CN207703580U - A kind of medical sheet glass fully-automatic coating equipment - Google Patents
A kind of medical sheet glass fully-automatic coating equipment Download PDFInfo
- Publication number
- CN207703580U CN207703580U CN201820129515.5U CN201820129515U CN207703580U CN 207703580 U CN207703580 U CN 207703580U CN 201820129515 U CN201820129515 U CN 201820129515U CN 207703580 U CN207703580 U CN 207703580U
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- China
- Prior art keywords
- sheet glass
- silica
- shock reducing
- reducing structure
- automatic coating
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Abstract
The utility model discloses a kind of medical sheet glass fully-automatic coating equipments, belong to technical field of medical equipment.Including cylinder, ratchet, shock reducing structure, driven wheel of differential, drive bevel gear, roller gear, support arm is installed on the cylinder, connecting rod is installed and by compression leg on support arm, connecting rod is equipped with rack, rack is meshed with roller gear, the drive bevel gear is fixedly connected on by shaft coupling on same axis with cylindrical gear shaft, fixing axle is also installed on pedestal, driven wheel of differential is connected in fixing axle, ratchet is connect with fixed axial cylindrical, locating detent is installed on rotor, it is installed with silica-gel sphere on the shock reducing structure, hydrophilic nonwoven fabrics are installed on silica-gel sphere.The utility model is easy to operate, mechanization degree is high, and it is low to solve the problems, such as that traditional smear methods smear uneven and efficiency, it is only necessary to which the reagent smearing to sheet glass can be realized in an action, is effectively improved painting tablet quality, enhances practicability.
Description
Technical field
The utility model is related to technical field of medical equipment more particularly to a kind of medical sheet glass fully-automatic coating equipments.
Background technology
In medical research occasion, it is often necessary to carry out reagent smearing to the sheet glass of detection in advance, then will be changed again
Test object smear on test, in order to improve the chemical examination efficiency in medical treatment, be coated with reagent sheet glass often need it is pre- advanced
It is prepared by row.Therefore, this sheet glass for being coated with reagent is carried out now with many mechanisms, the mode of production is mainly artificial absorbent cotton
It is carefully smeared on the glass sheet after being stained with out of reagent bottle, repeatability of working is high, and efficiency is very low.Moreover, because artificial behaviour
Make, the state by operator is different, and the effect of smearing also has very big difference, and the use of medical laboratory is even influenced when serious.It is existing
Have in technology, a kind of smearing machine has been provided in part company, but mechanization degree is not still high, therefore, is applied to improve
Effect and efficiency are smeared, there is an urgent need to a kind of devices that reagent can smear and mechanization degree is high automatically.
Utility model content
The utility model in view of the above shortcomings of the prior art, provides a kind of medical sheet glass fully-automatic coating equipment, and existing
There is technology to compare, the device for mechanical degree is high, it is only necessary to which the reagent smearing to sheet glass can be realized in an action, and effectively
Painting tablet quality is improved, practicability is greatly strengthened.
The utility model solve technical problem technical solution be：A kind of medical sheet glass fully-automatic coating equipment, including gas
Cylinder, support arm, connecting rod, ratchet, pedestal, reagent bottle, bottleneck body, shock reducing structure, driven wheel of differential, fixing axle, connector, clamping
Pawl and drive bevel gear, the cylinder are set on the base, and the support arm is mounted on cylinder, and the connecting rod is solid
In support arm side, the connecting rod bottom is equipped with vertical rack, is additionally provided with working chamber on the pedestal, institute for fixed setting
The rack stated is meshed with roller gear of the axis in working chamber, and the drive bevel gear passes through shaft coupling with roller gear
It is fixedly connected on same axis, the fixing axle is set on the base, and the driven wheel of differential is mounted on by bearing
In fixing axle, bearing inner race is relatively fixed with fixing axle, and the driven wheel of differential is meshed with drive bevel gear, the spine
Wheel is positioned by the shaft shoulder and is connected with fixing axle, and swing rod is installed on the driven wheel of differential, is also installed on swing rod
There are pawl, the pawl to be matched with ratchet, and spring one is installed between swing rod.
On the ratchet Rotational Cylindrical vertically upward, the support arm are respectively equipped with positioned at center both sides
Lower section is additionally provided with by compression leg, and described is lower thin and upper thick shaft shoulder structure by compression leg, and lower part taper end axis is equipped with rotor, described
Rotor bottom correspond to Rotational Cylindrical position and set there are two turning set, the driving cylinder at the top of the turning set and Rotational Cylindrical is slided
It is dynamic to connect, it is also equipped with spring four on the driving cylinder, the rotor side is additionally provided with locating detent, the positioning
Positioning column is installed with below pawl, the positioning column is lower thin and upper thick shaft shoulder structure, and at the top of lower part taper end and connector
Location hole socket-connect, the gripper jaw and locating detent hinge connection, the connector and gripper jaw hinge connection, connection
It is also equipped with spring two between body and gripper jaw, connecting pole is additionally provided on the connector, the bottleneck body, which is equipped with, to be connected
Hole is connect, the connecting pole socket-connects with connecting hole, and the reagent bottle is internally provided with a bottle chamber, and the bottle intracavitary is equipped with interlayer
Plate, the interlayer board are equipped with small cylindrical opening, and interlayer board bottom is additionally provided with supporting mass with small cylindrical opening opposite position, described
Supporting mass be that inverted T-shaped and bottom are equipped with the groove being connected with small cylindrical opening, the shock reducing structure top be slidably arranged in every
The bottle intracavitary of laminate lower part is additionally provided with snubber block on shock reducing structure, and the snubber block is arranged between supporting mass and interlayer board, institute
The supporting mass groove stated is corresponding with damping intracoelomic cavity, and spring three is additionally provided between the interlayer board and snubber block, described
Shock reducing structure bottom is further fixedly arranged on silica-gel sphere, and the silica-gel sphere is equipped with hydrophilic nonwoven fabrics, is also set on the silica-gel sphere
There are deflector hole, the hydrophilic nonwoven fabrics to be uniformly wrapped in silica-gel sphere lower part, the silica-gel sphere predetermined portions are maintained at damping
Outside body, the circular discs for bearing glass bottle are additionally provided on the pedestal.
Further, bearing is installed between the fixing axle and ratchet.
Further, reagent bottle rotary motion trace is corresponded in the circular discs be also uniformly provided with multiple slide slots.
Further, the slide groove depth is less than the thickness of standard medical glass piece.
Further, it is equipped with graduation mark outside the reagent bottle.
Further, the silica-gel sphere is described by the connector on top and the connecting rod joggle of shock reducing structure lower part
Hydrophilic nonwoven fabrics top is fixed on the deflector hole top on silica-gel sphere with stickum.
Further, it is additionally provided with fluid stopping plate on the shock reducing structure.
Further, the snubber block is equipped with predetermined gap with supporting mass column part.
Further, the deflector hole extends to side flow-out hole, the deflector hole from flow-in hole at the top of silica-gel sphere
In flow-out hole be arranged outside shock reducing structure.
The beneficial effects of the utility model：
1. the utility model mechanization degree is high, it is only necessary to which the reagent smearing to sheet glass can be realized in an action, and has
Painting tablet quality is improved to effect, greatly strengthens practicability.
2. containing small cylindrical opening on interlayer board, the flow velocity of reagent is effectively slowed down while not interfering reagent flow logical,
It prevents masking liquid excessive, enhances the practicability of smearing.
3. be provided with spring three between interlayer board and snubber block, device is made to play cushioning effect during smearing, make by
Power is more uniform, efficiently reduces detection error, greatly strengthens practicability.
4. being installed with silica-gel sphere on shock reducing structure, deflector hole is also contained on silica-gel sphere, and silica-gel sphere predetermined portions are kept
Outside shock reducing structure, pressing smearing is carried out to sheet glass using the flexible deformation of silica-gel sphere, substantially increases and smears efficiency and examination
The uniformity of agent.
5. being provided with hydrophilic nonwoven fabrics on silica-gel sphere, hydrophilic nonwoven fabrics are uniformly wrapped in silica-gel sphere lower part, utilize hydrone
Uniform distribution properties in hydrophilic nonwoven fabrics and water lock can better ensure that the uniformity coefficient of reagent on the glass sheet,
And it is environmentally safe, effectively enhance practicability.
6. being equipped with graduation mark outside reagent bottle, the dosage of reagent is more easily recorded, the practicability of device is improved.
7. shock reducing structure is equipped with fluid stopping plate, fluid stopping plate can be loaded and unloaded as needed in smearing, efficiently control the stream of reagent
It is logical with it is static, it is easy to use, enhance practicability.
8. snubber block has appropriate gap with supporting mass column part, prevent between snubber block and supporting mass caused by sliding
Frictional force effectively enhances practicability.
9. deflector hole extends to side flow-out hole from flow-in hole at the top of silica-gel sphere, the flow-out hole in deflector hole is outside shock reducing structure
Portion ensure that reagent cannot flow into shock reducing structure, reduces the waste of reagent, reduces cost.
10. roller gear forms the cooperation of gear ＆ rack structure and driven wheel of differential and drive bevel gear with rack,
In the case of cylinder operation, effectively utilizing the reciprocating rotation of driven wheel of differential makes ratchet work, and improves device just
Profit greatly strengthens practicability.
11. gripper jaw and locating detent hinge connection, gripper jaw and connector hinge connection, between connector and gripper jaw also
Spring two is installed, also contains on connector there are four connecting pole, is lower thin and upper thick shaft shoulder structure by compression leg and positioning column, and
Lower part taper end respectively on rotor cylindrical hole and location hole cylinder connect, may be implemented to reagent bottle six-freedom degree
Limitation, can be convenient and practical by pressing connector easily handling of the realization to reagent bottle, effectively increases the function of device
Property.
12. slide groove depth is less than the thickness of standard medical glass piece, sheet glass can be conveniently picked and placeed, device is enhanced
Practicability.
Description of the drawings
Fig. 1 is the overall appearance structural representation of the utility model；
Fig. 2 is the internal structure schematic diagram of the utility model；
Fig. 3 is the schematic enlarged-scale view at the utility model in fig. 2 A；
Fig. 4 is the schematic enlarged-scale view at the utility model in fig. 2 B；
Fig. 5 is the clamp structure schematic diagram of the utility model；
Fig. 6 is the sectional view that the utility model smears reagent bottle connection structure.
In figure, 1, cylinder, 2, support arm, 21, connecting rod, 211, rack, 22, press compression leg, 3, ratchet, 31, circular discs,
32, slide slot, 33, Rotational Cylindrical, 34, spring four, 4, pedestal, 41, working chamber, 5, reagent bottle, 51, bottleneck body, 511, connecting hole,
52, bottle chamber, 53, interlayer board, 531, small cylindrical opening, 532, supporting mass, 54, spring three, 55, shock reducing structure, 551, snubber block, 552,
Fluid stopping plate, 56, silica-gel sphere, 561, deflector hole, 57, hydrophilic nonwoven fabrics, 6, driven wheel of differential, 61, fixing axle, 62, swing rod, 63,
Pawl, 64, spring one, 7, connector, 71, connecting pole, 72, location hole, 73, spring two, 8, rotor, 81, locating detent, 82,
Positioning column, 83, gripper jaw, 84, turning set, 9, roller gear, 91, drive bevel gear.
Specific implementation mode
The utility model in order to better understand explains in detail the embodiment of the utility model below in conjunction with the accompanying drawings.
As shown in Figures 1 to 6, a kind of medical sheet glass fully-automatic coating equipment, including cylinder 1, support arm 2, connecting rod 21,
Rack 211 presses compression leg 22, ratchet 3, circular discs 31, slide slot 32, Rotational Cylindrical 33, spring 4 34, pedestal 4, working chamber 41, examination
Agent bottle 5, bottleneck body 51, connecting hole 511, bottle chamber 52, interlayer board 53, small cylindrical opening 531, supporting mass 532, spring 3 54, damping
Body 55, snubber block 551, fluid stopping plate 552, silica-gel sphere 56, deflector hole 561, hydrophilic nonwoven fabrics 57, driven wheel of differential 6, fixing axle
61, swing rod 62, pawl 63, spring 1, connector 7, connecting pole 71, location hole 72, spring 2 73, rotor 8, locating detent
81, positioning column 82, gripper jaw 83, turning set 84, roller gear 9, drive bevel gear 91, the cylinder 1 are arranged in pedestal 4
On, the support arm 2 is mounted on cylinder 1, and the connecting rod 21 is fixed at 2 side of support arm, the connection
21 bottom of bar is equipped with vertical rack 211, and working chamber 41 is additionally provided on the pedestal 4, and the rack 211 is mounted in work with axis
The roller gear 9 made in chamber 41 is meshed, and the drive bevel gear 91 is fixedly connected on 9 axis of roller gear by shaft coupling
On same axis, the fixing axle 61 is arranged on pedestal 4, and the driven wheel of differential 6 is mounted on fixing axle by bearing
On 61, bearing inner race is relatively fixed with fixing axle 61, and the driven wheel of differential 6 is meshed with drive bevel gear 91, described
Ratchet 3 is positioned by the shaft shoulder and is connected with fixing axle 61, bearing is equipped between the fixing axle 61 and ratchet 3, greatly
Reduce frictional force between the two, keep rotation lighter, swing rod 62, swing rod are installed on the driven wheel of differential 6
Pawl 63 is also equipped on 62, the pawl 63 is matched with ratchet 3, and spring 1 is equipped between swing rod 62.
On the ratchet 3 Rotational Cylindrical 33 vertically upward, the branch are respectively equipped with positioned at center both sides
2 lower section of brace is additionally provided with by compression leg 22, and described is lower thin and upper thick shaft shoulder structure by compression leg 22, and lower part taper end axis is equipped with and turns
Kinetoplast 8,8 bottom of rotor correspond to 33 position of Rotational Cylindrical and set there are two turning set 84, the turning set 84 and rotation
The driving cylindrical slid at 33 top of column connects, and spring 4 34,8 side of rotor are also equipped on the driving cylinder
It is additionally provided with locating detent 81,81 lower section of locating detent is installed with positioning column 82, and the positioning column 82 is lower thin and upper thick
Shaft shoulder structure, and lower part taper end and the location hole 72 at 7 top of connector socket-connect, the gripper jaw 83 and 81 hinge of locating detent
Connection, the connector 7 and 83 hinge connection of gripper jaw, are also equipped with spring 2 73, institute between connector 7 and gripper jaw 83
Connecting pole 71 is additionally provided on the connector 7 stated, 5 top of reagent bottle is equipped with bottleneck body 51, is set on the bottleneck body 51
There are connecting hole 511, the connecting pole 71 to socket-connect with connecting hole 511, the limit to 5 six-freedom degree of reagent bottle may be implemented
System, stability is high, while can be convenient and practical by pressing easily handling of the realization to reagent bottle 5 of connector 7, effectively improves
The functionality of device, the reagent bottle 5 are internally provided with bottle chamber 52, and side-lower is equipped with interlayer board 53 in the bottle chamber 52,
53 center of interlayer board is equipped with multiple small cylindrical openings 531, and reagent is effectively slowed down while not interfering reagent flow logical
Flow velocity, it is therefore prevented that masking liquid is excessive, enhances the practicability of smearing, and 53 bottom of interlayer board is corresponding with small cylindrical opening 531
Position is additionally provided with supporting mass 532, and the supporting mass 532 is inverted T-shaped and bottom is recessed equipped with being connected with small cylindrical opening 531
Slot.
55 top of shock reducing structure is slidably arranged in the bottle chamber 52 of 53 lower part of interlayer board, 55 top of shock reducing structure
Equipped with snubber block 551, the snubber block 551 is arranged between 53 bottom of 532 upper surface of supporting mass and interlayer board, the branch
It holds that 532 groove of body is corresponding with 55 inner cavity of shock reducing structure, spring 3 54 is additionally provided between the interlayer board 53 and snubber block 551,
So that device is played cushioning effect during smearing, makes to be more uniformly stressed, efficiently reduce detection error, greatly strengthen
Practicability, 55 bottom of shock reducing structure are further fixedly arranged on silica-gel sphere 56, are additionally provided with from sphere inside the silica-gel sphere 56
Top extends to the deflector hole 561 of avris, carries out pressing smearing to sheet glass using the flexible deformation of silica-gel sphere 56, greatly improves
The uniformity of efficiency and reagent is smeared, and centrifugal force is described to smearing the influence generated when spherical effectively reduces rotation
56 lower part of silica-gel sphere be equipped with uniform fold to avris deflector hole 561 hydrophilic nonwoven fabrics 57, using hydrone in hydrophilic nonwoven
Uniform distribution properties in cloth 57 and water lock, user of service can better ensure that reagent on the glass sheet when smearing
Uniformity coefficient, and it is environmentally safe, 56 predetermined portions of silica-gel sphere are maintained at outside shock reducing structure 55.
The circular discs 31 are fixedly mounted on pedestal 4, and 5 rotary motion trace of reagent bottle is corresponded in the circular discs 31 also
Multiple slide slots 32 are uniformly provided with, are equipped with graduation mark outside 5 bottle of reagent bottle, user of service can more easily record examination
The dosage of agent improves the practicability of device, the company that the silica-gel sphere 56 passes through the connector and 55 lower part of shock reducing structure on top
Extension bar joggle, 57 top of hydrophilic nonwoven fabrics are fixed on 561 top of deflector hole on silica-gel sphere 56, institute using cohesive material
Fluid stopping plate 552 is also equipped on the shock reducing structure 55 stated, user of service can load and unload fluid stopping plate 552 as needed in smearing, effectively
Ground controls thickness of the circulation of reagent with static, described 32 depth of slide slot less than standard medical glass piece, and user of service can
Easily to pick and place sheet glass, the snubber block 551 is equipped with predetermined gap with 532 column part of supporting mass, prevents snubber block
Frictional force caused by being slided between 551 and supporting mass 532, the deflector hole 561 extend from 56 top flow-in hole of silica-gel sphere
To side flow-out hole, the flow-out hole in the deflector hole 561 is located at outside shock reducing structure 55, ensure that reagent cannot flow into and subtracts
It shakes in body 55, reduces the waste of reagent, reduce cost, the device for mechanical degree is high, personnel's operation easy to use, it is only necessary to
The reagent smearing to sheet glass can be realized in one action, and is effectively improved painting tablet quality, greatly strengthens practicability.
When in use, reagent or assay are poured into reagent bottle 5 for the device, and examination is shown according to the graduation mark on bottle
Dosage, while reagent in bottle chamber 52 or assay flow slowly into supporting mass 532 by the small cylindrical opening 531 on interlayer board 53
Hole, and then be flowed into shock reducing structure 55, pedestal 4 is placed on burnishing surface, presses connector 7, positioning column 82 is fixed, location hole 72
It is axially moved on the direction of positioning column 82, is hinged feelings in gripper jaw 83 and connector 7 and locating detent 81
Under condition, 83 top of gripper jaw is to middle shrinkage, while lower part is opened to both sides, by the connecting hole 511 on 5 bottleneck body 51 of reagent bottle
The connecting pole 71 for being directed at 7 bottom of connector is installed, and connector 7, under the action of spring 2 73,83 bottom crimp of gripper jaw are unclamped
Connector 7 returns to initial position simultaneously, unclamps reagent bottle 5, installation is complete for reagent bottle 5.
Sheet glass is put into the slide slot 32 in circular discs 31, fluid stopping plate 552 is opened, reagent or assay flow into silica gel
In ball 56, by the conduction of deflector hole 561, by 57 uniform adsorption of hydrophilic nonwoven fabrics, startup power supply, cylinder 1 is started to work, and band
Dynamic support arm 2 pumps, while connecting rod 21 pumps with carry-over bar 211, and roller gear 9 carries out past
Multiple rotary motion drives drive bevel gear 91 to carry out crankmotion simultaneously, in drive bevel gear 91 and 6 phase of driven wheel of differential
Under the action of engagement, driven wheel of differential 6 carries out crankmotion simultaneously with 62 crankmotion of driven fork around fixing axle 61,
Pawl 63 starts to work to ratchet 3 under the active force of spring 1, ratchet 3 around fixing axle 61 along predetermined direction intermittent rotary,
Rotational Cylindrical 33 starts to rotate under the action of ratchet 3 and turning set 84 is driven to rotate, and then rotor 8 starts around by 22 turns of compression leg
After dynamic, locating detent 81 starts that reagent bottle 5 is driven to carry out intermittent rotary movement, while in the effect by compression leg 22 and spring 4 34
Under, the pressing rotor 8 that pumps of cylinder 1 drives reagent bottle 5 to pump, when device moves downward,
55 stress of shock reducing structure moves the spring 3 54 squeezed between interlayer board 53 and snubber block 551 round about, and spring 3 54 is shunk,
Silica-gel sphere 56 deforms upon under pressing effect simultaneously, so that hydrophilic nonwoven fabrics 57 is gradually increased with sheet glass contact area, reagent
Or assay is evenly coated under the action of hydrophilic nonwoven fabrics 57 and silica-gel sphere 56 squeeze on sheet glass, device moves upwards,
Shock reducing structure 55 returns to initial position under the action of spring 3 54, while pawl 63 drives ratchet 3 to rotate a predetermined angular, makes
It is carried out picking and placeing sheet glass with personnel.
After use, holds reagent bottle 5 while pressing connector 7, omit identical explanation, remove reagent bottle 5, clear water
Washer bottle chamber 52 is replaced reagent or is replaced as needed simultaneously, fluid stopping plate 552 is closed, to efficiently complete to glass
The uniform smearing of piece.
Although above-mentioned be described the specific implementation mode of utility model in conjunction with attached drawing, not to the utility model
The limitation of protection domain, based on the technical solution of the present invention, those skilled in the art need not pay creativeness
The various modifications or changes that working can make are still within the scope of the present invention.
Claims (9)
1. a kind of medical sheet glass fully-automatic coating equipment, it is characterised in that：Including cylinder, support arm, connecting rod, ratchet, pedestal,
Reagent bottle, bottleneck body, shock reducing structure, driven wheel of differential, fixing axle, connector, gripper jaw and drive bevel gear, the cylinder are set
It sets on pedestal, the support arm is mounted on cylinder, and the connecting rod is fixed at support arm side, the company
Extension bar bottom is equipped with vertical rack, working chamber is additionally provided on the pedestal, the rack is with axis in working chamber
Roller gear is meshed, and the drive bevel gear is fixedly connected on by shaft coupling on same axis with roller gear, described
Fixing axle be set on the base, the driven wheel of differential by bearing be mounted on fixing axle on, bearing inner race and fixing axle
It is relatively fixed, the driven wheel of differential is meshed with drive bevel gear, and the ratchet is positioned by the shaft shoulder and and fixing axle
It is connected, swing rod is installed on the driven wheel of differential, pawl, the pawl and ratchet phase is also equipped on swing rod
Cooperation, and spring one is installed between swing rod；
On the ratchet Rotational Cylindrical vertically upward, support arm lower section are respectively equipped with positioned at center both sides
It is additionally provided with by compression leg, described is lower thin and upper thick shaft shoulder structure by compression leg, and lower part taper end axis is equipped with rotor, and described turns
Kinetoplast bottom corresponds to Rotational Cylindrical position and sets there are two turning set, and the driving cylindrical slid at the top of the turning set and Rotational Cylindrical connects
It connects, is also equipped with spring four on the driving cylinder, the rotor side is additionally provided with locating detent, under the locating detent
Side is installed with positioning column, and the positioning column is lower thin and upper thick shaft shoulder structure, and lower part taper end is determined at the top of connector
Position hole socket-connects, the gripper jaw and locating detent hinge connection, the connector and gripper jaw hinge connection, connector with
It is also equipped with spring two between gripper jaw, connecting pole is additionally provided on the connector, bottleneck is equipped at the top of the reagent bottle
Body, the bottleneck body are equipped with connecting hole, and the connecting pole socket-connects with connecting hole；
The reagent bottle is internally provided with a bottle chamber, and the bottle intracavitary is equipped with interlayer board, and the interlayer board is equipped with small column
Hole, interlayer board bottom and small cylindrical opening opposite position are additionally provided with supporting mass, the supporting mass is inverted T-shaped and bottom be equipped with
The groove that small cylindrical opening is connected, the shock reducing structure top are slidably arranged in the bottle intracavitary of interlayer board lower part, are gone back on shock reducing structure
Equipped with snubber block, the snubber block is arranged between supporting mass and interlayer board, the supporting mass groove and damping intracoelomic cavity
It is corresponding, spring three is additionally provided between the interlayer board and snubber block, the shock reducing structure bottom is further fixedly arranged on silica gel
Ball, the silica-gel sphere are equipped with hydrophilic nonwoven fabrics, are additionally provided with deflector hole on the silica-gel sphere, the hydrophilic nonwoven fabrics are equal
Even to be wrapped in silica-gel sphere lower part, the silica-gel sphere predetermined portions are maintained at outside shock reducing structure, and use is additionally provided on the pedestal
In the circular discs of bearing glass bottle.
2. a kind of medical sheet glass fully-automatic coating equipment as described in claim 1, characterized in that the fixing axle and ratchet
Between bearing is installed.
3. a kind of medical sheet glass fully-automatic coating equipment as described in claim 1, characterized in that corresponding in the circular discs
Reagent bottle rotary motion trace is also uniformly provided with multiple slide slots.
4. a kind of medical sheet glass fully-automatic coating equipment as claimed in claim 3, characterized in that the slide groove depth is small
In the thickness of standard medical glass piece.
5. a kind of medical sheet glass fully-automatic coating equipment as described in claim 1, characterized in that outside the reagent bottle
Portion is equipped with graduation mark.
6. a kind of medical sheet glass fully-automatic coating equipment as described in claim 1, characterized in that the silica-gel sphere passes through upper
The connector in portion and the connecting rod joggle of shock reducing structure lower part, the hydrophilic nonwoven fabrics top is fixed on silica-gel sphere with stickum
On deflector hole top.
7. a kind of medical sheet glass fully-automatic coating equipment as described in claim 1, characterized in that also set on the shock reducing structure
It is equipped with fluid stopping plate.
8. a kind of medical sheet glass fully-automatic coating equipment as described in claim 1, characterized in that the snubber block and bearing
Body column part is equipped with predetermined gap.
9. a kind of medical sheet glass fully-automatic coating equipment as described in claim 1, characterized in that the deflector hole is from silica gel
Top dome portion flow-in hole extends to side flow-out hole, and the flow-out hole in the deflector hole is arranged outside shock reducing structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820129515.5U CN207703580U (en) | 2018-01-25 | 2018-01-25 | A kind of medical sheet glass fully-automatic coating equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820129515.5U CN207703580U (en) | 2018-01-25 | 2018-01-25 | A kind of medical sheet glass fully-automatic coating equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207703580U true CN207703580U (en) | 2018-08-07 |
Family
ID=63035633
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820129515.5U Expired - Fee Related CN207703580U (en) | 2018-01-25 | 2018-01-25 | A kind of medical sheet glass fully-automatic coating equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207703580U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109112060A (en) * | 2018-09-13 | 2019-01-01 | 李冬年 | A kind of micro-biological samples smear pen |
| CN113275449A (en) * | 2021-07-19 | 2021-08-20 | 烟台智汇港科技创新有限公司 | Integrated linkage metal stamping mechanical equipment based on hole forming of fruit diameter measurer |
-
2018
- 2018-01-25 CN CN201820129515.5U patent/CN207703580U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109112060A (en) * | 2018-09-13 | 2019-01-01 | 李冬年 | A kind of micro-biological samples smear pen |
| CN109112060B (en) * | 2018-09-13 | 2021-09-14 | 青岛大学附属医院 | Microbial sample smear pen |
| CN113275449A (en) * | 2021-07-19 | 2021-08-20 | 烟台智汇港科技创新有限公司 | Integrated linkage metal stamping mechanical equipment based on hole forming of fruit diameter measurer |
| CN113275449B (en) * | 2021-07-19 | 2021-10-01 | 烟台智汇港科技创新有限公司 | Integrated linkage metal stamping mechanical equipment based on hole forming of fruit diameter measurer |
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