CN206700451U - Multi parameter intallingent regulation can remote control high safety factor extraventricular drainage system - Google Patents
Multi parameter intallingent regulation can remote control high safety factor extraventricular drainage system Download PDFInfo
- Publication number
- CN206700451U CN206700451U CN201621325088.5U CN201621325088U CN206700451U CN 206700451 U CN206700451 U CN 206700451U CN 201621325088 U CN201621325088 U CN 201621325088U CN 206700451 U CN206700451 U CN 206700451U
- Authority
- CN
- China
- Prior art keywords
- drainage
- control cabinet
- regulation
- port
- safety factor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- External Artificial Organs (AREA)
Abstract
The utility model discloses a kind of regulation of multi parameter intallingent can remote control high safety factor extraventricular drainage system, including control cabinet has governor motion, the sliding block of governor motion is set on slide bar and is connected with hoist engine on control cabinet；Weight calculation hitch is fixedly mounted on sliding block；Drainage bag is arranged on the hook of weight calculation hitch and the first port of the drainage tube of drainage bag and three-way solenoid valve connects；The air bag of extruding device assembly is set on drainage tube；Second port is corresponding with outer injectors；3rd port is connected with ventricular drainage tube；The pressure sensor of flowmeter, weighing machine and ventricular drainage tube is connected after data collecting card with the input of controller respectively；The output end of three-way solenoid valve, hoist engine and the air pump and controller that extrude device assembly connects.The utility model automaticity is high, saves manpower；Important drainage index can be monitored in real time, realizes accurate medical science, and can be docked with main flow healthcare system, realize drainage indication information management.
Description
Technical field
The utility model belongs to technical field of medical instruments, and in particular to a kind of multi parameter intallingent regulation can remote control height
The extraventricular drainage system of safety coefficient.
Background technology
In the clinical treatment of many diseases of neurosurgery, such as brain tumor, severe intracranial injury, hypertensive cerebral hemorrhage are controlled
Treat, be required for using drainage system fo r neurosurgical operation.
The outer managing device of the existing commercially available ventricles of the brain is mostly the apparatus that simple mechanicalness needs whole special messenger's operation, is also mostly
Simple non-full automatic device, rarely has full-automatic multi-functional extraventricular drainage control system, rarely has real-time intracranial pressure, draws in real time
The monitoring of the crucial drainage parameter such as flow velocity degree, the regulation of drainage system are often based upon accumulating the experience of conditions of patients observation and doctor
Tired, such regulation is inaccurate, there is hysteresis quality, frequently results in excessively drainage or drainage deficiency, is unfavorable for patient disease treatment, no
Meet the precisely requirement of medical science now, rarely have the monitoring of the crucial drainage parameter such as real-time intracranial pressure, real-time drainage speed, more without with
The docking of hospital information system, jeopardize the report of the critical value of patient vitals without high/extremely low intracranial pressure, drainage pipe choking etc.
It is alert so that medical personnel can not obtain information and processing in time, and clinical practice security is poor.And existing external ventricular drainage device
The drainage of cerebrospinal fluid under manual height control is only provided mostly, and function is single；The manual control of full machinery make it that operation is more numerous
It is miscellaneous.
Utility model content
To be solved in the utility model is that existing external ventricular drainage device automaticity is low, and operational administrative expends a large amount of people
Power, drainage INDEX MANAGEMENT is coarse, the monitoring without important drainage index, does not meet the requirement of accurate medical science, the level of informatization is low, nothing
Critical value alarm and pretreatment, function is single, the regulation of the multi parameter intallingent of complex operation can remote control high safety factor brain
Outdoor drainage system.In order to solve the above technical problems, technical scheme is as follows used by the utility model：
A kind of regulation of multi parameter intallingent can remote control high safety factor extraventricular drainage system, including base, base
On control cabinet is installed, governor motion is installed on control cabinet, the sliding block of governor motion is set on slide bar and passes through cable
It is connected with the hoist engine in control cabinet；Weight calculation hitch is fixedly mounted on the sliding block of governor motion；Drainage bag is arranged on meter
It is resuspended on the hook of suspension mechanism and the first port of the drainage tube of drainage bag and three-way solenoid valve connects, and is set in first port
Have and unidirectionally pass through valve；The air bag of extruding device assembly is set on drainage tube；The second port and outer injectors of three-way solenoid valve
It is corresponding；3rd port of three-way solenoid valve is connected with ventricular drainage tube；Flowmeter is installed in the 3rd port；Flowmeter,
Count weight hitch weighing machine and ventricular drainage tube pressure sensor respectively after the data collecting card in control cabinet with control
The input connection of device processed；The output end of three-way solenoid valve, hoist engine and the air pump and controller that extrude device assembly connects；Control
Touch screen on case is bi-directionally connected with controller.
The control cabinet includes casing, and data collecting card, hoist engine, controller and air pump are provided with casing；In casing
Upper end is provided with the first opening, and the output shaft of hoist engine is corresponding with the first opening；Touch screen is installed in the front end face of casing；
Some data acquisition holes and tracheal orifice are provided with the right side of casing；Air pump is connected by the pneumatic tube through tracheal orifice and air bag
Connect.
The governor motion includes sliding block, slide bar, cable, fixed pulley and hoist engine, and slide bar is arranged on the upper end of control cabinet,
Sliding eye is provided with slide bar, sliding eye is corresponding with the first opening on control cabinet；Fixed pulley is arranged on the upper end of slide bar,
One end of cable is connected with sliding block, the output axis connection after the other end winding fixed pulley of cable with hoist engine；Hoist engine is installed
In control cabinet.The regulation up and down of sliding block is realized by the rotating of hoist engine, and then realizes the regulation of drainage bag height.
The weight calculation hitch includes expansion link, and one end of expansion link is fixed on the sliding block of governor motion；Expansion link
The other end weighing machine is installed, the lower surface of weighing machine is provided with hook.
Finite place piece is set on expansion link, set on locating part fluted.Groove structure can be by the drainage tube of drainage bag
Block, prevent drainage tube from bending.
The extruding device assembly includes air bag, air pump and pneumatic tube, air pump be arranged in control cabinet and by pneumatic tube and
Airbags are connect, and air bag is set on the drainage tube of drainage bag.The setting of extruding device assembly causes patient to be squeezed automatically by doctor's advice
Drainage tube is pressed, reduces the workload of nursing staff, reduces the probability of blocked drainage tube；And extruding device assembly can be in drainage pipe choking
Shi Zidong is pre-processed, and success rate is higher, can reduce the unnecessary trouble of medical personnel.
The ventricular drainage tube includes solid puncturing head, puncture portion and connector 12-3；The cross section of the puncturing head
For arc surface, it is easy to puncture.Pressure sensor is installed close to puncture portion 12-2 position in puncturing head；Set in the puncture portion
Graduation mark is equipped with, is easy to measure paracentesis depth, and puncturing hole is provided with puncture portion, is set in puncturing hole close to the position of puncturing head
Some perforates are equipped with, cerebrospinal fluid is entered in ventricular drainage tube by perforate in the ventricles of the brain.One end of the connector connects with puncture portion
Connect, the other end of connector is corresponding with the 3rd port of three-way solenoid valve 9；And the internal diameter of connector is more than the outer of puncture portion
Footpath.Pressure sensor is integrated in ventricular drainage tube, can directly determine brain room pressure, and the pressure that need to be separately implantable with other passes
Sensor compares, and is reduced patient's brain tissue wound, reduces the advantages of infecting.
WiFi wireless modules are installed in control cabinet, controller 13 is connected by WiFi wireless modules with external equipment.
Can be with information system, internet in institute by WiFi wireless modules（Computer, smart mobile phone APP）Realize flow anywhere or anytime
The monitoring and regulation and control of index.
Loudspeaker is installed on control cabinet.
Reserve battery and distributor are installed in control cabinet.
The utility model adjusts drainage flow jointly by three-way solenoid valve and governor motion, and governor motion can realize drainage brain
The smooth adjustment of spinal fluid uninterrupted, relative to the non-through i.e. disconnected shaping modes of magnetic valve, it is more favorable for environment in patient's encephalic
Stabilization, compound to be automatically processed with three-way solenoid valve to crisis value, more stable safety.Pressure sensor is integrated in the ventricles of the brain and drawn
In flow tube, brain room pressure can be directly determined, compared with the pressure sensor that other need to be separately implantable, is reduced patient's brain tissue
Wound, reduce the advantages of infecting.The setting of extruding device assembly causes patient to extrude drainage tube automatically by doctor's advice, reduces caregiver
The workload of member, reduce the probability of blocked drainage tube；And extruding device assembly can be pre-processed automatically when draining pipe choking, into
Power is higher, can reduce the unnecessary trouble of medical personnel.The utility model automaticity is high, saves manpower；It can supervise in real time
Important drainage index is controlled, realizes accurate medical science, and can be docked with main flow healthcare system, realizes drainage indication information management；It is right
Connect the critical value of hospital to alarm and realize the pretreatment of dangerous situation, greatly increase drainage security；Functional diversities, operation interface
Close friend, it is easy to operate, it can operate whenever and wherever possible.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of the utility model three-way solenoid valve.
Fig. 3 is the structural representation of the utility model governor motion.
Fig. 4 is the structural representation of the utility model ventricular drainage tube.
Fig. 5 is the top view of the utility model control cabinet.
Fig. 6 is A-A in Fig. 5 to sectional view.
Fig. 7 is the right view of the utility model control cabinet.
Fig. 8 is the structural representation that the utility model extrudes device assembly.
Embodiment
As shown in figures 1-8, a kind of regulation of multi parameter intallingent can remote control high safety factor extraventricular drainage system, bag
Base 1 is included, control cabinet 2 is installed on base 1, governor motion 4, the sliding block 4-1 sets of governor motion 4 are installed on control cabinet 2
It is located on slide bar 4-2 and is connected by cable 4-3 with the hoist engine 5 in control cabinet 2.
Weight calculation hitch 6 is fixedly mounted on the sliding block 4-1 of governor motion 4；Drainage bag 7 is arranged on weight calculation hitch
On 6 hook 6-1 and the drainage tube 8 of drainage bag 7 is connected with the first port 9-1 of three-way solenoid valve 9, and in first port 9-1
It is provided with unidirectionally by valve 16；The air bag 11 of extruding device assembly 10 is set on drainage tube 8；The second port of three-way solenoid valve 9
9-2 is corresponding with outer injectors；3rd port 9-3 of three-way solenoid valve 9 is connected with ventricular drainage tube 12；In the 3rd port 9-
Flowmeter 20 is installed in 3；The pressure sensor of flowmeter 20, the weighing machine 6-2 for counting weight hitch 6 and ventricular drainage tube 12
Inputs of the 12-4 respectively with controller 13 after the data collecting card 17 in control cabinet 2 is connected；Three-way solenoid valve 9, hoist engine 5
It is connected with the air pump 14 of extruding device assembly 10 with the output end of controller 13；Touch screen 15 and controller 13 pairs on control cabinet 2
To connection.WiFi wireless modules are installed in control cabinet 2, controller 13 is connected by WiFi wireless modules with external equipment.
Can be with information system, internet in institute by WiFi wireless modules（Computer, smart mobile phone APP）Realize flow anywhere or anytime
The monitoring and regulation and control of index.Loudspeaker is installed on control cabinet 2.Reserve battery and distributor are installed in control cabinet 2.
Specifically, the control cabinet 2 includes casing 2-1, and data collecting card 17, hoist engine 5, control are provided with casing 2-1
Device 13 and air pump 14 processed；The first opening 2-1-1, the output shaft of hoist engine 5 and the first opening 2-1- are provided with casing 2-1 upper ends
1 is corresponding；Touch screen 15 is installed in casing 2-1 front end face；Some data acquisition hole 2- are provided with the right side of casing 2-1
1-2 and tracheal orifice 2-1-3；Air pump 14 is connected by the pneumatic tube 18 through tracheal orifice 2-1-3 with air bag 11.
The governor motion 4 includes sliding block 4-1, slide bar 4-2, cable 4-3, fixed pulley 4-4 and hoist engine 5, slide bar 4-2 peaces
Mounted in the upper end of control cabinet 2, sliding eye 4-2-1 is provided with slide bar 4-2, sliding eye 4-2-1 opens with first on control cabinet 2
Mouth 2-1-1 is corresponding；Fixed pulley 4-4 is arranged on slide bar 4-2 upper end, and cable 4-3 one end is connected with sliding block 4-1, cable 4-3
Other end winding fixed pulley 4-4 after output axis connection with hoist engine 5；Hoist engine 5 is arranged in control cabinet 2.Pass through elevator
The regulation up and down of sliding block is realized in the rotating of machine, and then realizes the regulation of drainage bag height.
The weight calculation hitch 6 includes expansion link 6-3, and expansion link 6-3 one end is fixed on the sliding block 4- of governor motion 4
On 1；The expansion link 6-3 other end is provided with weighing machine 6-2, and hook 6-1 is provided with weighing machine 6-2 lower surface.
To prevent drainage tube from bending, finite place piece 6-4 is set on expansion link 6-3, set on locating part 6-4 fluted.
Groove structure can block the drainage tube of drainage bag.
The extruding device assembly 10 includes air bag 11, air pump 14 and pneumatic tube 18, and air pump 14 is arranged in control cabinet 2 and led to
Cross pneumatic tube 18 with air bag 11 to be connected, air bag 11 is set on the drainage tube 8 of drainage bag 7.The setting of extruding device assembly causes
Patient can extrude drainage tube automatically by doctor's advice, reduce the workload of nursing staff, reduce the probability of blocked drainage tube；And squeezer
Component can be pre-processed automatically when draining pipe choking, and success rate is higher, can reduce the unnecessary trouble of medical personnel.
The ventricular drainage tube 12 includes solid puncturing head 12-1, puncture portion 12-2 and connector 12-3；The puncture
Head 12-1 cross section is arc surface, is easy to puncture.Pressure is installed close to puncture portion 12-2 position in puncturing head 12-1 to pass
Sensor 12-4；Graduation mark is provided with the puncture portion 12-2, is easy to measure paracentesis depth, and be provided with and wear in puncture portion 12-2
Acanthopore 12-2-1, puncturing head 12-1 position is provided with some perforate 12-2-2 in puncturing hole 12-2-1, brain ridge in the ventricles of the brain
Liquid is entered in ventricular drainage tube by perforate.One end of the connector 12-3 is connected with puncture portion 12-2, connector 12-3's
The other end is corresponding with the 3rd port 9-3 of three-way solenoid valve 9；And connector 12-3 internal diameter is outer more than puncture portion 12-2
Footpath.Pressure sensor is integrated in ventricular drainage tube, can directly determine brain room pressure, and the pressure that need to be separately implantable with other passes
Sensor compares, and is reduced patient's brain tissue wound, reduces the advantages of infecting.
Weighing machine and flowmeter are transmitted signal is gathered into data collecting card, and data collecting card is by the information transfer of collection
Handled in controller, hoist engine and electromagnetic three-way of the corresponding control command to governor motion are sent after controller processing
Valve, realize the regulation of circulation.
Operating method of the present utility model is as follows：
The first step, self-test is carried out automatically.
Self-test content includes：A. whether ventricles of the brain pressure sensor, which has access b. three-way solenoid valves whether to access c. flowmeters, is
Whether no access d. weighing machines access whether e. hoist engines access f. air pumps whether unobstructed, the Ren Heyi that whether accesses g. network connections
Individual equipment, which does not access, can remind the corresponding mistake of operation doctor, until whole self-tests by rear system automatically into second step.
Second step, school zero of weighing.
I.e. currently zero point is weighed as, system is automatically into the 3rd step after the second the end of the step.
3rd step, it can show first on touch screen and welcome interface and the current intracranial pressure of patient and prompt doctor to input patient
Admission number simultaneously extracts patient information from hospital's Intranet automatically, then allows doctor to select drainage way（1. the constant drainage flow of whole day draws
Stream；2. constant intracranial pressure drainage）If doctor selects drainage way 1, system can prompt doctor to input whole day drainage flow and confirm,
If doctor selects drainage way 2, system can prompt doctor to input target drainage pressure and confirm.System enters after doctor confirms
4th step.
4th step, touch screen show working interface, and working page is except patient information, important drainage index, system time etc.
Outside the display of important information, also many functions can be realized by clicking on button.For example, button " drainage tube extruding " is clicked on
Daily drainage tube extrusion passes and each extrusion time are set, system will divide extrusion passes equally in 24h, calculate interval
Time, whenever interval time reach will starting module 4 carry out drainage tube extruding, real-time pressure and traffic monitoring be no longer during extruding
Carry out value.
Button " extruding at once " is clicked on, system starting module 4 can carry out drainage tube extruding at once, while button is " at once
Extruding " is changed into " stop extruding ", click on button " stopping extruding " system can stopping modular 4 at once operation, while button " stops
Extruding " becomes " at once extrude " again, during extruding real-time pressure and traffic monitoring no longer carry out value.
Click on button " historical review " and enter subordinate interface, may be selected：A.1 drainage flow counts per hour in day；B.1 it is all
Interior daily drainage flow statistics；C.1 ventricles of the brain pressue-graph in day；D.1 ventricles of the brain pressue-graph in week.
Correspondence graph can be checked by clicking on selection the above, click on button " intraventricular injection ", system can be opened first
The port of three-way solenoid valve the 3rd, second port, the port of first port is closed, then system prompt " intraventricular injection is ready ",
Button " intraventricular injection " is changed into " injection is completed ", button " injection is completed " is clicked on after the completion of doctor injects, system will open
Dynamic 1h countdowns, button " injection is completed " disappears, after 1h countdowns terminate, system can open the port of three-way solenoid valve the 3rd,
First port, second port is closed, while button " intraventricular injection " occurs, system, which continues to run with, clicks on button " the interior note of the ventricles of the brain
Penetrate " before the drainage model program that is currently running of system, intraventricular injection program start-up course system no longer monitors brain room pressure
With drainage of cerebrospinal fluid speed.
Button " terminating drainage " is clicked on, system can close three-way solenoid valve whole port first, and then system starts elevator
Machine, sliding block is down to 0cm positions, last automatic shutdown simultaneously cuts off general supply.Button " resetting drainage parameter " is clicked on, then is
System can close three-way solenoid valve whole port first, and then system starts hoist engine, and sliding block is down into 0cm positions, most relief doctor
Teacher selects drainage way（1. the constant intracranial pressure drainage of the constant drainage flow drainage 2. of whole day）If doctor selects drainage way 1, system
Doctor can be prompted to input whole day drainage flow and confirmed, if doctor selects drainage way 2, system can prompt doctor to input target drainage
Pressure simultaneously confirms that system reenters the 4th step after doctor confirms.
If doctor's selection drainage way 1, handling process is as follows in system：A. the nearly 30s intracranial pressures average value of extraction system
xcmH20 ；B. controller starts three-way solenoid valve so that the 3rd port, first port are opened, and second port is closed, and start volume
Machine is raised, sliding block is adjusted to xcm height, now drainage speed levels off to 0ml/24h；C. controller compares default drainage speed
With instant drainage speed, if the former is less than the latter, sliding block declines 1cm automatically, on the contrary then rise 1cm, if both equal, sliding blocks
Do not moved in this adjustment time section；D. system per 5min repetitive processes c once.Changed because patient's intracranial pressure is in all the time,
The automatic height adjustment of sliding block also adjusts up and down all the time using 5min as chronomere so that drainage speed small model above and below preset value
Enclose fluctuation.Drainage speed is recorded in units of 30s with intracranial pressure into controller and on touch screen and wireless by WiFi
Module is uploaded to hospital information system.
If doctor's selection drainage way 2, system handling process are as follows：A. system reads nearly 30s mean intracranial pressures XcmH2O
；B. system starts hoist engine, and adjust automatically sliding block is extremely（X-1）Cm height, if intracranial pressure is more than default intracranial pressure, system in real time
The port of three-way solenoid valve the 3rd, first port are opened, second port is closed, if the nearly 5min intracranial pressures average value xcmH of system20 or
Equal to default intracranial pressure, then the port of three-way solenoid valve the 3rd, second port and first port are turned off；C. repeated per 5min
Journey a, b.Drainage speed, intracranial pressure are recorded in units of 30s to be entered in controller and on touch screen and by the wireless moulds of WiFi
Block is uploaded to hospital information system.
It will start crisis value after controller detects that critical value occurs to meet an urgent need.Critical value includes：1. intracranial pressure is earlier above
1h intracranial pressures average value raises 20cmH2O simultaneously continues 20min or intracranial pressure is more than 40cmH2O simultaneously continues 20min；2. encephalic forces down
In or equal to 4cmH2O simultaneously continues 20min；3. on the premise of being opened in the port of three-way solenoid valve the 3rd and first port, arbitrarily
Drainage flow is 0 in 30min.
System handling process is as follows after critical value 1 occurs：A. occurs " high cranium pressure crisis " prompting frame on touch screen；B. raise
Sound device plays alarm sound；C. warning message is uploaded to critical value processing center by hospital's Intranet, is owned from center to the lesion
Office computer sends critical value pop-up.
System handling process is as follows after crisis value 2 occurs：A. system starts three-way solenoid valve, closes the 3rd port, first
Port and second port；B. occurs " low intracranial pressure crisis " prompting frame on touch screen；C. loudspeaker plays alarm sound；D. alarm signal
Breath is uploaded to critical value processing center by hospital's Intranet, and critical value pop-up is sent from center to all office computers in the lesion.
System handling process is as follows after crisis value 3 occurs：A. system starting module 4 and before running 10min b. system-computeds
If 10min drainage value c. preceding 10min drainage flows are more than 0, system closure operation module 4 and before running the critical appearance of value 3
Drain program；If preceding 10min drainage flows are equal to 0, system closure operation module 4, play alarm sound and touched in central control computer
" blocked drainage tube " prompting frame is prompted on screen.
The utility model weight calculation hitch is weighed according to system requirements, and when arbitrarily once weighing, weight is more than 1kg
Afterwards, system can prompt " please more sliding drainage bag and initialize system " message box on the touchscreen and the information is passed through into information for hospital
System is sent to care management system, and nursing staff, which changes to click on after drainage bag, to be confirmed, system weighing system can school zero be simultaneously again
Continue record drainage flow of weighing.
The indexs such as the real-time intracranial pressure of patient, drainage speed, critical value are passed through internet and hospital by the utility model
Intranet is respectively sent to be responsible for doctor's terminal（Personal computer, smart mobile phone APP）And healthcare management system in institute.Medical personnel
Information can be read by said system and reset drainage pattern and parameter, 1 people can be achieved whenever and wherever possible to more people in lesion
Drain the monitoring of index.
Claims (8)
1. a kind of regulation of multi parameter intallingent can remote control high safety factor extraventricular drainage system, it is characterised in that：Including
Base（1）, base（1）On control cabinet is installed（2）, in control cabinet（2）On governor motion is installed（4）, governor motion（4）'s
Sliding block（4-1）It is set in slide bar（4-2）Go up and pass through cable（4-3）With control cabinet（2）Interior hoist engine（5）Connection；Weight calculation is outstanding
Suspension mechanism（6）It is fixedly mounted on governor motion（4）Sliding block（4-1）On；Drainage bag（7）It is arranged on weight calculation hitch（6）'s
Hook（6-1）Upper and drainage bag（7）Drainage tube（8）With three-way solenoid valve（9）First port（9-1）Connection, and first end
Mouthful（9-1）Inside it is provided with and unidirectionally passes through valve（16）；Extrude device assembly（10）Air bag（11）It is set in drainage tube（8）On；Electromagnetism
Triple valve（9）Second port（9-2）It is corresponding with outer injectors；Three-way solenoid valve（9）The 3rd port（9-3）With the ventricles of the brain
Drainage tube（12）Connection；In the 3rd port（9-3）Flowmeter is inside installed（20）；Flowmeter（20）, weight calculation hitch（6）'s
Weighing machine（6-2）And ventricular drainage tube（12）Pressure sensor（12-4）Respectively through control cabinet（2）Interior data collecting card
（17）Afterwards with controller（13）Input connection；Three-way solenoid valve（9）, hoist engine（5）With extruding device assembly（10）Air pump
（14）With controller（13）Output end connection；Control cabinet（2）On touch screen（15）With controller（13）It is bi-directionally connected；It is described
Extrude device assembly（10）Including air bag（11）, air pump（14）And pneumatic tube（18）, air pump（14）Installed in control cabinet（2）It is interior and lead to
Cross pneumatic tube（18）With air bag（11）It is connected, air bag（11）It is set in drainage bag（7）Drainage tube（8）On；The ventricles of the brain draw
Flow tube（12）Including solid puncturing head（12-1）, puncture portion（12-2）And connector（12-3）；The puncturing head（12-1）'s
Cross section is arc surface；In puncturing head（12-1）Close to puncture portion（12-2）Position pressure sensor is installed（12-4）；Institute
State puncture portion（12-2）On be provided with graduation mark, and puncture portion（12-2）Inside it is provided with puncturing hole（12-2-1）, in puncturing hole
（12-2-1）Close to puncturing head（12-1）Position be provided with some perforates（12-2-2）；The connector（12-3）One end with
Puncture portion（12-2）Connection, connector（12-3）The other end and three-way solenoid valve（9）The 3rd port（9-3）It is corresponding；And
Connector（12-3）Internal diameter be more than puncture portion（12-2）External diameter.
2. multi parameter intallingent according to claim 1 regulation can remote control high safety factor extraventricular drainage system,
It is characterized in that：The control cabinet（2）Including casing（2-1）, casing（2-1）Data collecting card is inside installed（17）, hoist engine
（5）, controller（13）And air pump（14）；In casing（2-1）Upper end is provided with the first opening（2-1-1）, hoist engine（5）Output
Axle and the first opening（2-1-1）It is corresponding；In casing（2-1）Front end face touch screen is installed（15）；In casing（2-1）The right side
Side is provided with some data acquisition holes（2-1-2）And tracheal orifice（2-1-3）；Air pump（14）By through tracheal orifice（2-1-3）'s
Pneumatic tube（18）With air bag（11）Connection.
3. multi parameter intallingent according to claim 1 regulation can remote control high safety factor extraventricular drainage system,
It is characterized in that：The governor motion（4）Including sliding block（4-1）, slide bar（4-2）, cable（4-3）, fixed pulley（4-4）And elevator
Machine（5）, slide bar（4-2）Installed in control cabinet（2）Upper end, in slide bar（4-2）Inside it is provided with sliding eye（4-2-1）, sliding eye
（4-2-1）With control cabinet（2）On first opening（2-1-1）It is corresponding；Fixed pulley（4-4）Installed in slide bar（4-2）Upper end,
Cable（4-3）One end and sliding block（4-1）Connection, cable（4-3）Other end winding fixed pulley（4-4）Afterwards with hoist engine（5）
Output axis connection；Hoist engine（5）Installed in control cabinet（2）It is interior.
4. multi parameter intallingent according to claim 1 regulation can remote control high safety factor extraventricular drainage system,
It is characterized in that：The weight calculation hitch（6）Including expansion link（6-3）, expansion link（6-3）One end be fixed on governor motion
（4）Sliding block（4-1）On；Expansion link（6-3）The other end weighing machine is installed（6-2）, in weighing machine（6-2）Lower surface set
It is equipped with hook（6-1）.
5. multi parameter intallingent according to claim 4 regulation can remote control high safety factor extraventricular drainage system,
It is characterized in that：In expansion link（6-3）Upper setting finite place piece（6-4）, locating part（6-4）Upper setting is fluted.
6. multi parameter intallingent according to claim 1 regulation can remote control high safety factor extraventricular drainage system,
It is characterized in that：In control cabinet（2）WiFi wireless modules, controller are inside installed（13）Set by WiFi wireless modules with outside
Standby connection.
7. multi parameter intallingent according to claim 1 regulation can remote control high safety factor extraventricular drainage system,
It is characterized in that：In control cabinet（2）On loudspeaker is installed.
8. multi parameter intallingent according to claim 1 regulation can remote control high safety factor extraventricular drainage system,
It is characterized in that：In control cabinet（2）Reserve battery and distributor are inside installed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621325088.5U CN206700451U (en) | 2016-12-06 | 2016-12-06 | Multi parameter intallingent regulation can remote control high safety factor extraventricular drainage system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621325088.5U CN206700451U (en) | 2016-12-06 | 2016-12-06 | Multi parameter intallingent regulation can remote control high safety factor extraventricular drainage system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206700451U true CN206700451U (en) | 2017-12-05 |
Family
ID=60472220
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621325088.5U Expired - Fee Related CN206700451U (en) | 2016-12-06 | 2016-12-06 | Multi parameter intallingent regulation can remote control high safety factor extraventricular drainage system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206700451U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109224169A (en) * | 2018-10-24 | 2019-01-18 | 中国医学科学院北京协和医院 | Bladder irrigation device |
| CN110025832A (en) * | 2019-03-25 | 2019-07-19 | 广东省医疗器械研究所 | A kind of drainage controller and its implementation of pressure adjustable |
| CN111558125A (en) * | 2019-04-15 | 2020-08-21 | 华中科技大学同济医学院附属协和医院 | Intelligent intracranial cerebrospinal fluid drainage device |
| CN113069610A (en) * | 2021-06-01 | 2021-07-06 | 深圳市第二人民医院(深圳市转化医学研究院) | Craniocerebral postoperative drainage device and control method |
-
2016
- 2016-12-06 CN CN201621325088.5U patent/CN206700451U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109224169A (en) * | 2018-10-24 | 2019-01-18 | 中国医学科学院北京协和医院 | Bladder irrigation device |
| CN109224169B (en) * | 2018-10-24 | 2024-05-10 | 中国医学科学院北京协和医院 | Bladder irrigation device |
| CN110025832A (en) * | 2019-03-25 | 2019-07-19 | 广东省医疗器械研究所 | A kind of drainage controller and its implementation of pressure adjustable |
| CN111558125A (en) * | 2019-04-15 | 2020-08-21 | 华中科技大学同济医学院附属协和医院 | Intelligent intracranial cerebrospinal fluid drainage device |
| CN111558125B (en) * | 2019-04-15 | 2022-03-11 | 华中科技大学同济医学院附属协和医院 | Intelligent intracranial cerebrospinal fluid drainage device |
| CN113069610A (en) * | 2021-06-01 | 2021-07-06 | 深圳市第二人民医院(深圳市转化医学研究院) | Craniocerebral postoperative drainage device and control method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206700451U (en) | Multi parameter intallingent regulation can remote control high safety factor extraventricular drainage system | |
| CN103948986B (en) | A kind of transfusion real-time monitoring system for intelligent medical treatment | |
| CN201519339U (en) | Critical care and infusion control diagnosis and treatment integration system | |
| CN109464722A (en) | A kind of active pressure formula Intelligent transfusion apparatus, transfusion control system and control method | |
| CN101496923A (en) | Critical illness monitoring, infusion controlling, diagnosis and treatment integrated system and control method thereof | |
| CN205055061U (en) | Can monitoring infusion abnormal condition and automatic infusion monitor system that intervenes | |
| CN111135385A (en) | Intelligent medical transfusion monitoring system | |
| CN105944184A (en) | Intelligent transfusion monitoring device | |
| CN103736163A (en) | Wireless sensor network based intelligent infusion system | |
| CN107519557A (en) | More more bottles of transfusion state monitoring systems of patient and control method | |
| CN109893709A (en) | A kind of depth of anesthesia automatic control system based on crucial vital sign parameter | |
| CN109200393A (en) | A kind of interactive mode transfusion monitoring system and monitoring method | |
| CN110559506A (en) | 5G intelligent infusion apparatus monitoring control system | |
| CN201832202U (en) | Full-automatic and intelligentized infusion monitor with data transmitting and processing device | |
| CN211050406U (en) | Cerebrospinal fluid drainage device capable of being automatically monitored and adjusted | |
| CN207492218U (en) | A kind of health intelligent bracelet | |
| CN104274882A (en) | Infusion time monitoring device and method | |
| KR101417622B1 (en) | Health machine device and operating method thereof | |
| CN201832201U (en) | Full-automatic intelligent infusion monitor networked with hospital management system | |
| CN107715237A (en) | Infusion monitoring warning system | |
| CN110464891A (en) | Negative pressure drainage monitoring device and system | |
| CN203802891U (en) | Obstetrics oxytocin automatic dripping adjustment device | |
| CN102525446B (en) | Disposable dynamic intracranial pressure monitor | |
| CN205729896U (en) | Visualization vein transfusion monitoring system based on WIFI | |
| CN202619645U (en) | Remote wireless household diagnostic device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171205 Termination date: 20181206 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |