CN205826665U - A kind of test tube auto-strengthening fixed disk of haemoconcentration detector - Google Patents
A kind of test tube auto-strengthening fixed disk of haemoconcentration detector Download PDFInfo
- Publication number
- CN205826665U CN205826665U CN201620550061.XU CN201620550061U CN205826665U CN 205826665 U CN205826665 U CN 205826665U CN 201620550061 U CN201620550061 U CN 201620550061U CN 205826665 U CN205826665 U CN 205826665U
- Authority
- CN
- China
- Prior art keywords
- test tube
- areoles
- hole
- sliding
- rotation dish
- 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.)
- Expired - Fee Related
Links
Landscapes
- Investigating Strength Of Materials By Application Of Mechanical Stress (AREA)
Abstract
The utility model discloses the test tube auto-strengthening fixed disk of a kind of haemoconcentration detector, relate to the test tube righting technical field of haemoconcentration detector, the haemoconcentration detector of this test tube auto-strengthening fixed disk is during turn disc, when the acceleration direction of turn disc occurs from forward to reverse or test tube can be carried out righting from inversely to alternate forward time.Including controller and the rotation dish being provided with several test tube putting holes, the medial extremity hole wall of each test tube putting hole is respectively equipped with No. two areoles；It is respectively equipped with No. two righting mechanisms in each No. two areoles；No. two righting mechanisms include No. two pullback springs, No. two sliding bars and control No. two lockers that end is connected with controller, the inner end of No. two pullback springs is fixedly connected on the inner end wall of No. two areoles, the inner end of No. two sliding bars is fixedly connected on the outer end of No. two pullback springs, and No. two lockers are fixedly connected on the side stomidium wall of No. two areoles.
Description
Technical field
This utility model relates to the test tube righting technical field of haemoconcentration detector, is specifically related to a kind of blood
The test tube auto-strengthening fixed disk of concentration detector.
Background technology
Existing haemoconcentration detector does not the most all have test tube righting function.Turning at haemoconcentration detector
The acceleration direction that Moving plate rotates occurs from forward to reverse or from inversely to alternate forward time, i.e.
The acceleration of rotation dish accelerates to become counterclockwise accelerating or the acceleration of rotation dish from toward the clockwise direction
Spend in time counterclockwise accelerating to become accelerating toward the clockwise direction, if the diameter of test tube is dense less than blood
The diameter of the test tube putting hole on degree detector rotation dish, then due to the effect of inertia, the side of test tube upper end
Tube wall will impinge upon on the hole wall of test tube putting hole.
When the acceleration of rotation dish is in time accelerating to become counterclockwise accelerating toward the clockwise direction, on test tube
The side pipe wall of end will impinge upon on the front end hole wall of test tube putting hole forward；In like manner, when the acceleration of rotation dish
Spending in time counterclockwise accelerating to become accelerating toward the clockwise direction, the side pipe wall of test tube upper end will be backwards
Impinge upon on the rear end hole wall of test tube putting hole.
If the absolute value of the forward acceleration that rotation dish accelerates toward the clockwise direction adds that rotation dish is towards counterclockwise
When the value of the absolute value of the reverse acceleration that direction is accelerated is bigger, the side pipe wall of test tube upper end impinges upon test tube and puts
Put the power on the hole wall of hole the biggest.The power clashed into by test tube putting hole hole wall when the side pipe wall of test tube upper end is more than
During the destruction holding capacity of test tube, test tube is it is possible to can rupture.
If the speed that rotation dish rotates the most toward the clockwise direction is relatively big, when rotation dish stops suddenly or prominent
So backwards rotation, then the side pipe wall of test tube upper end will impinge upon the front aperture of test tube putting hole the most forward
On wall, if just may be used when the power that the side pipe wall of test tube upper end is clashed is more than the holding capacity of test tube breakage
The situation that test tube can be caused to be damaged occurs.In like manner, if the speed that the most counterclockwise rotates of rotation dish
Degree is relatively big, when rotation dish stops suddenly or forward rotates suddenly, then the side pipe wall of test tube upper end will be violent
The situation that test tube may be caused to be damaged on the strong rear end hole wall impinging upon test tube putting hole backwards occurs.
Therefore, design is a kind of during turn disc, when the acceleration direction of rotation dish occurs from forward
To reverse or test tube can be carried out the test tube auto-strengthening fixed disk of righting from inversely to change forward time and show
Obtain the most necessary.
Utility model content
This utility model is to solve existing haemoconcentration detector during turn disc, working as rotation
The acceleration direction that dish rotates occurs from forward to reverse or from inversely to can not be right during alternate forward
Test tube carries out righting, causes the side pipe wall of test tube upper end easily to impinge upon and causes examination on the hole wall of test tube putting hole
The deficiency of tracheal rupture, it is provided that a kind of haemoconcentration detector, during turn disc, works as turn disc
Acceleration direction occur from forward to reverse or test tube can be carried out from inversely to alternate forward time
Righting, the side pipe wall of test tube upper end is difficult to clash into the hole wall of test tube putting hole, and right set
Test tube carries out in the range of the uprighting force of righting, the size of uprighting force can with the change of turn disc speed big and
Become big, can diminishing and diminish with turn disc speed, can be when turn disc speed is zero to test tube
Uprighting force be also equal to zero, intelligent automation degree is high, the examination of a kind of haemoconcentration detector of good reliability
Pipe auto-strengthening fixed disk.
To achieve these goals, this utility model is by the following technical solutions:
A kind of test tube auto-strengthening fixed disk of haemoconcentration detector, including controller, centrifugal motor and by
The rotation dish of centrifugal motor-driven rotation, is provided with several test tube putting holes on rotation dish, and described test tube is put
Put the axis parallel of the hole heart line in hole and the rotating shaft of rotation dish；Rotation dish is additionally provided with speed probe；
The outboard end hole wall of each test tube putting hole is respectively equipped with No. two areoles；Same for being arranged on
No. two areoles on test tube putting hole hole wall, have extended line and this test tube of the hole heart line of these No. two areoles
The hole heart line of putting hole intersects vertically, have these No. two areoles hole heart line extended line also with rotation dish turn
The axial line of axle intersects vertically,
Also have these No. two areoles to the axial line of the rotating shaft of rotation dish distance be more than this test tube putting hole hole heart line
The distance of axial line to the rotating shaft of rotation dish；It is respectively equipped with No. two righting mechanisms in each No. two areoles；
Described speed probe, centrifugal motor the control end controlling end and each No. two righting mechanisms respectively with control
Device connects；No. two righting mechanisms include No. two stay cords, sliding shoe, No. two pullback springs, No. two sliding bars and
Control No. two lockers that end is connected with controller；No. two righting mechanisms are additionally included in No. two areole one sides
Rotation dish in the sliding lumen pore that arranges, the axle of the extended line of the hole heart line of described sliding lumen pore and the rotating shaft of rotation dish
Heart line intersects vertically, and the external port of sliding lumen pore is connected with test tube putting hole, is provided with logical in the inner end of sliding lumen pore
Pore；No. two righting mechanisms are additionally included on the hole wall at the external port of No. two areoles that arrange with sliding lumen pore
No. two intercommunicating pores being connected of external port；The inner end of No. two pullback springs is fixedly connected on No. two areoles
On the wall of inner end, the inner end of No. two sliding bars is fixedly connected on the outer end of No. two pullback springs, and No. two lockers are solid
Surely being connected on the side stomidium wall of No. two areoles, No. two lockers under the control of the controller can the company of locking
It is connected on No. two sliding bars；Sliding shoe activity is placed in sliding lumen pore；No. two stay cords are moveably positioned in No. two companies
In through hole, and one end of No. two stay cords is connected on the outer surface of sliding shoe, and the other end of No. two stay cords is even
It is connected on the side surface inner end of No. two sliding bars；No. two righting mechanisms also include No. two crushing blocks and connect with controller
No. two press detection sensors connect, are axially arranged with shaft section in " convex " on the outer face of No. two sliding bars
No. two rod end holes of font, No. two press detection sensors are fixedly connected on the inner end wall in No. two rod end holes,
The inner end of No. two crushing blocks is slidably connected in No. two rod end holes.
In use, working as turn disc, under the effect of centripetal force, sliding shoe moves to the inner end of sliding lumen pore
Dynamic.Sliding shoe moves to the inner end of sliding lumen pore, drives one end of No. two stay cords also to move to the inner end of sliding lumen pore,
And then make No. two stay cords the other end drive No. two sliding bars outer end will stretch out from No. two areoles into
Enter in test tube putting hole, if this test tube putting hole is placed with test tube, then outside these No. two sliding bars
End will be pressed into contact with being connected on the outer surface of test tube, thus the rotation dish realizing haemoconcentration detector exists
Acceleration direction occurs from forward to reverse or can hold up test tube from inversely to alternate forward time
Just.When the pressure that No. two press detection sensors detect is when setting more than pressure, and No. two pressure detecting pass
Sensor pins signal to controller immediately, and controller pins instruction, No. two lockers to immediately No. two lockers
With pinning by No. two sliding bars.During ensure that rotation dish high-speed rotation afterwards, No. two sliding bars are not
Extruding force can be increased again, it is ensured that test tube will not be crushed by No. two sliding bars to corresponding test tube.When on rotation dish
Speed probe when the rotating speed vanishing of rotation dish being detected, speed probe unlocks letter to controller immediately
Number, controller unlocks instruction to immediately No. two lockers, No. two lockers with unlocking by No. two sliding bars,
Under the pulling force effect of No. two pullback springs, the outer end of No. two sliding bars recedes into immediately from test tube putting hole
In No. two areoles.This programme well achieves haemoconcentration detector during turn disc, when
The acceleration direction of turn disc occurs from forward to reverse or from inversely to energy during alternate forward
Test tube carries out righting, and the side pipe wall of test tube upper end is difficult to clash into the hole wall of test tube putting hole, and
Carrying out in the range of the uprighting force of righting set to test tube, the size of uprighting force can be with turn disc speed
The change of degree is big and becomes big, can diminishing and diminish with turn disc speed, can be in turn disc speed
When zero, the uprighting force to test tube is also equal to zero, and intelligent automation degree is high, good reliability.
As preferably, the outer face of No. two crushing blocks is provided with bandy flexure strip.Flexure strip reduces
Destruction to test tube, good reliability.
As preferably, flexure strip is arranged with the elastic protecting sleeve made by flexible material.Elastic protecting sleeve
Reduce the destruction to test tube, good reliability.
This utility model can reach following effect:
This utility model haemoconcentration detector is during turn disc, when the acceleration of turn disc
Direction occurs from forward to reverse or test tube can be carried out righting from inversely to alternate forward time, examination
The side pipe wall of pipe upper end is difficult to clash into the hole wall of test tube putting hole, and carries out test tube set
In the range of the uprighting force of righting, the size of uprighting force can change be big, meeting with the change of turn disc speed is big
Diminishing and diminish with turn disc speed, can when turn disc speed is zero uprighting force to test tube
Being also equal to zero, intelligent automation degree is high, good reliability.
Accompanying drawing explanation
Fig. 1 is a kind of horizontal cross-section attachment structure schematic diagram of this utility model rotation dish.
Fig. 2 is that on this utility model rotation dish, a kind of vertical section attachment structure at a test tube putting hole is shown
It is intended to.
Fig. 3 is a kind of circuit theory attachment structure schematic block diagram of the present utility model.
Fig. 4 is a kind of partial enlargement attachment structure schematic diagram of Fig. 1.
Detailed description of the invention
Below by embodiment, and combine accompanying drawing, the technical solution of the utility model is made the most concrete
Explanation.
Embodiment, the test tube auto-strengthening fixed disk of a kind of haemoconcentration detector, see Fig. 1, Fig. 2, figure
3, shown in Fig. 4, including controller 13, it is centrifuged motor 14 and by the rotation dish 1 of centrifugal motor-driven rotation,
Rotation dish is provided with several test tube putting holes 2, the hole heart line of described test tube putting hole and the rotating shaft of rotation dish
The axis parallel of 16；Rotation dish is additionally provided with speed probe 15；Outside at each test tube putting hole
No. two areoles 8 all it are respectively equipped with on stomidium wall 3；For being arranged on two on same test tube putting hole hole wall
Number areole, has the hole vertical phase of heart line of extended line and this test tube putting hole of the hole heart line of these No. two areoles
Hand over, have the extended line also axial line with the rotating shaft of rotation dish of the hole heart line of these No. two areoles to intersect vertically,
Also have these No. two areoles to the axial line of the rotating shaft of rotation dish distance be more than this test tube putting hole hole heart line
The distance of axial line to the rotating shaft of rotation dish；It is respectively equipped with No. two righting mechanisms in each No. two areoles；
Described speed probe, centrifugal motor the control end controlling end and each No. two righting mechanisms respectively with control
Device connects；No. two righting mechanisms include No. two stay cords 18, sliding shoe 9, No. two cunnings of 19, No. two pullback springs
No. two lockers 11 that lever 7 and control end are connected with controller；No. two righting mechanisms are additionally included in No. two sides
The sliding lumen pore 20 arranged in the rotation dish of cinclides one side, the extended line of the hole heart line of described sliding lumen pore and rotation
The axial line of the rotating shaft of dish intersects vertically, and the external port of sliding lumen pore is connected with test tube putting hole, at sliding lumen pore
Inner end be provided with passage 21；No. two righting mechanisms are additionally included on the hole wall at the external port of No. two areoles
No. two intercommunicating pores 17 that the external port with sliding lumen pore arranged is connected；The inner end of No. two pullback springs is fixing even
Being connected on the inner end wall of No. two areoles, the inner end of No. two sliding bars is fixedly connected on outside No. two pullback springs
End, No. two lockers are fixedly connected on the side stomidium wall of No. two areoles, and No. two lockers are at controller
Control under can lock and be connected on No. two sliding bars；Sliding shoe activity is placed in sliding lumen pore；No. two stay cords
It is moveably positioned in No. two intercommunicating pores, and one end of No. two stay cords is connected on the outer surface of sliding shoe, two
The other end of number stay cord is connected to the side surface inner end of No. two sliding bars；No. two righting mechanisms also include that No. two are squeezed
Briquetting 4 and No. two press detection sensors 6 being connected with controller, on the outer face of No. two sliding bars axially
Being provided with No. two rod end holes 5 that shaft section is "convex" shaped, No. two press detection sensors are fixedly connected on No. two
On inner end wall in rod end hole, the inner end of No. two crushing blocks is slidably connected in No. two rod end holes.Squeeze at No. two
The outer face of briquetting is provided with bandy flexure strip 12.Flexure strip is arranged with and is made by flexible material
Elastic protecting sleeve (being not drawn in the accompanying drawings).
In use, working as turn disc, under the effect of centripetal force, sliding shoe moves to the inner end of sliding lumen pore
Dynamic.Sliding shoe moves to the inner end of sliding lumen pore, drives one end of No. two stay cords also to move to the inner end of sliding lumen pore,
And then make No. two stay cords the other end drive No. two sliding bars outer end will stretch out from No. two areoles into
Enter in test tube putting hole, if this test tube putting hole is placed with test tube, then outside these No. two sliding bars
End will be pressed into contact with being connected on the outer surface of test tube, thus the rotation dish realizing haemoconcentration detector exists
Acceleration direction occurs from forward to reverse or can hold up test tube from inversely to alternate forward time
Just.When the pressure that No. two press detection sensors detect is when setting more than pressure, and No. two pressure detecting pass
Sensor pins signal to controller immediately, and controller pins instruction, No. two lockers to immediately No. two lockers
With pinning by No. two sliding bars.During ensure that rotation dish high-speed rotation afterwards, No. two sliding bars are not
Extruding force can be increased again, it is ensured that test tube will not be crushed by No. two sliding bars to corresponding test tube.When on rotation dish
Speed probe when the rotating speed vanishing of rotation dish being detected, speed probe unlocks letter to controller immediately
Number, controller unlocks instruction to immediately No. two lockers, No. two lockers with unlocking by No. two sliding bars,
Under the pulling force effect of No. two pullback springs, the outer end of No. two sliding bars recedes into immediately from test tube putting hole
In No. two areoles.The present embodiment well achieves haemoconcentration detector during turn disc,
When the acceleration direction of turn disc occurs from forward to reverse or from inversely to alternate forward time
Test tube can carry out righting, and the side pipe wall of test tube upper end is difficult to clash into the hole wall of test tube putting hole, and
And set, test tube being carried out in the range of the uprighting force of righting, the size of uprighting force can be with turn disc
The change of speed is big and becomes big, can diminishing and diminish with turn disc speed, can be in turn disc speed
When being zero, the uprighting force to test tube is also equal to zero, and intelligent automation degree is high, good reliability.
Describe embodiment of the present utility model above in conjunction with accompanying drawing, but do not limited by above-described embodiment when realizing
System, those of ordinary skill in the art can make a variety of changes within the scope of the appended claims or revise.
Claims (3)
1. the test tube auto-strengthening fixed disk of a haemoconcentration detector, it is characterised in that include control
Device processed, centrifugal motor and by the rotation dish of centrifugal motor-driven rotation, be provided with several on rotation dish
The axis parallel of test tube putting hole, the hole heart line of described test tube putting hole and the rotating shaft of rotation dish；?
It is additionally provided with speed probe on rotation dish；The outboard end hole wall of each test tube putting hole sets respectively
There are No. two areoles；For being arranged on No. two areoles on same test tube putting hole hole wall, there is this
The extended line of the hole heart line of No. two areoles intersects vertically with the hole heart line of this test tube putting hole, have this two
The extended line of the hole heart line of number areole also axial line with the rotating shaft of rotation dish intersects vertically, and also having should
No. two areoles arrive to the distance of the axial line of the rotating shaft of rotation dish more than the hole heart line of this test tube putting hole
The distance of the axial line of the rotating shaft of rotation dish；It is respectively equipped with No. two centering guide machines in each No. two areoles
Structure；Described speed probe, the control end controlling end and each No. two righting mechanisms of centrifugal motor divide
It is not connected with controller；No. two righting mechanisms include No. two stay cords, sliding shoe, No. two pullback springs,
No. two lockers that No. two sliding bars and control end are connected with controller；No. two righting mechanisms are additionally included in
The sliding lumen pore arranged in the rotation dish of No. two areole one sides, the prolongation of the hole heart line of described sliding lumen pore
Line intersects vertically with the axial line of the rotating shaft of rotation dish, and the external port of sliding lumen pore is connected with test tube putting hole
Logical, it is provided with passage in the inner end of sliding lumen pore；No. two righting mechanisms are additionally included in outside No. two areoles
No. two intercommunicating pores that the external port with sliding lumen pore arranged on the hole wall of port is connected；No. two retract
The inner end of spring is fixedly connected on the inner end wall of No. two areoles, and the inner end of No. two sliding bars is fixing even
Being connected on the outer end of No. two pullback springs, No. two lockers are fixedly connected on the side stomidium of No. two areoles
On wall, No. two lockers can be locked under the control of the controller and are connected on No. two sliding bars；Sliding shoe
Activity is placed in sliding lumen pore；No. two stay cords are moveably positioned in No. two intercommunicating pores, and No. two stay cords
One end be connected on the outer surface of sliding shoe, the other end of No. two stay cords is connected to No. two sliding bars
Side surface inner end；No. two righting mechanisms also include No. two crushing blocks and No. two pressure being connected with controller
Detection sensor, being axially arranged with shaft section on the outer face of No. two sliding bars is the two of "convex" shaped
Number rod end hole, No. two press detection sensors are fixedly connected on the inner end wall in No. two rod end holes, and two
The inner end of number crushing block is slidably connected in No. two rod end holes.
The test tube auto-strengthening fixed disk of a kind of haemoconcentration detector the most according to claim 1,
It is characterized in that, the outer face of No. two crushing blocks is provided with bandy flexure strip.
The test tube auto-strengthening fixed disk of a kind of haemoconcentration detector the most according to claim 2,
It is characterized in that, flexure strip is arranged with the elastic protecting sleeve made by flexible material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620550061.XU CN205826665U (en) | 2016-06-02 | 2016-06-02 | A kind of test tube auto-strengthening fixed disk of haemoconcentration detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620550061.XU CN205826665U (en) | 2016-06-02 | 2016-06-02 | A kind of test tube auto-strengthening fixed disk of haemoconcentration detector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205826665U true CN205826665U (en) | 2016-12-21 |
Family
ID=57568525
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620550061.XU Expired - Fee Related CN205826665U (en) | 2016-06-02 | 2016-06-02 | A kind of test tube auto-strengthening fixed disk of haemoconcentration detector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205826665U (en) |
-
2016
- 2016-06-02 CN CN201620550061.XU patent/CN205826665U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205826664U (en) | A kind of test tube auto-strengthening fixing device of haemoconcentration detector | |
| CN205826665U (en) | A kind of test tube auto-strengthening fixed disk of haemoconcentration detector | |
| CN105911263A (en) | Automatic test tube centering and fixing device of blood concentration detector and control method thereof | |
| CN205636289U (en) | Cloth slot -cutting machine | |
| CN207346735U (en) | For assembling the transport mechanism of commutator assembly | |
| CN108318188A (en) | A kind of sealing propertytest tooling for automobile tail gas pipe | |
| CN204719740U (en) | A kind of sliding push type computer main board failure diagnosis card | |
| CN205989448U (en) | Mill hydraulic safe piece system | |
| CN209203345U (en) | A kind of drill bit bone bits extraction detection device | |
| CN210090479U (en) | Device for conveying liquid to center direction of disc | |
| CN208374290U (en) | Novel drilling breaking auto-induction apparatus | |
| CN209337745U (en) | A kind of roll body with dual adsorption function | |
| CN102113860A (en) | Line winding device with clasping reduction gear | |
| CN208765964U (en) | A kind of Heavy-duty chassis dynamometer is anti-to go out system | |
| CN208054447U (en) | A kind of hollow glass automatic sheet-feeding equipment | |
| CN110665843A (en) | Device for rapidly detecting quality of sponge by utilizing water level measurement | |
| CN106002143A (en) | Quick valve port grabbing device | |
| CN203209601U (en) | Thread rolling machine | |
| CN208071699U (en) | A kind of disposable tissue grinder | |
| CN206887455U (en) | It is a kind of to roll the weaving cleaning device rinsed | |
| CN206208545U (en) | Vehicle steering multifunction test device | |
| CN212844626U (en) | Sputum detects quick dispersion devices | |
| CN110507869A (en) | A kind of Portable Chinese medicine respiratory tract phlegm sucking equipment for paediatrics | |
| CN205236465U (en) | Cylinder removing devices with prevent scraping flitch | |
| CN207894755U (en) | Toughness detects shock machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161221 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |