CN109513028A

CN109513028A - Hepatopathy clinic tool chlorination equipment

Info

Publication number: CN109513028A
Application number: CN201811449772.8A
Authority: CN
Inventors: 王勤; 张红宇; 高莉萍
Original assignee: First Affiliated Hospital of Zhengzhou University
Current assignee: First Affiliated Hospital of Zhengzhou University
Priority date: 2018-11-30
Filing date: 2018-11-30
Publication date: 2019-03-26
Anticipated expiration: 2038-11-30
Also published as: CN109513028B

Abstract

The invention involves the disinfection device of liver disease diagnosis and treatment tools, and solves the problem of incomplete disinfection of liver disease disinfection tools of existing technology, and is time -consuming and laborious. Exercise, and vibration at the same time makes the disinfection tools rolling and changing positions, disinfectant, high -temperature steam and drying gases are more fully contacting with liver disease diagnosis and treatment tools. The disinfection solution is cleaned and disinfected, and the high -temperature steam is completely disinfected and dried. The structure of the present invention is novel, the degree of automation is high, saved manpower, and the disinfection effect is better.

Description

Hepatopathy clinic tool chlorination equipment

Technical field

The present invention relates to medical instruments, and in particular to hepatopathy clinic tool chlorination equipment.

Background technique

Hepatopathy refers to that generation is including a variety of common hepatopathys such as hepatitis B, hepatitis A, hepatitis, cirrhosis in the lesion of liver A kind of common very harmful disease, hepatopathy type can be divided into viral liver disease and non-viral liver according to pathogenesis Disease, the virus of viral liver disease have very strong survival ability, can survive 6 months or so in 30 degree of serum, wherein 100 Second, third, fourth type and hepatitis A virus loses activity and contagiousness can just be made for 1 minute by boiling at a temperature of degree, be boiled at 15-20 points More than clock, various types hepatitis virus can be killed, during common liver disease, inevitably make clinic tool band There is hepatitis virus, the device to carry out disinfection in the prior art for hepatopathy is difficult to that thoroughly quickly clinic tool carries out disinfection place Reason, and be easy to make operator to infect hepatitis virus when misoperation, so a kind of our urgently hepatopathy clinic tool disinfection dresses It sets.

Summary of the invention

For the problem that above situation, to overcome hepatopathy virus to be difficult to kill, the present invention provides hepatopathy clinic tools to disappear Clinic tool only need to be put into vibrating screen by malicious device, the function of realizing multi-step automatically, sterilize repeatedly, in the vibration of vibrating screen Under, the tool for needing to sterilize moves back and forth on the vibrating, and needs the tool sterilized also being turned over while vibration Rolling, to eliminate disinfection dead angle, the tool for needing to sterilize is carried out cleaning and sterilizing using first sterilized liquid by the present invention, then through high temperature Steam carries out thorough disinfection, and last drying air is dried, can cross and rapidly and thoroughly hepatopathy clinic tool carries out disinfection Processing.

The technical scheme is that hepatopathy clinic tool chlorination equipment, it is characterised in that: including bottom plate, the bottom plate Upper surface is detachably covered with upper box lid, and the bottom plate upper surface is coaxially fixedly mounted spaced first fixed ring and second and consolidates Determine ring, first fixed ring is being fixedly installed with the first cone fluted disc, first fixed ring towards the end face of the second fixed ring Inner headed face is equipped with the first inner chamber of annular, and the first fixed ring inner headed face is rotatably equipped with swivel becket in first, and described first It is tightly connected between interior swivel becket and first inner chamber, the first rotation inner ring inner headed face is radially evenly distributed in multiple penetrating To the first jet pipe of first inner chamber, the first fixed ring periphery turning set is equipped with the first outer swivel becket, first rotation The first outer gear ring is fixedly mounted in outer ring on the periphery far from the second fixed ring, is fixedly installed on the first rotation outer ring The first fixed plate being placed between the first outer gear ring and the first cone fluted disc, first fixed plate is at the end towards the second fixed ring Face is fixedly installed with position-limited rack, and the position-limited rack is rotatably equipped with the drive bevel gear being meshed with the first cone fluted disc, the biography Coaxial threaded is combined with a reciprocal lead screw in dynamic bevel gear, and one end of the reciprocal lead screw is equipped with the branch that position-limited rack is stretched out in sliding Plate meets the reciprocal lead screw of supporting plate limitation and is rotated, and the other end of the reciprocal lead screw, which is equipped with, stretches to the first fixed ring and second The strut of fixed ring inner headed face, second fixed ring are fixedly installed with and drive bevel gear towards the end face of the first fixed ring The second cone fluted disc being meshed, the second fixed ring inner headed face are equipped with the second inner chamber of annular, the second fixed ring inner circle Face is rotatably equipped with swivel becket in second, is tightly connected between swivel becket and second inner chamber in described second, turns in described second Rotating ring inner headed face is radially evenly distributed in multiple penetrating to the second jet pipe of second inner chamber, the second fixed ring periphery rotation It is set with the second outer swivel becket, the second outer swivel becket is fixedly installed with outside second on the periphery far from the first fixed ring Gear ring, be radially evenly distributed on the second outer swivel becket periphery multiple groups be placed in the second outer gear ring and the second cone fluted disc it Between the second fixed plate, be connected with the bar matched with supporting plate in the fixed plate, meet supporting plate and baffle fit driving the Two outer swivel becket intermittent rotaries；

First fixed ring and the second fixed ring are connected separately with collection conduits, the collection conduits in the direction close to bottom plate It is connected with the second inner chamber in the first inner chamber and corresponding second fixed ring in corresponding first fixed ring, the collection conduits The other end is connected with the thimerosal pipeline being placed in outside upper box lid, high temperature steam pipeline and drying gas pipeline, the disinfection simultaneously Liquid pipe road, high temperature steam pipeline and drying gas pipeline are connected with the commutative ring of determining being fixed on bottom plate, described to determine in commutative ring Coaxial sleeve is equipped with the dynamic commutation board for being rotatably connected on bottom plate upper end, described to determine to be tightly connected between commutative ring and turn commutation board, The dynamic commutation board is coaxially installed with intermittent rotary disk, and the intermittent rotary disk periphery is evenly distributed in multiple squeezing rods, institute The commutative ring of determining stated is connected with into thimerosal pipeline, into high temperature steam pipeline and entering to dry dry gas pipeline, described into disinfection liquid pipe The distribution of commutative ring diametrical direction is determined on road and thimerosal pipeline edge and penetrating arrive determines commutative ring inner headed face, described into high temperature steam pipe Commutative ring diametrical direction is distributed and penetrating arrive determines commutative ring inner headed face, the entering to dry dry gas along determining for road and high temperature steam pipeline Commutative ring diametrical direction is distributed and penetrating arrive determines commutative ring inner headed face, the dynamic commutation board along determining for pipeline and drying gas pipeline Inherence is diametrically equipped with penetrating inner hole, described to be connected with thimerosal far from the end for determining commutative ring into thimerosal pipeline Service tank, it is described to be connected with high-temperature steam service tank, the drying gas far from the end for determining commutative ring into high temperature steam pipeline Body pipeline is being connected with drying gas service tank far from the end for determining commutative ring；

The bottom plate upper surface is fixedly installed with motor, and the motor, which is driven by belt, to be connected with one and be rotatably connected on bottom plate upper end First rotating shaft, spaced first eccentric wheel and the second eccentric wheel, first eccentric wheel is fixedly mounted in the first rotating shaft It is rotatably equipped with the first eccentric rod, second eccentric wheel is rotatably equipped with the second eccentric rod, first eccentric rod and second Eccentric rod is rotatably installed in limit frame both ends, and the limit frame middle slip is equipped with telescopic rod, and the telescopic rod is far from limit Frame one end processed is hinged with vibrating screen through hinged seat, and fixed frame is fixedly installed on the bottom plate, and the telescopic rod is slidably mounted on On fixed frame, the connecting rod that one end of the limit frame is hinged on fixed frame is hinged, meet telescopic rod can drive vibrating screen into Row stepping vibration；

The bottom plate upper surface is rotatably equipped with the second shaft, and second shaft is coaxially fixedly installed with second bevel gear, institute It states first rotating shaft and is coaxially fixedly installed with first bevel gear, the first bevel gear is meshed with second bevel gear and meets first Shaft and the second shaft turn to, the connection of rotation, is coaxially fixedly installed with what the first outer gear ring was meshed in second shaft First gear, second outer gear ring are engaged with second gear, and the bottom plate upper surface is rotatably equipped with third shaft, and described Two gears are coaxially fixedly mounted on third shaft one end, and third shaft the other end is coaxially fixedly installed with triconodont Wheel, the third hand tap gear are engaged with the 4th bevel gear, and the bottom plate upper surface is rotatably equipped with the 4th shaft, the 4th cone Gear is co-axially mounted in the 4th shaft, and the engagement of the third hand tap gear and the 4th bevel gear meets third shaft and the 4th turn Axle steer, rotation connection, the 4th shaft are fixedly installed with partial gear in the one end for stretching to vibrating screen bottom, and described Four shafts are coaxially fixedly installed with the 5th bevel gear, and the 5th bevel gear is engaged with the 6th bevel gear, the bottom plate upper surface It is rotatably equipped with the 5th shaft, six bevel gear is coaxially mounted in the 5th shaft, the 5th bevel gear and the 6th cone tooth The engagement of wheel, which meets, to be turned to the 4th shaft and the 5th shaft, is rotatablely connected, and the 5th shaft is at the end far from the 4th shaft End is fixedly installed with thumb wheel, and the thumb wheel is fixed in the lower end surface far from the center of circle and stirs column, and the column of stirring is through swinging plate On straight trough mouth slide through swinging plate one end, meet thumb wheel rotation when drive swinging plate reciprocally swinging, the swinging plate is remote End face from straight trough mouth one end is equipped with the stripper plate in the arrangement of " eight " shape, and the swinging plate is rotatably equipped with zygostyle, described to match Zygostyle is fixedly mounted on bottom plate, and the stripper plate is slidably matched with squeezing rod, meets swinging plate in reciprocally swinging in " eight " shape Arrangement stripper plate alternately reciprocally pushes squeezing rod mobile and then drives intermittent rotary disk intermittent rotary.

Preferably, the vibrating screen is placed in first fixed ring and the second fixed ring, and the vibrating screen is close The lower end surface of second fixed ring slidably connects multiple spring links, and the vibrating screen outer surface is equipped with multiple penetrating holes, institute It states vibrating screen and is equipped with multiple T-shaped sliders close to the lower end surface of the second fixed ring, the multiple spring link includes being fixedly mounted on The sliding cylinder of fixed column, sliding sleeve in fixed column on bottom plate, the fixed column and sliding cylinder are set with one outside and are connected to External spring between bottom plate and fixed column, the sliding cylinder upper surface are equipped with the sliding slot being slidably matched with T-shaped slider.

Preferably, the upper box lid is provided with aperture of door and eccentric rod import, the upper box lid in the end face close to first rotating shaft It is equipped with door-plate in the inner wall sliding close to doorway, the upper box lid is equipped with penetrating to inside upper box lid in the end face close to bottom plate Discharge tube, the discharge tube is connected with devil liquor recovery case in the end for extending upper box lid.

Beneficial effects of the present invention are as follows: this reality inventive structure is novel, realizes disinfecting process by controlling vibrating screen The middle back and forth movement for needing to sterilize hepatopathy clinic tool, and vibrate while making that disinfection tool is needed to carry out variation position of rolling It sets, thimerosal, high-temperature steam and drying gas are more fully contacted with hepatopathy clinic tool, and the present invention is also made by itself control Dynamic commutation board intermittent rotary is to realize the liquid cleaning and sterilizing that carries out disinfection of automatic conversion, high-temperature steam thorough disinfection and drying Work, structure of the invention is novel, high degree of automation, saves manpower, and Disinfection Effect is more preferable.

Detailed description of the invention

Attached drawing 1 is schematic structural view of the invention；

Attached drawing 2 is the structural schematic diagram at the left front visual angle of present invention removal top box cover；

Attached drawing 3 is the structural schematic diagram at the left front visual angle of present invention removal top box cover；

Attached drawing 4 is the structural schematic diagram at the left back visual angle of present invention removal top box cover；

5, attached drawing the first fixed rings of the invention are to the second fixed ring partial structure diagram；

Attached drawing 6 is the structural schematic diagram of motor of the invention to expansion rod part；

Attached drawing 7 is the structural schematic diagram of collection conduits of the invention to the 4th spindle portion；

Attached drawing 8 is the structural schematic diagram of reciprocal driving lever of the invention；

Attached drawing 9 is the structural schematic diagram of the first fixed ring and the second fixed ring of the invention；

Attached drawing 10 is the ring knot schematic diagram rotated in swivel becket and second in of the invention first；

Attached drawing 11 is the structural schematic diagram of the first cone fluted disc and the second cone fluted disc of the invention；

Attached drawing 12 is the structural schematic diagram of the second outer swivel becket of the invention；

Attached drawing 13 is the structural schematic diagram of the first cone fluted disc of the invention；

Attached drawing 14 is the structural schematic diagram of dynamic steering wheel of the invention；

It wherein include following mark in above-mentioned attached drawing include: bottom plate -1, upper box lid -2, aperture of door -2-1, eccentric rod import -2-2, the One fixed ring -3, first inner chamber 3-1, the second fixed ring -4, T-shaped slider -4-1, second inner chamber, the first cone fluted disc -5, in first Swivel becket -6, the first jet pipe -7, the first outer swivel becket -8, the first outer gear ring -9, the first fixed plate -10, position-limited rack -11, transmission Bevel gear -12, reciprocal lead screw -13, supporting plate -14, strut -15, the second cone fluted disc -16, swivel becket -17, the second jet pipe-in second 18, the second outer swivel becket -19, the second outer swivel becket -20, the second fixed plate -21, the second fixed plate -21-1, collection conduits -22, Thimerosal pipeline -23, drying gas pipeline -25, determines commutative ring -26, dynamic commutation board -27, interval turn at high temperature steam pipeline -24 Moving plate -27-1, squeezing rod -27-2, motor -28, the first rotation axis -29, the first eccentric wheel -30, the second eccentric wheel -31, first Eccentric rod -32, the second eccentric rod -33, limit frame -34, telescopic rod -35, vibrating screen -36, fixed frame -37, connecting rod -38, spring Connecting rod -39, fixed column -39-1, sliding cylinder -39-2, external spring -39-3, sliding slot -39-4, first bevel gear -40-1, second Bevel gear -40-2, the second shaft -41, first gear -42, second gear -43, third shaft -44, third hand tap gear -45-1, 4th bevel gear -45-2, the 4th shaft -46, partial gear -47, the 5th bevel gear -48-1, the 6th bevel gear -48-2, Five shafts -49, thumb wheel -50, stir column -50-1, swinging plate -51, straight trough mouth -51-1, stripper plate -51-2, with zygostyle -51-3, Into thimerosal pipeline -52, into high temperature steam pipeline -53, entering to dry dry gas pipeline -54, thimerosal service tank -55, high-temperature steam Service tank -56, drying gas service tank -57, discharge tube -58, devil liquor recovery case -59.

Specific embodiment

Below in conjunction with attached drawing, specific embodiments of the present invention will be described in further detail.

Embodiment 1 is incorporated by reference to attached drawing 1- attached drawing 14, the hepatopathy clinic tool chlorination equipment, including bottom plate 1, the bottom plate 1 upper surface is detachably covered with upper box lid 2, and spaced first fixed ring 3 and is coaxially fixedly mounted in 1 upper surface of bottom plate Two fixed rings 4, first fixed ring 3 are being fixedly installed with the first cone fluted disc 5 towards the end face of the second fixed ring 4, and described the One fixed ring, 3 inner headed face is equipped with the first inner chamber 3-1 of annular, and 3 inner headed face of the first fixed ring, which is rotatably equipped in first, to be turned Rotating ring 6 is tightly connected in described first between swivel becket 6 and first inner chamber 3-1, and the first rotation 6 inner headed face of inner ring is along diameter To multiple penetrating the first jet pipes 7 to first inner chamber 3-1 are evenly distributed in, the 3 periphery turning set of the first fixed ring is equipped with The first outer gear ring is fixedly mounted on the periphery far from the second fixed ring 4 in first outer swivel becket 8, the first rotation outer ring 8 9, described first rotates the first fixed plate for being fixedly installed with and being placed between the first outer gear ring 9 and the first cone fluted disc 5 on outer ring 8 10, first fixed plate 10 is fixedly installed with position-limited rack 11 in the end face towards the second fixed ring 4, and the position-limited rack 11 rotates The drive bevel gear 12 being meshed with the first cone fluted disc 5 is installed, it is past to be combined with one for coaxial threaded in the drive bevel gear 12 Multifilament thick stick 13, one end of the reciprocal lead screw 13 are equipped with the supporting plate 14 that position-limited rack 11 is stretched out in sliding, meet supporting plate 14 and limit back and forth Lead screw 13 is rotated, and the other end of the reciprocal lead screw 13, which is equipped with, stretches to 4 inner headed face of the first fixed ring 3 and the second fixed ring Strut 15, second fixed ring 4 are fixedly installed in the end face towards the first fixed ring 3 and are meshed with drive bevel gear 12 Second cone fluted disc 16,4 inner headed face of the second fixed ring are equipped with the second inner chamber 4-1 of annular, 4 inner headed face of the second fixed ring Swivel becket 17 in second are rotatably equipped with, are tightly connected between swivel becket 17 and second inner chamber 4-1 in described second, described second Interior 17 inner headed face of swivel becket is radially evenly distributed in multiple penetrating the second jet pipes 18 to second inner chamber 4-1, and described second is solid 4 periphery turning set of ring is determined equipped with the second outer swivel becket 19, and the second outer swivel becket 19 is in the outer circle far from the first fixed ring 3 It is fixedly installed with the second outer gear ring 20 on face, is radially evenly distributed in multiple groups on second outer 19 periphery of swivel becket and is placed in The second fixed plate 21 between second outer gear ring 20 and the second cone fluted disc 16 is connected in the fixed plate 21 and supporting plate 14 matches The bar 21-1 of conjunction meets supporting plate 14 and baffle 21-1 cooperation the second outer 19 intermittent rotary of swivel becket of driving, in implementation process, the Swivel becket 6 is communicated to 3 inner headed face of the first fixed ring by first inner chamber 3-1 rotatory sealing and by first inner chamber 3-1 in one, in second Swivel becket 17 is communicated to 4 inner headed face of the second fixed ring, above-mentioned rotation by second inner chamber 4-1 rotatory sealing and by second inner chamber 4-1 Sealing structure is simultaneously pointed out not in the drawings, can use common sealing ring in prior art dynamic sealing, drive bevel gear 12 is first It bores fluted disc 5 and the second cone fluted disc 16 engages lower rotation simultaneously, drive bevel gear 12 drives reciprocal lead screw 13 in 11 He of position-limited rack again It reciprocatingly sliding under the cooperation of supporting plate 14, supporting plate 14 is the structure of " plate " shape and does not depart from reciprocatingly sliding for position-limited rack 11, Reciprocal lead screw 13 can be limited in this way to move back and forth rather than rotate under the driving of drive bevel gear 12, do not point out to pass in attached drawing Dynamic bevel gear 12 drives the structure of reciprocal lead screw 13, can use reciprocal lead screw technology common in prior art solid cam auxiliary structure And drive bevel gear 12 plays the role of reciprocal feed screw nut and reciprocal lead screw 13 is driven to move, and is stretching out limit when the sliding of supporting plate 14 Frame 11 and when can touch bar 21-1, drives the second outer swivel becket 19 to rotate, when supporting plate 14 slides into and bar 21-1 disengaging Contact, the second outer swivel becket 19 stop operating, and the rotation of the second outer 19 interval of swivel becket have been achieved, when strut 15 moves to When being contacted with the first jet pipe 7 and the second jet pipe 18, the rotation of swivel becket 17 in swivel becket 6 and second in first is driven respectively, works as branch Bar 15 moves to when disengaging with the first jet pipe 7 and the second jet pipe 18, and swivel becket 17 stops in swivel becket 6 and second in first Rotation, has been achieved the intermittent rotary of swivel becket 17 in swivel becket 6 and second in first；

First fixed ring 3 and the second fixed ring 4 are connected separately with collection conduits 22, the remittance in the direction close to bottom plate 1 Collect pipeline 22 and the second inner chamber 4-1 phase on the first inner chamber 3-1 and corresponding second fixed ring 4 in corresponding first fixed ring 3 Connection, 22 other end of collection conduits are connected with the thimerosal pipeline 23 being placed in outside upper box lid 2, high temperature steam pipeline 24 simultaneously With drying gas pipeline 25, the thimerosal pipeline 23, high temperature steam pipeline 24 and drying gas pipeline 25 are connected with fixed peace Determine commutative ring 26 on bottom plate 1, it is described determine coaxial sleeve in commutative ring 26 be equipped be rotatably connected on bottom plate upper end move to Disk 27, described to determine to be tightly connected between commutative ring 26 and turn commutation board 27, the dynamic commutation board 27 is coaxially installed with interval and turns Moving plate 27-1, the intermittent rotary disk 27-1 periphery are evenly distributed in multiple squeezing rod 27-2, and described determines the company of commutative ring 26 It is connected into thimerosal pipeline 52, into high temperature steam pipeline 53 and entering to dry dry gas pipeline 54, it is described into thimerosal pipeline 52 and to disappear Venom pipeline 23 along determine 26 diametrical direction of commutative ring distribution and it is penetrating arrive determine 26 inner headed face of commutative ring, it is described into high temperature steam pipe Road 53 and high temperature steam pipeline 24 along determining the distribution of 26 diametrical direction of commutative ring and penetrating arrive determines 26 inner headed face of commutative ring, it is described into 26 diametrical direction of commutative ring is distributed and penetrating arrive is determined in commutative ring 26 along determining for drying gas pipeline 54 and drying gas pipeline 25 Disc is diametrically being equipped with penetrating inner hole 27-3 in the dynamic commutation board 27, it is described into thimerosal pipeline 52 separate The end for determining commutative ring 26 is connected with thimerosal service tank 55, it is described into high temperature steam pipeline 53 far from the end for determining commutative ring 26 End is connected with high-temperature steam service tank 56, and the drying gas pipeline 54 is being connected with drying gas far from the end for determining commutative ring 26 Body service tank 57, in implementation process, collection conduits 22, which are rigid material, to determine commutative ring 26 and be fixedly mounted on bottom plate 1 upper end Face, dynamic commutation board 27, which rotates coaxially to be mounted on, to be determined in commutative ring 26, when the inner hole 27-3 that dynamic commutation board 27 turns into disinfection When liquid pipe road 52 and 23 direction of thimerosal pipeline are aligned, thimerosal enters collection conduits 22, when dynamic commutation board 27 turns to Inner hole 27-3 with being aligned into high temperature steam pipeline 53 and 24 direction of high temperature steam pipeline when, high-temperature steam enters manifold trunk Road 22, as the inner hole 27-3 that dynamic commutation board 27 turns to and entering to dry dry gas pipeline 54 and drying 25 direction pair of gas pipeline Qi Shi, drying gas enters collection conduits 22, and pump, height for thimerosal are equipped in implementation process, in thimerosal service tank 55 The pump that has for thimerosal, the pump are equipped in pump and drying gas service tank 57 for high-temperature steam in warm steam service tank 56 The instruction switch control that 27 end face of commutative ring 26 and dynamic commutation board is determined by being arranged in, when inner hole 27-3 with into thimerosal pipeline 52 and 23 direction of thimerosal pipeline be aligned when instruction switch starting thimerosal service tank 55 start for thimerosal, when inner hole 27-3 with Instruction switch starting high-temperature steam service tank 56 is opened when being aligned into high temperature steam pipeline 53 and 24 direction of high temperature steam pipeline Instruction switchs when beginning to be aligned for high-temperature steam, inner hole 27-3 with entering to dry dry gas pipeline 54 and drying 25 direction of gas pipeline Starting drying gas service tank 57 starts for drying gas；

1 upper surface of bottom plate is fixedly installed with motor 28, and the motor 28, which is driven by belt, to be connected with one and be rotatably connected on bottom Spaced first eccentric wheel 30 and the second eccentric wheel 31 is fixedly mounted in the first rotating shaft 29 of 1 upper end of plate, the first rotating shaft 29, First eccentric wheel 30 is rotatably equipped with the first eccentric rod 32, and second eccentric wheel 31 is rotatably equipped with the second eccentric rod 33, first eccentric rod 32 and the second eccentric rod 33 are rotatably installed in 34 both ends of limit frame, and the limit frame 34 is " circular arc Shape " and the notch for being provided with circular arc, the notch of the limit frame 34 are slidably fitted with telescopic rod 35, and the telescopic rod 35 is far from limit 34 one end of frame processed is hinged with vibrating screen 36 through hinged seat 35-1, and fixed frame 37, the telescopic rod are fixedly installed on the bottom plate 1 35 are slidably mounted on fixed frame 37, and the connecting rod 38 that one end of the limit frame 34 is hinged on fixed frame 37 is hinged, and meet Telescopic rod 35 can drive vibrating screen 36 to carry out stepping vibration, and in implementation process, motor 28 drives first rotating shaft 29 to rotate, and first partially Heart wheel 30 and the mutual cooperation of the second eccentric wheel 31 are mounted in first rotating shaft 29 and rotate under the drive of first rotating shaft 29, and first partially Core bar 32 and the second eccentric rod 33 are alternately flexible under the drive of the first eccentric wheel 30 and the second eccentric wheel 31 respectively, simultaneous retractable Bar 35 is oriented flexible under the cooperation of limit frame 34, fixed frame 37 and connecting rod 38, and telescopic direction and distance of stretch out and draw back meet Telescopic rod 35 drive vibrating screen 36 far from motor 28 obliquely, the effect finally realized is that vibrating screen 36 drives positioned at vibrating screen The tool for needing to sterilize in 36 is moved to far from motor drive direction simultaneously in vibration；

1 upper surface of bottom plate is rotatably equipped with the second shaft 41, and second shaft 41 is coaxially fixedly installed with the second cone tooth 40-2 is taken turns, the first rotating shaft 29 is coaxially fixedly installed with first bevel gear 40-1, the cone of the first bevel gear 40-1 and second Gear 40-2 be meshed and meet first rotating shaft 29 and the second shaft 41 turn to, the connection of rotation, it is same in second shaft 41 Axis is fixedly installed with the first gear 42 that the first outer gear ring 9 is meshed, and second outer gear ring 20 is engaged with second gear 43, institute It states 1 upper surface of bottom plate and is rotatably equipped with third shaft 44, the second gear 43 is coaxially fixedly mounted on 44 one end of third shaft Portion, described 44 the other end of third shaft are coaxially fixedly installed with third hand tap gear 45-1, the third hand tap gear 45-1 engagement There is the 4th bevel gear 45-2,1 upper surface of bottom plate is rotatably equipped with the 4th shaft 46, and the 4th bevel gear 45-2 coaxially pacifies It fills in the 4th shaft 46, the engagement of the third hand tap gear 45-1 and the 4th bevel gear 45-2 meet third shaft 44 and the 4th Shaft 46 is turned to, is rotatablely connected, and the 4th shaft 46 is fixedly installed with incomplete tooth in the one end for stretching to 36 bottom of vibrating screen Wheel 47, the 4th shaft 46 is coaxially fixedly installed with the 5th bevel gear 48-1, and the 5th bevel gear 48-1 is engaged with the 6th Bevel gear 48-2,1 upper surface of bottom plate are rotatably equipped with the 5th shaft 46, and the six bevel gears 48-2 is coaxially mounted to the 5th In shaft 49, the engagement of the 5th bevel gear 48-1 and the 6th bevel gear 48-2 meets the 4th shaft 46 and the 5th shaft 49 It turns to, rotation connection, the 5th shaft 49 is fixedly installed with thumb wheel 50, the thumb wheel 50 in the end far from the 4th shaft 46 It is fixed in the lower end surface far from the center of circle and stirs column 50-1, the column 50-1 that stirs is slided through the straight trough mouth 51-1 on swinging plate 51 It moves across 51 one end of swinging plate, meets and drive 51 reciprocally swinging of swinging plate when thumb wheel 50 rotates, the swinging plate 51 is far from straight The end face of the one end notch 51-1 is equipped with the stripper plate 51-2 in the arrangement of " eight " shape, and the swinging plate 51 is rotatably equipped with zygostyle 51-3, described to be fixedly mounted on bottom plate 1 with zygostyle 51-3, the stripper plate 51-2 and squeezing rod 27-2 is slidably matched, and meets and dials Movable plate 51 is between " eight " shape arrangement stripper plate 51 alternately reciprocally pushes squeezing rod 27-2 is mobile to drive in turn in reciprocally swinging It has a rest rotating disc 27-1 intermittent rotary, the first cone tooth 40-1 being fixedly mounted in first rotating shaft 29 in implementation process and fixed peace Second bevel gear 40-2 mounted in the second shaft 41 is meshed, the company for completing the rotation of the 29 to the second shaft of first rotating shaft 41, turning to It connects, the second shaft 41 is rotated through the outer swivel becket 8 of the driving of first gear 42 first, and the first outer swivel becket 8 is through supporting plate 14 and bar 21- The 1 outer swivel becket 19 of cooperation intermittent driving second rotation, the second outer swivel becket 19 drive 44 turns of third shaft through second gear 43 It is dynamic, the third hand tap gear 45-1 being fixedly mounted in third shaft 44 and the 4th bevel gear being fixedly mounted in the 4th shaft 46 45-2 is meshed, and completes the connection of third shaft 44 and the rotation of the 4th shaft 46, steering, and the 4th shaft 46 fixes the incomplete of peace Gear 47 drives the lifting of vibrating screen interval, the 5th bevel gear 48-1 being fixedly mounted in the 4th shaft 46 and is fixedly mounted on The 6th bevel gear 48-2 in 5th shaft 49 is meshed, and completes the connection of the 4th shaft 46 and the rotation of the 5th shaft 49, steering, 5th shaft 49 drives swinging plate 51 to swing through thumb wheel 50, and swinging plate 51 is dynamic through stripper plate 51-2 and with zygostyle 51-3 cooperation driving Automatic conversion supply thimerosal, high-temperature steam and drying gas effectiveness has been achieved in 27 intermittent rotary of commutation board.

On the basis of embodiment 1, the vibrating screen 36 passes through the first fixed ring 3 and the second fixed ring 4 to embodiment 2, The vibrating screen 36 slidably connects multiple spring links 39 in the lower end surface close to the second fixed ring 4, outside the vibrating screen 36 Surface is equipped with multiple penetrating holes, and the vibrating screen 36 is equipped with multiple T-shaped slider 4-1, institute close to the lower end surface of the second fixed ring 4 Stating multiple spring links 39 includes the cunning of the fixed column 39-1 being fixedly mounted on bottom plate 1, sliding sleeve on fixed column 39-1 Dynamic cylinder 39-2,

An external spring being connected between bottom plate 1 and fixed column 39-1 is set with outside the fixed column 39-1 and sliding cylinder 39-2 39-3, the upper surface the sliding cylinder 39-2 are equipped with the sliding slot 39-4 being slidably matched with T-shaped slider 4-1, are not influencing to vibrate in this way Sieve 36 vibration simultaneously, far from 28 one end of motor can partial gear 47 drive under intermittent lifting, when the liver of required disinfection When sick clinic tool moves under the vibration of vibrating screen 36 far from 28 one end of motor, partial gear 47 is separate by vibrating screen 36 The lifting of motor one end, the required tool sterilized is moved to the direction close to motor 28 at this time, when the tool of required disinfection is transported When moving vibrating screen 36 close to motor one end, partial gear 47 puts down separate motor one end of vibrating screen 36, final to realize The tool of required disinfection moves reciprocatingly while 36 internal vibration of vibrating screen.

On the basis of embodiment 1, the upper box lid 2 is provided with aperture of door 2-1 in the end face close to first rotating shaft 29 to embodiment 3 With eccentric rod import 2-2, the upper box lid 2 is equipped with door-plate 2-3 in the inner wall sliding close to aperture of door 2-1.The upper box lid 2 is leaning on The end face of nearly bottom plate 1 is equipped with the penetrating discharge tube 58 to inside upper box lid 2, and the discharge tube 58 is extending upper box lid 2 end is connected with devil liquor recovery case 59, and such upper box lid 2 covers vibrating screen 36 altogether, prevent thimerosal in disinfecting process, High-temperature steam and drying gas overflowing operator is damaged, discharge tube 58 by the waste collection generated after disinfection to give up Liquid recycling bins 59 avoid polluting.

In implementation process, door-plate 2-3 is opened and the hepatopathy clinic tool of required disinfection is put into vibrating screen 36, is beaten Opening motor 28 drives first rotating shaft 29 to rotate, and the first rotating shaft 29 is eccentric in the first eccentric wheel 30, the second eccentric wheel 31, first Bar 32 and the second eccentric rod 33 cooperate lower driving telescopic rod 35 flexible, and telescopic rod 35 drives vibrating screen 36 to shake through hinged seat 35-1 again Dynamic, the speed and amplitude that vibrating screen 36 vibrates can make the hepatopathy clinic tool for being located at required disinfection in vibrating screen in vibration It is moved to far from motor drive direction, while first rotating shaft 29 is rotated through the outer swivel becket 8 of the second shaft 41 driving first, is rotated outside first Ring 8 drives position-limited rack 11 to rotate, and is rotatably installed in the drive bevel gear 12 on position-limited rack 11 in 4 disk 5 of the first cone tooth and the second cone It is rotated under the engagement of fluted disc 16, drive bevel gear 12 drives reciprocal lead screw 13 back and forth fortune under the cooperation of supporting plate 14 and position-limited rack 11 It is dynamic, when supporting plate 14, which slides, to be stretched out position-limited rack 11 and can touch bar 21-1, drives the second outer swivel becket 19 to rotate, work as supporting plate 14 slide into and disengage with bar 21-1, and the second outer swivel becket 19 stops operating, when strut 15 move to the first jet pipe 7 and When second jet pipe 18 contacts, drive in first that swivel becket 17 rotates in swivel becket 6 and second respectively, when strut 15 moves to and the When one jet pipe 7 and the second jet pipe 18 disengage, swivel becket 17 stops operating in swivel becket 6 and second in first, in this way interval Swivel becket 17 and the second outer swivel becket 19 rotate in swivel becket 6, second in ground driving first, and the second outer swivel becket 19 is through the second tooth 43 driving third shafts 44 of wheel rotate, cooperation driving the of the third shaft 44 through third hand tap gear 45-1 and the 4th bevel gear 45-2 The rotation of four shafts 46, the 4th shaft 46 are fixedly installed with partial gear 47, and partial gear 47 intermittently will simultaneously in rotation Vibrating screen 36 is lifted, and vibrating screen 36 slidably connects spring link 39 in one end far from motor 28, and setting is when in vibrating screen 36 Vibrating screen 36 is lifted by partial gear 47 when the hepatopathy clinic tool of required disinfection moves to one end far from motor 28, by It is higher than far from 28 one end of motor close to 28 one end of motor in vibrating screen 36, the hepatopathy clinic tool of required disinfection is vibrating simultaneously Through gravity to close 28 1 end motion of motor, when the hepatopathy clinic tool of required disinfection moves to one close to motor 28 When end, vibrating screen 36 is put down in the rotation of partial gear 47, and the hepatopathy clinic tool sterilized required in this way is in vibrating screen 36 It moves back and forth, meanwhile, the 4th shaft 46 drives the 5th shaft 49 to rotate through the 5th bevel gear 48-1 and the 6th bevel gear 48-2, position Drive swinging plate 51 to swing in the thumb wheel 50 in the 5th shaft 49, swinging plate 51 drives dynamic 27 intermittent rotary of commutation board, move to Inner hole 27-3 in disk 27, which will successively replace, to be connected into thimerosal pipeline 52 with thimerosal pipeline 23, will be into high temperature steam pipeline 53 It is connected to high temperature steam pipeline 24, is connected to entering to dry dry gas pipeline 54 with drying gas pipeline 25, realized automatically to disinfection Liquid, high-temperature steam and drying gas alternative supply, supply sequence are as follows: first for thimerosal, secondly supply high-temperature steam, be finally fed Dry gas, service tank 55 provide disinfection cleaning thimerosal, high-temperature steam service tank 56 mention high-temperature steam for disinfection, The drying gas of drying, the recycling disinfection of devil liquor recovery case 59 are the waste liquids generated after the drying offer disinfection of gas service tank 57, It is equipped with the pump for thimerosal in implementation process, in thimerosal service tank 55, is equipped in high-temperature steam service tank 56 and is steamed for high temperature There is the pump for thimerosal in the pump and drying gas service tank 57 of vapour, the pump determines commutative ring 26 and dynamic commutation board by being arranged in The instruction switch control of 27 end faces, when inner hole 27-3 refers to when being aligned into thimerosal pipeline 52 and 23 direction of thimerosal pipeline Show that switch starting thimerosal service tank 55 starts for thimerosal, the aggregated pipeline 22 of thimerosal enters first inner chamber 3-1 and second In the 4-1 of inner cavity, the thimerosal in first inner chamber 3-1 is sprayed onto just on the hepatopathy clinic tool of vibration motion through the first jet pipe 7, the Thimerosal is sprayed onto just on the hepatopathy clinic tool of vibration motion through the second jet pipe 18 in two inner cavity 4-1, when inner hole 27-3 with into Instruction switch starting high-temperature steam service tank 56 starts when high temperature steam pipeline 53 and 24 direction of high temperature steam pipeline are aligned For high-temperature steam, the aggregated pipeline 22 of high-temperature steam enters in first inner chamber 3-1 and second inner chamber 4-1, in first inner chamber 3-1 High-temperature steam is sprayed onto just on the hepatopathy clinic tool of vibration motion through the first jet pipe 7, and high-temperature steam is through in second inner chamber 4-1 Two jet pipes 18 are sprayed onto just on the hepatopathy clinic tool of vibration motion, inner hole 27-3 and entering to dry dry gas pipeline 54 and drying gas Instruction switch starting drying gas service tank 57 starts to dry gas through through converging for drying gas when 25 direction of pipeline is aligned Collect pipeline 22 to enter in first inner chamber 3-1 and second inner chamber 4-1, the drying gas in first inner chamber 3-1 is sprayed onto through the first jet pipe 7 Drying gas is sprayed onto through the second jet pipe 18 just on the hepatopathy clinic tool of vibration motion, in second inner chamber 4-1 is vibrating fortune On dynamic hepatopathy clinic tool, indicate that pump described in switch control is in close state in other positions, at the end of drying, Hepatopathy clinic tool moves to vibrating screen 36 close to one end of motor 28, when disinfection terminates, motor 28 is closed, by hepatopathy diagnosis and treatment work Tool takes out, and disinfection is completed in entire disinfecting process, the mutually coordinated cooperation of various pieces of the present invention.

Beneficial effects of the present invention: the present invention passes through the hepatopathy clinic tool of required disinfection is same in vibrating screen internal vibration When move back and forth, the hepatopathy clinic tool sterilized required for guaranteeing forms Vibrotumbling and reciprocal in vibrating screen in disinfecting process The motion state of movement, there is no the dead angles that thimerosal, high-temperature steam and drying gas do not reach, while undergoing thimerosal clear It washes, high-temperature steam thoroughly kills hepatopathy virus, and finally by drying gas, the hepatopathy clinic tool of required disinfection is dried Dry, the hepatopathy clinic tool of the required disinfection of realization rapidly and thoroughly sterilizes.

The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.

Claims

1. Disinfection device for diagnosis and treatment tools for liver diseases, characterized in that it includes a bottom plate (1), the upper end surface of the bottom plate (1) is detachably covered with an upper box cover (2), and the upper end surface of the bottom plate (1) is coaxially fixed and installed The first fixed ring (3) and the second fixed ring (4) are spaced apart, and the first fixed ring (3) is fixedly installed with the first bevel gear plate (5) on the end face facing the second fixed ring (4) , the inner surface of the first fixed ring (3) is provided with an annular first inner cavity (3-1), and the inner surface of the first fixed ring (3) is rotatably installed with a first inner rotating ring (6) , the sealing connection between the first inner rotating ring (6) and the first inner cavity (3-1), the inner circular surface of the first rotating inner ring (6) is evenly distributed along the radial circumference with a plurality of transparent To the first nozzle pipe (7) of the first inner chamber (3-1), the first fixed ring (3) is rotatably fitted with a first outer rotatable ring (8), and the first rotatable outer ring (8) The first outer ring gear (9) is fixedly installed on the outer surface away from the second fixed ring (4), and the first rotating outer ring (8) is fixedly installed with the first outer ring gear ( 9) and the first fixed plate (10) between the first bevel gear plate (5), the first fixed plate (10) is fixedly installed with a limit frame (11) on the end face facing the second fixed ring (4) , the limit frame (11) is rotatably equipped with a transmission bevel gear (12) meshing with the first bevel gear plate (5), and a reciprocating screw (13) is fitted with a coaxial thread inside the transmission bevel gear (12) ), one end of the reciprocating screw (13) is provided with a support plate (14) that slides out of the limit frame (11), so that the support plate (14) limits the rotation of the reciprocating screw (13), and the reciprocating screw The other end of the bar (13) is provided with a strut (15) extending towards the inner surface of the first fixed ring (3) and the second fixed ring (4), and the second fixed ring (4) is facing the first fixed ring (4). The end face of the ring (3) is fixedly installed with a second bevel tooth disc (16) meshing with the transmission bevel gear (12), and the inner surface of the second fixed ring (4) is provided with an annular second inner chamber (4 -1), the inner circular surface of the second fixed ring (4) is rotatably installed with a second inner rotating ring (17), between the second inner rotating ring (17) and the second inner cavity (4-1) Sealed connection, the inner surface of the second inner rotating ring (17) is evenly distributed along the radial circumference with a plurality of second nozzles (18) penetrating into the second inner cavity (4-1), the second The outer circular surface of the fixed ring (4) is rotatably fitted with a second outer rotating ring (19), and the second outer rotating ring (19) is fixedly installed with a second outer rotating ring (19) on the outer circular surface away from the first fixed ring (3). The ring gear (20), the outer surface of the second outer rotating ring (19) is evenly distributed in multiple groups along the radial circumference and placed between the second outer ring gear (20) and the second bevel gear plate (16) The second fixed plate (21) is connected to the retaining rod (21-1) matched with the support plate (14) to meet the requirements of the support plate (14) and the baffle plate (21-1). Cooperate with driving the second outer rotating ring (19) to rotate intermittently;

The first fixing ring (3) and the second fixing ring (4) are respectively connected with collecting pipes (22) in the direction close to the bottom plate (1), and the collecting pipes (22) and the corresponding first fixing rings (3) The first lumen (3-1) on the upper part communicates with the second inner lumen (4-1) on the corresponding second fixing ring (4), and the other end of the collection pipe (22) is connected with a Disinfectant pipeline (23), high-temperature steam pipeline (24) and drying gas pipeline (25) outside the box cover (2), the disinfectant pipeline (23), high-temperature steam pipeline (24) and drying gas pipeline ( 25) It is connected with a fixed reversing ring (26) fixed on the base plate, and the inner coaxial sleeve of the fixed reversing ring (26) is provided with a dynamic reversing disc (27) that is rotatably connected to the upper end of the base plate (1). The fixed reversing ring (26) is sealed and connected with the dynamic reversing disc (27). The dynamic reversing disc (27) is coaxially equipped with an intermittent rotating disc (27-1), and the intermittent rotating disc (27-1 ) is evenly distributed with a plurality of extruding columns (27-2) on the circumference of the outer surface, and the fixed and reversing ring (26) is connected with the pipeline for entering disinfectant (52), the pipeline for high-temperature steam (53) and the pipeline for drying The gas pipeline (54), the disinfectant solution pipeline (52) and the disinfectant solution pipeline (23) are distributed along the diameter direction of the fixed reversing ring (26) and all penetrate to the inner circular surface of the fixed reversing ring (26). The inlet high-temperature steam pipeline (53) and the high-temperature steam pipeline (24) are distributed along the diameter direction of the fixed reversing ring (26) and both penetrate to the inner circular surface of the fixed and reversing ring (26), and the inlet and drying gas pipeline ( 54) and the drying gas pipeline (25) are distributed along the diameter direction of the fixed reversing ring (26) and both penetrate to the inner circular surface of the fixed reversing ring (26). There is a transparent inner hole (27-3), the disinfectant liquid inlet pipe (52) is connected with a disinfectant liquid supply tank (55) at the end away from the fixed reversing ring (26), and the high temperature steam inlet pipe (53 ) is connected with a high-temperature steam supply box (56) at the end away from the fixed reversing ring (26), and the drying gas pipeline (54) is connected with a drying gas supply box ( 57);

A motor (28) is fixedly installed on the upper end of the base plate (1), and the motor (28) is driven by a belt to connect a first rotating shaft (29) that is rotatably connected to the upper end of the base plate (1). The first rotating shaft (29) ) is fixedly installed with a spaced first eccentric wheel (30) and a second eccentric wheel (31), the first eccentric wheel (30) is rotatably installed with a first eccentric rod (32), and the second eccentric wheel (31 ) is rotatably installed with a second eccentric rod (33), the first eccentric rod (32) and the second eccentric rod (33) are rotatably mounted on both ends of the limit frame (34), and the limit frame (34) is slidably installed with A telescopic rod (35), the telescopic rod (35) is hinged with a vibrating screen (36) through a hinged seat (35-1) at the end far away from the limiting frame (34), and a fixed frame ( 37), the telescopic rod (35) is slidably installed on the fixed frame (37), and one end of the limiting frame (34) is hinged to the connecting rod (38) hinged on the fixed frame (37), so that the telescopic rod ( 35) The vibrating screen (36) can be driven for step vibration;

The upper end surface of the bottom plate (1) is rotatably installed with a second rotating shaft (41), the second rotating shaft (41) is coaxially fixed with a second bevel gear (40-2), and the first rotating shaft (29) is The first bevel gear (40-1) is fixedly installed on the shaft, and the first bevel gear (40-1) meshes with the second bevel gear (40-2) and meets the requirements of the first rotating shaft (29) and the second rotating shaft ( 41) Steering and rotation connections, the second rotating shaft (41) is coaxially fixed with the first gear (42) meshed with the first outer ring gear (9), and the second outer ring gear (20) The second gear (43) is meshed, and the upper end surface of the bottom plate (1) is rotatably installed with a third rotating shaft (44), and the second gear (43) is coaxially and fixedly mounted on one end of the third rotating shaft (44). The other end of the third rotating shaft (44) is coaxially fixed with a third bevel gear (45-1), and the third bevel gear (45-1) is meshed with a fourth bevel gear (45-2). The upper end surface of the bottom plate (1) is rotatably installed with a fourth rotating shaft (46), the fourth bevel gear (45-2) is coaxially installed on the fourth rotating shaft (46), the third bevel gear (45-1) and The meshing of the fourth bevel gear (45-2) satisfies the steering and rotation connection between the third rotating shaft (44) and the fourth rotating shaft (46). An incomplete gear (47) is fixedly installed, a fifth bevel gear (48-1) is fixedly installed coaxially with the fourth rotating shaft (46), and a sixth bevel gear meshes with the fifth bevel gear (48-1) (48-2), the fifth rotating shaft (46) is mounted on the upper end surface of the base plate (1), the six bevel gear (48-2) is coaxially installed on the fifth rotating shaft (49), and the fifth The meshing of the bevel gear (48-1) and the sixth bevel gear (48-2) satisfies the steering and rotation connection between the fourth rotating shaft (46) and the fifth rotating shaft (49), and the fifth rotating shaft (49) is away from the first The end of the four rotating shafts (46) is fixedly equipped with a dial (50), and the dial (50) is fixed with a toggle column (50-1) on the lower end surface away from the center of the circle, and the toggle column (50-1 ) through the straight slot (51-1) on the toggle plate (51) to slide through one end of the toggle plate (51), so that the toggle plate (51) is driven to swing back and forth when the dial wheel (50) rotates, and the dial The moving plate (51) is provided with an extrusion plate (51-2) arranged in an "eight" shape on the end face away from the straight notch (51-1), and the moving plate (51) is rotatably installed with a matching column (51-3), the matching column (51-3) is fixedly installed on the bottom plate (1), and the extrusion plate (51-2) is slidingly fitted with the extrusion column (27-2), satisfying the toggle plate ( 51) When swinging back and forth, the extrusion plates (51) arranged in an "eight" shape alternately reciprocate to push the extrusion column (27-2) to move and then drive the intermittent rotating disk (27-1) to rotate intermittently.

2. The disinfection device for liver disease diagnosis and treatment tools according to claim 1, characterized in that: the vibrating screen (36) is placed in the first fixing ring (3) and the second fixing ring (4), and the The vibrating screen (36) is slidingly connected with a plurality of spring connecting rods (39) on the lower end surface close to the second fixed ring (4). The outer surface of the vibrating screen (36) is provided with a plurality of transparent holes. The sieve (36) is provided with a plurality of T-shaped sliders (4-1) near the lower end surface of the second fixed ring (4), and the plurality of spring connecting rods (39) include fixed The column (39-1), the sliding cylinder (39-2) slidingly sleeved on the fixed column (39-1), the fixed column (39-1) and the sliding cylinder (39-2) are covered with a 1 and the external spring (39-3) between the fixed column (39-1), and the upper end surface of the sliding cylinder (39-2) is provided with a chute ( 39-4).

3. The disinfection device of liver disease diagnosis and treatment tools according to claim 1 is characterized by: the opening of the box (2) at the end surface near the first rotor (29) (2-2), the upper lid (2) Sliding with the door panel on the inner wall near the door, the box cover (2) is installed with transparent to the box cover (2) at the bottom plate (1) near the bottom plate (1). ) inside the discharge pipe (58), and the end of the discharge pipe (58) extending out of the upper box cover (2) is connected with a waste liquid recovery box (59).