drawing liquid pump (31) is upper installs inspiration pipe (29), inspiration Pipe (29) lower end extend in centrifugal barrel (18), and each side installation infrared line sensor (13) in centrifugal barrel (18) are centrifugal Centrifugal shaft (16) is installed in bucket (18) interior lower end, and blade (17) is installed in centrifugal shaft (16) upper end, and centrifugal shaft (16) lower end is stretched out centrifugal Outward, centrifugal shaft (16) lower end is connected with motor (15) bucket (18) by shaft coupling, and motor (15) is arranged on base (19), Installing discharge pipe (27) on second drawing liquid pump (31), discharge pipe (27) right-hand member extend in housing (26), and housing (26) is arranged on On base (19), housing (26) inner top installs pole (28), and pole (28) is connected with discharge pipe (27), housing (26) right side peace Filling cabinet door (23), housing (26) inner bottom part installs the second linear electric motors (20), and the upper installation second of the second linear electric motors (20) is moved Block (21), the second movable block (21) is upper installs two electric pushrods (22), and two electric pushrods (22) install magnetic frame (24), Magnetic frame (24) is upper places three subpackage pipes (25), and controller (11) is arranged on base (19), and controller (11) passes through wire Respectively with vibrating motor (1), the first linear electric motors (4), the first drawing liquid pump (12), infrared ray sensor (13), motor (15), Second linear electric motors (20), electric pushrod (22) are connected with the second drawing liquid pump (31).
A kind of peripheral blood specificity the most according to claim 1 checks auxiliary device, it is characterized in that: described first cylinder (5) built-in first electromagnetic valve, the first electromagnetic valve is connected with controller (11) by wire.
A kind of peripheral blood specificity the most according to claim 1 checks auxiliary device, it is characterized in that: described second cylinder (8) built-in second electromagnetic valve, the second electromagnetic valve is connected with controller (11) by wire.
CN201520835877.2U 2015-10-27 2015-10-27 A kind of peripheral blood specificity checks auxiliary device Expired - Fee Related CN205786669U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520835877.2U CN205786669U (en) 2015-10-27 2015-10-27 A kind of peripheral blood specificity checks auxiliary device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520835877.2U CN205786669U (en) 2015-10-27 2015-10-27 A kind of peripheral blood specificity checks auxiliary device

Publications (1)

Publication Number Publication Date
CN205786669U true CN205786669U (en) 2016-12-07

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CN201520835877.2U Expired - Fee Related CN205786669U (en) 2015-10-27 2015-10-27 A kind of peripheral blood specificity checks auxiliary device

Country Status (1)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105277730A (en) * 2015-10-27 2016-01-27 舟山医院 Peripheral blood specific diagnosis assistant device of early lung cancer

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105277730A (en) * 2015-10-27 2016-01-27 舟山医院 Peripheral blood specific diagnosis assistant device of early lung cancer

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20161207

Termination date: 20171027