CN109941615A - Nephrosis detection kit storing unit - Google Patents
Nephrosis detection kit storing unit Download PDFInfo
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- CN109941615A CN109941615A CN201910269718.3A CN201910269718A CN109941615A CN 109941615 A CN109941615 A CN 109941615A CN 201910269718 A CN201910269718 A CN 201910269718A CN 109941615 A CN109941615 A CN 109941615A
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- storage box
- bevel gear
- belt pulley
- kit
- shape storage
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- 238000001514 detection method Methods 0.000 title claims abstract description 23
- 206010029164 Nephrotic syndrome Diseases 0.000 title claims abstract description 22
- 208000009928 nephrosis Diseases 0.000 title claims abstract description 22
- 231100001027 nephrosis Toxicity 0.000 title claims abstract description 22
- 238000004140 cleaning Methods 0.000 claims abstract description 156
- 238000003860 storage Methods 0.000 claims abstract description 93
- 238000001035 drying Methods 0.000 claims abstract description 38
- 230000005540 biological transmission Effects 0.000 claims description 70
- 238000011010 flushing procedure Methods 0.000 claims description 41
- 238000009434 installation Methods 0.000 claims description 25
- 230000033001 locomotion Effects 0.000 claims description 13
- 230000009467 reduction Effects 0.000 claims description 13
- 241000883990 Flabellum Species 0.000 claims description 10
- 238000003756 stirring Methods 0.000 claims description 10
- 210000003361 heart septum Anatomy 0.000 claims description 4
- 241000237858 Gastropoda Species 0.000 claims 1
- 238000012545 processing Methods 0.000 abstract description 4
- 239000000523 sample Substances 0.000 description 27
- 238000010586 diagram Methods 0.000 description 23
- 238000004659 sterilization and disinfection Methods 0.000 description 18
- 238000000034 method Methods 0.000 description 12
- 238000012360 testing method Methods 0.000 description 11
- 230000008569 process Effects 0.000 description 9
- 239000008280 blood Substances 0.000 description 4
- 210000004369 blood Anatomy 0.000 description 4
- 239000003153 chemical reaction reagent Substances 0.000 description 4
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 4
- 230000000694 effects Effects 0.000 description 4
- 230000007246 mechanism Effects 0.000 description 4
- 201000010099 disease Diseases 0.000 description 3
- 230000000737 periodic effect Effects 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 239000000356 contaminant Substances 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 239000012535 impurity Substances 0.000 description 2
- 239000007788 liquid Substances 0.000 description 2
- 239000002574 poison Substances 0.000 description 2
- 231100000614 poison Toxicity 0.000 description 2
- 238000002360 preparation method Methods 0.000 description 2
- 238000005070 sampling Methods 0.000 description 2
- 239000007921 spray Substances 0.000 description 2
- 238000002562 urinalysis Methods 0.000 description 2
- 210000002700 urine Anatomy 0.000 description 2
- 230000000007 visual effect Effects 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 230000003321 amplification Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000003139 buffering effect Effects 0.000 description 1
- 238000005660 chlorination reaction Methods 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000008094 contradictory effect Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 239000011521 glass Substances 0.000 description 1
- 230000036541 health Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 238000001727 in vivo Methods 0.000 description 1
- 230000003993 interaction Effects 0.000 description 1
- 230000002427 irreversible effect Effects 0.000 description 1
- 230000003907 kidney function Effects 0.000 description 1
- 238000009533 lab test Methods 0.000 description 1
- 238000003199 nucleic acid amplification method Methods 0.000 description 1
- 239000013610 patient sample Substances 0.000 description 1
- 238000004080 punching Methods 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 238000005507 spraying Methods 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 238000005406 washing Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Landscapes
- Apparatus For Disinfection Or Sterilisation (AREA)
Abstract
The present invention relates to a kind of nephrosis detection kit storing unit, the present invention solves the problems, such as that existing kit placement environment is poor and cannot preferably be cleaned, be sterilized to kit；The technical solution of solution includes: to be rotatably equipped with kit in T shape storage box and T shape storage box, T shape storage box lower, transverse side is equipped with cleaning device and the T shape storage box lower, transverse other side is equipped with sterilizing-drying device, cleaning chamber is equipped in T shape storage box between cleaning device and sterilizing-drying device, kit is driven to rotate 180 ° by driving motor when needing to clear up kit, so that cuvette groove cleans downward and by cleaning device to kit, kit is sterilized by sterilizing-drying device after cleaning, drying and processing, then kit is driven to invert 180 ° by driving motor, so that kit restores to state to be used.
Description
Technical field
The present invention relates to medical treatment detection device technical field, in particular to a kind of nephrosis detection kit storing unit.
Background technique
With the improvement of people's life quality, people also increasingly pay attention to the health examination of body, present potential disease
Disease is relatively more, such as the disease in terms of renal function, and nephrosis early stage is difficult to find, usually when clinical definite, nephrotic is missed
Optimal therapic opportunity, causes disease sharply to deteriorate, irreversible, therefore the nephrosis of early stage detects extremely important, usual feelings
The nephrosis scope of examination includes the detection of routine urinalysis, blood routine under condition, and routine urinalysis detection usually require patient leave and take it is a certain amount of
Urine sample is then stored in test tube and is uniformly placed on test tube in kit, is provided in kit very much
Urine in Patients sample batch is sent to corresponding sensing chamber by kit and carries out detection chemical examination by cuvette groove, medical worker；Blood is normal
Rule are also to need patient to extract a certain amount of blood and be stored in test tube, are then uniformly placed on test tube in kit
Blood sample is sent to corresponding testing laboratory by kit batch and is chemically examined by medical worker, and existing kit makes
With (i.e. kit is placed on sample tap, waits patient that the sample to be left and taken is placed in this mistake in kit in the process
Journey) it is highly susceptible to pollute and be typically exposed in outside air in most cases, it is not good to kit offer one
Good placement environment, sample, kit are completely exposed after the sample left and taken is placed in the cuvette groove in kit by patient
In outside air, it is easy to it is contaminated, and can also remain some residues for leaving and taking sample on kit over time,
Reagent box body is polluted, so that the sample that next time can leave and take the patient being placed in kit when reusing is made
At pollution, influence to detect result of laboratory test, and existing kit also it is not cleared up preferably after use,
Disinfection easily causes the sample residues on kit to pollute the next sample to be placed, therefore we need to design
It is a kind of that the good kit storage dress for placing environment and capable of being cleaned, being sterilized to kit can be provided to kit
It sets for solving problem above.
Summary of the invention
For above situation, for the defect for overcoming the prior art, the present invention provides a kind of nephrosis detection kit storage dress
It sets, which preferably can be sealed placement to kit, when patient is successively by left and taken sample
Product are placed in kit during cuvette groove, and kit is in the storing unit and is isolated from the outside, relative to biography
The kit of system is directly placed at sample tap and exposure in air, greatly reduces sample and reagent box body is extraneous
The probability that impurity is polluted；And the kit storing unit can also carry out periodic cleaning, disinfection to used kit, lead to
It crosses control device and then starts corresponding cleaning device, chlorination equipment for 180 ° of kit rotation and it is cleaned, sterilize, then
180 ° are reversely rotated by control device again to restore kit to state to be used.
Specific technical solution is as follows:
Nephrosis detection kit storing unit, including T shape storage box, which is characterized in that the T shape stores upper box part longitudinal direction two sides
It is rotatably equipped between wall on bottom plate and bottom plate and is fixed with kit, the T shape storage box upper end is rotatably equipped with case lid and T shape
Storage box longitudinal direction side is equipped with equipment box, and the bottom plate is connected with the first transmission device being set in equipment box and the first transmission
Device is driven by the driving motor being set in equipment box, is provided in the T shape storage box immediately below the kit clear
It washes chamber and cleaning chamber both lateral sides is equipped with the first rectangular opening, the T shape storage box lower, transverse side is equipped with cleaning device；It is described
The T shape storage box lower, transverse other side is equipped with sterilizing-drying device, and the driving motor, which is connected with, is arranged in moving in equipment box
Power switching device；
The cleaning device includes that the cleaning case being set in T shape storage box and cleaning case through Telescopic flexible pipe are communicated with flushing
Pipe, flushing pipe longitudinal direction both ends, which are connected separately with, slides laterally the first telescopic rod being connected on T shape storage box bottom wall and the
One telescopic rod is connected with the second transmission device, and second transmission device is connected to switchover apparatus transverse direction one end, described clear
Tank-washer is equipped with pressurizing device, and first telescopic rod is equipped with third transmission device and third transmission device is connected with setting and exists
The first reciprocator on first telescopic rod, third transmission device are driven through the first reciprocator by pressurizing device and drive first
Telescopic rod intracavitary does iterative motion cleaning；
The sterilizing-drying device includes being set to the T shape storage box transverse direction other side and in the rectangular shaft and rectangular shaft that longitudinally extend
End surfaces are provided with multiple groups sterilamp, and the rectangular shaft is provided with multiple drying fans, the rectangle away from cleaning chamber side
Bar longitudinal direction both ends are connected separately with the second telescopic rod for sliding laterally and being connected to T shape storage box bottom wall, and the second telescopic rod is connected with
4th transmission device and the 4th transmission device are connected to the other end of switchover apparatus, and second telescopic rod is equipped with driving
Device and be connected with through driving device the second reciprocator being arranged on the second telescopic rod and through the second reciprocator drive
Second telescopic rod intracavitary does iterative motion cleaning.
Preferably, bottom plate longitudinal direction both ends are rotatablely installed through first axle in the shape storage box longitudinal direction T two sidewalls respectively, close
It is pierced by T shape storage box outside the first axis of equipment box side and is pierced by one end and be connected with the first belt pulley set, the first belt pulley set
The other end is connected with rotational installation in the worm gear on T shape storage box side wall, and worm gear is engaged with rotational installation in T shape storage box side wall
On worm screw, first transmission device includes that the second belt pulley set connecting with worm screw and the second belt pulley set other end connect
There is rotational installation in axially slidably connecting axis on the second axis and the second axis in the first slide cartridge on equipment box bottom wall, the first slide cartridge
To first bevel gear is slidably connected, it is rotatably equipped with the first slip ring for being slidably connected to equipment box bottom wall on the second axis, first
Slip ring is connected with the first hydraulic cylinder being installed on equipment box bottom wall, and first bevel gear is engaged with set and is fixed in driving motor output shaft
On second bevel gear and first bevel gear towards the first slip ring side connect first back-moving spring, the first back-moving spring other end
It is connected to the second axis.
Preferably, first telescopic rod includes longitudinal gap setting and slides laterally and be connected to T shape storage box bottom wall
First L shape bar, the first L shape bar horizontal component are to be sliding combined with first connecting rod in a rectangular cavities and rectangular cavities, the
One connecting rod is placed in the outer one end of rectangular cavities and connect with flushing pipe, and second transmission device includes close to the first of equipment box side
The first rack gear and the first rack gear that L shape bar vertical section is fixedly connected are engaged be rotatably installed on T shape storage box bottom wall
One gear, the first gear is connected with third belt pulley set and the third belt pulley set other end be connected with first bevel gear group and
It is connect through first bevel gear group with switchover apparatus.
Preferably, the pressurizing device includes the stirring flabellum being rotatablely installed between the two sidewalls of cleaning case longitudinal direction and stirring
Flabellum is placed in the outer one end of cleaning case and is connected with the 4th belt pulley set, and the 4th belt pulley set is set the electricity of the pressurization at the top of cleaning case
Machine driving, the booster electric machine are connected with rotational installation in the third hand tap gear and third of cleaning case side wall through the 5th belt pulley set
Bevel gear is engaged with rotational installation in the 4th bevel gear on cleaning case, and the third transmission device includes same with the 4th bevel gear
First plectane of axle center setting, the first plectane are respectively arranged with multiple mutually matched first with the 4th opposite side of bevel gear and nibble
Block is closed, the first plectane is in axial sliding connection the second slide cartridge being rotatably installed on the first L shape bar and the first plectane is away from the 4th
Bevel gear side is connected with the first buffer spring, and the first buffer spring other end, which is connected on the second slide cartridge and the second slide cartridge, to be covered admittedly
There is the 5th bevel gear, the 5th bevel gear is engaged with rotational installation in the 6th bevel gear on the first L shape bar and the 6th bevel gear warp
Worm type of reduction gearing is connected to the first reciprocator.
Preferably, the first L shape pole face close to equipment box side offers the second rectangular opening to cleaning case side, and described the
One reciprocator includes connecting and being rotatablely installed with worm type of reduction gearing in the 6th belt pulley set on the first L shape bar, and the 6th
It is fixed with the first sliding block in belt pulley set and the first sliding block towards first connecting rod side is rotatably equipped with the first Z-shaped connecting rod, the first Z
The shape connecting rod other end is rotatablely installed through the second rectangular opening on first connecting rod.
Preferably, second telescopic rod, which includes longitudinal gap setting and slides laterally, is connected to T shape storage box bottom wall
The 2nd L shape bar, the 2nd L shape bar horizontal component is to be sliding combined with second connecting rod in a rectangular cavities and rectangular cavities,
Second connecting rod is placed in the outer one end of rectangular cavities and connect with rectangular shaft, and the 4th transmission device includes the of close equipment box side
The second rack gear and the second rack gear that two L shape bar vertical sections are fixedly connected, which are engaged with, to be rotatably installed on T shape storage box bottom wall
Second gear, the second gear is connected with the 7th belt pulley set and the 7th belt pulley set other end is connected with second bevel gear group
And it is connect through second bevel gear group with switchover apparatus.
Preferably, the 2nd L shape pole face close to equipment box side offers third rectangular opening to cleaning case side, and described the
Two reciprocators include be rotatablely installed it is sliding in being fixed with second in the 8th belt pulley set on the 2nd L shape bar, the 8th belt pulley set
Block and the second sliding block are rotatably equipped with the second Z-shaped connecting rod towards second connecting rod side, and the second Z-shaped connecting rod other end is through third rectangle
Hole is rotatablely installed on second connecting rod, and the 8th belt pulley set drives through reciprocating motor.
Preferably, the switchover apparatus includes the 7th bevel gear and the 7th cone that set is fixed in driving motor output shaft
Gear two sides are engaged with the 8th bevel gear of concentric setting respectively, and two the 8th bevel gears cover to be fixed in respectively is rotatably installed in equipment
Coaxial heart septum has been combined with third axis, the opposite end cap intrinsic second of two third axis in third slide cartridge and third slide cartridge in case
The second buffer spring with the concentric setting of third axis, the connection of the second buffer spring other end are connected on plectane and the second plectane
Have axial sliding fit on third axis third plectane and third plectane and the opposite side of the 8th bevel gear with matching
Multiple the second gear blocks matched are provided with, the two third axis common rotations, which are equipped with, to be slidably connected on equipment box bottom wall
The second slip ring and the second slip ring be connected with the second hydraulic cylinder being fixed on equipment box bottom wall, the two third axis other end axis
To the 4th slide cartridge being mounted on equipment box bottom wall is sliding combined with, the 4th slide cartridge is respectively through first bevel gear group, the second cone tooth
Wheel group is connect with third belt pulley set, the 7th belt pulley set.
Preferably, it is provided with multiple cuvette grooves in the kit and test tube trench bottom is provided with to slide laterally and is connected to examination
Channel sidewalls and mutually matched arc clamping plate, the cuvette groove both lateral sides are equipped with sliding chamber, arc clamping plate other end warp
Second back-moving spring is connected to sliding chamber side wall, and the bottom plate both lateral sides are trapezoidal faces and T shape storage box both lateral sides wall through the
Three reset springs slidably connect the plugging plate matched with bottom plate both lateral sides, plugging plate and bottom plate cooperation side be set as with
Trapezoidal faces match groove.
Preferably, the cleaning chamber is a U-shaped cavity and bottom wall is set as intermediate low two sides height, two first rectangular openings
Through the 4th reset spring shutter is slidably connected between upper and lower two bottom wall and the shutter one end that cooperates is set as inclined-plane, institute
State position longitudinal gap among cleaning bottom of chamber portion and be equipped with multiple leak holes, cleaning bottom of chamber wall be equipped with it is longitudinal extend and with multiple leak holes
The conduit pipe of connection, conduit pipe are connected to the drainpipe for being set to the shape storage box longitudinal direction T side.
Above-mentioned technical proposal beneficial effect is:
(1) the nephrosis detection kit storing unit preferably can be sealed placement to kit, when patient will be stayed successively
Sample is taken to be placed in kit during cuvette groove, kit is in the storing unit and is isolated from the outside, relatively
Sample tap and exposure are directly placed in air in traditional kit, greatly reduce sample and reagent box body quilt
The probability that introduced contaminants are polluted；
(2) cleaning device and sterilizing-drying device are respectively equipped in the kit storing unit, can to used kit into
Kit is rotated 180 ° by control device, so that cuvette groove is in a vertical state downward, then by row periodic cleaning, disinfection
Start corresponding cleaning device to clean kit, starts sterilizing-drying device after cleaning and it is dried, is disappeared
Poison is then reversely rotated 180 ° by control device again and is again restored kit to state to be used so as to next time
It uses.
Detailed description of the invention
Fig. 1 is overall structure of the present invention；
Fig. 2 is schematic diagram of internal structure after the longitudinal side section view of the present invention；
Fig. 3 cleans schematic diagram to kit for flushing pipe after the longitudinal other side section view of the present invention；
Fig. 4 dries kit for drying fan, sterilamp after the longitudinal other side section view of the present invention, sterilizes schematic diagram；
Fig. 5 is schematic diagram after the longitudinal other side T shape storage box of the present invention and cleaning chamber section view；
Fig. 6 is the first L shape bar and third belt pulley set matching relationship schematic diagram of the invention；
Fig. 7 is schematic diagram when flushing pipe of the present invention stretches to cleaning chamber work；
Fig. 8 is schematic diagram when flushing pipe of the present invention is not worked；
Fig. 9 is another visual angle schematic diagram when cleaning device of the present invention works；
Schematic diagram when Figure 10 is present invention disinfection, drying unit work；
Figure 11 is cleaning device of the present invention, disinfection, drying unit and cleaning chamber matching relationship top view；
Figure 12 is schematic diagram after structure amplification at A of the present invention；
Figure 13 is the first reciprocator of the invention and first connecting rod connection relationship diagram；
Figure 14 is the second reciprocator of the invention and second connecting rod connection relationship diagram；
Figure 15 is cleaning device of the present invention, disinfection, drying unit and cleaning chamber matching relationship schematic diagram；
Figure 16 is cleaning device of the present invention, disinfection, drying unit and cleaning another visual angle schematic diagram of chamber matching relationship；
Figure 17 is schematic diagram of internal structure after the section view of kit longitudinal direction of the present invention side；
Figure 18 is switchover apparatus of the present invention, the first transmission structures schematic diagram；
Figure 19 is switchover apparatus of the present invention, another viewing angle constructions schematic diagram of the first transmission device；
Figure 20 is that the present invention determines schematic diagram after the separation of power switching device part-structure；
Figure 21 is drainpipe of the present invention and T shape storage box connection relationship diagram；
Figure 22 is top view after kit of parts section view of the present invention；
Figure 23 is operation schematic diagram when cleaning after kit of the present invention rotates 180 ° downwards to it.
Specific embodiment
For the present invention aforementioned and other technology contents, feature and effect, in following cooperation with reference to figures 1 through Figure 23 pairs
In the detailed description of embodiment, can clearly it present.The structure content being previously mentioned in following embodiment is attached with specification
Figure is reference.
Each exemplary embodiment of the invention is described below with reference to accompanying drawings.
Embodiment 1,3 storing unit of nephrosis detection kit, including T shape storage box 1, which is characterized in that the T shape is deposited
It puts to be rotatably equipped on bottom plate 2 and bottom plate 2 between 1 top longitudinal direction two sidewalls of case and is fixed with kit 3, on the T shape storage box 1
End is rotatably equipped with case lid 80 and the longitudinal side of T shape storage box 1 is equipped with equipment box 4, and the bottom plate 2, which is connected with, is set to equipment box
The first transmission device and the first transmission device in 4 are driven by the driving motor 5 being set in equipment box 4, are located at the reagent
It is provided with cleaning chamber 6 in T shape storage box 1 immediately below box 3 and cleaning 6 both lateral sides of chamber are equipped with the first rectangular opening 7, the T shape
1 lower, transverse side of storage box is equipped with cleaning device；The 1 lower, transverse other side of T shape storage box is equipped with sterilizing-drying device,
The driving motor 5 is connected with the switchover apparatus being arranged in equipment box 4；
The cleaning device includes that the cleaning case 8 being set in T shape storage box 1 and cleaning case 8 through Telescopic flexible pipe 9 are communicated with punching
Pipe 10 is washed, it is flexible that the longitudinal both ends of the flushing pipe 10 are connected separately with first for sliding laterally and being connected on 1 bottom wall of T shape storage box
Bar and the first telescopic rod are connected with the second transmission device, and second transmission device is connected to switchover apparatus transverse direction one end,
The cleaning case 8 is equipped with pressurizing device, and first telescopic rod is equipped with third transmission device and third transmission device connects
There is the first reciprocator being arranged on the first telescopic rod, third transmission device is driven through the first reciprocator by pressurizing device
The first telescopic rod is driven to do iterative motion in cleaning chamber 6；
The sterilizing-drying device includes the rectangular shaft 12 and rectangle for being set to the lateral other side of T shape storage box 1 and longitudinally extending
12 upper surface of bar is arranged at intervals with multiple groups sterilamp 13, and the rectangular shaft 12 is provided with multiple drying wind away from cleaning 6 side of chamber
Fan 14, the longitudinal both ends of the rectangular shaft 12 are connected separately with the second telescopic rod for sliding laterally and being connected to 1 bottom wall of T shape storage box,
Second telescopic rod is connected with the 4th transmission device and the 4th transmission device is connected to the other end of switchover apparatus, and described second
Telescopic rod is equipped with driving device and is connected with the second reciprocator being arranged on the second telescopic rod through driving device and passes through
Second reciprocator drives the second telescopic rod to do iterative motion in cleaning chamber 6.
The embodiment when in use, in order to wait patient sample is returned into sampling window during, storage
The kit 3 of sample can be in a better Conservation environment, avoid the impurity in outside air to kit 3 and
Sample through being placed in kit 3 pollutes, and the fixation of kit 3 is rotatably installed in by we on a base plate 2 and through bottom plate 2
1 top of T shape storage box, 1 upper end of T shape storage box are rotatably equipped with case lid 11, are sealed T shape storage box 1 by case lid 11,
When the sample for being left and taken its own by patient is sent to sampling window, open case lid 11 its sample is placed in kit 3 and
Case lid 11 is closed again afterwards, it is unified by sample by carrying T shape storage box 1 by medical worker when sample is piled in kit 3
It send to corresponding laboratory and is detected；Bottom plate 2 is set to be driven in the driving motor 5 in equipment box 4, and bottom plate 2 is connected with the
One transmission device and the first transmission device drives through driving motor 5, is additionally provided with the first transmission device conjugate control in equipment box 4
Device, when kit 3 is in normal operating condition, work of first transmission device in the first transmission device conjugate control device
It is in disengaged position with driving motor 5 with lower, when we need to clean kit 3, is nibbled by the first transmission device
Closing control device engages the first transmission device with driving motor 5, we only need to be by controlling 5 controller of driving motor at this time
The rotation of control driving motor 5 (makes driving motor 5 drive 3 turns of kit by setting control parameter to 5 controller of driving motor
Stop working after 180 ° dynamic), and make kit 3 rotate 180 ° by the first transmission device, we are immediately below kit 3
T shape storage box 1 in be equipped with cleaning chamber 6, when kit 3 driving motor 5 after being rotated by 180 ° just we in T shape
1 lower section both lateral sides of storage box are respectively equipped with cleaning device and disinfection, drying unit, kit 3 can be carried out cleaning and after
Continuous disinfection, drying and processing；
Specifically, cleaning device includes being set to the cleaning case 8 and cleaning case 8 of lateral side below T shape storage box 1 through scalable
Hose 9 is communicated with flushing pipe 10, and when cleaning device is not worked, it is outer (referring to 2 institute of attached drawing that flushing pipe 10 is located at cleaning chamber 6
Show), the longitudinal both ends of flushing pipe 10, which are connected separately with, slides laterally the first telescopic rod being connected on 1 bottom wall of T shape storage box and the
One telescopic rod is connected with the second transmission device, and the second transmission device is connected to switchover apparatus transverse direction one end, we pass through control
Brake force switching device makes driving motor 5 impart power to the second transmission device, and is driven by the second transmission device
Two first telescopic rods for being slidably connected to 1 bottom wall of T shape storage box are slided, and make flushing pipe 10 in two first telescopic rods
Drive under stretch in cleaning chamber 6 (referring to shown in attached drawing 3), we set driving motor 5 and kit 3 are driven to rotate 180 °
Rotation surplus just may make two first telescopic rods that flushing pipe 10 is driven to slide into cleaning chamber 6 and make flushing pipe 10 just
Positioned at kit 3 immediately below 8 side of cleaning case, driving motor 5 stops working at this time, and one first flexible wherein for we
Bar is equipped with third transmission device and third transmission device is connected with the first reciprocator being arranged on first telescopic rod,
Third transmission device is driven by the pressurizing device for being set to 8 upper end of cleaning case, we control pressurizing device start-up operation and make at this time
It obtains the cleaning solution being located in cleaning case 8 to spray outward through flushing pipe 10 and be rinsed the kit 3 being positioned above, add
Pressure device starting work and then pass through third transmission device and drive the work of the first reciprocator, the first reciprocator drives the at this time
One telescopic rod does iterative motion in cleaning chamber 6, and then realizes that all standing to kit 3 is cleaned (referring to shown in attached drawing 5
State, the diagram are to demonstrate the position for the moment that flushing pipe 10 carries out kit 3 in cleaning process), we are in T
The longitudinal side of shape storage box 1 is equipped with glass window 15, observed in real time washing and cleaning operation, when cleaning finishes, we
Control pressurizing device stops working and flushing pipe 10 is made to be located at kit 3 again and (rushes immediately below 8 side of cleaning case
Wash the initial position that pipe 10 is slid under the drive of two first telescopic rods in cleaning chamber 6), we are controlled by driving motor 5 at this time
Device control driving motor 5 processed inverts, and by the second transmission device two first telescopic rods is exited out of cleaning chamber 6；
At this time we control switchover apparatus make driving motor 5 by power through switchover apparatus pass to the 4th transmission fill
The two second telescopic rods sliding for being slidably connected to 1 bottom wall of T shape storage box is set and drives, original state disinfection, drying unit are not
When work, the sterilamp 13 and drying fan 14 being set in rectangular shaft 12 are not in cleaning chamber 6, and two second telescopic rods exist
Rectangular shaft 12 is driven to slide into cleaning chamber 6 under the driving of 4th transmission device, and we set driving motor 5 and rotate equally
Stroke after (i.e. driving motor 5 drive bottom plate 2 rotate 180 ° of this rotation surpluses), just to be set in rectangular shaft 12
Multiple sterilamps 13 are located just at underface of the kit 3 far from 8 side of cleaning case, and (driving motor 5 just stops work at this time
Make), sterilamp 13 and drying fan 14 are electrically connected with the battery group being arranged in T shape storage box 1 and by battery group
Electric power is provided, we are driven be disposed therein on second telescopic rod second reciprocal by control reciprocating motor 60 at this time
Mechanism work, and then the second telescopic rod is driven to do iterative motion in cleaning chamber 6, we control sterilamp 13 respectively at this time
Unlatching carries out disinfection to kit 3 and makes the work of drying fan 14 that drying and processing be blowed (referring to attached drawing to kit 3
Shown in 4, the diagram only demonstrate sterilamp 13 and drying fan 14 carry out disinfection to kit 3, in drying course wherein
One state position), when to kit 3 disinfection, drying after, and by observation window 15 observe so that rectangular shaft 12 just
When in kit 3 far from immediately below 8 side of cleaning case, reciprocating motor 60 is controlled by 60 controller of reciprocating motor and stops work
Make, we are controlled driving motor 5 and inverted by 5 controller of driving motor at this time makes two second to stretch by the 4th transmission device
Bar releases cleaning chamber 6, and reforms into just beginning and end working condition, and the above whole process is just completed the cleaning to kit 3, dried
Dry, disinfection treatment operation, we are disengaged from it with driving motor 5 by controlling switchover apparatus at this time, and lead to
Crossing the first transmission device conjugate control device engages the first transmission device with driving motor 5, passes through 5 controller of driving motor
Control driving motor 5 works and kit 3 is driven to rotate backward 180 ° of (i.e. normal operating conditions, by attached that restPose
Fig. 3 becomes to state shown in attached drawing 1).
Embodiment 2, on the basis of embodiment 1, the longitudinal both ends of the bottom plate 2 are rotatablely installed through first axle 16 in T respectively
The longitudinal two sidewalls of shape storage box 1, the first axle 16 close to 4 side of equipment box are pierced by T shape storage box 1 outward and are pierced by one end connection
There is the first belt pulley set 17,17 other end of the first belt pulley set is connected with rotational installation in the worm gear on 1 side wall of T shape storage box
18, worm gear 18 is engaged with rotational installation in the worm screw 19 on 1 side wall of T shape storage box, and first transmission device includes and worm screw
The second belt pulley sets 20 and 20 other end of the second belt pulley set of 19 connections are connected with rotational installation in the on 4 bottom wall of equipment box
One slide cartridge 21 axially slidably connects in first slide cartridge 21 and has been in axial sliding connection the first cone tooth on second axis 22 and the second axis 22
23 are taken turns, is rotatably equipped with the first slip ring 24 for being slidably connected to 4 bottom wall of equipment box on the second axis 22, the first slip ring 24 is connected with peace
Loaded on the first hydraulic cylinder 25 on 4 bottom wall of equipment box, first bevel gear 23 is engaged with that set is fixed on 5 output shaft of driving motor
Two bevel gears 26 and first bevel gear 23 connect first back-moving spring 27 towards 24 side of the first slip ring, and first back-moving spring 27 is another
One end is connected to the second axis 22.
The embodiment when in use, about the first transmission device be how with driving motor 5 be detached from, engage and be
How to be driven, will be described in detail following；Referring to shown in structure in attached drawing 18, first bevel gear when original state
23 second bevel gears 26 being fixed on 5 output shaft of driving motor with set do not engage, when needing to clean kit 3,
We extend first hydraulic cylinder 25 and drive second by the first slip ring 24 by controlling 25 controller of first hydraulic cylinder
Axis 22 is slided towards the direction close to 5 output shaft of driving motor along 4 bottom wall of equipment box, referring to shown in attached drawing 19, on the second axis 22
It has been in axial sliding connection first bevel gear 23 and first bevel gear 23 is connected with away from 5 output shaft side axial ends of driving motor
First back-moving spring 27, two first back-moving springs, 27 other end be connected on the second axis 22 and the second axis 22 and the first slip ring 24 it
Between be rotatably assorted installation, the second axis 22 is in axial sliding connection in the first slide cartridge 21 being rotatably installed on 4 bottom wall of equipment box, when
One hydraulic cylinder 25 extends through the first slip ring 24 and drives the second axis 22 into 5 output shaft moving process of driving motor, if the first cone
Gear 23 and second bevel gear 26 touch tooth phenomenon then two first back-moving springs 27 of the extruding of first bevel gear 23, due to driving electricity
Machine 5 is now in working condition and second bevel gear 26 is driven to be constantly in rotary state, when second bevel gear 26 is with driving
The rotation of 5 output shaft of motor with 23 tooth of first bevel gear so that when mutually staggering, and first bevel gear 23 is in two first back-moving springs 27
Under the action of slided towards close to 26 direction of second bevel gear, and finally realize first bevel gear 23 and 26 tooth of second bevel gear
At a fully engaged between tooth, 5 power of driving motor passes to the second belt pulley set 20 at this time, and the second belt pulley set 20 is another
Driving worm screw 19 rotates and then worm gear 18 is driven to rotate at end, and the structure referring to shown in attached drawing 20, worm gear 18 is rotated through the first belt pulley
Group 17 drives first axle 16 to rotate, and then realizes the effect that driving bottom plate 2 rotates, when driving motor 5 drives bottom plate 2 to rotate 180 °
Driving motor 5 stops working afterwards, and (we make driving motor 5 that bottom plate 2 be driven to rotate 5 controller setup parameter of driving motor
At 180 °, driving motor 5 is automatically stopped work), when it is required that the first transmission device and driving motor 5 are disengaged from, only
25 controller of first hydraulic cylinder control first hydraulic cylinder 25 need to be controlled and shrink respective distance, just realize the first transmission device and driving
The disengaging of motor 5, due to the self-locking effect between 18 worm screw 19 of worm gear make kit 3 it is firm be maintained at current location.
Embodiment 3, on the basis of embodiment 1, first telescopic rod include longitudinal gap setting and the company of sliding laterally
It is connected to the first L shape bar 28 of 1 bottom wall of T shape storage box, 28 horizontal component of the first L shape bar is a rectangular cavities and rectangular cavities
It is inside sliding combined with first connecting rod 29, first connecting rod 29 is placed in the outer one end of rectangular cavities and connect with flushing pipe 10, and described second passes
Dynamic device includes the first rack gear 30 that 28 vertical section of the first L shape bar close to 4 side of equipment box is fixedly connected and the first rack gear
30 are engaged with the first gear 31 being rotatably installed on 1 bottom wall of T shape storage box, and the first gear 31 is connected with third belt pulley
Group 32 and 32 other end of third belt pulley set are connected with first bevel gear group 33 and fill through first bevel gear group 33 and powershift
Set connection.
The embodiment when in use, is how to connect with the second transmission device about the first telescopic rod and is how to pass through
The driving of driving motor 5 slides into cleaning chamber 6, will be described in detail following；First telescopic rod includes the company of sliding laterally
It is connected in the first L shape bar 28 of 1 bottom wall of T shape storage box and the first L shape bar 28 and slidably connects first connecting rod 29, referring to attached drawing 9
Shown, first connecting rod 29 is placed in the outer one end of the first L shape bar 28 and is connected to flushing pipe 10, and the second transmission device includes close to equipment box
The first fixed rack gear 30 of 28 vertical section of the first L shape bar of 4 sides, driving motor 5 is by switchover apparatus through the first cone
Gear set 33 imparts power to third belt pulley set 32 and third belt pulley set 32 drives first gear 31 to rotate, and then drives
The first rack gear 30 being engaged with is slided along 1 bottom wall of T shape storage box, drives the first L shape bar 28 towards close to cleaning to realize
It the direction of chamber 6 slides, that is, so that the first L shape bar 28, the first connecting rod 29 being slidably connected therewith, being connect with first connecting rod 29
The state shown in attached drawing 8 of flushing pipe 10 becomes state shown in attached drawing 7, this process by flushing pipe 10 slide into cleaning chamber 6 in and
(the rotation surplus that we set 180 ° of rotation of driving motor driving kit just makes first to preparation before completing cleaning
L shape bar 28 drives flushing pipe 10 to slide into cleaning chamber 6 and is placed in kit 3 close to the following position directly of 8 side of cleaning case
Place).
Embodiment 4, on the basis of embodiment 3, the pressurizing device includes rotational installation in the longitudinal two sidewalls of cleaning case 8
Between stirring flabellum 34 and stirring flabellum 34 be placed in the outer one end of cleaning case 8 and be connected with the 4th belt pulley set 35, the 4th belt pulley
The booster electric machine 36 that group 35 is set in 8 top of cleaning case drives, and the booster electric machine 36 is connected with through the 5th belt pulley set 37
The third hand tap gear 38 and third hand tap gear 38 being rotatablely installed in 8 side wall of cleaning case are engaged with rotational installation on cleaning case 8
4th bevel gear 39, the third transmission device include the first plectane 40 with the concentric setting of the 4th bevel gear 39, the first circle
Plate 40 and the opposite side of the 4th bevel gear 39 are respectively arranged with multiple mutually matched first gear blocks 41, and the first plectane 40 is axial
It slidably connects the second slide cartridge 42 being rotatably installed on the first L shape bar 28 and the first plectane 40 is away from 39 side of the 4th bevel gear
It is connected with the first buffer spring 43,43 other end of the first buffer spring, which is connected on the second slide cartridge 42 and the second slide cartridge 42, to be covered inherently
5th bevel gear 44, the 5th bevel gear 44 are engaged with rotational installation in the 6th bevel gear 45 on the first L shape bar 28 and the 6th cone
Gear 45 is connected to the first reciprocator through worm type of reduction gearing 80.
The embodiment when in use, about pressurizing device be how by the cleaning solution in cleaning case 8 through flushing pipe 10
Cleaning is carried out to kit 3 and pressurizing device is how to be cleaned in chamber 6 by the first reciprocator the first telescopic rod of drive
Do being described in detail following for iterative motion；Specifically, we are rotatably equipped with stirring flabellum in cleaning case 8
It 34 and stirs flabellum 34 and is set and driven in the booster electric machine 36 on cleaning case 8, referring to state shown in attached drawing 16, stir flabellum
34 are placed in that the outer one end of cleaning case 8 is connected with the 4th belt pulley set 35 and the 4th belt pulley set 35 is set in 8 upper end of cleaning case
Booster electric machine 36 drive, the driving stirring flabellum 34 of booster electric machine 36 rotate so as to the cleaning solution pressurization in cleaning case 8 and
High pressure water flow is made to be ejected to kit 3 through flushing pipe 10 by Telescopic flexible pipe 9, to complete the cleaning to kit 3；
Booster electric machine 36 is connected with the 5th belt pulley set 37 and through the driving rotational installation of the 5th belt pulley set 37 in 8 side of cleaning case
Third hand tap gear 38 on wall rotates, and the rotational installation of 38 rotate driving of third hand tap gear is in the 4th cone tooth on 8 side wall of cleaning case
39 rotation of wheel, the 4th bevel gear 39 is concentric to be combined with the first plectane 40 being arranged on the first L shape bar 28 and the first plectane 40
Multiple mutually matched first gear block 41(are respectively arranged with referring to shown in attached drawing 12 with the opposite side of the 4th bevel gear 39), the
One plectane 40 is in axial sliding connection in rotational installation in the second slide cartridge 42 on the first L shape bar 28 and the first plectane 40 is away from the 4th
39 side of bevel gear is connected with the first buffer spring 43, and 43 other end of the first buffer spring is connected to the first slide cartridge 21 axial two
End, we cover intrinsic 5th bevel gear 44 on the first slide cartridge 21 and the 5th bevel gear 44 is engaged with rotational installation in the first L shape
The 6th bevel gear 45 on bar 28, the 6th bevel gear 45 are connected to 80 input terminal of worm type of reduction gearing and worm type of reduction gearing
80 output ends are connected to the first reciprocator, we set driving motor 5 and drive the first telescopic rod to slide into cleaning chamber 6 and make
Flushing pipe 10 when just sliding into positioned at kit 3 immediately below 8 side of cleaning case (we start booster electric machine 36 and
Cleaning solution in cleaning case 8 is started to spray outward through flushing pipe 10), multiple first gear blocks 41 on the first plectane 40 are just
Just mesh together with multiple first gear blocks 41 on the 4th bevel gear 39, if the first plectane 40 is towards the 4th bevel gear
First be arranged on the first plectane 40 in 39 moving process gear block 41 be arranged on the 4th bevel gear 39 first
Gear block 41 occur head with it is inconsistent when, then the first plectane 40 can be slid axially along the first slide cartridge 21 and squeeze first
Buffer spring 43 is then set to since the 4th bevel gear 39 is constantly in rotary state under the driving of booster electric machine 36 at this time
When the first gear block 41 on 4th bevel gear 39 is mutually staggered with the first gear block 41 being set on the first plectane 40, first
Plectane 40 is set to first towards the mobile and realization close to 39 direction of the 4th bevel gear under the action of the first buffer spring 43
It multiple first gear blocks 41 on plectane 40 and is set to mutual between multiple first gear blocks 41 on the 4th bevel gear 39
It engages (side wall is inconsistent between i.e. multiple first gear blocks 41, realizes the transmitting of power), the first plectane 40 rotation at this time drives
First slide cartridge 21 rotates and then imparts power to worm type of reduction gearing 80, and passes to the first reciprocating engine through its output end
Why structure is arranged worm type of reduction gearing 80, Shi Yinwei booster electric machine between the 6th bevel gear 45 and the first reciprocator
36 revolving speeds are very fast, will lead to flushing pipe 10 if also driving the first reciprocator at this time with same revolving speed and do in cleaning chamber 6
Iterative motion excessive velocities are unfavorable for cleaning of the flushing pipe 10 to kit 3, are made by the way that worm type of reduction gearing 80 is arranged
Obtaining the first reciprocating mechanism movement speed reduces, and can preferably clean to kit 3.
Embodiment 5, on the basis of embodiment 4, the first L shape bar 28 close to 4 side of equipment box is towards 8 side of cleaning case
The second rectangular opening 46 is offered, first reciprocator includes connecting and being rotatablely installed in first with worm type of reduction gearing 80
The 6th belt pulley set 47 on L shape bar 28 is fixed with the first sliding block 48 in the 6th belt pulley set 47 and the first sliding block 48 is towards
One connecting rod, 29 side is rotatably equipped with the first Z-shaped connecting rod 49, and first Z-shaped 49 other end of connecting rod is rotatablely installed through the second rectangular opening 46
In on first connecting rod 29.
The embodiment is how to work that detailed retouch will be done following about the first reciprocator when in use
It states；We are equipped with the 6th belt pulley set 47 extended along its length on the first L shape bar 28 and in the 6th belt pulley sets
The first sliding block 48(is fixed with referring to shown in attached drawing 13 far from cleaning 6 side of chamber surface on 47 uplink belts), booster electric machine 36
Drive the rotation of the 6th belt pulley set 47 through third transmission device, the rotation of the 6th belt pulley set 47 drive the first sliding block 48 mobile due to
First sliding block 48 towards 29 side of first connecting rod is rotatably equipped with the first Z-shaped bar and the rotational installation of the first Z-shaped bar other end is in the
On one connecting rod 29, thus drive first connecting rod 29 in the first L shape bar 28(, that is, rectangular cavities) in slided, when the first sliding block 48
When being moved to the other end with the rotation of the 6th belt pulley set 47 right above belt pulley, first connecting rod 29 stops at rectangle at this time
Sliding in cavity, the first sliding block 48 continue mobile with belt so that being moved to downlink belt and being located at skin under the drive of belt
Immediately below belt wheel, (the first sliding block 48 is by being located at right above belt pulley with belt rotation and being moved to belt pulley just in the process
Lower section), first connecting rod 29 does not move (due to the setting of the first Z-shaped bar, so that the first Z-shaped bar and first connecting rod 29, the
One sliding block, 48 matching part relatively rotates), when the first sliding block 48 moves on downlink belt with belt continuation, band at this time
Dynamic first connecting rod 29 is slided along rectangular cavities to opposite direction, so that the first sliding block 48 is moved to another belt on downlink belt
When immediately below wheel, position when first connecting rod 29 stops sliding and restoring initial at this time again, the first sliding block 48 continues with belt
It rotates and is moved to uplink belt and be located at right above the belt pulley, above procedure is a complete circulation, and first is sliding at this time
Block 48 restores to open next circulation, the above circulation just realized to kit 3 to original state and with the rotation of belt
It is reciprocal to rinse.
Embodiment 6, on the basis of embodiment 3, second telescopic rod includes longitudinal gap setting and slides laterally
It is connected to the 2nd L shape bar 50 of 1 bottom wall of T shape storage box, 50 horizontal component of the 2nd L shape bar is a rectangular cavities and rectangular cavity
It is sliding combined with second connecting rod 51 in vivo, second connecting rod 51 is placed in the outer one end of rectangular cavities and connect with rectangular shaft 12, and the described 4th
Transmission device includes the second rack gear 52 that 50 vertical section of the 2nd L shape bar close to 4 side of equipment box is fixedly connected and the second tooth
Item 52 is engaged with the second gear 53 being rotatably installed on 1 bottom wall of T shape storage box, and the second gear 53 is connected with the 7th belt
Wheel group 54 and 54 other end of the 7th belt pulley set is connected with second bevel gear group 55 and through second bevel gear group 55 and powershift
Device connection.
The embodiment when in use, is how to connect with the 4th transmission device about the second telescopic rod and is how to pass through
The driving of driving motor 5 slides into cleaning chamber 6, will be described in detail following；Second telescopic rod includes the company of sliding laterally
It is connected in the 2nd L shape bar 50 of 1 bottom wall of T shape storage box and the 2nd L shape bar 50 and slidably connects second connecting rod 51, referring to attached drawing 10
Shown, second connecting rod 51 is placed in the outer one end of the 2nd L shape bar 50 and is connected to rectangular shaft 12, and the 4th transmission device includes close to equipment box
The second fixed rack gear 52 of 50 vertical section of the 2nd L shape bar of 4 sides, driving motor 5 is by switchover apparatus through the second cone
Gear set 55 imparts power to the 7th belt pulley set 54 and the 7th belt pulley set 54 drives second gear 53 to rotate, and then drives
The second rack gear 52 being engaged with is slided along 1 bottom wall of T shape storage box, drives the 2nd L shape bar 50 towards close to cleaning to realize
It slides in the direction of chamber 6, that is, so that the 2nd L shape bar 50, the people's connecting rod being slidably connected therewith, the square being connect with second connecting rod 51
The state shown in attached drawing 3 of shape bar 12 becomes state shown in attached drawing 4, and rectangular shaft 12(rectangular shaft 12 is equipped with multiple disappear by this process
Malicious lamp 13 and be provided with drying fan 14) slide into cleaning chamber 6 in and complete disinfection, drying before preparation (we set
Determining the rotation surplus that driving motor 5 drives kit 3 to rotate 180 ° just makes the 2nd L shape bar 50 that rectangular shaft 12 be driven to slide into
It cleans chamber 6 and is placed at following position directly of the kit 3 far from 8 side of cleaning case).
Embodiment 7, on the basis of embodiment 6, the 2nd L shape bar 50 close to 4 side of equipment box is towards 8 side of cleaning case
Third rectangular opening 56 is offered, second reciprocator includes being rotatablely installed in the 8th belt pulley set on the 2nd L shape bar 50
57, the second sliding block 58 is fixed in the 8th belt pulley set 57 and the second sliding block 58 towards 51 side of second connecting rod is rotatably equipped with
Two Z-shaped connecting rods 59, second Z-shaped 59 other end of connecting rod are rotatablely installed through third rectangular opening 56 on second connecting rod 51, and the described 8th
Belt pulley set 57 drives through reciprocating motor 60.
The embodiment is how to work that detailed retouch will be done following about the second reciprocator when in use
It states；We are equipped with the 8th belt pulley set 57 extended along its length on the 2nd L shape bar 50 and in the 8th belt pulley sets
The second sliding block 58(is fixed with referring to shown in attached drawing 14 far from 12 side of rectangular shaft surface on 57 uplink belts), reciprocating motor 60
Through driving the 8th belt pulley set 57 rotation, the rotation of the 8th belt pulley set 57 drives the second sliding block 58 mobile due to 58 face of the second sliding block
The second Z-shaped bar is rotatably equipped with to 51 side of second connecting rod and the rotational installation of the second Z-shaped bar other end is on second connecting rod 51, because
This drive second connecting rod 51 in the 2nd L shape bar 50(, that is, rectangular cavities) in slided, when the second sliding block 58 is with the 8th belt
When the rotation of wheel group 57 is moved to right above other end belt pulley, second connecting rod 51 stops at sliding in rectangular cavities at this time, the
Two sliding blocks 58 continue mobile with belt so that being moved to downlink belt and being located at immediately below belt pulley under the drive of belt,
(the second sliding block 58 is rotated by being located at belt right above belt pulley and is moved to immediately below belt pulley), second connecting rod during this
51 do not move (due to the setting of the second Z-shaped bar, so that the second Z-shaped bar and second connecting rod 51,58 auxiliary section of the second sliding block
Position relatively rotates), when the second sliding block 58 moves on downlink belt with belt continuation, 51 edge of second connecting rod is driven at this time
Rectangular cavities are slided to opposite direction, so that the second sliding block 58 is on downlink belt when being moved to immediately below another belt pulley, the
Position when two connecting rods 51 stop sliding and restoring initial at this time again, the second sliding block 58 are continued to rotate and are moved to belt
Uplink belt is located at right above the belt pulley, and above procedure is a complete circulation, that is, is realized to the kit 3 after cleaning
Disinfection, drying course, the second sliding block 58 restores to open next circulation to original state and with the rotation of belt at this time, with
On just realize to the disinfection that moves in circles of kit 3, drying and processing.
Embodiment 8, on the basis of embodiment 6, the switchover apparatus includes that set is fixed on 5 output shaft of driving motor
The 7th bevel gear 61 and 61 two sides of the 7th bevel gear be engaged with the 8th bevel gear 62 of concentric setting, two the 8th cone teeth respectively
Set is fixed in the third slide cartridge 63 being rotatably installed in equipment box 4 and third slide cartridge 63 coaxial heart septum and is combined with the wheel 62 respectively
Three axis 64 are connected on intrinsic second plectane 65 of the opposite end cap of two third axis 64 and the second plectane 65 concentric with third axis 64
The second buffer spring 66 being arranged, 66 other end of the second buffer spring are connected with axial sliding fit in the third on third axis 64
Plectane 67 and third plectane 67 and the opposite side of the 8th bevel gear 62 with matching are provided with multiple second matched and nibble
Block 68 is closed, two 64 common rotations of third axis are equipped with the second slip ring 69 and second being slidably connected on 4 bottom wall of equipment box
Slip ring 69 is connected with the second hydraulic cylinder 71 being fixed on 4 bottom wall of equipment box, and two 64 other ends of third axis, which slide axially, matches
Conjunction has the 4th slide cartridge 72 being mounted on 4 bottom wall of equipment box, and the 4th slide cartridge 72 is respectively through first bevel gear group 33, second bevel gear
Group 55 is connect with third belt pulley set 32, the 7th belt pulley set 54.
How the embodiment is by the selectable root of 5 power of driving motor about switchover apparatus when in use
According to needing to pass to being described in detail following for third belt pulley set 32 and the 7th belt pulley set 54；Referring to 19 institute of attached drawing
Showing, driving motor 5 drives the rotation of the 7th bevel gear 61 that two the 8th bevel gears 62 engaged respectively therewith is driven to rotate in turn, due to
Two the 8th 62 sets of bevel gear be fixed on the third slide cartridge 63 being rotatably installed on 4 bottom wall of equipment box, then driving motor 5 drives respectively
Two third slide cartridges 63 rotate, and coaxial heart septum is combined with third axis 64 respectively and two third axis 64 are placed in two in two third slide cartridges 63
One end common rotation is installed on (attached drawing on the second slip ring 69 being slidably connected on 4 bottom wall of equipment box between 8th bevel gear 62
20 with two third axis 64 separate rear structural schematic diagram for the second slip ring 69), it is connected on the second slip ring 69 and is fixedly installed in equipment
Second hydraulic cylinder 71 on 4 bottom wall of case and we can be controlled by 71 controller of second hydraulic cylinder second hydraulic cylinder 71 shrink or
It extends and then the second slip ring 69 is driven to be slided along 4 bottom wall of equipment box, third axis 64 is pierced by 69 one end of the second slip ring difference axis
To being slidably connected in the 4th slide cartridge 72 being rotatably installed on 4 bottom wall of equipment box, two third axis 64 are placed in two the 8th bevel gears
The second buffer spring 66, the second buffering elastic are connected on the intrinsic third plectane 67 of the concentric set in one end and third plectane 67 between 62
66 other end of spring, which is connected with, to be in axial sliding connection in the second plectane 65 on third axis 64, the second plectane 65 and with matching
The opposite side of 8th bevel gear 62 is provided with multiple the second gear blocks 68 matched, in switchover apparatus without any dynamic
When power is transmitted then on multiple second gear blocks 68 and corresponding 8th bevel gear 62 on two second plectanes 65 second
Gear block 68 is in not meshing state, when we, which control second hydraulic cylinder 71 by 71 controller of second hydraulic cylinder, extends,
Then the second slip ring 69 can be with the third axis 64 matched with first bevel gear group 33 towards the side close to first bevel gear group 33
To movement, so that the 8th bevel gear 62 matched is meshed with multiple second gear blocks 68 on the second plectane 65, that is,
8th bevel gear 62 drives the second plectane 65 to rotate and then the third axis 64 is driven to rotate, and third axis 64 rotates and then drives the
Power is passed to third belt pulley set 32 through first bevel gear group 33 in turn by the rotation of four slide cartridges 72；Equally when we control second
71 controller of hydraulic cylinder can then make when shrinking close to second bevel gear group 55 and mutually matched 8th bevel gear 62 and second
Multiple second gear blocks 68 on plectane 65 are engaged, so that power is passed to the 7th belt pulley through second bevel gear group 55
Group 54, preferably, we are provided with the second buffer spring 66 between the second plectane 65 and third plectane 67, can avoid the second circle
Plate 65 offsets between head towards multiple second gear blocks 68 in 62 moving process of the 8th bevel gear with matching
The phenomenon that touching can not be engaged, since two the 8th bevel gears 62 are constantly in rotary state under the drive of driving motor 5, if
Occur that head between multiple second gear blocks 68 is inconsistent, and the second plectane 65 can squeeze the second buffer spring 66, at this time the 8th cone
Gear 62 continues to rotate so that when mutually staggering between head and head between multiple second gear blocks 68, and the second plectane 65 is slow second
It rushes mobile towards close 8th bevel gear, 62 direction again under spring 66 acts on and realizes between multiple second gear blocks 68
The transmitting of power is realized in engagement (mutually contradicting between multiple second gear block, 68 side walls and side wall).
Embodiment 9 is provided with multiple cuvette grooves 73 and 73 bottom of cuvette groove on the basis of embodiment 1 in the kit 3
Portion, which is provided with to slide laterally, is connected to 73 side wall of cuvette groove and mutually matched arc clamping plate 74, the cuvette groove 73 lateral two
Side is equipped with sliding chamber 76, and 74 other end of arc clamping plate is connected to sliding 76 side wall of chamber through second back-moving spring 75, and the bottom plate 2 is laterally
Two sides are trapezoidal faces and 1 both lateral sides wall of T shape storage box slidably connects and 2 both lateral sides phase of bottom plate through third reset spring 70
The plugging plate 77 of cooperation, plugging plate 77 cooperate side to be set as matching groove with trapezoidal faces with bottom plate 2.
The embodiment when in use, is provided with multiple cuvette grooves 73 and is used to place the examination for holding sample on kit 3
Pipe, we are equipped in cuvette groove 73 slides laterally the arc clamping plate 74(for being connected to 73 two sides of cuvette groove referring to attached drawing 17,22
It is shown), we are equipped with four groups of cunning chambers longitudinally extended in kit 3 and arc clamping plate 74 is placed in sliding chamber with matching
Interior one end is connected with third reset spring 70, and 70 other end of third reset spring is connected to sliding chamber side wall, and 73 bottom of cuvette groove is
Semi-circular recesses can preferably cooperate the test tube being placed therein and realize preferable locating effect to it, slide laterally connection
The processable test tube being placed in cuvette groove 73 of arc clamping plate 74 in 73 both ends of cuvette groove is reliably clamped, and test tube is worked as
It, can be to different size of test tube by two mutually matched arc clamping plates 74 when placing test tube of different specifications and sizes in slot 73
It reliably clamped, fixed；Referring to shown in attached drawing 17, we reset bullet through third in 1 upper lateral two sidewalls of T shape storage box
Spring 70 slidably connects the plugging plate 77 matched with bottom plate 2, can avoid when kit 3 rotation 180 ° after flushing pipe 10 to its into
When row cleaning, high-velocity flow is sprayed from upper end, when rotating under driving of the bottom plate 2 in driving motor 5, since bottom plate 2 is horizontal
Trapezoidal faces are set as to two sides and plugging plate 77 matches position with 2 trapezoidal faces of bottom plate as groove type as shown in fig. 17
Shape, it is assumed that bottom plate 2 is rotated counterclockwise, and the trapezoidal faces for being now placed in 2 left side of bottom plate squeeze phase therewith by its lower end inclined-plane
The plugging plate 77 of cooperation simultaneously slides to the plugging plate 77 into 1 side wall of T shape storage box, and the trapezoidal faces positioned at 2 right side of bottom plate are logical
The inclined-plane crossed thereon squeezes plugging plate 77 with matching and the plugging plate 77 is equally slided into T shape storage box 1, this
When bottom plate 2 continued to rotate under the driving of driving motor 5 so that the right lateral trapezoidal face of bottom plate 2 connects with positioned at the plugging plate 77 in left side
Touching (trapezoidal faces in 2 left side of bottom plate turn to the position that is in contact with the plugging plate 77 for being located at right side at this time), it is same by oblique at this time
Mutual cooperation between face is so that state shown in attached drawing 17 when bottom plate 2 and two plugging plates 77 are fitted close and have initial becomes
For state as shown in Fig. 23, if not adding two plugging plates 77 between 1 upper lateral two sidewalls of bottom plate 2 and T shape storage box
It is certain to generate certain gap (since bottom plate 2 is rotatablely installed between 1 both lateral sides wall of T shape storage box, if 2 width of bottom plate and T
1 upper lateral two sides width of shape storage box is equal, cannot rotate, if 2 width of bottom plate that rotates will certainly be less than T shape
1 upper lateral two sides width of storage box), bottom plate 2 and two plugging plates 77, which cooperate, at this time can avoid spraying from flushing pipe 10
Cleaning solution splashes out outward.
Embodiment 10, on the basis of embodiment 1, the cleaning chamber 6 is a U-shaped cavity and bottom wall is set as centre low two
Side is high, slidably connects shutter 79 through the 4th reset spring 78 between two first rectangular opening, about 7 two bottom walls and blocks
79 mutual cooperation one end of plate is set as inclined-plane, and position longitudinal gap is equipped with multiple leak holes 81, cleaning among 6 bottom of cleaning chamber
6 bottom wall of chamber is equipped with longitudinal conduit pipe 82 for extending and being connected to multiple leak holes 81, and conduit pipe 82 is stored with T shape is set to
The drainpipe 83 of the longitudinal side of case 1 is connected to.
When in use, cleaning chamber 6 is set as U-shaped cavity and its bottom wall as intermediate low two sides height to the embodiment by we
(preferably being flowed into conduit pipe 82 through leak hole 81 to make to clean waste liquid), referring to shown in attached drawing 6, and in cleaning chamber 6
Bottom wall is provided with multiple leak holes 81 and 81 lower end of leak hole is communicated with the conduit pipe 82 being set in cleaning chamber 6, the conduit pipe
82 are connected to the drainpipe 83 for being set to the longitudinal side of T shape storage box 1 and cleaning waste liquid are discharged cleaning chamber 6；We
Shutter 79 is slidably connected through the 4th reset spring 78 between about 7 two bottom wall of the first rectangular opening, referring to shown in attached drawing 5,
Shutter 79 is matched one end and is set as triangular ramp by us, and by flushing pipe 10, rectangular shaft 12 towards in contrast
79 side of shutter answered is set as triangular ramp, when rectangular shaft 12 or flushing pipe 10 are towards corresponding shutter
Two mutually matched shutters 79 are opened by the interaction between inclined-plane, rectangular shaft 12 or flushing pipe 10 respectively when 79 movement
And it crosses the first rectangular opening 7 to slide into cleaning chamber 6, be matched when flushing pipe 10 cleans kit 3 with rectangular shaft 12
Shutter 79 space locating for sterilizing-drying device is sealed, cleaning solution can be prevented to be splashed into the space, Er Qieyu
The shutter 79 that flushing pipe 10 matches can also prevent in a certain range cleaning solution to be splashed into space locating for cleaning case 8.
The present invention provides a kind of nephrosis detection kit storing unit, which can be preferable
Placement is sealed to kit 3, when left and taken sample is placed in kit 3 during cuvette groove 73 by patient successively,
Kit 3 is in the storing unit and is isolated from the outside, relative to traditional kit 3 be directly placed at sample tap and
Exposure in air, greatly reduces the probability that sample and 3 ontology of kit are polluted by introduced contaminants；When to kit 3
After cleaning or sterilizing-drying, therefore we are observed by observation window 15 and control reciprocating motor 60 and made and rectangular shaft
When the second connecting rod 51 of 12 connections is contracted to completely in the 2nd L shape bar 50, reciprocating motor 60 stops working, and controls booster electric machine 36
When so that the first connecting rod 29 connecting with flushing pipe 10 is contracted to completely in the first L shape bar 28, booster electric machine 36 stops working；With
Afterwards we by control driving motor 5 respectively drive the first L shape bar 28 or the 2nd L shape bar 50 from cleaning chamber 6 exit, preferably
, our rectangular shaft 12 is identical as the 50 vertical height setting of the 2nd L shape bar, 10 diameters of flushing pipe and the first L shape bar 28 are vertical
Height be arranged it is identical, since the second connecting rod 51 connecting with rectangular shaft 12 is driven through the second reciprocation cycle mechanism by reciprocating motor 60
First connecting rod 29 that is dynamic, connecting with flushing pipe 10 is connected with worm type of reduction gearing 80 through the first reciprocation cycle mechanism, toward telegram in reply
Machine 60 and worm type of reduction gearing 80 all have self-locking function, therefore by two during rectangular shaft 12 is exited from cleaning chamber 6
When mutually matched shutter 79, it is in the 2nd L shape bar 50 due to second connecting rod 51 and is locked by reciprocating motor 60,
Two shutters 79 can easily be crossed；When same flushing pipe 10 passes through two shutters 79 during exiting from cleaning chamber 6, due to first
Connecting rod 29 is in the 2nd L shape bar 50 and is locked by worm type of reduction gearing 80, therefore equally can easily cross two shutters
79；
It is respectively equipped with cleaning device and sterilizing-drying device in 3 storing unit of kit, used kit 3 can be carried out
Kit 3 is rotated 180 ° by control device, so that cuvette groove 73 is in a vertical state downward, then by periodic cleaning, disinfection
Start corresponding cleaning device to clean kit 3, starts sterilizing-drying device after cleaning and it is dried, is disappeared
Poison is then reversely rotated 180 ° by control device again and is again restored kit 3 to state to be used so as under
Secondary use, driving motor, reciprocating motor and booster electric machine are electrically connected with extraneous power supply through electric wire in the application.
It is described above simply to illustrate that of the invention, it is understood that the present invention is not limited to the above embodiments, meets
The various variants of inventive concept are within the scope of the present invention.
Claims (10)
1. nephrosis detection kit storing unit, including T shape storage box (1), which is characterized in that T shape storage box (1) top
It is rotatably equipped on bottom plate (2) and bottom plate (2) and is fixed with kit (3) between longitudinal two sidewalls, on the T shape storage box (1)
End is rotatably equipped with case lid (80) and the longitudinal side of T shape storage box (1) is equipped with equipment box (4), and the bottom plate (2) is connected with setting
In the first transmission device in equipment box (4) and the first transmission device is driven by the driving motor (5) being set in equipment box (4)
It is dynamic, it is located in the T shape storage box (1) immediately below the kit (3) and is provided with cleaning chamber (6) and cleaning chamber (6) both lateral sides
Equipped with the first rectangular opening (7), T shape storage box (1) the lower, transverse side is equipped with cleaning device；Under the T shape storage box (1)
The portion transverse direction other side is equipped with sterilizing-drying device, and the driving motor (5) is connected with the powershift being arranged in equipment box (4)
Device；
The cleaning device is including the cleaning case (8) being set in T shape storage box (1) and cleaning case (8) is through Telescopic flexible pipe (9)
It is communicated with flushing pipe (10), the longitudinal both ends of the flushing pipe (10), which are connected separately with to slide laterally, is connected to T shape storage box (1) bottom
The first telescopic rod and the first telescopic rod on wall are connected with the second transmission device, and second transmission device is connected to powershift
Device lateral one end, the cleaning case (8) are equipped with pressurizing device, and first telescopic rod is equipped with third transmission device and the
Three transmission devices are connected with the first reciprocator being arranged on the first telescopic rod, and third transmission device is driven logical by pressurizing device
Crossing the first reciprocator drives the first telescopic rod to do iterative motion in cleaning chamber (6)；
The sterilizing-drying device include be set to the lateral other side of T shape storage box (1) and the rectangular shaft (12) that longitudinally extends and
Rectangular shaft (12) upper surface is arranged at intervals with multiple groups sterilamp (13), and the rectangular shaft (12) is away from the setting of cleaning chamber (6) side
There are multiple drying fans (14), the longitudinal both ends of the rectangular shaft (12), which are connected separately with to slide laterally, is connected to T shape storage box (1)
Second telescopic rod of bottom wall, the second telescopic rod is connected with the 4th transmission device and the 4th transmission device is connected to switchover apparatus
The other end, second telescopic rod is equipped with that driving device and being connected with through driving device is arranged on the second telescopic rod
Two reciprocators and through the second reciprocator drive the second telescopic rod cleaning chamber (6) in do iterative motion.
2. nephrosis detection kit storing unit according to claim 1, which is characterized in that the bottom plate (2) longitudinal two
End is rotatablely installed the first axle in the longitudinal two sidewalls of T shape storage box (1), close to equipment box (4) side through first axle (16) respectively
(16) it is pierced by T shape storage box (1) outward and is pierced by one end and be connected with the first belt pulley set (17), the first belt pulley set (17) is another
End is connected with rotational installation in the worm gear (18) on T shape storage box (1) side wall, and worm gear (18) is engaged with rotational installation and deposits in T shape
The worm screw (19) on case (1) side wall is put, first transmission device includes the second belt pulley set (20) connecting with worm screw (19)
And second belt pulley set (20) other end be connected with rotational installation in the first slide cartridge (21) on equipment box (4) bottom wall, first is sliding
It axially slidably connects in cylinder (21) and has been in axial sliding connection first bevel gear (23) on the second axis (22) and the second axis (22), the
The first slip ring (24) for being slidably connected to equipment box (4) bottom wall is rotatably equipped on two axis (22), the first slip ring (24) is connected with
The first hydraulic cylinder (25) being installed on equipment box (4) bottom wall, first bevel gear (23) is engaged with set, and to be fixed in driving motor (5) defeated
Second bevel gear (26) and first bevel gear (23) on shaft connect first back-moving spring towards the first slip ring (24) side
(27), first back-moving spring (27) other end is connected to the second axis (22).
3. nephrosis detection kit storing unit according to claim 1, which is characterized in that first telescopic rod includes
Longitudinal gap is arranged and slides laterally the first L shape bar (28) for being connected to T shape storage box (1) bottom wall, the first L shape bar (28)
Horizontal component is to be sliding combined with first connecting rod (29) in a rectangular cavities and rectangular cavities, and first connecting rod (29) is placed in rectangular cavity
External one end is connect with flushing pipe (10), and second transmission device includes the first L shape bar (28) close to equipment box (4) side
The first rack gear (30) and the first rack gear (30) that vertical section is fixedly connected, which are engaged with, is rotatably installed in T shape storage box (1) bottom wall
On first gear (31), the first gear (31) is connected with third belt pulley set (32) and third belt pulley set (32) is another
End is connected with first bevel gear group (33) and connect through first bevel gear group (33) with switchover apparatus.
4. nephrosis detection kit storing unit according to claim 3, which is characterized in that the pressurizing device includes turning
The dynamic stirring flabellum (34) being installed between the longitudinal two sidewalls of cleaning case (8) and stirring flabellum (34) are placed in cleaning case (8) outside one
End is connected with the 4th belt pulley set (35), and the 4th belt pulley set (35) is set the booster electric machine (36) at the top of cleaning case (8)
Driving, the booster electric machine (36) are connected with rotational installation through the 5th belt pulley set (37) and bore in the third of cleaning case (8) side wall
Gear (38) and third hand tap gear (38) are engaged with rotational installation in the 4th bevel gear (39) on cleaning case (8), the third
Transmission device includes the first plectane (40) with the 4th bevel gear (39) concentric setting, the first plectane (40) and the 4th bevel gear
(39) opposite side is respectively arranged with multiple mutually matched first gear blocks (41), and the first plectane (40) has been in axial sliding connection
The second slide cartridge (42) and the first plectane (40) being rotatably installed on the first L shape bar (28) connect away from the 4th bevel gear (39) side
It is connected to the first buffer spring (43), the first buffer spring (43) other end is connected on the second slide cartridge (42) and the second slide cartridge (42)
Intrinsic 5th bevel gear (44) is covered, the 5th bevel gear (44) is engaged with rotational installation in the 6th cone tooth on the first L shape bar (28)
It takes turns (45) and the 6th bevel gear (45) is connected to the first reciprocator through worm type of reduction gearing (80).
5. nephrosis detection kit storing unit according to claim 4, which is characterized in that close to equipment box (4) side
The first L shape bar (28) offered the second rectangular opening (46) towards cleaning case (8) side, first reciprocator includes and snail
Worm and gear retarder (80) is connected and is rotatablely installed in the 6th belt pulley set (47) on the first L shape bar (28), the 6th belt pulley
The first sliding block (48) is fixed in group (47) and the first sliding block (48) towards first connecting rod (29) side to be rotatably equipped with first Z-shaped
Connecting rod (49), first Z-shaped connecting rod (49) other end are rotatablely installed through the second rectangular opening (46) on first connecting rod (29).
6. nephrosis detection kit (3) storing unit according to claim 3, which is characterized in that second telescopic rod
It is connected to the 2nd L shape bar (50) of T shape storage box (1) bottom wall including including longitudinal gap setting and sliding laterally, the 2nd L shape
Bar (50) horizontal component is to be sliding combined with second connecting rod (51) in a rectangular cavities and rectangular cavities, and second connecting rod (51) is placed in
The outer one end of rectangular cavities is connect with rectangular shaft (12), and the 4th transmission device includes the 2nd L shape close to equipment box (4) side
The second rack gear (52) and the second rack gear (52) that bar (50) vertical section is fixedly connected, which are engaged with, is rotatably installed in T shape storage box
(1) second gear on bottom wall (53), the second gear (53) are connected with the 7th belt pulley set (54) and the 7th belt pulley set
(54) other end is connected with second bevel gear group (55) and connect through second bevel gear group (55) with switchover apparatus.
7. nephrosis detection kit storing unit according to claim 6, which is characterized in that close to equipment box (4) side
The 2nd L shape bar (50) offered third rectangular opening (56) towards cleaning case (8) side, second reciprocator include rotation
The 8th belt pulley set (57) being installed on the 2nd L shape bar (50) is fixed with the second sliding block (58) in the 8th belt pulley set (57)
And second sliding block (58) towards second connecting rod (51) side be rotatably equipped with the second Z-shaped connecting rod (59), the second Z-shaped connecting rod (59) is another
One end is rotatablely installed through third rectangular opening (56) on second connecting rod (51), and the 8th belt pulley set (57) is through reciprocating motor
(60) it drives.
8. nephrosis detection kit storing unit according to claim 6, which is characterized in that the switchover apparatus packet
It includes the 7th bevel gear (61) that set is fixed on driving motor (5) output shaft and the 7th bevel gear (61) two sides is engaged with coaxially respectively
8th bevel gear (62) of heart setting, two the 8th bevel gears (62) cover respectively is fixed in the third being rotatably installed in equipment box (4)
Coaxial heart septum is combined with third axis (64) in slide cartridge (63) and third slide cartridge (63), and the two opposite end caps of third axis (64) are intrinsic
The second buffer spring (66) with third axis (64) concentric setting is connected on second plectane (65) and the second plectane (65), the
Two buffer springs (66) other end is connected with axial sliding fit in third plectane (67) and third plectane on third axis (64)
(67) and the opposite side of the 8th bevel gear (62) with matching is provided with multiple the second gear blocks (68) matched, two institutes
It states third axis (64) common rotation and the second slip ring (69) being slidably connected on equipment box (4) bottom wall and the second slip ring is installed
(69) it is connected with the second hydraulic cylinder (71) being fixed on equipment box (4) bottom wall, two third axis (64) other ends are axially sliding
Dynamic to be combined with the 4th slide cartridge (72) being mounted on equipment box (4) bottom wall, the 4th slide cartridge (72) is respectively through first bevel gear group
(33), second bevel gear group (55) is connect with third belt pulley set (32), the 7th belt pulley set (54).
9. nephrosis detection kit storing unit according to claim 1, which is characterized in that set in the kit (3)
It is equipped with multiple cuvette grooves (73) and cuvette groove (73) bottom is provided with to slide laterally and is connected to cuvette groove (73) side wall and phase interworking
The arc clamping plate (74) of conjunction, the cuvette groove both lateral sides are equipped with sliding chamber (76), and arc clamping plate (74) other end is through second
Reset spring (75) is connected to sliding chamber (76) side wall, and bottom plate (2) both lateral sides are trapezoidal faces and T shape storage box (1) is lateral
Two sidewalls slidably connect the plugging plate (77) matched with bottom plate (2) both lateral sides, plugging plate through third reset spring (70)
(77) it is set as matching groove with trapezoidal faces with bottom plate (2) cooperation side.
10. nephrosis detection kit storing unit according to claim 1, which is characterized in that the cleaning chamber (6) is one
It is high that U-shaped cavity and bottom wall are set as intermediate low two sides, and two first rectangular openings (7) reset bullet through the 4th between two bottom walls up and down
Spring (78) slidably connects shutter (79) and shutter (79) mutual cooperation one end is set as inclined-plane, cleaning chamber (6) bottom
Position longitudinal gap is equipped with multiple leak holes (81) among portion, cleaning chamber (6) bottom wall be equipped with it is longitudinal extend and with multiple leak holes
(81) conduit pipe (82) being connected to, conduit pipe (82) connect with the drainpipe (83) for being set to the longitudinal side of T shape storage box (1)
It is logical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910269718.3A CN109941615B (en) | 2019-04-04 | 2019-04-04 | Kidney disease detect reagent box strorage device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910269718.3A CN109941615B (en) | 2019-04-04 | 2019-04-04 | Kidney disease detect reagent box strorage device |
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| Publication Number | Publication Date |
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| CN109941615A true CN109941615A (en) | 2019-06-28 |
| CN109941615B CN109941615B (en) | 2020-02-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910269718.3A Expired - Fee Related CN109941615B (en) | 2019-04-04 | 2019-04-04 | Kidney disease detect reagent box strorage device |
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| CN111618036A (en) * | 2020-06-28 | 2020-09-04 | 华东交通大学 | Two-step method cable ultrasonic automatic cleaning equipment |
| CN111804690A (en) * | 2020-07-13 | 2020-10-23 | 哈尔滨跃渊环保智能装备有限责任公司 | Test tube cleaning mechanism of water quality detection equipment and water quality detection equipment |
| CN112705283A (en) * | 2020-12-04 | 2021-04-27 | 蒯苍帝 | Sampling kit convenient to equipment |
| CN112944856A (en) * | 2021-04-18 | 2021-06-11 | 黄韶平 | Kit drying device |
| CN113005938A (en) * | 2021-02-23 | 2021-06-22 | 郝延强 | Machine of full-automatic installation hundred meters stake |
| CN115350027A (en) * | 2022-07-12 | 2022-11-18 | 浙江大学医学院附属第一医院 | Portable building PICC that can climb maintains operation car at home |
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| CN112944856A (en) * | 2021-04-18 | 2021-06-11 | 黄韶平 | Kit drying device |
| CN115350027A (en) * | 2022-07-12 | 2022-11-18 | 浙江大学医学院附属第一医院 | Portable building PICC that can climb maintains operation car at home |
| CN115350027B (en) * | 2022-07-12 | 2024-04-09 | 浙江大学医学院附属第一医院 | Portable stair-climbing PICC (peripherally inserted central catheter) home maintenance operation vehicle |
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