CN208928558U - Solid waste rotary sieve device - Google Patents
Solid waste rotary sieve device Download PDFInfo
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- CN208928558U CN208928558U CN201821581808.3U CN201821581808U CN208928558U CN 208928558 U CN208928558 U CN 208928558U CN 201821581808 U CN201821581808 U CN 201821581808U CN 208928558 U CN208928558 U CN 208928558U
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Abstract
A kind of solid waste rotary sieve device, it includes sub-sieve cylinder, driving mechanism and sub-sieve mechanism, it is connect by the driving mechanism being connect with sub-sieve cylinder with sub-sieve mechanism, sub-sieve mechanism is located in sub-sieve cylinder, sub-sieve mechanism rotary sieve is driven by driving mechanism, by the opening addition on the upside of sub-sieve cylinder by the mixture of syringe, piston and syringe needle, successively it is discharged from syringe material mouth, piston material mouth and syringe needle material mouth when sub-sieve.By manual sorting's low efficiency when the utility model overcomes original annotation emitter resolution process, it being easy difficult to handle problem, has structure simple, sub-sieve is high-efficient, and labor intensity is low, it is not easy to prick the hand, easy to operate feature.
Description
Technical field
The utility model belongs to recovery and reuse of waste technical field, is related to a kind of solid waste rotary sieve device.
Background technique
Scrap concrete recycles, and not only economizes on resources, also helps environmental protection, is widely used in urban life, industry life
The fields such as production and medical treatment.Wherein, the disposable syringe dosage for being related to Biohazard Waste is larger, and recycling and reusing process not only may be used
The bacterium sterilizing that syringe carries after will be discarded, also helps environmental protection.Disposable syringe includes the pressure being slidably matched with syringe
Piston and the syringe needle with the socket of syringe front end are pushed in contracting, and the maximum cross section of syringe is greater than the maximum cross section for pushing piston, pushes away
That squeezes piston maximum cross section is greater than syringe needle maximum cross section.Other than syringe needle, remaining is all made of medical plastics, concentrates after recycling
It when processing, needs to separate each component, each building block of syringe after separating mixes after disinfection and sterilization, needs
Sorted, at present use manual sorting the problem is that:
Manual sorting's labor intensity is high, low efficiency；
The syringe needle mixed when sorting with piston and syringe is easy to prick the hand and hurt sb.'s feelings.
Summary of the invention
The technical problem to be solved by the utility model is to provide a kind of solid waste rotary sieve device, structure letters
It is single, it is connect using the driving mechanism being connect with sub-sieve cylinder with sub-sieve mechanism, sub-sieve mechanism is located in sub-sieve cylinder is driven by driving mechanism
Dynamic rotary sieve, after mixed syringe, piston and syringe needle enter cylinder from the opening on the upside of sub-sieve cylinder, successively from syringe material mouth,
Piston material mouth and the discharge of syringe needle material mouth, sub-sieve is high-efficient, and labor intensity is low, is not easy to prick the hand, easy to operate.
A kind of solid waste rotation point that in order to solve the above technical problems, the technical scheme adopted by the utility model is:
Screen device, it includes sub-sieve cylinder, driving mechanism and sub-sieve mechanism；The driving mechanism is connected and fixed with sub-sieve cylinder；The sub-sieve
Mechanism is located in sub-sieve cylinder to be connect with driving mechanism；Sub-sieve mechanism rotary sieve, each layer is at skewed sub-sieve different size
Object.
The sub-sieve cylinder is the hollow cylinder of upper side opening, and outer wall sets gradually the needle with hollow cylinder connection from the top down
Cylinder material mouth, piston material mouth, syringe needle material mouth and particle mouth.
The syringe material mouth, piston material mouth and syringe needle material mouth are in downward skewed laying, syringe material mouth and syringe needle material mouth
Positioned at the same side, piston material mouth is located at the respective side of syringe material mouth and syringe needle material mouth.
The driving mechanism includes the motor connecting with fixed frame, fixed frame at cross-like and sub-sieve cylinder upper side nozzle
Connection, the axis body of motor pass through fixed frame and are deep into sub-sieve cylinder, and the axis body of sub-sieve mechanism and motor is connected and fixed.
The sub-sieve mechanism includes syringe sieve plate, piston sieve plate and syringe needle sieve plate；The syringe sieve plate, piston sieve plate and needle
Head sieve plate is sequentially connected fixation at skewed along the axis body of motor from the top down.
The syringe sieve plate is corresponding with syringe material mouth with piston sieve plate junction, piston sieve plate and syringe needle sieve plate junction with
Piston material mouth is corresponding, and the inclined lower end of syringe needle sieve plate is corresponding with syringe needle material mouth.
The syringe sieve plate, piston sieve plate and syringe needle sieve plate are circular plate, are respectively provided with material-dropping hole, material-dropping hole thereon
Pore size successively gradually reduced from syringe sieve plate, piston sieve plate, syringe needle sieve plate.
A kind of solid waste rotary sieve device, it includes sub-sieve cylinder, driving mechanism and sub-sieve mechanism；Driving mechanism with
Sub-sieve cylinder is connected and fixed；Sub-sieve mechanism is located in sub-sieve cylinder to be connect with driving mechanism；Sub-sieve mechanism rotary sieve, each layer is at inclination
The different size of object of shape sub-sieve.Structure is simple, is connect by the driving mechanism connecting with sub-sieve cylinder with sub-sieve mechanism, screen-dividing machine
Structure is located in sub-sieve cylinder, drives sub-sieve mechanism rotary sieve by driving mechanism, by the addition of opening on the upside of sub-sieve cylinder by
The mixture of syringe, piston and syringe needle is successively discharged from syringe material mouth, piston material mouth and syringe needle material mouth when sub-sieve, sub-sieve efficiency
Height, labor intensity is low, is not easy to prick the hand, easy to operate.
In the preferred scheme, sub-sieve cylinder be upper side opening hollow cylinder, outer wall set gradually from the top down with it is hollow
Syringe material mouth, piston material mouth, syringe needle material mouth and the particle mouth of cylinder connection.Structure is simple, in use, syringe material mouth is for being discharged
Syringe after separation, piston material mouth are used to be discharged the piston after separation, and syringe needle material mouth is used to be discharged the syringe needle after separation, separation
When, syringe, piston and syringe needle are successively separated, separative efficiency is high.
In the preferred scheme, syringe material mouth, piston material mouth and syringe needle material mouth are in downward skewed laying, syringe material mouth
It is located at the same side with syringe needle material mouth, piston material mouth is located at the respective side of syringe material mouth and syringe needle material mouth.Structure is simple, in use,
Be conducive to the discharge of material at skewed each material mouth downwards；It is preferably located at syringe material mouth, the piston material mouth of sub-sieve cylinder two sides
With after syringe needle material mouth discharging convenient for storage, improve sub-sieve efficiency.
In the preferred scheme, driving mechanism includes the motor connecting with fixed frame, and fixed frame is at cross-like and sub-sieve cylinder
The nozzle of upper side connects, and the axis body of motor passes through fixed frame and is deep into sub-sieve cylinder, the axis body connection of sub-sieve mechanism and motor
It is fixed.Structure is simple, in use, motor circuit is closed, the rotation of motor axis body drives the rotation of sub-sieve mechanism, and the rotation of sub-sieve mechanism is stirred
The dynamic mixture by syringe, piston and syringe needle is rotated around sub-sieve cylinder, sub-sieve mixture while sub-sieve mechanism rotates, sub-sieve efficiency
Height, labor intensity are low.
In the preferred scheme, sub-sieve mechanism includes syringe sieve plate, piston sieve plate and syringe needle sieve plate；Syringe sieve plate, piston
Sieve plate and syringe needle sieve plate are sequentially connected fixation at skewed along the axis body of motor from the top down.Structure is simple, when installation, syringe sieve
Plate, piston sieve plate and syringe needle sieve plate are sequentially connected at skewed along motor axis body from the top down, are fixed with motor axis body, by motor
Axis body drives each sieve plate synchronous rotary；Inclined each sieve plate extends the distance that mixture falls when filtering, and lower layer is avoided to filter
Material be discharged from the material mouth on upper layer, filter effect is more preferable.
In the preferred scheme, syringe sieve plate is corresponding with syringe material mouth with piston sieve plate junction, piston sieve plate and syringe needle
Sieve plate junction is corresponding with piston material mouth, and the inclined lower end of syringe needle sieve plate is corresponding with syringe needle material mouth.Structure is simple, in use, by
The mixture of syringe, piston and syringe needle is entered from conveying mechanism in sub-sieve cylinder, and at the same time, each sieve plate is in contorted
State, mixture are moved downward from the inclined upper end rotation of syringe sieve plate, and in rotary course, piston and syringe needle are fallen into from syringe sieve plate
To lower layer, syringe is discharged from syringe material mouth；Correspondingly, syringe needle falls on lower layer from piston sieve plate, and piston is discharged from piston material mouth, broken
Material drops into sub-sieve cylinder bottom from syringe needle sieve plate, and syringe needle is discharged from syringe needle material mouth, and particle is cleared up from particle mouth.
In the preferred scheme, syringe sieve plate, piston sieve plate and syringe needle sieve plate are circular plate, are respectively provided with fall thereon
Expect hole, the pore size of material-dropping hole is successively gradually reduced from syringe sieve plate, piston sieve plate, syringe needle sieve plate.Structure is simple, uses
When, for filtering piston and syringe needle, syringe being stopped to fall, the material-dropping hole on piston sieve plate was used for the material-dropping hole on syringe sieve plate
It filters syringe needle, piston is stopped to fall, the material-dropping hole on syringe needle sieve plate is for filtering particle, syringe needle being stopped to fall；Preferably, material-dropping hole
Vertical length is set positioned at the long waist round hole two sides of the column wherein a long waist round hole of column is laid along sieve plate center line for long waist round hole
Waist round hole, the material-dropping hole of the laying intersection construction are conducive to make material misplace in sieve plate rotary course, are not easy to block up when filtering sub-sieve
Plug.
A kind of solid waste rotary sieve device, it includes sub-sieve cylinder, driving mechanism and sub-sieve mechanism, by with sub-sieve
The driving mechanism of cylinder connection is connect with sub-sieve mechanism, and sub-sieve mechanism is located in sub-sieve cylinder, drives sub-sieve mechanism by driving mechanism
Rotary sieve, by the opening addition on the upside of sub-sieve cylinder by the mixture of syringe, piston and syringe needle, successively from syringe when sub-sieve
Material mouth, piston material mouth and the discharge of syringe needle material mouth.The utility model is imitated when overcoming original annotation emitter resolution process by manual sorting
Rate is low, is easy difficult to handle problem, has structure simple, and sub-sieve is high-efficient, and labor intensity is low, is not easy to prick the hand, easy to operate spy
Point.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawings and examples:
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the schematic front view of Fig. 1.
Fig. 3 is the schematic top plan view of Fig. 2.
Fig. 4 is schematic cross-sectional view at the A-A of Fig. 3.
Fig. 5 is the structural schematic diagram that the utility model driving mechanism is connected with sub-sieve mechanism.
Fig. 6 is the schematic front view of Fig. 5.
Fig. 7 is the schematic side view of Fig. 6.
In figure: sub-sieve cylinder 1, syringe material mouth 11, piston material mouth 12, syringe needle material mouth 13, particle mouth 14, driving mechanism 2 are fixed
Frame 21, motor 22, sub-sieve mechanism 3, syringe sieve plate 31, piston sieve plate 32, syringe needle sieve plate 33.
Specific embodiment
In Fig. 1 ~ Fig. 7, a kind of solid waste rotary sieve device, it includes sub-sieve cylinder 1, driving mechanism 2 and sub-sieve
Mechanism 3；The driving mechanism 2 is connected and fixed with sub-sieve cylinder 1；The sub-sieve mechanism 3 is located in sub-sieve cylinder 1 and connects with driving mechanism 2
It connects；3 rotary sieve of sub-sieve mechanism, each layer is at the different size of object of skewed sub-sieve.Structure is simple, by with sub-sieve cylinder
The driving mechanism 2 of 1 connection is connect with sub-sieve mechanism 3, and sub-sieve mechanism 3 is located in sub-sieve cylinder 1, drives sub-sieve by driving mechanism 2
3 rotary sieve of mechanism, by the opening addition from the upside of sub-sieve cylinder 1 by the mixture of syringe, piston and syringe needle, when sub-sieve successively
It being discharged from syringe material mouth 11, piston material mouth 12 and syringe needle material mouth 13, sub-sieve is high-efficient, and labor intensity is low, it is not easy to prick the hand, operation side
Just.
In preferred scheme, the sub-sieve cylinder 1 is the hollow cylinder of upper side opening, and outer wall is set gradually from the top down in
Syringe material mouth 11, piston material mouth 12, syringe needle material mouth 13 and the particle mouth 14 of empty cylinder connection.Structure is simple, in use, syringe material
Mouth 11 is used to be discharged the piston after separation for the syringe after separating, piston material mouth 12 to be discharged, and syringe needle material mouth 13, which is used to be discharged, divides
Syringe needle from after when separation, successively separates syringe, piston and syringe needle, and separative efficiency is high.
In preferred scheme, the syringe material mouth 11, piston material mouth 12 and syringe needle material mouth 13 are in downward skewed laying,
Syringe material mouth 11 and syringe needle material mouth 13 are located at the same side, and piston material mouth 12 is located at the correspondence of syringe material mouth 11 and syringe needle material mouth 13
Side.Structure is simple, in use, being conducive to the discharge of material at skewed each material mouth downwards；It is preferably located at 1 liang of sub-sieve cylinder
Convenient for storage after 13 discharging of syringe material mouth 11, piston material mouth 12 and syringe needle material mouth of side, sub-sieve efficiency is improved.
In preferred scheme, the driving mechanism 2 includes the motor 22 connecting with fixed frame 21, and fixed frame 21 is at cross-like
Connect with the nozzle of 1 upper side of sub-sieve cylinder, the axis body of motor 22 passes through fixed frame 21 and is deep into sub-sieve cylinder 1, sub-sieve mechanism 3 with
The axis body of motor 22 is connected and fixed.Structure is simple, in use, 22 closing of circuit of motor, the rotation of motor axis body drives sub-sieve mechanism 3
Rotation, 3 rotational agitation of sub-sieve mechanism are rotated by the mixture of syringe, piston and syringe needle around sub-sieve cylinder 1, what sub-sieve mechanism 3 rotated
Sub-sieve mixture simultaneously, sub-sieve is high-efficient, and labor intensity is low.
In preferred scheme, the sub-sieve mechanism 3 includes syringe sieve plate 31, piston sieve plate 32 and syringe needle sieve plate 33；It is described
Syringe sieve plate 31, piston sieve plate 32 and syringe needle sieve plate 33 are sequentially connected fixation at skewed along the axis body of motor 22 from the top down.
Structure is simple, when installation, syringe sieve plate 31, piston sieve plate 32 and syringe needle sieve plate 33 at it is skewed along motor axis body from the top down according to
Secondary connection is fixed with motor axis body, drives each sieve plate synchronous rotary by motor axis body；Inclined each sieve plate extends under mixture
Distance when filtering is fallen, the material for avoiding lower layer from filtering is discharged from the material mouth on upper layer, and filter effect is more preferable.
In preferred scheme, the syringe sieve plate 31 is corresponding with syringe material mouth 11 with 32 junction of piston sieve plate, piston sieve
Plate 32 is corresponding with piston material mouth 12 with 33 junction of syringe needle sieve plate, and the inclined lower end of syringe needle sieve plate 33 is corresponding with syringe needle material mouth 13.
Structure is simple, in use, entered from conveying mechanism in sub-sieve cylinder 1 by the mixture of syringe, piston and syringe needle, it is same with this
When, each sieve plate is in rotation status, and mixture is moved downward from the rotation of the inclined upper end of syringe sieve plate 31, living in rotary course
Plug and syringe needle drop into lower layer from syringe sieve plate 31, and syringe is discharged from syringe material mouth 11；Correspondingly, syringe needle is fallen from piston sieve plate 32
To lower layer, piston is discharged from piston material mouth 12, and particle drops into 1 bottom of sub-sieve cylinder from syringe needle sieve plate 33, and syringe needle is from syringe needle material mouth
13 discharges, particle are cleared up from particle mouth 14.
In preferred scheme, the syringe sieve plate 31, piston sieve plate 32 and syringe needle sieve plate 33 are circular plate, thereon
It is respectively provided with material-dropping hole, the pore size of material-dropping hole is successively gradually reduced from syringe sieve plate 31, piston sieve plate 32, syringe needle sieve plate 33.
Structure is simple, in use, the material-dropping hole on syringe sieve plate 31 is for filtering piston and syringe needle, stopping syringe whereabouts, piston sieve plate
Material-dropping hole on 32 falls for filtering needle, blocking piston, and the material-dropping hole on syringe needle sieve plate 33 is for filtering particle, stopping needle
Head falls；Preferably, material-dropping hole is long waist round hole, wherein a long waist round hole of column is laid along sieve plate center line, is located at the long waist of the column
The vertical long waist round hole of circular hole two sides setting, the material-dropping hole of the laying intersection construction are conducive to make material wrong in sieve plate rotary course
Position is not easy to plug when filtering sub-sieve.
Solid waste rotary sieve device as described above, when installing and using, the driving mechanism 2 that is connect with sub-sieve cylinder 1
It is connect with sub-sieve mechanism 3, sub-sieve mechanism 3 is located in sub-sieve cylinder 1, and driving mechanism 2 drives 3 rotary sieve of sub-sieve mechanism, from sub-sieve
The opening addition of 1 upside of cylinder by syringe, piston and syringe needle mixture, successively from syringe material mouth 11, piston material mouth 12 when sub-sieve
It is discharged with syringe needle material mouth 13, sub-sieve is high-efficient, and labor intensity is low, is not easy to prick the hand, easy to operate.
In use, syringe material mouth 11 is used to be discharged the syringe after separation, piston material mouth 12 is used to that the piston after separation to be discharged,
Syringe needle material mouth 13 is used to that the syringe needle after separation be discharged, when separation, successively separates syringe, piston and syringe needle, separative efficiency height.
In use, being conducive to the discharge of material at skewed each material mouth downwards；It is preferably located at 1 two sides of sub-sieve cylinder
Convenient for storage after 13 discharging of syringe material mouth 11, piston material mouth 12 and syringe needle material mouth, sub-sieve efficiency is improved.
In use, 22 closing of circuit of motor, the rotation of motor axis body drives sub-sieve mechanism 3 to rotate, 3 rotational agitation of sub-sieve mechanism
It is rotated by the mixture of syringe, piston and syringe needle around sub-sieve cylinder 1, sub-sieve mixture while sub-sieve mechanism 3 rotates, sub-sieve efficiency
Height, labor intensity are low.
When installation, syringe sieve plate 31, piston sieve plate 32 and syringe needle sieve plate 33 at it is skewed along motor axis body from the top down according to
Secondary connection is fixed with motor axis body, drives each sieve plate synchronous rotary by motor axis body；Inclined each sieve plate extends under mixture
Distance when filtering is fallen, the material for avoiding lower layer from filtering is discharged from the material mouth on upper layer, and filter effect is more preferable.
In use, entered from conveying mechanism in sub-sieve cylinder 1 by the mixture of syringe, piston and syringe needle, at the same time,
Each sieve plate is in rotation status, and mixture is moved downward from the rotation of the inclined upper end of syringe sieve plate 31, in rotary course, piston and
Syringe needle drops into lower layer from syringe sieve plate 31, and syringe is discharged from syringe material mouth 11；Correspondingly, syringe needle is fallen on down from piston sieve plate 32
Layer, piston are discharged from piston material mouth 12, and particle drops into 1 bottom of sub-sieve cylinder from syringe needle sieve plate 33, and syringe needle is from 13 row of syringe needle material mouth
Out, particle is cleared up from particle mouth 14.
In use, the material-dropping hole on syringe sieve plate 31 is for filtering piston and syringe needle, stopping syringe whereabouts, piston sieve plate 32
On material-dropping hole for filtering needle, stop piston to fall, the material-dropping hole on syringe needle sieve plate 33 is for filtering particle, stopping syringe needle
It falls；Preferably, material-dropping hole is long waist round hole, wherein a long waist round hole of column is laid along sieve plate center line, is located at the long oval of the column
The vertical long waist round hole of hole two sides setting, the material-dropping hole of the laying intersection construction are conducive to make material wrong in sieve plate rotary course
Position is not easy to plug when filtering sub-sieve.
The above embodiments are only the optimal technical scheme of the utility model, and are not construed as the limit for the utility model
System, the features in the embodiments and the embodiments of the present application in the absence of conflict, can mutual any combination.This is practical new
The protection scope of type should be with the technical solution of claim record, technical characteristic in the technical solution recorded including claim
Equivalents are protection scope.Equivalent replacement i.e. within this range is improved, also the protection scope of the utility model it
It is interior.
Claims (7)
1. a kind of solid waste rotary sieve device, it is characterized in that: it includes sub-sieve cylinder (1), driving mechanism (2) and screen-dividing machine
Structure (3)；The driving mechanism (2) is connected and fixed with sub-sieve cylinder (1)；The sub-sieve mechanism (3) is located in sub-sieve cylinder (1) and driving
Mechanism (2) connection；Sub-sieve mechanism (3) rotary sieve, each layer is at the different size of object of skewed sub-sieve.
2. solid waste rotary sieve device according to claim 1, it is characterized in that: the sub-sieve cylinder (1) is upside
The hollow cylinder of opening, outer wall set gradually from the top down with the syringe material mouth (11) of hollow cylinder connection, piston material mouth (12),
Syringe needle material mouth (13) and particle mouth (14).
3. solid waste rotary sieve device according to claim 2, it is characterized in that: the syringe material mouth (11), work
Material mouth (12) and syringe needle material mouth (13) are filled in downward skewed laying, syringe material mouth (11) and syringe needle material mouth (13) positioned at same
Side, piston material mouth (12) are located at the respective side of syringe material mouth (11) and syringe needle material mouth (13).
4. solid waste rotary sieve device according to claim 1, it is characterized in that: the driving mechanism (2) includes
The motor (22) connecting with fixed frame (21), fixed frame (21) are connect at cross-like with the nozzle of sub-sieve cylinder (1) upper side, motor
(22) axis body passes through fixed frame (21) and is deep into sub-sieve cylinder (1), and sub-sieve mechanism (3) connect solid with the axis body of motor (22)
It is fixed.
5. solid waste rotary sieve device according to claim 2 or 4, it is characterized in that: the sub-sieve mechanism (3) is wrapped
Include syringe sieve plate (31), piston sieve plate (32) and syringe needle sieve plate (33)；The syringe sieve plate (31), piston sieve plate (32) and syringe needle
Sieve plate (33) is sequentially connected fixation at skewed along the axis body of motor (22) from the top down.
6. solid waste rotary sieve device according to claim 5, it is characterized in that: the syringe sieve plate (31) and work
It is corresponding with syringe material mouth (11) to fill in sieve plate (32) junction, piston sieve plate (32) and syringe needle sieve plate (33) junction and piston material mouth
(12) corresponding, syringe needle sieve plate (33) inclined lower end is corresponding with syringe needle material mouth (13).
7. solid waste rotary sieve device according to claim 5, it is characterized in that: the syringe sieve plate (31), work
It fills in sieve plate (32) and syringe needle sieve plate (33) is circular plate, be respectively provided with material-dropping hole thereon, the pore size of material-dropping hole is successively
It is gradually reduced from syringe sieve plate (31), piston sieve plate (32), syringe needle sieve plate (33).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821581808.3U CN208928558U (en) | 2018-09-27 | 2018-09-27 | Solid waste rotary sieve device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821581808.3U CN208928558U (en) | 2018-09-27 | 2018-09-27 | Solid waste rotary sieve device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208928558U true CN208928558U (en) | 2019-06-04 |
Family
ID=66722619
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821581808.3U Active CN208928558U (en) | 2018-09-27 | 2018-09-27 | Solid waste rotary sieve device |
Country Status (1)
| Country | Link |
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| CN (1) | CN208928558U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112517381A (en) * | 2020-11-17 | 2021-03-19 | 河南科技大学第一附属医院 | Disinfection classification equipment for anesthesia department and using method thereof |
-
2018
- 2018-09-27 CN CN201821581808.3U patent/CN208928558U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112517381A (en) * | 2020-11-17 | 2021-03-19 | 河南科技大学第一附属医院 | Disinfection classification equipment for anesthesia department and using method thereof |
| CN112517381B (en) * | 2020-11-17 | 2021-09-24 | 河南科技大学第一附属医院 | Disinfection classification equipment for anesthesia department and using method thereof |
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