CN109966523A - A kind of multifunctional hospital equipment disinfection device - Google Patents
A kind of multifunctional hospital equipment disinfection device Download PDFInfo
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- CN109966523A CN109966523A CN201910261207.7A CN201910261207A CN109966523A CN 109966523 A CN109966523 A CN 109966523A CN 201910261207 A CN201910261207 A CN 201910261207A CN 109966523 A CN109966523 A CN 109966523A
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- block
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- spring
- disinfection
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
- A61L2/00—Methods or apparatus for disinfecting or sterilising materials or objects other than foodstuffs or contact lenses; Accessories therefor
- A61L2/16—Methods or apparatus for disinfecting or sterilising materials or objects other than foodstuffs or contact lenses; Accessories therefor using chemical substances
- A61L2/18—Liquid substances or solutions comprising solids or dissolved gases
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
- A61L2/00—Methods or apparatus for disinfecting or sterilising materials or objects other than foodstuffs or contact lenses; Accessories therefor
- A61L2/26—Accessories or devices or components used for biocidal treatment
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
- A61L2202/00—Aspects relating to methods or apparatus for disinfecting or sterilising materials or objects
- A61L2202/20—Targets to be treated
- A61L2202/24—Medical instruments, e.g. endoscopes, catheters, sharps
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- Health & Medical Sciences (AREA)
- Epidemiology (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
- Public Health (AREA)
- Veterinary Medicine (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- General Chemical & Material Sciences (AREA)
- Apparatus For Disinfection Or Sterilisation (AREA)
Abstract
The present invention relates to a kind of chlorination equipments, it in particular is a kind of multifunctional hospital equipment disinfection device, including moving wheel mechanism, rotate disinfecting mechanism, anticollision mechanism, sterilize block rabbling mechanism, pressing mechanism, vibrating feeder structure, device can be moved steadily, device is capable of fixing operating position, device can clamp the apparatus for needing to sterilize, device can carry out disinfection to apparatus, device can be automatically replenished thimerosal, device can stir thimerosal, device can add disinfection block automatically, device being capable of anticollision, rotation disinfecting mechanism is located at moving wheel mechanism and sterilizes the centre of block rabbling mechanism, the two sides of disinfection block rabbling mechanism are arranged in anticollision mechanism, pressing mechanism is connected with disinfection block rabbling mechanism, vibrating feeder structure is located at the top of disinfection block rabbling mechanism.
Description
Technical field
The present invention relates to a kind of chlorination equipments, are in particular a kind of multifunctional hospital equipment disinfection devices.
Background technique
The apparatus for needing to sterilize daily within the hospital is innumerable, and the workload for sterilizing personnel can be very huge, meeting in this way
Many time and efforts of staff are consumed, traditional disinfection is all manually to complete, inefficiency, so devising this
Kind multifunctional hospital equipment disinfection device.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of multifunctional hospital equipment disinfection device, device can be steady
Mobile, device is capable of fixing operating position, and device can clamp the apparatus for needing to sterilize, and device can carry out disinfection to apparatus,
Device can be automatically replenished thimerosal, and device can stir thimerosal, and device can add disinfection block automatically, and device being capable of anticollision.
In order to solve the above technical problems, the present invention relates to a kind of chlorination equipments, it is in particular a kind of multifunctional hospital
Equipment disinfection device, including moving wheel mechanism, rotation disinfecting mechanism, anticollision mechanism, disinfection block rabbling mechanism, pressing mechanism, shake
Dynamic feeder, device can be moved steadily, and device is capable of fixing operating position, and device can clamp the apparatus for needing to sterilize,
Device can carry out disinfection to apparatus, and device can be automatically replenished thimerosal, and device can stir thimerosal, and device can be automatic
Add disinfection block, device being capable of anticollision.
Moving wheel mechanism includes halting mechanism, damping wheel mechanism, and halting mechanism is connected with damping wheel mechanism；
Halting mechanism include brake block, brake block support, band screw hole fixed block, parking screw, parking screw hole, T-slot,
Sliding block, adjustment seat, brake block are connected with brake block support, and brake block support is connected with sliding block, and sliding block is matched with T-slot, T-type
Slot is opened in adjustment seat, and band screw hole fixed block is located at below adjustment seat, and parking screw is matched with screw hole fixed block, parking spiral shell
Nail is matched with parking screw hole, and parking screw hole is attacked in brake block support；
Damping wheel mechanism includes damping wheel, wheel shaft, wheel leg, takes turns leg holes, cushion socket, damping spring, damping trough, damping shell,
Damping wheel is connected with wheel shaft, and the connection type of wheel shaft and wheel leg is bearing connection, and wheel leg holes is matched with wheel leg, cushion socket and wheel
Leg is connected, and cushion socket is connected with damping spring, and cushion socket is matched with damping trough, and damping trough is opened in the inside of damping shell；
Rotating disinfecting mechanism includes compressing seat mechanism, compressing lower seat mechanism, disinfection cavity mechanism, under compressing seat mechanism and compressing
Seat mechanism is connected, and compresses lower seat mechanism and is connected with disinfection cavity mechanism；
Compressing seat mechanism includes band convex block screw, screw slots, convex block seat, hinge hole, press bed ontology, access aperture, with convex
Block screw is matched with screw slots, and screw slots are opened on convex block seat, and convex block seat is connected with press bed ontology, and hinge hole is opened in press
On seat ontology, access aperture is opened on press bed ontology；
Lower seat mechanism is compressed to include axis, compress lower seat, threaded hole, reset spring, inserted link, inserted link slot, access aperture A, axis with
It compresses lower seat to be connected, threaded hole is attacked under compression on the top plate of seat, and reset spring is connected with inserted link, and inserted link and inserted link slot match
It closes, inserted link slot is opened on the lower seat of compression, and access aperture A is opened on the lower seat of compression；
Disinfection cavity mechanism includes disinfection cavity ontology, bearing block, disinfection motor, sluice plug, bearing block and disinfection cavity ontology phase
Even, disinfection motor is connected with disinfection cavity ontology, and the plug that sluices is connected with disinfection cavity ontology；
Anticollision mechanism includes level-one anticollision mechanism, spring lever mechanism, and level-one anticollision mechanism is connected with spring lever mechanism；
Level-one anticollision mechanism includes anticollision seat, connecting rod, anticollision spring, anticollision back seat, connecting rod A, and anticollision seat is mutually cut with scissors with connecting rod
It connects, anticollision spring is welded between anticollision seat and anticollision back seat, and connecting rod A is hinged with connecting rod, and connecting rod A is mutually cut with scissors with anticollision back seat
It connects；
Spring lever mechanism includes spring A bar, spring, spring B bar, hinged block A, and spring is welded on spring A bar and spring B bar
Between, spring B bar is hinged with hinged block A；
Sterilizing block rabbling mechanism includes stirring executing agency, stir chamber mechanism, and stirring executing agency is arranged in stir chamber machine
The inside of structure；
Stirring executing agency includes sliding seat A, vent, sliding spring, sliding groove A, mixing arm, stirring convex block, decompression
Hole A, vent are opened on sliding seat A, and sliding spring is welded between sliding seat A and mixing arm, sliding seat A and sliding groove A phase
Cooperation, sliding groove A are opened on mixing arm, and stirring convex block is connected with mixing arm, and vent A is opened on stirring convex block；
Stir chamber mechanism includes stir chamber ontology, soldering opening, water filling plug, stirring motor, agitating shaft, feed inlet, check valve
A, A mouthfuls of welding ring A, check valve, soldering opening is opened on stir chamber ontology, and water filling plug is connected with stir chamber ontology, stirring motor with
Agitating shaft is connected, and agitating shaft is connected with stir chamber ontology, and feed inlet is opened on the top plate of stir chamber ontology, check valve A and welding
Ring A is connected, and welding ring A is connected with A mouthfuls of check valve, and A mouthfuls of check valve are opened on stir chamber ontology；
Pressing mechanism includes strainer, pressurization executing agency, and strainer is connected with pressurization executing agency；
Strainer includes tensioning wheel, tension wheel shaft, tension pulley seat, tension band convex block screw, screw slots B, link block, spiral shell
Pit B, fixing seat B, tensioning wheel are connected with tension wheel shaft, and the connection type of tension wheel shaft and tension pulley seat is bearing connection,
Taut band convex block screw is matched with screw slots B, and screw slots B is opened on link block, and link block is connected with tension pulley seat, and tension band is convex
Block screw is matched with threaded hole B, and threaded hole B is attacked on fixing seat B；
Pressurization executing agency includes pressurization hole, pressurizing chamber, pressing spring, fifth wheel, connection turbin generator, wirerope, pressurization
Seat, pressurization rod aperture, pressure rod, wirerope link block, upper connecting base, pressurization hole are opened on the bottom plate of pressurizing chamber, and pressing spring is set
It sets in the inside of pressurizing chamber, fifth wheel is connected with turbin generator is connect, and connection turbin generator is connected with pressurizing chamber, fifth wheel and wirerope
It is connected, pressure foot is located at the top of pressing spring, and pressure rod is connected with pressure foot, and pressure rod is matched with pressurization rod aperture, pressurizes
Rod aperture is opened on the top plate of pressurizing chamber, and wirerope link block is connected with upper connecting base, and upper connecting base is connected with pressure rod, wirerope
It is connected with wirerope link block；
Vibrating feeder structure includes counterweight door machine structure, vibration support leg mechanism, polarization force mechanisms, feed hopper, counterweight door machine structure
It is hinged with feed hopper, vibration support leg mechanism is located at the lower section of feed hopper, and polarization force mechanisms are connected with feed hopper；
Counterweight door machine structure includes counterweight door body, disc, disc bar, locking nut, and counterweight door body is connected with disc bar,
Disc covers on disc bar, and locking nut is connected with disc bar；
Shaking support leg mechanism includes shaking lower supporting leg, vibration spring A, vibration upper supporting leg, and vibration spring A is welded under vibration
Between supporting leg and vibration upper supporting leg；
Polarization force mechanisms include eccentric block, eccentric wheel, camshaft, belt pulley A, belt A, belt pulley B, polarize motor,
Eccentric block is connected with eccentric wheel, and eccentric wheel is connected with camshaft, and belt pulley A is connected with camshaft, belt A and belt pulley A
Connection type be flexible connection, the connection type of belt A and belt pulley B are flexible connection, belt pulley B with polarize motor phase
Even；
Rotation disinfecting mechanism is located at moving wheel mechanism and sterilizes the centre of block rabbling mechanism, and anticollision mechanism setting is in disinfection block
The two sides of rabbling mechanism, pressing mechanism are connected with disinfection block rabbling mechanism, and vibrating feeder structure is located at disinfection block rabbling mechanism
Top.
As advanced optimizing for the technical program, movement described in a kind of multifunctional hospital equipment disinfection device of the present invention
The number for taking turns mechanism is four.
As advanced optimizing for the technical program, disinfection described in a kind of multifunctional hospital equipment disinfection device of the present invention
The material of chamber ontology is stainless steel.
As advanced optimizing for the technical program, stirring described in a kind of multifunctional hospital equipment disinfection device of the present invention
The material of axis is 40Cr.
A kind of multifunctional hospital equipment disinfection device of the invention has the beneficial effect that
A kind of multifunctional hospital equipment disinfection device of the present invention, device can be moved steadily, and device is capable of fixing working position
It sets, device can clamp the apparatus for needing to sterilize, and device can carry out disinfection to apparatus, and device can be automatically replenished thimerosal,
Device can stir thimerosal, and device can add disinfection block automatically, and device being capable of anticollision.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of multifunctional hospital equipment disinfection device of the present invention.
Fig. 2 is a kind of structural schematic diagram of the moving wheel mechanism 1 of multifunctional hospital equipment disinfection device of the present invention.
Fig. 3 is a kind of structural schematic diagram of the halting mechanism 1-1 of multifunctional hospital equipment disinfection device of the present invention.
Fig. 4 is a kind of structural schematic diagram of the damping wheel mechanism 1-2 of multifunctional hospital equipment disinfection device of the present invention.
Fig. 5 is a kind of structural schematic diagram of the rotation disinfecting mechanism 2 of multifunctional hospital equipment disinfection device of the present invention.
Fig. 6 is the structural schematic diagram of the compression seat mechanism 2-1 of multifunctional hospital equipment disinfection device of the present invention a kind of.
Fig. 7 is the structural schematic diagram of seat mechanism 2-2 under a kind of compression of multifunctional hospital equipment disinfection device of the present invention.
Fig. 8 is a kind of structural schematic diagram of the disinfection cavity mechanism 2-3 of multifunctional hospital equipment disinfection device of the present invention.
Fig. 9 is a kind of structural schematic diagram of the anticollision mechanism 3 of multifunctional hospital equipment disinfection device of the present invention.
Figure 10 is a kind of structural schematic diagram of the level-one anticollision mechanism 3-1 of multifunctional hospital equipment disinfection device of the present invention.
Figure 11 is a kind of structural schematic diagram of the spring lever mechanism 3-2 of multifunctional hospital equipment disinfection device of the present invention.
Figure 12 is a kind of structural schematic diagram of the disinfection block rabbling mechanism 4 of multifunctional hospital equipment disinfection device of the present invention.
Figure 13 is the structural schematic diagram of the stirring executing agency 4-1 of multifunctional hospital equipment disinfection device of the present invention a kind of.
Figure 14 is a kind of structural schematic diagram of the stir chamber mechanism 4-2 of multifunctional hospital equipment disinfection device of the present invention.
Figure 15 is a kind of structural schematic diagram of the pressing mechanism 5 of multifunctional hospital equipment disinfection device of the present invention.
Figure 16 is a kind of structural schematic diagram of the strainer 5-1 of multifunctional hospital equipment disinfection device of the present invention.
Figure 17 is the structural schematic diagram of the pressurization executing agency 5-2 of multifunctional hospital equipment disinfection device of the present invention a kind of.
Figure 18 is a kind of structural schematic diagram of the vibrating feeder structure 6 of multifunctional hospital equipment disinfection device of the present invention.
Figure 19 is a kind of structural schematic diagram of the counterweight door machine structure 6-1 of multifunctional hospital equipment disinfection device of the present invention.
Figure 20 is the structural schematic diagram of the vibration support leg mechanism 6-2 of multifunctional hospital equipment disinfection device of the present invention a kind of.
Figure 21 is the structural schematic diagram of the polarization force mechanisms 6-3 of multifunctional hospital equipment disinfection device of the present invention a kind of.
In figure: moving wheel mechanism 1；Halting mechanism 1-1；Brake block 1-1-1；Brake block supports 1-1-2；Band screw hole fixed block
1-1-3；Parking screw 1-1-4；Parking screw hole 1-1-5；T-slot 1-1-6；Sliding block 1-1-7；Adjustment seat 1-1-8；Damping turbine
Structure 1-2；Damping wheel 1-2-1；Wheel shaft 1-2-2；Wheel leg 1-2-3；Take turns leg holes 1-2-4；Cushion socket 1-2-5；Damping spring 1-2-6；
Damping trough 1-2-7；Damping shell 1-2-8；Rotate disinfecting mechanism 2；Compress seat mechanism 2-1；Band convex block screw 2-1-1；Screw slots 2-
1-2；Convex block seat 2-1-3；Hinge hole 2-1-4；Press bed ontology 2-1-5；Access aperture 2-1-6；Compress lower seat mechanism 2-2；Axis 2-
2-1；Compress lower seat 2-2-2；Threaded hole 2-2-3；Reset spring 2-2-4；Inserted link 2-2-5；Inserted link slot 2-2-6；Access aperture A2-2-
7；Disinfection cavity mechanism 2-3；Disinfection cavity ontology 2-3-1；Bearing block 2-3-2；Sterilize motor 2-3-3；Sluice plug 2-3-4；Anti-collision machine
Structure 3；Level-one anticollision mechanism 3-1；Anticollision seat 3-1-1；Connecting rod 3-1-2；Anticollision spring 3-1-3；Anticollision back seat 3-1-4；Connecting rod A3-
1-5；Spring lever mechanism 3-2；Spring A bar 3-2-1；Spring 3-2-2；Spring B bar 3-2-3；Hinged block A3-2-4；Sterilize block stirring
Mechanism 4；Stir executing agency 4-1；Sliding seat A4-1-1；Vent 4-1-2；Sliding spring 4-1-3；Sliding groove A4-1-4；It stirs
Mix arm 4-1-5；Stir convex block 4-1-6；Vent A4-1-7；Stir chamber mechanism 4-2；Stir chamber ontology 4-2-1；Soldering opening 4-2-
2；Water filling plug 4-2-3；Stirring motor 4-2-4；Agitating shaft 4-2-5；Feed inlet 4-2-6；Check valve A4-2-7；Welding ring A4-2-
8；A mouthfuls of 4-2-9 of check valve；Pressing mechanism 5；Strainer 5-1；Tensioning wheel 5-1-1；Tension wheel shaft 5-1-2；Tension pulley seat 5-1-
3；Tension band convex block screw 5-1-4；Screw slots B5-1-5；Link block 5-1-6；Threaded hole B5-1-7；Fixing seat B5-1-8；Pressurization
Executing agency 5-2；Pressurize hole 5-2-1；Pressurizing chamber 5-2-2；Pressing spring 5-2-3；Fifth wheel 5-2-4；Connect turbin generator 5-2-
5；Wirerope 5-2-6；Pressure foot 5-2-7；Pressurize rod aperture 5-2-8；Pressure rod 5-2-9；Wirerope link block 5-2-10；Upper connection
Seat 5-2-11；Vibrating feeder structure 6；Counterweight door machine structure 6-1；Counterweight door body 6-1-1；Disc 6-1-2；Disc bar 6-1-3；Lock
Tight nut 6-1-4；Shake support leg mechanism 6-2；Shake lower supporting leg 6-2-1；Shake spring A6-2-2；Shake upper supporting leg 6-2-3；Partially
Shake force mechanisms 6-3；Eccentric block 6-3-1；Eccentric wheel 6-3-2；Camshaft 6-3-3；Belt pulley A6-3-4；Belt A 6-3-5；Skin
Belt wheel B6-3-6；Polarize motor 6-3-7；Feed hopper 6-4.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21 illustrate present embodiment, and the present invention relates to a kind of chlorination equipments, more
Saying for body is a kind of multifunctional hospital equipment disinfection device, including moving wheel mechanism 1, rotation disinfecting mechanism 2, anticollision mechanism 3, is disappeared
Malicious block rabbling mechanism 4, pressing mechanism 5, vibrating feeder structure 6, device can be moved steadily, and device is capable of fixing operating position,
Device can clamp the apparatus for needing to sterilize, and device can carry out disinfection to apparatus, and device can be automatically replenished thimerosal, device
Thimerosal can be stirred, device can add disinfection block automatically, and device being capable of anticollision.
Moving wheel mechanism 1 includes halting mechanism 1-1, damping wheel mechanism 1-2, halting mechanism 1-1 and damping wheel mechanism 1-2 phase
Even；
Halting mechanism 1-1 includes brake block 1-1-1, brake block support 1-1-2, band screw hole fixed block 1-1-3, parking screw
1-1-4, parking screw hole 1-1-5, T-slot 1-1-6, sliding block 1-1-7, adjustment seat 1-1-8, brake block 1-1-1 and brake block branch
It supports 1-1-2 to be connected, brake block support 1-1-2 is connected with sliding block 1-1-7, and sliding block 1-1-7 is matched with T-slot 1-1-6, T-slot
1-1-6 is opened on adjustment seat 1-1-8, and band screw hole fixed block 1-1-3 is located at below adjustment seat 1-1-8, parking screw 1-1-4 and band
Screw hole fixed block 1-1-3 is matched, and parking screw 1-1-4 is matched with parking screw hole 1-1-5, and parking screw hole 1-1-5 is attacked
On brake block support 1-1-2, when needing fixed operating position, parking screw 1-1-4, parking screw 1-1-4 can be turned
Can by with screw hole fixed block 1-1-3 cooperation drive brake block support 1-1-2 moved, brake block support 1-1-2 into
The mobile brake block 1-1-1 that will drive of row is mobile until being firmly pressed on damping wheel 1-2-1 to damping wheel 1-2-1, such damping wheel
1-2-1 is just limited rotation；
Damping wheel mechanism 1-2 includes damping wheel 1-2-1, wheel shaft 1-2-2, wheel leg 1-2-3, wheel leg holes 1-2-4, cushion socket 1-
2-5, damping spring 1-2-6, damping trough 1-2-7, damping shell 1-2-8, damping wheel 1-2-1 are connected with wheel shaft 1-2-2, wheel shaft 1-2-
2 connect with the connection type of wheel leg 1-2-3 for bearing, and wheel leg holes 1-2-4 is matched with wheel leg 1-2-3, cushion socket 1-2-5 and wheel
Leg 1-2-3 is connected, and cushion socket 1-2-5 is connected with damping spring 1-2-6, and cushion socket 1-2-5 is matched with damping trough 1-2-7, subtracts
Shake slot 1-2-7 is opened in the inside of damping shell 1-2-8, is equipped with damping wheel 1-2-1 below device, and opposite turn can be carried out with ground
It is dynamic, it realizes locomotive function, damping spring 1-2-6 is equipped with above cushion socket 1-2-5, vibration on the move can be absorbed, realize
It is steady mobile；
Rotating disinfecting mechanism 2 includes compressing seat mechanism 2-1, compressing lower seat mechanism 2-2, disinfection cavity mechanism 2-3, compresses base
Structure 2-1 is connected with lower seat mechanism 2-2 is compressed, and compresses lower seat mechanism 2-2 and is connected with disinfection cavity mechanism 2-3；
Compress seat mechanism 2-1 include band convex block screw 2-1-1, screw slots 2-1-2, convex block seat 2-1-3, hinge hole 2-1-4,
Press bed ontology 2-1-5, access aperture 2-1-6, band convex block screw 2-1-1 are matched with screw slots 2-1-2, and screw slots 2-1-2 is opened
On convex block seat 2-1-3, convex block seat 2-1-3 is connected with press bed ontology 2-1-5, and hinge hole 2-1-4 is opened in press bed ontology 2-
On 1-5, access aperture 2-1-6 is opened on press bed ontology 2-1-5, and the apparatus that needs are sterilized first is placed on the lower seat 2-2-2 of compression
On, band convex block screw 2-1-1 is then turned, band convex block screw 2-1-1 will drive press bed ontology 2-1-5 and move down, press
Seat ontology 2-1-5, which is moved down, to carry out compression processing the apparatus being located on the lower seat 2-2-2 of compression；
Lower seat mechanism 2-2 is compressed to include axis 2-2-1, compress lower seat 2-2-2, threaded hole 2-2-3, reset spring 2-2-4, insert
Bar 2-2-5, inserted link slot 2-2-6, access aperture A2-2-7, axis 2-2-1 are connected with lower seat 2-2-2 is compressed, and threaded hole 2-2-3, which is attacked, to press
On the top plate of tight lower seat 2-2-2, reset spring 2-2-4 is connected with inserted link 2-2-5, and inserted link 2-2-5 and inserted link slot 2-2-6 match
It closes, inserted link slot 2-2-6 is opened on the lower seat 2-2-2 of compression, and access aperture A2-2-7 is opened on the lower seat 2-2-2 of compression, passes through disinfection electricity
Machine 2-3-3 operating band moving axis 2-2-1 is rotated, and axis 2-2-1 carries out rotation and will drive the lower seat 2-2-2 of compression being rotated, this
Sample intermittent can be immersed in thimerosal the apparatus being clamped on lower seat 2-2-2 is compressed, and can thus be carried out to apparatus
Disinfection treatment；
Disinfection cavity mechanism 2-3 includes disinfection cavity ontology 2-3-1, bearing block 2-3-2, disinfection motor 2-3-3, sluice plug 2-3-
4, bearing block 2-3-2 is connected with disinfection cavity ontology 2-3-1, and disinfection motor 2-3-3 is connected with disinfection cavity ontology 2-3-1, and sluice plug
2-3-4 is connected with disinfection cavity ontology 2-3-1；
Anticollision mechanism 3 includes level-one anticollision mechanism 3-1, spring lever mechanism 3-2, level-one anticollision mechanism 3-1 and spring lever machine
Structure 3-2 is connected；
Level-one anticollision mechanism 3-1 include anticollision seat 3-1-1, connecting rod 3-1-2, anticollision spring 3-1-3, anticollision back seat 3-1-4,
Connecting rod A3-1-5, anticollision seat 3-1-1 are hinged with connecting rod 3-1-2, and anticollision spring 3-1-3 is welded on anticollision seat 3-1-1 and anticollision
Between back seat 3-1-4, connecting rod A3-1-5 is hinged with connecting rod 3-1-2, and connecting rod A3-1-5 is hinged with anticollision back seat 3-1-4, when
When external object is bumped against on anticollision seat 3-1-1, anticollision spring 3-1-3 and spring 3-2-2 can absorb the kinetic energy of impact, protective device
It is not damaged；
Spring lever mechanism 3-2 includes spring A bar 3-2-1, spring 3-2-2, spring B bar 3-2-3, hinged block A3-2-4, bullet
Spring 3-2-2 is welded between spring A bar 3-2-1 and spring B bar 3-2-3, and spring B bar 3-2-3 is hinged with hinged block A3-2-4；
Sterilizing block rabbling mechanism 4 includes stirring executing agency 4-1, stir chamber mechanism 4-2, stirring executing agency 4-1 setting
In the inside of stir chamber mechanism 4-2；
Stirring executing agency 4-1 includes sliding seat A4-1-1, vent 4-1-2, sliding spring 4-1-3, sliding groove A4-1-
4, mixing arm 4-1-5, stirring convex block 4-1-6, vent A4-1-7, vent 4-1-2 is opened on sliding seat A4-1-1, slides bullet
Spring 4-1-3 is welded between sliding seat A4-1-1 and mixing arm 4-1-5, and sliding seat A4-1-1 is matched with sliding groove A4-1-4,
Sliding groove A4-1-4 is opened on mixing arm 4-1-5, and stirring convex block 4-1-6 is connected with mixing arm 4-1-5, and vent A4-1-7 is opened in
It stirs on convex block 4-1-6；
Stir chamber mechanism 4-2 includes stir chamber ontology 4-2-1, soldering opening 4-2-2, water filling plug 4-2-3, stirring motor 4-2-
4, agitating shaft 4-2-5, feed inlet 4-2-6, check valve A4-2-7, welding ring A4-2-8, check valve A mouthfuls of 4-2-9, soldering opening 4-2-
2 are opened on stir chamber ontology 4-2-1, and water filling plug 4-2-3 is connected with stir chamber ontology 4-2-1, stirring motor 4-2-4 and agitating shaft
4-2-5 is connected, and agitating shaft 4-2-5 is connected with stir chamber ontology 4-2-1, and feed inlet 4-2-6 is opened in the top of stir chamber ontology 4-2-1
On plate, check valve A4-2-7 is connected with welding ring A4-2-8, and welding ring A4-2-8 is connected with A mouthfuls of 4-2-9 of check valve, check valve A
Mouth 4-2-9 is opened on stir chamber ontology 4-2-1, is operated by stirring motor 4-2-4 and agitating shaft 4-2-5 is driven to be rotated, stirred
Mix axis 4-2-5 carry out rotation will drive stirring executing agency 4-1 rotated, stirring executing agency 4-1 in the course of rotation
Sliding seat A4-1-1 can do small sliding in sliding groove A4-1-4, and what thimerosal can be stirred in this way more cries uniformly；
Pressing mechanism 5 includes strainer 5-1, pressurization executing agency 5-2, strainer 5-1 and pressurization executing agency 5-2
It is connected；
Strainer 5-1 includes tensioning wheel 5-1-1, tension wheel shaft 5-1-2, tension pulley seat 5-1-3, tension band convex block screw
5-1-4, screw slots B5-1-5, link block 5-1-6, threaded hole B5-1-7, fixing seat B5-1-8, tensioning wheel 5-1-1 and tensioning wheel
Axis 5-1-2 is connected, and tension wheel shaft 5-1-2 is that bearing is connect with the connection type of tension pulley seat 5-1-3, tension band convex block screw 5-
1-4 is matched with screw slots B5-1-5, and screw slots B5-1-5 is opened on link block 5-1-6, link block 5-1-6 and tension pulley seat 5-
1-3 is connected, and tension band convex block screw 5-1-4 is matched with threaded hole B5-1-7, and threaded hole B5-1-7 is attacked in fixing seat B5-1-8
On；
Pressurize executing agency 5-2 include pressurization hole 5-2-1, pressurizing chamber 5-2-2, pressing spring 5-2-3, fifth wheel 5-2-4,
Connect turbin generator 5-2-5, wirerope 5-2-6, pressure foot 5-2-7, pressurization rod aperture 5-2-8, pressure rod 5-2-9, wirerope connection
Block 5-2-10, upper connecting base 5-2-11, pressurization hole 5-2-1 are opened on the bottom plate of pressurizing chamber 5-2-2, pressing spring 5-2-3 setting
In the inside of pressurizing chamber 5-2-2, fifth wheel 5-2-4 is connected with turbin generator 5-2-5 is connect, and connects turbin generator 5-2-5 and pressurizing chamber
5-2-2 is connected, and fifth wheel 5-2-4 is connected with wirerope 5-2-6, and pressure foot 5-2-7 is located at the top of pressing spring 5-2-3, adds
Compression bar 5-2-9 is connected with pressure foot 5-2-7, and pressure rod 5-2-9 is matched with pressurization rod aperture 5-2-8, and pressurization rod aperture 5-2-8 is opened in
On the top plate of pressurizing chamber 5-2-2, wirerope link block 5-2-10 is connected with upper connecting base 5-2-11, upper connecting base 5-2-11 with plus
Compression bar 5-2-9 is connected, and wirerope 5-2-6 is connected with wirerope link block 5-2-10, is driven by connection turbin generator 5-2-5 operating
Fifth wheel 5-2-4 is rotated, and fifth wheel 5-2-4, which carries out rotation, will drive wirerope 5-2-6 and moved, wirerope 5-2-6
Carrying out movement can drive upper connecting base 5-2-11 to move downward by wirerope link block 5-2-10, and upper connecting base 5-2-11 is downward
Movement can by pressure rod 5-2-9 drive pressure foot 5-2-7 be moved, pressure foot 5-2-7 carry out movement can to increase pressure,
The thimerosal that the pressure of increase will drive in stir chamber ontology 4-2-1 washes check valve A4-2-7 open, and such thimerosal, which can trickle, to be arrived
It is gone in disinfection cavity ontology 2-3-1, this completes the supplements of thimerosal；
Vibrating feeder structure 6 includes counterweight door machine structure 6-1, vibration support leg mechanism 6-2, polarization force mechanisms 6-3, feed hopper 6-
4, counterweight door machine structure 6-1 and feed hopper 6-4 is hinged, and vibration support leg mechanism 6-2 is located at the lower section of feed hopper 6-4, polarizes power machine
Structure 6-3 is connected with feed hopper 6-4；
Counterweight door machine structure 6-1 includes counterweight door body 6-1-1, disc 6-1-2, disc bar 6-1-3, locking nut 6-1-4,
Counterweight door body 6-1-1 is connected with disc bar 6-1-3, and disc 6-1-2 covers on disc bar 6-1-3, locking nut 6-1-4 and bell
Piece bar 6-1-3 is connected；
Shaking support leg mechanism 6-2 includes shaking lower supporting leg 6-2-1, vibration spring A6-2-2, vibration upper supporting leg 6-2-3, shake
The spring A6-2-2 that moves is welded between vibration lower supporting leg 6-2-1 and vibration upper supporting leg 6-2-3；
Polarization force mechanisms 6-3 include eccentric block 6-3-1, eccentric wheel 6-3-2, camshaft 6-3-3, belt pulley A6-3-4,
Belt A 6-3-5, belt pulley B6-3-6, motor 6-3-7 is polarized, eccentric block 6-3-1 is connected with eccentric wheel 6-3-2, eccentric wheel 6-3-
2 are connected with camshaft 6-3-3, and belt pulley A6-3-4 is connected with camshaft 6-3-3, belt A 6-3-5 and belt pulley A6-3-4
Connection type be flexible connection, the connection type of belt A 6-3-5 and belt pulley B6-3-6 are flexible connection, belt pulley B6-3-
6 are connected with polarization motor 6-3-7, drive belt pulley B6-3-6 to be rotated by polarization motor 6-3-7 operating, belt pulley B6-
3-6, which carries out rotation, to drive belt pulley A6-3-4 to be rotated by belt A 6-3-5, and belt pulley A6-3-4 carries out rotation can band
Movable eccentric wheel 6-3-2 is rotated, and eccentric wheel 6-3-2, which carries out rotation, will drive eccentric block 6-3-1 and rotated, eccentric block 6-3-
1, which carries out rotation, will form polarization power, and in polarization power and under shaking the elastic force cooperation of spring A6-2-2, feed hopper 6-4 is continued
Vibration, the disinfection block that will drive in feed hopper 6-4 in this way travels forward, and disinfection block in this way can wash counterweight door machine structure 6-1 open, from
It is fallen into feed inlet 4-2-6 in stir chamber ontology 4-2-1, completes automatic plus disinfection block；
Rotation disinfecting mechanism 2 is located at moving wheel mechanism 1 and sterilizes the centre of block rabbling mechanism 4, and the setting of anticollision mechanism 3 is disappearing
The two sides of malicious block rabbling mechanism 4, pressing mechanism 5 are connected with disinfection block rabbling mechanism 4, and vibrating feeder structure 6 is located at disinfection block and stirs
Mix the top of mechanism 4.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21 illustrate that present embodiment, present embodiment make into one embodiment one
Step explanation, the number of the moving wheel mechanism 1 are four.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21 illustrate that present embodiment, present embodiment make into one embodiment one
Step explanation, the material of the disinfection cavity ontology 2-3-1 are stainless steel.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21 illustrate that present embodiment, present embodiment make into one embodiment one
Step explanation, the material of the agitating shaft 4-2-5 are 40Cr.
Device can be moved steadily, and damping wheel 1-2-1 is equipped with below device, can be relatively rotated with ground, be realized
Locomotive function is equipped with damping spring 1-2-6 above cushion socket 1-2-5, and vibration on the move can be absorbed, and realizes steady move
It is dynamic；Device is capable of fixing operating position, when needing fixed operating position, can turn parking screw 1-1-4, parking screw 1-
1-4 can be by driving brake block that 1-1-2 is supported to be moved with the cooperation with screw hole fixed block 1-1-3, and brake block supports 1-1-2
It is mobile until being firmly pressed on damping wheel 1-2-1 to damping wheel 1-2-1 to carry out the mobile brake block 1-1-1 that will drive, such damping
Wheel 1-2-1 is just limited rotation, secures operating position；Device can clamp the apparatus for needing to sterilize, and needs are disappeared first
The apparatus of poison is placed on the lower seat 2-2-2 of compression, then turns band convex block screw 2-1-1, and band convex block screw 2-1-1 will drive press
Seat ontology 2-1-5 is moved down, and press bed ontology 2-1-5, which is moved down, to carry out the apparatus being located on the lower seat 2-2-2 of compression
Compression processing；Device can carry out disinfection to apparatus, be rotated by disinfection motor 2-3-3 operating band moving axis 2-2-1, axis 2-
2-1 carries out rotation and will drive the lower seat 2-2-2 of compression being rotated, and intermittent can be clamped on lower seat 2-2-2 compressing in this way
Apparatus be immersed in thimerosal, can thus carry out disinfection to apparatus processing；Device can be automatically replenished thimerosal, pass through
Connection turbin generator 5-2-5 operating drives fifth wheel 5-2-4 to be rotated, and fifth wheel 5-2-4, which carries out rotation, will drive wirerope 5-
2-6 is moved, and wirerope 5-2-6, which carries out movement, to drive upper connecting base 5-2-11 downward by wirerope link block 5-2-10
Movement, upper connecting base 5-2-11, which is moved downward, to drive pressure foot 5-2-7 to be moved by pressure rod 5-2-9, pressure foot 5-
2-7 carries out movement can be to pressure be increased, and the thimerosal that the pressure of increase will drive in stir chamber ontology 4-2-1 washes check valve open
A4-2-7, such thimerosal, which can trickle into disinfection cavity ontology 2-3-1, to be gone, and this completes the supplements of thimerosal；Device energy
Thimerosal is enough stirred, is operated by stirring motor 4-2-4 and agitating shaft 4-2-5 is driven to be rotated, agitating shaft 4-2-5 is rotated
It will drive stirring executing agency 4-1 to be rotated, sliding seat A4-1-1 can be in cunning in the course of rotation by stirring executing agency 4-1
Dynamic slot A4-1-4 does small sliding, and what thimerosal can be stirred in this way more cries uniformly；Device can add disinfection block automatically, pass through
Polarization motor 6-3-7 operating drives belt pulley B6-3-6 to be rotated, and belt pulley B6-3-6 carries out rotation can be by belt A 6-3-
5 drive belt pulley A6-3-4 are rotated, and belt pulley A6-3-4, which carries out rotation, will drive eccentric wheel 6-3-2 and rotated, eccentric
Wheel 6-3-2, which carries out rotation, will drive eccentric block 6-3-1 and is rotated, and eccentric block 6-3-1, which carries out rotation, will form polarization power, inclined
Under power of shaking and the elastic force cooperation for shaking spring A6-2-2, feed hopper 6-4 carries out lasting vibration, will drive feed hopper 6-4 in this way
Interior disinfection block travels forward, and disinfection block in this way can wash counterweight door machine structure 6-1 open, and stir chamber sheet is fallen into out of feed inlet 4-2-6
In body 4-2-1, automatic plus disinfection block is completed；Device can anticollision, anticollision mechanism 3 is equipped on the outside of device, when external object bumps against
When on anticollision seat 3-1-1, anticollision spring 3-1-3 and spring 3-2-2 can absorb the kinetic energy of impact, and protective device is not damaged.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of multifunctional hospital equipment disinfection device, including moving wheel mechanism (1), rotation disinfecting mechanism (2), anticollision mechanism
(3), block rabbling mechanism (4), pressing mechanism (5), vibrating feeder structure (6) are sterilized, it is characterised in that: moving wheel mechanism (1) packet
Halting mechanism (1-1), damping wheel mechanism (1-2) are included, halting mechanism (1-1) is connected with damping wheel mechanism (1-2)；
Halting mechanism (1-1) includes brake block (1-1-1), brake block support (1-1-2), band screw hole fixed block (1-1-3), parking
Screw (1-1-4), parking screw hole (1-1-5), T-slot (1-1-6), sliding block (1-1-7), adjustment seat (1-1-8), brake block
(1-1-1) is connected with brake block support (1-1-2), and brake block support (1-1-2) is connected with sliding block (1-1-7), sliding block (1-1-7)
It is matched with T-slot (1-1-6), T-slot (1-1-6) is opened on adjustment seat (1-1-8), and band screw hole fixed block (1-1-3) is located at
Below adjustment seat (1-1-8), parking screw (1-1-4) is matched with screw hole fixed block (1-1-3), parking screw (1-1-4)
It is matched with parking screw hole (1-1-5), parking screw hole (1-1-5) is attacked in brake block support (1-1-2)；
Damping wheel mechanism (1-2) includes damping wheel (1-2-1), wheel shaft (1-2-2), wheel leg (1-2-3), wheel leg holes (1-2-4), subtracts
Shake seat (1-2-5), damping spring (1-2-6), damping trough (1-2-7), damping shell (1-2-8), damping wheel (1-2-1) and wheel shaft
(1-2-2) is connected, and wheel shaft (1-2-2) is that bearing is connect with the connection type of wheel leg (1-2-3), takes turns leg holes (1-2-4) and wheel leg
(1-2-3) is matched, and cushion socket (1-2-5) is connected with wheel leg (1-2-3), cushion socket (1-2-5) and damping spring (1-2-6) phase
Even, cushion socket (1-2-5) is matched with damping trough (1-2-7), and damping trough (1-2-7) is opened in the inside of damping shell (1-2-8)；
Rotating disinfecting mechanism (2) includes compressing seat mechanism (2-1), compressing lower seat mechanism (2-2), disinfection cavity mechanism (2-3), is compressed
Seat mechanism (2-1) is connected with lower seat mechanism (2-2) is compressed, and compresses lower seat mechanism (2-2) and is connected with disinfection cavity mechanism (2-3)；
Compressing seat mechanism (2-1) includes band convex block screw (2-1-1), screw slots (2-1-2), convex block seat (2-1-3), hinge hole
(2-1-4), press bed ontology (2-1-5), access aperture (2-1-6), band convex block screw (2-1-1) and screw slots (2-1-2) match
It closes, screw slots (2-1-2) are opened on convex block seat (2-1-3), and convex block seat (2-1-3) is connected with press bed ontology (2-1-5), hingedly
Hole (2-1-4) is opened on press bed ontology (2-1-5), and access aperture (2-1-6) is opened on press bed ontology (2-1-5)；
Lower seat mechanism (2-2) is compressed to include axis (2-2-1), compress lower seat (2-2-2), threaded hole (2-2-3), reset spring (2-
2-4), inserted link (2-2-5), inserted link slot (2-2-6), access aperture A (2-2-7), axis (2-2-1) are connected with lower seat (2-2-2) is compressed,
Threaded hole (2-2-3) is attacked under compression on the top plate of seat (2-2-2), and reset spring (2-2-4) is connected with inserted link (2-2-5), is inserted
Bar (2-2-5) is matched with inserted link slot (2-2-6), and inserted link slot (2-2-6) is opened on compression lower seat (2-2-2), access aperture A (2-
It 2-7) is opened on compression lower seat (2-2-2)；
Disinfection cavity mechanism (2-3) includes disinfection cavity ontology (2-3-1), bearing block (2-3-2), disinfection motor (2-3-3), sluice plug
(2-3-4), bearing block (2-3-2) are connected with disinfection cavity ontology (2-3-1), disinfection motor (2-3-3) and disinfection cavity ontology (2-3-
1) it is connected, the plug (2-3-4) that sluices is connected with disinfection cavity ontology (2-3-1)；
Anticollision mechanism (3) includes level-one anticollision mechanism (3-1), spring lever mechanism (3-2), level-one anticollision mechanism (3-1) and spring
Linkage (3-2) is connected；
Level-one anticollision mechanism (3-1) includes anticollision seat (3-1-1), connecting rod (3-1-2), anticollision spring (3-1-3), anticollision back seat
(3-1-4), connecting rod A (3-1-5), anticollision seat (3-1-1) are hinged with connecting rod (3-1-2), and anticollision spring (3-1-3) is welded on anti-
It hits between seat (3-1-1) and anticollision back seat (3-1-4), connecting rod A (3-1-5) is hinged with connecting rod (3-1-2), connecting rod A (3-1-5)
It is hinged with anticollision back seat (3-1-4)；
Spring lever mechanism (3-2) includes spring A bar (3-2-1), spring (3-2-2), spring B bar (3-2-3), hinged block A (3-2-
4), spring (3-2-2) is welded between spring A bar (3-2-1) and spring B bar (3-2-3), spring B bar (3-2-3) and hinged block
A (3-2-4) is hinged；
Sterilizing block rabbling mechanism (4) includes stirring executing agency (4-1), stir chamber mechanism (4-2), is stirred executing agency (4-1)
It is arranged in the inside of stir chamber mechanism (4-2)；
Stirring executing agency (4-1) includes sliding seat A (4-1-1), vent (4-1-2), sliding spring (4-1-3), sliding groove A
(4-1-4), mixing arm (4-1-5), stirring convex block (4-1-6), vent A (4-1-7), vent (4-1-2) are opened in sliding seat A
On (4-1-1), sliding spring (4-1-3) is welded between sliding seat A (4-1-1) and mixing arm (4-1-5), sliding seat A (4-1-
1) matched with sliding groove A (4-1-4), sliding groove A (4-1-4) is opened on mixing arm (4-1-5), stirring convex block (4-1-6) with
Mixing arm (4-1-5) is connected, and vent A (4-1-7) is opened in stirring convex block (4-1-6)；
Stir chamber mechanism (4-2) includes stir chamber ontology (4-2-1), soldering opening (4-2-2), water filling plug (4-2-3), stirring motor
(4-2-4), agitating shaft (4-2-5), feed inlet (4-2-6), check valve A (4-2-7), welding ring A (4-2-8), A mouthfuls of check valve
(4-2-9), soldering opening (4-2-2) are opened on stir chamber ontology (4-2-1), water filling plug (4-2-3) and stir chamber ontology (4-2-1)
It is connected, stirring motor (4-2-4) is connected with agitating shaft (4-2-5), and agitating shaft (4-2-5) is connected with stir chamber ontology (4-2-1),
Feed inlet (4-2-6) is opened on the top plate of stir chamber ontology (4-2-1), check valve A (4-2-7) and welding ring A (4-2-8) phase
Even, welding ring A (4-2-8) is connected with A mouthfuls of check valve (4-2-9), and A mouthfuls of check valve (4-2-9) are opened in stir chamber ontology (4-2-1)
On；
Pressing mechanism (5) includes strainer (5-1), pressurizes executing agency (5-2), strainer (5-1) and pressurization execution machine
Structure (5-2) is connected；
Strainer (5-1) includes tensioning wheel (5-1-1), tension wheel shaft (5-1-2), tension pulley seat (5-1-3), tension band convex block
Screw (5-1-4), screw slots B (5-1-5), link block (5-1-6), threaded hole B (5-1-7), fixing seat B (5-1-8), tensioning wheel
(5-1-1) is connected with tension wheel shaft (5-1-2), and the connection type of tension wheel shaft (5-1-2) and tension pulley seat (5-1-3) are bearing
Connection, tension band convex block screw (5-1-4) are matched with screw slots B (5-1-5), and screw slots B (5-1-5) is opened in link block (5-
On 1-6), link block (5-1-6) is connected with tension pulley seat (5-1-3), tension band convex block screw (5-1-4) and threaded hole B (5-1-
7) it matches, threaded hole B (5-1-7) is attacked on fixing seat B (5-1-8)；
Pressurization executing agency (5-2) includes pressurization hole (5-2-1), pressurizing chamber (5-2-2), pressing spring (5-2-3), fifth wheel
(5-2-4), connection turbin generator (5-2-5), wirerope (5-2-6), pressure foot (5-2-7), pressurization rod aperture (5-2-8), pressure rod
(5-2-9), wirerope link block (5-2-10), upper connecting base (5-2-11), pressurization hole (5-2-1) are opened in pressurizing chamber (5-2-2)
Bottom plate on, pressing spring (5-2-3) setting in the inside of pressurizing chamber (5-2-2), fifth wheel (5-2-4) with connect turbin generator
(5-2-5) is connected, and connection turbin generator (5-2-5) is connected with pressurizing chamber (5-2-2), fifth wheel (5-2-4) and wirerope (5-2-6)
It is connected, pressure foot (5-2-7) is located at the top of pressing spring (5-2-3), and pressure rod (5-2-9) is connected with pressure foot (5-2-7),
Pressure rod (5-2-9) is matched with pressurization rod aperture (5-2-8), and pressurization rod aperture (5-2-8) is opened in the top plate of pressurizing chamber (5-2-2)
On, wirerope link block (5-2-10) is connected with upper connecting base (5-2-11), upper connecting base (5-2-11) and pressure rod (5-2-9)
It is connected, wirerope (5-2-6) is connected with wirerope link block (5-2-10)；
Vibrating feeder structure (6) includes counterweight door machine structure (6-1), vibration support leg mechanism (6-2), polarization force mechanisms (6-3), feed
It struggles against (6-4), counterweight door machine structure (6-1) is hinged with feed hopper (6-4), and vibration support leg mechanism (6-2) is located at feed hopper (6-4)
Lower section, polarization force mechanisms (6-3) are connected with feed hopper (6-4)；
Counterweight door machine structure (6-1) includes counterweight door body (6-1-1), disc (6-1-2), disc bar (6-1-3), locking nut
(6-1-4), counterweight door body (6-1-1) are connected with disc bar (6-1-3), and disc (6-1-2) covers on disc bar (6-1-3),
Locking nut (6-1-4) is connected with disc bar (6-1-3)；
Shaking support leg mechanism (6-2) includes shaking lower supporting leg (6-2-1), vibration spring A (6-2-2), vibration upper supporting leg (6-2-
3), vibration spring A (6-2-2) is welded on vibration lower supporting leg (6-2-1) and shakes between upper supporting leg (6-2-3)；
Polarizing force mechanisms (6-3) includes eccentric block (6-3-1), eccentric wheel (6-3-2), camshaft (6-3-3), belt pulley A (6-
3-4), belt A (6-3-5), belt pulley B (6-3-6), polarization motor (6-3-7), eccentric block (6-3-1) and eccentric wheel (6-3-2)
It is connected, eccentric wheel (6-3-2) is connected with camshaft (6-3-3), and belt pulley A (6-3-4) is connected with camshaft (6-3-3),
The connection type of belt A (6-3-5) and belt pulley A (6-3-4) are flexible connection, belt A (6-3-5) and belt pulley B (6-3-6)
Connection type be flexible connection, belt pulley B (6-3-6) with polarize motor (6-3-7) be connected；
Rotation disinfecting mechanism (2) is located at moving wheel mechanism (1) and sterilizes the centre of block rabbling mechanism (4), anticollision mechanism (3) setting
In the two sides of disinfection block rabbling mechanism (4), pressing mechanism (5) is connected with disinfection block rabbling mechanism (4), vibrating feeder structure (6)
Positioned at the top of disinfection block rabbling mechanism (4).
2. a kind of multifunctional hospital equipment disinfection device according to claim 1, it is characterised in that: the mobile turbine
The number of structure (1) is four.
3. a kind of multifunctional hospital equipment disinfection device according to claim 1, it is characterised in that: the disinfection cavity sheet
The material of body (2-3-1) is stainless steel.
4. a kind of multifunctional hospital equipment disinfection device according to claim 1, it is characterised in that: the agitating shaft
The material of (4-2-5) is 40Cr.
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| CN201910261207.7A CN109966523A (en) | 2019-04-02 | 2019-04-02 | A kind of multifunctional hospital equipment disinfection device |
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| CN201910261207.7A CN109966523A (en) | 2019-04-02 | 2019-04-02 | A kind of multifunctional hospital equipment disinfection device |
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| CN110433305A (en) * | 2019-08-02 | 2019-11-12 | 窦志刚 | A kind of medical disinfecting cleaning equipment |
| CN111134870A (en) * | 2020-01-15 | 2020-05-12 | 周海燕 | Disinfection supply room is with nursing protector |
| CN111265695A (en) * | 2020-03-24 | 2020-06-12 | 安徽北菱电梯股份有限公司 | Elevator button sterilizing device |
| CN115300845A (en) * | 2022-10-11 | 2022-11-08 | 陕西国瑞安防技术有限公司 | Multifunctional wheel type inspection robot based on indoor sensing |
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| CN110433305B (en) * | 2019-08-02 | 2020-11-17 | 青岛市妇女儿童医院 | Medical disinfection cleaning equipment |
| CN111134870A (en) * | 2020-01-15 | 2020-05-12 | 周海燕 | Disinfection supply room is with nursing protector |
| CN111265695A (en) * | 2020-03-24 | 2020-06-12 | 安徽北菱电梯股份有限公司 | Elevator button sterilizing device |
| CN115300845A (en) * | 2022-10-11 | 2022-11-08 | 陕西国瑞安防技术有限公司 | Multifunctional wheel type inspection robot based on indoor sensing |
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