CN109045314A

CN109045314A - Operating room integrates decontamination system, packaging technology and comprehensive sterilization method in advance

Info

Publication number: CN109045314A
Application number: CN201811131597.8A
Authority: CN
Inventors: 文小雅
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-27
Filing date: 2018-09-27
Publication date: 2018-12-21
Anticipated expiration: 2038-09-27
Also published as: CN111744043B; CN111744043A; CN109045314B

Abstract

Integrating decontamination system, packaging technology and comprehensive sterilization method in advance the present invention relates to operating room includes surgical work room, the tool disinfection room connecting with surgical work room or surgical work room and the tool disinfection room connecting with surgical work room.Air inlet chlorination equipment is provided on the wall of surgical work room；Air inlet chlorination equipment includes the air inlet disinfect box being mounted on the left of surgical work room on wall, the air inlet first being separately positioned in air inlet disinfect box sterilizes liquid pool and the conductive liquid pool of air inlet second, it is vertically arranged in air inlet disinfect box and sterilizes for air inlet first to be isolated the air inlet lower clapboard of liquid pool and the conductive liquid pool of air inlet second, it is mounted on the air inlet collar extension air filter on the wall of surgical work room and being located above air inlet disinfect box, it is mounted on surgical work ceiling wall and lower end and extend into the first upper spacer of air inlet in the isolation disinfection liquid pool of air inlet first and being located on the left of air inlet lower clapboard；The present invention has rational design, compact-sized and easy to use.

Description

Operating room integrates decontamination system, packaging technology and comprehensive sterilization method in advance

Technical field

The present invention relates to operating rooms to integrate decontamination system, packaging technology and comprehensive sterilization method in advance, particularly suitable for whole Shape operation, facial prosthesis, Regenerative medicine, internal surgical procedures etc..

Background technique

Doctor such as operative doctor, cosmetic surgeons are throughout the year in operation room work, for operative doctor, perplex hand the most Art success rate be operation when bacterium infection need to perform the operation to entering to reduce bacterium in the indoor survival rate of performing the operation Indoor all channels carry out disinfection processing, for example, doctor washes one's hands, disinfection of changing one's clothes, air carries out disinfection, and water carries out disinfection, hand Art tool carries out disinfection, but the decontamination system of existing operating room is respective independence, does not carry out comp comprehensive layout to operating room and sets Meter ignores some uncommon disinfection positions.

In addition, the sterilization method of operating room has following several, air disinfection method has physical sterilization and chemical disinfection. 1) physical sterilization includes ultraviolet light, laminar-flow type ventilation filter degerming etc.；2) chemical disinfection includes that lactic acid, formaldehyde etc. are stifling Method.The clinically common traditional disinfection methods such as ultraviolet light, lactic acid, formaldehyde.

How to provide a kind of design science, realize sterilize, be isolated from the outside in real time, comprehensive decontamination system becomes urgent need The technical issues of solution,

Summary of the invention

The technical problems to be solved by the invention are generally speaking to provide a kind of operating room and integrate decontamination system, assembling in advance Technique and comprehensive sterilization method；The technical issues of solving in detail and acquirement beneficial effect in aftermentioned content and combine specific real Content in mode is applied to specifically describe.

To solve the above problems, the technical solution used in the present invention is:

A kind of operating room integrates decontamination system in advance, including surgical work room, the tool connecting with surgical work room disinfection Room or surgical work room and the tool disinfection room being connect with surgical work room.Beneficial effects of the present invention description without being limited thereto, In order to preferably be easy to understand, more detailed description has been carried out in specific embodiment part.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that the present invention arranges；

Fig. 2 is the structural schematic diagram of surgical work room of the present invention；

Fig. 3 is the structural schematic diagram of air inlet chlorination equipment of the present invention；

Fig. 4 is the structural schematic diagram of present invention exhaust chlorination equipment；

Fig. 5 is the structural schematic diagram of wastewater disinfection device of the present invention；

Fig. 6 is the overlooking structure diagram of inventive article disinfection room；

Fig. 7 is the structural schematic diagram of inventive article handle class mould seat；

Fig. 8 is the structural schematic diagram of inventive article scissors class mould seat；

Fig. 9 is the structural schematic diagram of inventive article scissors class mould seat.

Wherein: 1, tool disinfection room；2, surgical work room；3, air inlet chlorination equipment；4, it is vented chlorination equipment；5, waste water disappears Malicious device；6, air inlet disinfect box；7, air inlet collar extension air filter；8, the first upper spacer of air inlet；9, the first sealing plate of air inlet；10, into Gas first sterilizes liquid pool；11, the conductive liquid pool of air inlet second；12, air inlet lower clapboard；13, the second sealing plate of air inlet；14, air inlet Two upper spacers；15, air inlet first chamber；16, air inlet second chamber；17, air inlet third chamber；18, import in air inlet；19, into The first air pump of gas；20, air inlet first exhaust disk；21, inlet gas ozone generator；22, the second air pump of air inlet；23, air inlet electric current/electricity Press sterilizer；24, air inlet supersonic generator；25, air inlet electric heater；26, inlet gas ozone absorber；27, air inlet ultraviolet light； 28, it is vented air filter；29, it is vented the pump housing；30, exhaust check valve；31, exhaust sealing baffle；32, it is vented clump weight；33, waste liquid Lower water inlet；34, aquaporin under waste liquid；35, waste liquid liquid level sensor；36, waste liquid waterproof ultraviolet light；37, waste liquid application valve body； 38, waste liquid slides up and down spool；39, waste liquid ventilation bypass；40, waste liquid controls cylinder；41, waste liquid bypasses strainer；42, waist valve It is exported under body；43, receiving cavity under waste liquid；44, go out muzzle under waste liquid；45, waste liquid valve deck support；46, waste liquid valve deck controls spiral shell Bar；47, waste liquid valve deck weave control set；48, waste liquid valve deck end slide；49, waste liquid control lever；50, waste liquid valve bonnet seal Seat；51, waste liquid valve deck guide rail；52, waste liquid discharge line；53, tool sterilizing path；54, tool trackless moving trolley；55, tool Hang head；56, the sealed folded sealing organ cloth of tool；57, tool transversal stretching frame；58, the elastic swing curved boom of tool L-type； 59, tool fixed guide set；60, tool L-type guide groove；61, tool positions conical core shaft；62, tool quick change tapered sleeve；63, work Has tapered sleeve L-type guide groove；64, pad class mould seat；65, first group of three finger clamp hand of pad class；66, second group of pad class Three refer to clamp hand；67, tool scissors class mould seat；68, the pairs of lifting seat of tool scissors class first；69, tool scissors class second at To lifting seat；70, tool scissors class rotary shaft；71, tool scissors class suspension groove；72, tool scissors class guiding surface.

Specific embodiment

As shown in figs 1-9, the operating room of the present embodiment integrates decontamination system, including surgical work room 2 and operation work in advance Make the tool disinfection room 1 or surgical work room 2 and the tool disinfection room 1 connecting with surgical work room 2 of the connection of room 2.

Air inlet chlorination equipment 3 is provided on 2 wall of surgical work room；Air inlet chlorination equipment 3 includes being mounted on operation work Make the air inlet disinfect box 6 on 2 left side wall of room, the air inlet first being separately positioned in air inlet disinfect box 6 disinfection liquid pool 10 with into The conductive liquid pool 11 of gas second is vertically arranged in air inlet disinfect box 6 and sterilizes liquid pool 10 and air inlet for air inlet first to be isolated The air inlet lower clapboard 12 of two conductive liquid pools 11, the air inlet for being mounted on 2 wall of surgical work room and being located at 6 top of air inlet disinfect box Collar extension air filter 7, be mounted on 2 crown wall wall of surgical work room and lower end extend into isolation air inlet first sterilize liquid pool 10 in and position In the left side of air inlet lower clapboard 12 the first upper spacer of air inlet 8, be mounted on 2 crown wall wall of surgical work room and lower end extend into air inlet In second conductive liquid pool 11 and it is located at second upper spacer of air inlet 14 on 12 right side of air inlet lower clapboard, is horizontally set on surgical work room Between 2 side walls and the first upper spacer of air inlet 8 and the air inlet first that air inlet first sterilizes 10 top of liquid pool is arranged in seal isolation Sealing plate 9 is horizontally set between the second upper spacer of air inlet 14 and air inlet lower clapboard 12 and seals off setting in air inlet second The second sealing plate of air inlet 13 of 11 top of conductive liquid pool, by 2 side walls of surgical work room, 2 crown wall wall of surgical work room, air inlet the One sealing plate 9 surrounds with the first upper spacer of air inlet 8 and is only in communication with the outside and installs in inner cavity by air inlet collar extension air filter 7 Have electrostatic generator and be only connected to by pipeline and air inlet first disinfection liquid pool 10 air inlet first chamber 15, by air inlet first Partition 8,2 crown wall wall of surgical work room, the second upper spacer of air inlet 14, the second sealing plate of air inlet 13 surround and import and air inlet first The connection of disinfection 10 liquid level of liquid pool and 12 upper end of air inlet lower clapboard extend into its inner cavity and only by the second conductions of pipeline and air inlet Air inlet second chamber 16 that liquid pool 11 is connected to, setting below the right side of the second upper spacer of air inlet 14,2 crown wall wall of surgical work room, Between on the left of 11 ullage of the conductive liquid pool of air inlet second, 6 right wall of air inlet disinfect box and import is located at the conductive liquid pool of air inlet second In the air inlet third chamber 17 of 11 tops, the air inlet that 17 upper right side of air inlet third chamber is set and is connected to surgical work room 2 Import 18, import, which are arranged in air inlet first chamber 15 and export, protrudes into the disinfection of air inlet first with across the first sealing plate of air inlet 9 The first air pump of air inlet 19 of the pipeline connection of liquid pool 10, setting air inlet first sterilize in liquid pool 10 and with the first air pump of air inlet 19 The air inlet first exhaust disk 20 of outlet, be arranged in air inlet first sterilize liquid pool 10 in air inlet ultraviolet light 27, setting into Inlet gas ozone generator 21 in gas second chamber 16, import be arranged in air inlet second chamber 16 and outlet with pass through air inlet the Two sealing plates 13 protrude into the second air pump of air inlet 22 of the pipeline connection of the conductive liquid pool 11 of air inlet second, setting in the second conduction of air inlet Air inlet current/voltage sterilizer 23 and/or air inlet supersonic generator 24 and setting in liquid pool 11 is in air inlet third chamber Air inlet electric heater 25 and/or inlet gas ozone absorber 26 in 17；

Outside air passes sequentially through air inlet collar extension air filter 7, air inlet first chamber 15, the first air pump of air inlet 19, air inlet One disinfection liquid pool 10, air inlet second chamber 16, the second air pump of air inlet 22, the conductive liquid pool 11 of air inlet second, air inlet third chamber 17, And it is connected to after import 18 with surgical work room 2 in air inlet；

Exhaust chlorination equipment 4 is provided on 2 wall of surgical work room, exhaust chlorination equipment 4 includes being located at surgical work The exhaust pump housing 29 of exhaust air filter 28, import in room 2 and exhaust 28 outlet of air filter, import go out with the pump housing 29 is vented Mouthful connection exhaust check valve 30, upper end by shaft be hingedly mounted on 30 exit upper end of exhaust check valve and be used for it is sagging after The exhaust sealing baffle 31 of sealing exhaust check valve 30 outlet and the exhaust clump weight that 31 lower end of exhaust sealing baffle is set 32。

Wastewater disinfection device 5 is installed at the place of being lauched of surgical work room 2；

Wastewater disinfection device 5 include be arranged in water inlet 33 under the waste liquid of 2 ground leak of surgical work room, with waste liquid be lauched into Aquaporin 34, the waste liquid liquid level biography for being arranged under waste liquid in aquaporin 34 and being retained for monitoring waste liquid under the waste liquids of 33 connection of mouth Sensor 35, the waste liquid waterproof ultraviolet light for being arranged under waste liquid in aquaporin 34 and being used to carry out disinfection to aquaporin 34 under waste liquid 36, it is vertically installed at 2 underground of surgical work room and aquaporin 34 exports the waste liquid application valve body bypassed under left side import and waste liquid 37,42 are exported under the waste liquid valve body of 37 lower part of waste liquid application valve body, are slided up and down and are used in waste liquid application valve body 37 It is communicated or sealed the outlet of aquaporin 34 and the waste liquid of outlet 42 under waste liquid valve body under waste liquid and slides up and down spool 38, lower end and waste liquid The waste liquid ventilation that outlet 42 is connected under valve body and upper end is connected to 37 top of waste liquid application valve body bypasses 39, is located at waste liquid ventilation side Waste liquid in road 39 bypasses strainer 41, is upside down on 2 ground of surgical work room and piston-rod lower end and waste liquid slide up and down spool The waste liquid of 38 connections controls receiving cavity 43 under cylinder 40, the prefabricated waste liquid under 2 earth's surface of surgical work room, is located under waste liquid Above and with exporting under waste liquid valve body go out muzzle 44, setting receiving cavity under waste liquid under the waste liquid that 42 are connected at the top of receiving cavity 43 Waste liquid valve deck support 45 in 43 is vertically arranged in waste liquid valve deck control screw rod 46 under waste liquid in receiving cavity 43, is hinged on Waste liquid valve deck weave control set 47, left end below waste liquid valve deck control 46 movable end of screw rod are hinged on waste liquid valve deck support 45 And the waste liquid control lever 49 that is sleeved in waste liquid valve deck weave control set 47 of middle part, left end are hinged under waste liquid that go out muzzle 44 left Lower end and for seal or open under waste liquid go out muzzle 44 waste liquid valve deck seal receptacle 50, be arranged under waste liquid valve deck seal receptacle 50 Waste liquid valve deck guide rail 51 on the back side, and the waste liquid that on waste liquid valve deck guide rail 51 slides hinged with 49 right end of waste liquid control lever Valve deck end slide 48 and 43 lower part of receiving cavity is set under waste liquid and outlet is connected to hospital main waste solution channel and import Go out the waste liquid discharge line 52 of 44 lower section of muzzle under waste liquid.

Tool disinfection room 1 include at least right end connect with surgical work room 2 tool sterilizing path 53, be arranged disappear in tool The tool trackless moving trolley 54 of malicious 53 outside of channel and left and right walking, setting are in 54 side of tool trackless moving trolley and for stretching out Head 55 is hung to the tool in operation operating room 2, is connected to the tool suspension side wall corresponding with tool sterilizing path 53 of head 55 Between the sealed folded sealing organ cloth 56 of tool, flexible setting in tool suspension 55 end aperture of head and swing is installed Tool transversal stretching frame 57, one end and the oscillating motor of motor export the elastic swing curved boom 58 of tool L-type of axis connection, are mounted on Tool hangs 55 end of head and with the tool fixed guide set 59 of corresponding oscillating motor output shaft coaxial arrangement, setting in work Tool fixed guide covers on 59 and the elastic tool L-type for swinging 58 transverse arm of curved boom and vertically moving or swinging laterally in it of tool L-type The tool positioning conical core shaft 61 that 59 ends of tool fixed guide set are used to be set with mould is arranged in guide groove 60；

It is set with tool quick change tapered sleeve 62 in tool positioning conical core shaft 61, is provided in 62 left end of tool quick change tapered sleeve Tool tapered sleeve L-type guide groove 63 corresponding with tool L-type guide groove 60, the groove width of the transverse groove of tool L-type guide groove 60 is wider than The groove width of tool tapered sleeve L-type guide groove 63；

Pad class mould seat 64 or tool scissors class mould seat 67 are installed in 62 right end of tool quick change tapered sleeve；

Pair of vertical is movably set with first group three of pad class with three pairs of clamp hands on pad class mould seat 64 Refer to clamp hand 65, pair of vertical is movably set with second group three of pad class with three pairs of clamp hands on pad class mould seat 64 Refer to clamp hand 66；

First group of three finger clamp hand 65 of pad class is by cylinder or screw rod drive moves toward one another or movement of supporting or opposing；Pad class Two group of three finger clamp hand 66 is by cylinder or screw rod drive moves toward one another or movement of supporting or opposing；

Three pairs of folders of three pairs of clamp hands of first group three of pad class finger clamp hand 65 and second group three of pad class finger clamp hand 66 Hand is staggered and the direction of motion is opposite；First group three of pad class finger clamp hand 65 three pairs of clamp hands with second group three of pad class Refer to that three pairs of clamp hands of clamp hand 66 replace snatch handle class operation tool；

It is pairs of to be movably set with the tool scissors class first that two move synchronously vertically on tool scissors class mould seat 67 It is pairs of to be movably set with the tool scissors class second that two move synchronously vertically on tool scissors class mould seat 67 for lifting seat 68 Lifting seat 69 is respectively arranged on the pairs of lifting seat 68 of tool scissors class first and the pairs of lifting seat 69 of tool scissors class second It is driven by a motor the tool scissors class rotary shaft 70 of rotation, the side of tool scissors class rotary shaft 70 is provided with tool scissors class Suspension groove 71 is provided with tool scissors class guiding surface 72 in the other side of tool scissors class rotary shaft 70；

The pairs of lifting seat 68 of tool scissors class first is with the pairs of lifting seat 69 of tool scissors class second respectively by corresponding gas Cylinder or screw rod drive move toward one another or movement of supporting or opposing；

The tool scissors class rotary shaft 70 and tool scissors class second of the pairs of lifting seat 68 of tool scissors class first rise in pairs The tool scissors class rotary shaft 70 of drop seat 69 is staggered and the direction of motion is opposite；

Positioned at the tool scissors class rotary shaft 70 and tool scissors of the pairs of lifting seat 68 of tool scissors class first of the same side The tool scissors class rotary shaft 70 of the pairs of lifting seat 69 of class second penetrate into the same finger hole of scissors class operation tool and It alternately lifts and contacts with the scissors class operation tool of suspension status in the finger hole.

The operating room of the present embodiment integrates the packaging technology of decontamination system in advance, which integrates decontamination system packet in advance The tool disinfection room 1 for including surgical work room 2 and being connect with surgical work room 2；

The technique is firstly, build surgical work room 2；Then, tool disinfection room 1 is built in 2 side of surgical work room；

Wherein, surgical work room 2 is built to include the following steps,

Step 1 one installs wastewater disinfection device 5 in surgical work room 2；Firstly, preparatory in 2 underground of surgical work room Receiving cavity 43 under waste liquid is made, and waste liquid discharge line 52 is installed between the main waste solution channel of hospital；Then, under waste liquid It from left to right successively installs in receiving cavity 43 and is exported under waste liquid valve deck support 45, waste liquid valve deck control screw rod 46 and waste liquid Set 44, in waste liquid valve deck control 46 lower end of screw rod installation waste liquid valve deck weave control set 47；Secondly, waste liquid control lever 49 is left Hinged waste liquid valve deck support 45 is held, will be through in the middle part of waste liquid control lever 49 on waste liquid valve deck weave control set 47；Again, it will give up Liquid valve bonnet seal seat 50 is hinged under waste liquid to go out on the left of 44 lower port of muzzle by pin shaft, and waste liquid valve deck end slide 48 is installed On the waste liquid valve deck guide rail 51 of waste liquid valve deck seal receptacle 50；And then, in the hinged waste liquid valve deck of 49 right end of waste liquid control lever End slide 48；Still later, top is vertically arranged waste liquid application valve body 37 in receiving cavity 43 under waste liquid, by waste liquid control valve Go out muzzle 44 under the outlet of body 37 and waste liquid to connect, slides up and down spool 38 for waste liquid is installed in waste liquid application valve body 37, pass through The upper cavity of waste liquid application valve body 37 is connected to by waste liquid ventilation bypass 39 with lower chamber, and installation is useless in waste liquid ventilation bypass 39 Liquid bypasses strainer 41, installs waste liquid control cylinder 40 on the ground in surgical work room 2, and will be under the piston rod of waste liquid control cylinder 40 End slides up and down spool 38 with waste liquid and connect；And then, it is lauched in waste liquid application valve body 37 and 2 place's of being lauched waste liquid of surgical work room Between import 33 install waste liquid under aquaporin 34, and under waste liquid in aquaporin 34 install waterproof waste liquid liquid level sensor 35 with Waste liquid waterproof ultraviolet light 36；

Step 1 two installs air inlet chlorination equipment 3 in surgical work room 2；Firstly, pacifying on 2 side wall of surgical work room Gas disinfect box 6 is put into, the air inlet first that air inlet disinfect box 6 is divided into left side is sterilized by liquid pool 10 and the right side by air inlet lower clapboard 12 The conductive liquid pool 11 of the air inlet second of side is simultaneously injected separately into liquid；Then, it is sterilized in air inlet first and air inlet purple light is installed in liquid pool 10 Lamp 27 and air inlet first exhaust disk 20 install air inlet supersonic generator 24 in the conductive liquid pool 11 of air inlet second, super in air inlet Pneumoelectric heater 25 is installed into above sonic generator 24；Secondly, installing lower end at the top of surgical work room 2 is inserted into air inlet first The first upper spacer of air inlet 8 in liquid pool 10 is sterilized, air inlet is installed between 2 side wall of the first upper spacer of air inlet 8 and surgical work room First sealing plate 9,2 side wall of surgical work room and roof, the first sealing plate of air inlet 9, the first upper spacer of air inlet 8 surround air inlet first Chamber 15, meanwhile, the second upper spacer of air inlet in the conductive liquid pool 11 of air inlet second is inserted into installation lower end at the top of surgical work room 2 14, installation the second sealing plate of air inlet 13 between the second upper spacer of air inlet 14 and air inlet lower clapboard 12,2 roof of surgical work room, The second upper spacer of air inlet 14, the first upper spacer of air inlet 8, the second sealing plate of air inlet 13 surround air inlet second chamber 16, meanwhile, operation 2 roof of operating room, the second upper spacer of air inlet 14,6 right side wall of air inlet disinfect box surround air inlet third chamber 17；Again, in air inlet Air inlet collar extension air filter 7 is arranged in 15 entrance of first chamber, and electrostatic generator and air inlet the is installed in air inlet first chamber 15 One air pump 19, the outlet of the first air pump of air inlet 19 pass through piping connection to air inlet first exhaust disk 20, meanwhile, in the second chamber of air inlet Air inlet ozone generator 21 and the second air pump of air inlet 22 are installed in room 16, and the export pipeline of the second air pump of air inlet 22 is entered In the conductive liquid pool 11 of air inlet second, while it being installed into gas current/voltage sterilizer 23 in the conductive liquid pool 11 of air inlet second, together When, air inlet Ozone Absorption device 26 is installed in air inlet third chamber 17, is installed and work of performing the operation in 17 exit of air inlet third chamber Make import 18 in the air inlet of the connection of room 2；

Step 1 three, the installation exhaust chlorination equipment 4 in surgical work room 2；The installation exhaust air filter in surgical work room 2 Device 28 installs the exhaust pump housing 29 being connected to exhaust air filter 28 on 2 wall of surgical work room, by the exhaust connection row of the pump housing 29 Gas check valve 30 installs exhaust sealing baffle 31 in 30 exit of exhaust check valve, exhaust is installed on exhaust sealing baffle 31 Clump weight 32；

Wherein, tool disinfection room 1 is built to include the following steps,

Step 2 one, firstly, the installation tool sterilizing path 53 in tool disinfection room 1, tool sterilizing path 53 is passed in and out Mouth is connected to surgical work room 2；Then, in 53 outside installation tool trackless moving trolley 54 of tool sterilizing path, in tool trackless The tool suspension head 55 that the installation of 54 side of moving trolley is extend into tool sterilizing path 53, and tool suspension head 55 is passed through The side wall connection corresponding with tool sterilizing path 53 of the sealed folded sealing organ cloth 56 of tool；Secondly, hanging 55 end of head in tool Installation is connected with the tool transversal stretching frame 57 of cylinder in portion's seam allowance, installs oscillating motor on tool transversal stretching frame 57, The elastic swing curved boom 58 of installation tool L-type on oscillating motor output shaft；Again, the installation of tool suspension 55 end of head and swing electricity The coaxial tool fixed guide set 59 of machine output shaft, the elastic transverse arm for swinging curved boom 58 of tool L-type expose in tool fixed guide The tool L-type guide groove 60 of set 59；And then, 59 ends are covered in tool fixed guide be co-axially mounted the tool for inserting mould Position conical core shaft 61；

Step 2 two positions 61 installation tool handle class mould seat 64 of conical core shaft or tool scissors class mould seat in tool 67；

When installation tool handle class mould seat 64, step 2 three is executed；

When installation tool scissors class mould seat 67, step 2 four is executed；

Step 2 three, firstly, second group of three finger clamp hand 66 of first group of three finger clamp hand 65 of pad class and pad class is pacified On pad class mould seat 64；Then, pad class mould seat 64 is connect with tool quick change tapered sleeve 62；Secondly, by work Tool quick change tapered sleeve 62 is inserted into tool positioning conical core shaft 61, and the elastic swing curved boom 58 of tool L-type is led along tool tapered sleeve L-type To slot 63, and swing tensioning tool quick change tapered sleeve 62；Again, driven by cylinder, first group of three finger clamp hand 65 of pad class with Second group of three finger clamp hand of pad class, 66 alternating movement grip shank class operation tool；Finally, tool trackless moving trolley 54 drives handle Class operation tool is advanced while sterilizing in tool sterilizing path 53；

Step 2 four, firstly, by the pairs of lifting seat 68 of tool scissors class first and the pairs of lifting seat of tool scissors class second 69 are mounted on tool scissors class mould seat 67；Then, in the pairs of lifting seat 68 of tool scissors class first and tool scissors class the Motor is installed respectively on two pairs of lifting seats 69, the installation tool scissors class rotary shaft 70 on motor shaft, by ipsilateral tool scissors The tool scissors class rotary shaft 70 of the pairs of lifting seat 68 of knife class first and the tool scissors of the pairs of lifting seat 69 of tool scissors class second Knife class rotary shaft 70 is inserted into the finger hole of same scissors class operation tool；

Secondly, tool scissors class mould seat 67 is connect with tool quick change tapered sleeve 62, tool quick change tapered sleeve 62 is inserted into Tool positions in conical core shaft 61, and the elastic swing curved boom 58 of tool L-type swings tension along tool tapered sleeve L-type guide groove 63 Tool quick change tapered sleeve 62；

Again, it is driven by cylinder, the tool scissors class rotary shaft 70 and work of the pairs of lifting seat 68 of tool scissors class first The scissors class operation tool of suspension is lifted in 70 alternating movement of tool scissors class rotary shaft of the tool pairs of lifting seat 69 of scissors class second； Finally, tool trackless moving trolley 54 drives scissors class operation tool to advance while sterilizing in tool sterilizing path 53.

The operating room of the present embodiment integrates the packaging technology of decontamination system in advance, which integrates decontamination system packet in advance Include the tool disinfection room 1 connecting with surgical work room 2；

Wherein, tool disinfection room 1 is built to include the following steps,

When installation tool handle class mould seat 64, step 2 three is executed；

When installation tool scissors class mould seat 67, step 2 four is executed；

The operating room of the present embodiment integrates the packaging technology of decontamination system in advance, which integrates decontamination system packet in advance Include surgical work room 2；

Wherein, surgical work room 2 is built to include the following steps,

Step 1 three, the installation exhaust chlorination equipment 4 in surgical work room 2；The installation exhaust air filter in surgical work room 2 Device 28 installs the exhaust pump housing 29 being connected to exhaust air filter 28 on 2 wall of surgical work room, by the exhaust connection row of the pump housing 29 Gas check valve 30 installs exhaust sealing baffle 31 in 30 exit of exhaust check valve, exhaust is installed on exhaust sealing baffle 31 Clump weight 32.

The operating room of the present embodiment integrates sterilization method in advance, integrates decontamination system in advance by means of operating room comprising Surgical work room 2；

This approach includes the following steps, firstly, the air for entering surgical work room 2 by 3 pairs of air inlet chlorination equipment carries out Sterilizing；Then, sterilizing is carried out by exhaust 4 pairs of operation 2 exhaust ports of operating room of chlorination equipment；

Air inlet chlorination equipment 3, which carries out disinfection, to be included the following steps,

Step 1 pours into thimerosal firstly, sterilizing in liquid pool 10 in air inlet first, falls in the conductive liquid pool 11 of air inlet second Enter conduction liquid, start the first air pump of air inlet 19 and electrostatic generator, air is filtered laggard for the first time by air inlet collar extension air filter 7 Enter into air inlet first chamber 15, after electrostatic generator carries out second of sterilization dedusting to air, is passed through by the first air pump of air inlet 19 Air inlet first exhaust disk 20 blasts air inlet first and sterilizes in liquid pool 10；Then, start air inlet ultraviolet light 27, thimerosal and air inlet are purple After light lamp 27 carries out third time sterilizing to air, air inlet second chamber 16 is entered；Secondly, starting inlet gas ozone generator 21 pairs of air carry out the 4th sterilizing, while starting the second air pump of air inlet 22 and air is sent to the conductive liquid pool of air inlet second 11；Again, starting air inlet current/voltage sterilizer 23 and air inlet supersonic generator 24 carry out the 5th sterilizing to air Afterwards, it enters in air inlet third chamber 17；And then, starting air inlet electric heater 25 carries out the 5th sterilizing to air Afterwards, it is sent in surgical work room 2 by import 18 in air inlet, meanwhile, starting inlet gas ozone absorber 26 is absorbed to ozone gas Body；

Exhaust chlorination equipment 4, which carries out disinfection, to be included the following steps,

Step 2, when needing to be vented, firstly, starting exhaust the pump housing 29, then, in surgical work room 2 air according to It is secondary that outdoor is discharged by exhaust air filter 28, exhaust check valve 30, exhaust sealing baffle 31；When not needing exhaust, It is vented clump weight 32 and acts on the lower sealing of exhaust sealing baffle 31 outlet and the sealing cut-off of exhaust check valve 30.

This approach includes the following steps,

Step A, firstly, having stockpiled waste liquid, feedback to processing when waste liquid liquid level sensor 35 incudes aquaporin 34 under waste liquid Device；Then, processor drives waste liquid to control the drive waste liquid of cylinder 40 and slides up and down 38 uplink of spool opening waste liquid by controller Application valve body 37, meanwhile, driving waste liquid valve deck control screw rod 46 drives waste liquid lever by waste liquid valve deck weave control set 47 Bar 49 is swung around waste liquid valve deck support 45, the sliding opening waste liquid valve deck on waste liquid valve deck guide rail 51 of waste liquid valve deck end slide 48 Seal receptacle 50；Secondly, waste liquid is by going out muzzle 44 under outlet 42, waste liquid under waste liquid valve body, waste liquid discharge line 52 is discharged to hospital In waste solution channel；

Step B, after waste liquid liquid level sensor 35, which incudes aquaporin 34 under waste liquid, stockpiles waste liquid emptying, processor control is useless Liquid waterproof ultraviolet light 36 opens aquaporin 34 under irradiation waste liquid, meanwhile, waste liquid slides up and down the sealing waste liquid control of 38 downlink of spool Valve body 37, meanwhile, waste liquid valve deck seal receptacle 50, which seals, goes out muzzle 44 under waste liquid.

The operating room of the present embodiment integrates sterilization method in advance, integrates decontamination system in advance by means of operating room comprising Surgical work room 2 and the tool disinfection room 1 being connect with surgical work room 2；

This approach includes the following steps,

Step I, firstly, handle class operation tool is lain in a horizontal plane in first group of three finger clamp hand 65 of pad class and pad class In the clamp hand neutral gear of second group of three finger clamp hand 66；Then, starting first group of three finger clamp hand 65 of pad class moves toward one another clamping pair The handle class operation tool answered；

Scissors class operation tool finger hole is sleeved on corresponding tool scissors class first while step I by step II In the tool scissors class suspension groove 71 of pairs of lifting seat 68 and the pairs of lifting seat 69 of tool scissors class second；

Step III, firstly, the tool quick change tapered sleeve 62 in step I and/or step II is mounted on tool positioning taper core On axis 61；Then, the elastic swing curved boom 58 of driving instrument L-type is along tool L-type guide groove 60 and tool tapered sleeve L-type guide groove 63 Axial pass trough moves ahead and swings in the transverse groove of tool L-type guide groove 60 and tool tapered sleeve L-type guide groove 63；Secondly, tool Transversal stretching frame 57, which is pulled back, is fixed on tool quick change tapered sleeve 62 in tool positioning conical core shaft 61；Again, tool trackless is walked Vehicle 54 sterilizes while walking in tool sterilizing path 53 with power driven tools suspension head 55, while affecting tool sealed folded Sealing organ cloth 56 moves synchronously sealing, meanwhile, second group of three finger of first group of three finger clamp hand 65 of pad class and pad class presss from both sides Hand 66 replaces grip shank class operation tool and/or the pairs of lifting seat 68 of tool scissors class first rises in pairs with tool scissors class second Drop seat 69 alternately lifts scissors class operation tool；

Step IV, when reaching in surgical work room 2, first group of three finger clamp hand 65 of pad class with second group three of pad class Refer to clamp hand 66 support or oppose movement unclamp handle class operation tool and handle class operation tool fallen into the case where be self-possessed wobbler action connect in disk with/ Or scissors class operation tool is oriented to along tool scissors class after 180 degree of the rotation of motor-driven tool scissors class rotary shaft 70 It falls into and is connect in disk under inclined-plane 72 is automatic.

When using the present invention, the rational deployment assembling to the decontamination system is realized by this packaging technology, realizes module Change splicing, installation is easily quick, and it is convenient that traditional operation room is transformed, and improves the indoor cleannes of operation, reduces bacteria breed Environment, realize that physical isolation by this sterilization process realizes the filtering into air, sterilize, while avoiding pernicious gas Be mixed into, by the improvement of exhaust passage sterilization process, realize exhaust passage when not in use, with extraneous absolute physical every Absolutely, safety is good, while bacterium being avoided to be redirected back into operating room from the channel, by improving sewer sterilization process, avoids Bacteria breed is caused because waste water exists, by the improvement to tool sterilization process, realization disappears to the comprehensive of operation tool Poison, realization avoid dead angle, realize automatic production line disinfection, convenient and efficient.

Tool disinfection room 1 is connected to and is isolated with surgical work room 2, realizes and the convenience of operation tool is easily sterilized and turned Fortune, while avoiding sterilizing the influence to operating room, air inlet chlorination equipment 3 realizes the sterilised filtration to air inlet, is vented chlorination equipment 4 Realize the sterilised filtration to outlet and isolation, wastewater disinfection device 5 realizes sterilised filtration and isolation to waste water.

Air inlet collar extension air filter 7, electrostatic generator, air inlet first sterilize liquid pool 10, inlet gas ozone generator 21, air inlet electricity Stream/voltage sterilizer 23, air inlet supersonic generator 24, air inlet ultraviolet light 27 realize multistage comprehensive sterilization to air, no Secondary pollution can be generated, it is convenient to facilitate, and by air inlet electric heater 25, inlet gas ozone absorber 26, which realizes extra ozone, to be divided Solution, avoids stockpiling in operating room, to influence people's health, passes through the first sealing plate of air inlet 9, the second sealing plate of air inlet 13, reverse air flow is prevented, to guarantee conveying into operating room for air forward direction No leakage.Pass through the first air pump of air inlet 19, the second air pump of air inlet 22 improves and adjusts feeding air capacity.

It is vented air filter 28 and realizes that, to operation indoor air filtration, the exhaust pump housing 29 improves air circulation speed, and exhaust is single Unidirectional cutoff sealing function is played to valve 30, exhaust sealing baffle 31 realizes secondary seal isolation, and exhaust clump weight 32 facilitates tune Save air force.

Waste liquid liquid level sensor 35 is realized under automatic detection waste liquid in aquaporin 34 whether there is or not stockpiling, to realize automation control System, by waste liquid waterproof ultraviolet light 36 disinfect, avoid bacteria breed, by waste liquid slide up and down spool 38 realize physics every From the effect with conducting, by 39 balance valve body pressure difference of waste liquid ventilation bypass, waste liquid controls the realization of cylinder 40 and automatically controls, waste liquid Bypass strainer 41 prevents sundries from entering upper valve fluid chamber,

Water inlet 33 under waste liquid,, waste liquid application valve body 37,, 42 are exported under waste liquid valve body, receiving cavity 43 under waste liquid, Go out muzzle 44, waste liquid valve deck support 45 under waste liquid, waste liquid valve deck controls screw rod 46- waste liquid valve deck weave control and covers the control of 47- waste liquid Lever 49- waste liquid valve deck processed end slide 48- waste liquid valve deck guide rail 51- waste liquid valve deck seal receptacle 50 realizes sealing and conducting, real It now automatically controls, absolute physical isolation sealing.

The sterilization structure of tool sterilizing path 53 is common knowledge, can be ultraviolet light, ultrasonic wave, microwave, and steam is infrared Line, ozone etc. realize that automatic or manipulation traction is advanced by tool trackless moving trolley 54, pass through the sealed folded sealing organ of tool Cloth 56 realizes synchronous sealed when advancing, and hangs head 55 by tool and realizes support, real by tool transversal stretching frame 57 Now axial movement traction, tool L-type is elastic swing curved boom 58 by stretching motion and pendulum motion realize tension to mould with It unclamps, tool positions the automatic positioning of 61 implementation tool quick change tapered sleeve 62 of conical core shaft, replaces quick and convenient, handle class operation tool example Such as scalpel, needle, the scissors class operation tool such as operation surgical forceps includes operation scissors, surgical clamp etc., pad class mould seat 64 is support, first group of three finger clamp hand 65 of pad class, and second group of three finger clamp hand 66 of pad class realizes three-point fix, hand over simultaneously For clamping, the tool scissors class suspension groove of pairs of 68 the second pairs of lifting seat 69 of tool scissors class of lifting seat of tool scissors class first 71 realize alternately both ends suspension, to realize the comprehensive disinfection to tool, avoid dead angle, disinfection is thorough.

The present invention has rational design, it is low in cost, durable, safe and reliable, easy to operate, time saving and energy saving, save fund, It is compact-sized and easy to use.

It is to disclose in order to more clear, and the prior art is just no longer enumerated that the present invention, which fully describes,.

Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: it still may be used To modify to technical solution documented by previous embodiment or equivalent replacement of some of the technical features；Make It is obvious for being combined for those skilled in the art to multiple technical solutions of the invention.And these are modified or replace It changes, the spirit and scope for technical solution of the embodiment of the present invention that it does not separate the essence of the corresponding technical solution.

Claims

1. a kind of operating room integrates decontamination system in advance, it is characterised in that: including surgical work room (2) and surgical work room (2) The tool disinfection room (1) of connection or surgical work room (2) and the tool disinfection room (1) being connect with surgical work room (2).

2. operating room according to claim 1 integrates decontamination system in advance, it is characterised in that:

Air inlet chlorination equipment (3) are provided on surgical work room (2) wall；Air inlet chlorination equipment (3) includes being mounted on operation Air inlet disinfect box (6) on the left of operating room (2) on wall, the first thimerosal of air inlet being separately positioned in air inlet disinfect box (6) The conductive liquid pool (11) of pond (10) and air inlet second is vertically arranged in air inlet disinfect box (6) and sterilizes for air inlet first to be isolated Liquid pool (10) and the air inlet lower clapboard (12) of the conductive liquid pool (11) of air inlet second are mounted on surgical work room (2) wall and position Air inlet collar extension air filter (7) above air inlet disinfect box (6) is mounted on surgical work room (2) crown wall wall and lower end is protruded into The first upper spacer of air inlet (8) in liquid pool (10) and being located on the left of air inlet lower clapboard (12), installation are sterilized to isolation air inlet first On surgical work room (2) crown wall wall and lower end extend into the conductive liquid pool (11) of air inlet second and is located at air inlet lower clapboard (12) Second upper spacer of air inlet (14) on right side is horizontally set between surgical work room (2) side walls and the first upper spacer of air inlet (8) And seal isolation setting sterilizes the first sealing plate of air inlet (9) above liquid pool (10) in air inlet first, is horizontally set on air inlet the Between two upper spacers (14) and air inlet lower clapboard (12) and seal isolation setting above the conductive liquid pool (11) of air inlet second into The second sealing plate of gas (13), by surgical work room (2) side walls, surgical work room (2) crown wall wall, the first sealing plate of air inlet (9), It is surrounded with the first upper spacer of air inlet (8) and is only in communication with the outside by air inlet collar extension air filter (7) and electrostatic is installed in inner cavity Generator and the air inlet first chamber (15) being only connected to by pipeline and air inlet first disinfection liquid pool (10), by air inlet first every Plate (8), surgical work room (2) crown wall wall, the second upper spacer of air inlet (14), the second sealing plate of air inlet (13) surround and import with into Gas first sterilize liquid pool (10) liquid level connection and air inlet lower clapboard (12) upper end extend into its inner cavity and only by pipeline with into The air inlet second chamber (16) of conductive liquid pool (11) connection of gas second is arranged on the right side of the second upper spacer of air inlet (14), operation work Make below room (2) crown wall wall, on the left of conductive liquid pool (11) ullage of air inlet second, air inlet disinfect box (6) right wall between and into Mouthful it is located at the air inlet third chamber (17) above the conductive liquid pool (11) of air inlet second, is arranged in air inlet third chamber (17) upper right side And import (18), import are arranged in air inlet first chamber (15) and export and wear in the air inlet being connected to surgical work room (2) Cross the first sealing plate of air inlet (9) protrude into air inlet first sterilize liquid pool (10) the pipeline connection the first air pump of air inlet (19), Be arranged air inlet first sterilize liquid pool (10) in and with the air inlet first exhaust disk (20) of the first air pump of air inlet (19) outlet, It is smelly that the air inlet of air inlet ultraviolet light (27), setting in air inlet second chamber (16) sterilized in liquid pool (10) in air inlet first is set Oxygen Generator (21), import are arranged in air inlet second chamber (16) and outlet is extended into the second sealing plate of air inlet (13) is passed through The second air pump of air inlet (22) of the pipeline connection of the conductive liquid pool (11) of gas second is arranged in the conductive liquid pool (11) of air inlet second In air inlet current/voltage sterilizer (23) and/or air inlet supersonic generator (24) and be arranged in air inlet third chamber (17) air inlet electric heater (25) and/or inlet gas ozone absorber (26) in；

Outside air passes sequentially through air inlet collar extension air filter (7), air inlet first chamber (15), the first air pump of air inlet (19), air inlet First disinfection liquid pool (10), air inlet second chamber (16), the second air pump of air inlet (22), the conductive liquid pool (11) of air inlet second, air inlet Import (18) is connected to surgical work room (2) afterwards in third chamber (17) and air inlet；

Exhaust chlorination equipment (4) is provided on surgical work room (2) wall, exhaust chlorination equipment (4) includes being located at operation work Make the exhaust pump housing (29), import and the row of exhaust air filter (28) in room (2), import and exhaust air filter (28) outlet Air-pump (29) exports the exhaust check valve (30) of connection, upper end and is hingedly mounted on exhaust check valve (30) exit by shaft It upper end and is kept off for the exhaust sealing baffle (31) of sealing exhaust check valve (30) outlet after sagging and setting in exhaust sealing The exhaust clump weight (32) of plate (31) lower end.

3. operating room according to claim 1 or 2 integrates decontamination system in advance, it is characterised in that: in surgical work room (2) The place of being lauched wastewater disinfection device (5) are installed；

Wastewater disinfection device (5) includes that water inlet (33) under in surgical work room (2) the waste liquid of leak is arranged, is lauched with waste liquid Aquaporin (34) under the waste liquid of import (33) connection is arranged under waste liquid in aquaporin (34) and useless for monitor that waste liquid retains Liquid liquid level sensor (35) is arranged under waste liquid in aquaporin (34) and gives up for what is carried out disinfection to aquaporin under waste liquid (34) Liquid waterproof ultraviolet light (36) is vertically installed at aquaporin (34) outlet under surgical work room (2) underground and left side import and waste liquid The waste liquid application valve body (37) of bypass is located at outlet (42) under the waste liquid valve body of waste liquid application valve body (37) lower part, in waste liquid control It is slided up and down in valve body (37) processed and exports (42) under waste liquid valve body for being communicated or sealed aquaporin under waste liquid (34) outlet Waste liquid slide up and down spool (38), lower end under waste liquid valve body export (42) be connected to and on upper end and waste liquid application valve body (37) The waste liquid ventilation bypass (39) of portion's connection, is upside down in operation at waste liquid bypass strainer (41) being located in waste liquid ventilation bypass (39) On operating room (2) ground and piston-rod lower end and waste liquid slide up and down waste liquid control cylinder (40) that spool (38) connect, prefabricated Under the waste liquid under surgical work room (2) earth's surface receiving cavity (43), be located under waste liquid on receiving cavity (43) top and with It is exported under waste liquid valve body and goes out muzzle (44) under the waste liquid of (42) connection, the waste liquid valve deck under waste liquid in receiving cavity (43) is set Support (45), is hinged on waste liquid valve deck at the waste liquid valve deck being vertically arranged in receiving cavity under waste liquid (43) control screw rod (46) Control screw rod (46) movable end below waste liquid valve deck weave control set (47), left end be hinged on waste liquid valve deck support (45) and Waste liquid control lever (49) that middle part is sleeved in waste liquid valve deck weave control set (47), left end, which are hinged under waste liquid, goes out muzzle (44) lower-left end and for seal or open under waste liquid go out muzzle (44) waste liquid valve deck seal receptacle (50), be arranged in waste liquid valve deck It is waste liquid valve deck guide rail (51) under seal receptacle (50) on the back side, hinged with waste liquid control lever (49) right end and led in waste liquid valve deck The waste liquid valve deck end slide (48) slided on rail (51) and setting receiving cavity (43) lower part and outlet and doctor under waste liquid The main waste solution channel of institute is connected to and import is located at the waste liquid discharge line (52) gone out below muzzle (44) under waste liquid.

4. operating room according to claim 1 or 2 integrates decontamination system in advance, it is characterised in that: tool disinfection room (1) packet Tool sterilizing path (53), setting that at least right end connect with surgical work room (2) are included on the outside of tool sterilizing path (53) and The tool trackless moving trolley (54) of left and right walking, setting in tool trackless moving trolley (54) side and are used to reach surgical work In room (2) tool suspension head (55), be connected to tool suspension head (55) side wall corresponding with tool sterilizing path (53) it Between the sealed folded sealing organ cloth (56) of tool, flexible setting in tool suspension head (55) end aperture and pendulum is installed The tool transversal stretching frame (57) of dynamic motor, one end and oscillating motor output axis connection the elastic swing curved boom (58) of tool L-type, The tool fixed guide set for being mounted on tool suspension head (55) end and being coaxially disposed with corresponding oscillating motor output shaft (59), be arranged on tool fixed guide set (59) and elastic swing curved boom (58) transverse arm of tool L-type vertically moved in it or The tool that the tool L-type guide groove (60) of horizontal swing, setting are used to be set with mould in tool fixed guide set (59) end is fixed Position conical core shaft (61)；

It is set with tool quick change tapered sleeve (62) in tool positioning conical core shaft (61), is arranged in tool quick change tapered sleeve (62) left end There is tool tapered sleeve L-type guide groove (63) corresponding with tool L-type guide groove (60), the transverse groove of tool L-type guide groove (60) Groove width is wider than the groove width of tool tapered sleeve L-type guide groove (63)；

Pad class mould seat (64) or tool scissors class mould seat (67) are installed in tool quick change tapered sleeve (62) right end；

Pair of vertical is movably set with first group three of the pad class finger with three pairs of clamp hands on pad class mould seat (64) Clamp hand (65), pair of vertical is movably set with second group of pad class with three pairs of clamp hands on pad class mould seat (64) Three refer to clamp hand (66)；

First group of three finger clamp hand (65) of pad class is by cylinder or screw rod drive moves toward one another or movement of supporting or opposing；Pad class second Group three refers to clamp hand (66) by cylinder or screw rod drive moves toward one another or movement of supporting or opposing；

First group three of pad class refers to that three pairs of clamp hands of clamp hand (65) refer to three pairs of folders of clamp hand (66) with second group three of pad class Hand is staggered and the direction of motion is opposite；First group three of pad class refer to clamp hand (65) three pairs of clamp hands with second group of pad class Three refer to that three pairs of clamp hands of clamp hand (66) replace snatch handle class operation tool；

The tool scissors class first that two move synchronously is movably set with vertically on tool scissors class mould seat (67) to rise in pairs Drop seat (68), be movably set with vertically on tool scissors class mould seat (67) tool scissors class second that two move synchronously at To lifting seat (69), divide on the pairs of lifting seat (68) of tool scissors class first and the pairs of lifting seat (69) of tool scissors class second It is not provided with the tool scissors class rotary shaft (70) for being driven by a motor rotation, is arranged in the side of tool scissors class rotary shaft (70) There is tool scissors class suspension groove (71), the other side of tool scissors class rotary shaft (70) is provided with tool scissors class guiding surface (72)；

The pairs of lifting seat (68) of tool scissors class first is with the pairs of lifting seat (69) of tool scissors class second respectively by corresponding gas Cylinder or screw rod drive move toward one another or movement of supporting or opposing；

The tool scissors class rotary shaft (70) and tool scissors class second of the pairs of lifting seat (68) of tool scissors class first rise in pairs The tool scissors class rotary shaft (70) of drop seat (69) is staggered and the direction of motion is opposite；

Positioned at the tool scissors class rotary shaft (70) and tool scissors of the pairs of lifting seat (68) of tool scissors class first of the same side The tool scissors class rotary shaft (70) of the second pairs of lifting seat of class (69) penetrates into the same finger hole of scissors class operation tool In and in the finger hole alternately lift and contact with the scissors class operation tool of suspension status.

5. the packaging technology that a kind of operating room integrates decontamination system in advance, it is characterised in that: comprehensive disinfection is the operating room in advance System includes surgical work room (2) and the tool disinfection room (1) connecting with surgical work room (2)；

The technique is firstly, build surgical work room (2)；Then, tool disinfection room (1) is built in surgical work room (2) side；

Wherein, surgical work room (2) is built to include the following steps,

Step 1 one installs wastewater disinfection device (5) in surgical work room (2)；Firstly, pre- in surgical work room (2) underground Receiving cavity (43) under waste liquid is first made, and waste liquid discharge line (52) are installed between the main waste solution channel of hospital；Then, exist Under waste liquid in receiving cavity (43) from left to right successively install waste liquid valve deck support (45), waste liquid valve deck control screw rod (46), with And go out muzzle (44) under waste liquid, in waste liquid valve deck control screw rod (46) lower end installation waste liquid valve deck weave control set (47)；Secondly, By the hinged waste liquid valve deck support (45) in waste liquid control lever (49) left end, waste liquid valve deck will be through in the middle part of waste liquid control lever (49) On weave control set (47)；Again, waste liquid valve deck seal receptacle (50) is hinged under waste liquid by pin shaft and goes out muzzle (44) lower end On the left of mouthful, waste liquid valve deck end slide (48) is mounted on the waste liquid valve deck guide rail (51) of waste liquid valve deck seal receptacle (50)；Tightly Then, in waste liquid control lever (49) right end hinged waste liquid valve deck end slide (48)；Still later, the receiving cavity under waste liquid (43) top is vertically arranged waste liquid application valve body (37) in, will go out muzzle (44) under the outlet of waste liquid application valve body (37) and waste liquid Installation waste liquid in waste liquid application valve body (37) is slided up and down spool (38), is ventilated by waste liquid and bypass (39) for waste liquid by connection The upper cavity of application valve body (37) is connected to lower chamber, and is ventilated in waste liquid and bypassed installation waste liquid bypass strainer (41) in (39), In surgical work room (2) ground installation waste liquid control cylinder (40), and by the piston-rod lower end of waste liquid control cylinder (40) and give up Liquid slides up and down spool (38) connection；And then, it is lauched in waste liquid application valve body (37) and surgical work room (2) place of being lauched waste liquid Aquaporin (34) under waste liquid is installed between import (33), and the waste liquid level sensing of waterproof is installed in aquaporin (34) under waste liquid Device (35) and waste liquid waterproof ultraviolet light (36)；

Step 1 two installs air inlet chlorination equipment (3) in surgical work room (2)；Firstly, on surgical work room (2) side wall It installs air inlet disinfect box (6), air inlet disinfect box (6) is divided into first thimerosal of air inlet in left side by air inlet lower clapboard (12) The conductive liquid pool (11) of the air inlet second on pond (10) and right side is simultaneously injected separately into liquid；Then, liquid pool (10) are sterilized in air inlet first Middle installation air inlet ultraviolet light (27) and air inlet first exhaust disk (20), the installation air inlet ultrasound in the conductive liquid pool (11) of air inlet second Wave producer (24) is installed into pneumoelectric heater (25) above air inlet supersonic generator (24)；Secondly, in surgical work room (2) top installation lower end insertion air inlet first sterilizes the first upper spacer of air inlet (8) in liquid pool (10), in the first upper spacer of air inlet (8) the first sealing plate of air inlet (9) are installed between surgical work room (2) side wall, surgical work room (2) side wall and roof, air inlet First sealing plate (9), the first upper spacer of air inlet (8) surround air inlet first chamber (15), meanwhile, at the top of surgical work room (2) The second upper spacer of air inlet (14) in the conductive liquid pool (11) of lower end insertion air inlet second is installed, the second upper spacer of air inlet (14) with The second sealing plate of air inlet (13) are installed between air inlet lower clapboard (12), surgical work room (2) roof, the second upper spacer of air inlet (14), the first upper spacer of air inlet (8), the second sealing plate of air inlet (13) surround air inlet second chamber (16), meanwhile, surgical work room (2) roof, the second upper spacer of air inlet (14), air inlet disinfect box (6) right side wall surround air inlet third chamber (17)；Again, into Air inlet collar extension air filter (7) are arranged in gas first chamber (15) entrance, and electrostatic generator is installed in air inlet first chamber (15) With the first air pump of air inlet (19), the outlet of the first air pump of air inlet (19) passes through piping connection to air inlet first exhaust disk (20), together When, installation air inlet ozone generator (21) and the second air pump of air inlet (22) in the air inlet second chamber (16), and by air inlet second The export pipeline of air pump (22) enters in the conductive liquid pool (11) of air inlet second, while the peace in the conductive liquid pool (11) of air inlet second Gas current/voltage sterilizer (23) is put into, meanwhile, air inlet Ozone Absorption device (26) are installed in air inlet third chamber (17), Import (18) in the air inlet that the installation of air inlet third chamber (17) exit is connected to surgical work room (2)；

Step 1 three, installation exhaust chlorination equipment (4) in surgical work room (2)；Installation exhaust is empty in surgical work room (2) Filter (28) installs the exhaust pump housing (29) being connected to exhaust air filter (28), by exhaust pump on surgical work room (2) wall Body (29) connects exhaust check valve (30), installs exhaust sealing baffle (31) in exhaust check valve (30) exit, close being vented Installation exhaust clump weight (32) on block plate (31)；

Wherein, tool disinfection room (1) is built to include the following steps,

Step 2 one, firstly, the installation tool sterilizing path (53) in tool disinfection room (1), by tool sterilizing path (53) into Outlet is connected to surgical work room (2)；Then, the installation tool trackless moving trolley (54) on the outside of tool sterilizing path (53), Tool suspension head (55) that the installation of tool trackless moving trolley (54) side is extend into tool sterilizing path (53), and by tool It hangs head (55) and passes through the side wall connection corresponding with tool sterilizing path (53) of the sealed folded sealing organ cloth (56) of tool；Its Secondary, installation is connected with the tool transversal stretching frame (57) of cylinder in tool suspension head (55) end seam allowance, in tool transverse direction Expansion bracket installs oscillating motor on (57), the elastic swing curved boom (58) of installation tool L-type on oscillating motor output shaft；Again, Tool hangs head (55) end and installs the tool fixed guide set (59) coaxial with oscillating motor output shaft, and tool L-type is elastic Swing the tool L-type guide groove (60) of the transverse arm exposing in tool fixed guide set (59) of curved boom (58)；And then, solid in tool Determine the tool that guide sleeve (59) end is co-axially mounted for inserting mould and positions conical core shaft (61)；

Step 2 two positions conical core shaft (61) installation tool handle class mould seat (64) or tool scissors class mould seat in tool (67)；

When installation tool handle class mould seat (64), step 2 three is executed；

When installation tool scissors class mould seat (67), step 2 four is executed；

Step 2 three, firstly, second group of three finger clamp hand (66) of first group of three finger clamp hand (65) of pad class and pad class is pacified On pad class mould seat (64)；Then, pad class mould seat (64) is connect with tool quick change tapered sleeve (62)；Its It is secondary, by tool quick change tapered sleeve (62) be inserted into tool positioning conical core shaft (61) on, the elastic swing curved boom (58) of tool L-type along Tool tapered sleeve L-type guide groove (63), and swing tensioning tool quick change tapered sleeve (62)；Again, it is driven by cylinder, pad class One group of three finger clamp hand (65) and second group of three finger clamp hand (66) alternating movement grip shank class operation tool of pad class；Finally, work Tool trackless moving trolley (54) drives handle class operation tool to advance while sterilizing in tool sterilizing path (53)；

Step 2 four, firstly, by the pairs of lifting seat (68) of tool scissors class first and the pairs of lifting seat of tool scissors class second (69) it is mounted on tool scissors class mould seat (67)；Then, in the pairs of lifting seat (68) of tool scissors class first and tool scissors Motor is installed respectively on the second pairs of lifting seat of knife class (69), the installation tool scissors class rotary shaft (70) on motor shaft will be same The tool scissors class rotary shaft (70) and tool scissors class second of the pairs of lifting seat (68) of tool scissors class first of side rise in pairs The tool scissors class rotary shaft (70) of drop seat (69) is inserted into the finger hole of same scissors class operation tool；

Secondly, tool scissors class mould seat (67) is connect with tool quick change tapered sleeve (62), tool quick change tapered sleeve (62) is inserted Tool positioning conical core shaft (61) on, the elastic swing curved boom (58) of tool L-type along tool tapered sleeve L-type guide groove (63), and It swings tensioning tool quick change tapered sleeve (62)；

Again, it is driven by cylinder, the tool scissors class rotary shaft (70) and work of the pairs of lifting seat (68) of tool scissors class first The scissors class operation of suspension is lifted in tool scissors class rotary shaft (70) alternating movement of tool the second pairs of lifting seat of scissors class (69) Tool；Finally, tool trackless moving trolley (54) drives scissors class operation tool to sterilize one on one side in tool sterilizing path (53) It advances on side.

6. the packaging technology that a kind of operating room integrates decontamination system in advance, it is characterised in that: comprehensive disinfection is the operating room in advance System includes the tool disinfection room (1) connecting with surgical work room (2)；

Wherein, tool disinfection room (1) is built to include the following steps,

7. the packaging technology that a kind of operating room integrates decontamination system in advance, it is characterised in that: comprehensive disinfection is the operating room in advance System includes surgical work room (2)；

Wherein, surgical work room (2) is built to include the following steps,

Step 1 three, installation exhaust chlorination equipment (4) in surgical work room (2)；Installation exhaust is empty in surgical work room (2) Filter (28) installs the exhaust pump housing (29) being connected to exhaust air filter (28), by exhaust pump on surgical work room (2) wall Body (29) connects exhaust check valve (30), installs exhaust sealing baffle (31) in exhaust check valve (30) exit, close being vented Installation exhaust clump weight (32) on block plate (31).

8. a kind of operating room integrates sterilization method in advance, it is characterised in that: integrate decontamination system, packet in advance by means of operating room Include surgical work room (2)；

This approach includes the following steps, firstly, being carried out by air inlet chlorination equipment (3) to the air for entering surgical work room (2) Sterilizing；Then, sterilizing is carried out to operation operating room's (2) exhaust ports by exhaust chlorination equipment (4)；

Air inlet chlorination equipment (3), which carries out disinfection, to be included the following steps,

Step 1 pours into thimerosal firstly, sterilizing in liquid pool (10) in air inlet first, falls in the conductive liquid pool (11) of air inlet second Enter conduction liquid, start the first air pump of air inlet (19) and electrostatic generator, air is filtered for the first time by air inlet collar extension air filter (7) After enter in air inlet first chamber (15), after electrostatic generator carries out second sterilization dedusting to air, by the first gas of air inlet Pump (19) blasts air inlet first through air inlet first exhaust disk (20) and sterilizes in liquid pool (10)；Then, start air inlet ultraviolet light (27), After thimerosal and air inlet ultraviolet light (27) carry out third time sterilizing to air, air inlet second chamber (16) are entered；Secondly, Starting inlet gas ozone generator (21) carries out the 4th sterilizing to air, while starting the second air pump of air inlet (22) for air It is sent to the conductive liquid pool (11) of air inlet second；Again, starting air inlet current/voltage sterilizer (23) and air inlet supersonic generator (24) it after carrying out the 5th sterilizing to air, enters in air inlet third chamber (17)；And then, start air inlet electric heating Device (25) the 5th sterilizing carried out to air after, be sent in surgical work room (2) by import (18) in air inlet, together When, starting inlet gas ozone absorber (26) is absorbed to ozone gas；

Exhaust chlorination equipment (4), which carries out disinfection, to be included the following steps,

Step 2, when needing to be vented, firstly, starting exhaust the pump housing (29), then, surgical work room (2) interior air according to It is secondary that outdoor is discharged by exhaust air filter (28), exhaust check valve (30), exhaust sealing baffle (31)；When not needing exhaust It waits, exhaust sealing baffle (31) sealing outlet and exhaust check valve (30) sealing cut-off under exhaust clump weight (32) effect.

9. a kind of operating room integrates sterilization method in advance, it is characterised in that: integrate decontamination system, packet in advance by means of operating room Include surgical work room (2)；

This approach includes the following steps,

Step A, firstly, having stockpiled waste liquid, feedback to processing when waste liquid liquid level sensor (35) incude aquaporin (34) under waste liquid Device；Then, processor drives waste liquid control cylinder (40) that waste liquid is driven to slide up and down spool (38) uplink and opens by controller Waste liquid application valve body (37), meanwhile, driving waste liquid valve deck control screw rod (46) is driven by waste liquid valve deck weave control set (47) Waste liquid control lever (49) is swung around waste liquid valve deck support (45), and waste liquid valve deck end slide (48) is in waste liquid valve deck guide rail (51) Upper sliding opening waste liquid valve deck seal receptacle (50)；Secondly, waste liquid goes out muzzle by exporting under waste liquid valve body under (42), waste liquid (44), waste liquid discharge line (52) is discharged in hospital's waste solution channel；

Step B, after waste liquid liquid level sensor (35), which incude aquaporin (34) under waste liquid, stockpiles waste liquid emptying, processor control is useless Liquid waterproof ultraviolet light (36) opens aquaporin (34) under irradiation waste liquid, meanwhile, it is useless that waste liquid slides up and down the sealing of spool (38) downlink Hydraulic control valve body (37), meanwhile, waste liquid valve deck seal receptacle (50), which seals, goes out muzzle (44) under waste liquid.

10. a kind of operating room integrates sterilization method in advance, it is characterised in that: decontamination system is integrated in advance by means of operating room, Including surgical work room (2) and the tool disinfection room (1) being connect with surgical work room (2)；

This approach includes the following steps,

Step I, firstly, handle class operation tool is lain in a horizontal plane in first group of three finger clamp hand (65) of pad class and pad class the Two group three refers in the clamp hand neutral gear of clamp hand (66)；Then, starting first group of three finger clamp hand (65) of pad class moves toward one another clamping Corresponding handle class operation tool；

Scissors class operation tool finger hole is sleeved on corresponding tool scissors class first in pairs while step I by step II In lifting seat (68) and the tool scissors class suspension groove (71) of the pairs of lifting seat (69) of tool scissors class second；

Step III, firstly, the tool quick change tapered sleeve (62) in step I and/or step II is mounted on tool positioning conical core shaft (61) on；Then, the elastic swing curved boom (58) of driving instrument L-type is oriented to along tool L-type guide groove (60) and tool tapered sleeve L-type Slot (63) axial pass trough moves ahead and swings in the transverse groove of tool L-type guide groove (60) and tool tapered sleeve L-type guide groove (63)； Tool quick change tapered sleeve (62) is fixed in tool positioning conical core shaft (61) secondly, tool transversal stretching frame (57) is pulled back；Again Secondary, tool trackless moving trolley (54) band power driven tools suspension head (55) disappears while walking in tool sterilizing path (53) Poison, while the sealed folded sealing organ cloth (56) of tool being affected to move synchronously sealing, meanwhile, first group of three finger clamp hand of pad class (65) replace grip shank class operation tool with second group of three finger clamp hand (66) of pad class and/or tool scissors class first rises in pairs Drop seat (68) replaces with the pairs of lifting seat (69) of tool scissors class second lifts scissors class operation tool；

Step IV, when reaching in surgical work room (2), first group of three finger clamp hand (65) of pad class with second group three of pad class Refer to that clamp hand (66) movement of supporting or opposing unclamps handle class operation tool and handle class operation tool and falls into and connect in disk in the case where being self-possessed wobbler action And/or motor-driven tool scissors class rotary shaft (70) rotate 180 degree after scissors class operation tool along tool scissors class It falls into and is connect in disk under guiding surface (72) is automatic.