CN109745102A - The negative-pressure detection device and detection method of caudal anaesthesia - Google Patents
The negative-pressure detection device and detection method of caudal anaesthesia Download PDFInfo
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- CN109745102A CN109745102A CN201711071047.7A CN201711071047A CN109745102A CN 109745102 A CN109745102 A CN 109745102A CN 201711071047 A CN201711071047 A CN 201711071047A CN 109745102 A CN109745102 A CN 109745102A
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Abstract
The invention discloses a kind of negative-pressure detection devices of caudal anaesthesia comprising puncture outfit and negative pressure sampling pipe, negative pressure sampling pipe fission activity are plugged on puncture outfit.Also disclose a kind of detection of negative pressure method for detecting epidural puncture comprising puncture detection and set pipe detection.The advantage is that can directly observe the liquid for being artificially injected epidural space that automatic back flow is instilled into negative pressure sampling pipe under double action using the negative-pressure ward of pressure rise and negative pressure sampling pipe after epidural drip liquid；For anesthesia spinal needle or epidural catheter epidural space positioning indication；Prevent local anaesthetics intravascular injection；It is effectively prevent the formation of local anaesthetics toxic reaction and epidural hematoma, reaches precise and safety anesthesia injection；Accurate reliable, the simple and easy to do, visualized operation of method, suitable for different segment, all ages and classes gender caudal anaesthesia under various operations, ensure that anesthesia precise and safety is implemented；Epidural anesthesia assisted teaching；Suitable for all kinds of hospitals.
Description
Technical field:
The present invention relates to a kind of negative-pressure detection device of caudal anaesthesia and detection methods, belong to field of medical device.
Background technique:
Caudal anaesthesia (also referred to as epidural block): being a kind of one of anaesthesia technology for being widely used in clinic, because of its tool
Have the characteristics that influence small, exact analgesic effect, flesh pine to cardiovascular, breathing and gastrointestinal function it is good and economic, practical, one
Directly have the function of can not be substituted in clinical anesthesia and pain therapy.Epidural block range: neck, chest, abdomen, waist bottom,
Perineum, the surgery anesthesia of lower limb and foot, Postoperative Analgesia After, inhibiting pain in parturition, pain therapy are gone back General anesthesia at present and are used for
Chest, major abdominal surgery etc..
Caudal anaesthesia includes two links of cavum epidural puncture and Epidural catheterization.
Cavum epidural puncture still generallys use blind spy property operation (the traumatic operation of i.e. non-photopic vision), relies primarily on master
Perception is felt and therefore the positioning of micro-judgment puncture needle mainly judges to puncture using resistance disappearance method, sessile drop method or glass-tube method
Positioning of the needle in epidural space；
But resistance disappearance method is to penetrate ligamentum flavum according to anesthesia spinal needle, needle mouth is infused when entering epidural space
Emitter resistance reduces suddenly, disappears, and liquid swimmingly injects epidural space in syringe, and the minute bubbles in syringe are not pressed
Contracting prompts anesthesia spinal needle to enter epidural space.When sessile drop method and glass-tube method are that anesthesia spinal needle enters epidural space
May occur in which negative pressure appearance: when needle point enters epidural space, the drop water or glass liquid in pipe connect on the needle base of a fruit can be inhaled into, and
It is considerable to find liquid level in glass-tube and fluctuated with breathing, but sessile drop method and wave duct method can also have false negative pressure appearance, as puncture needle enters
Gap or Minor articulus are intracavitary by vertebra, are likely to occur negative pressure appearance, and negative pressure is not identical in different segment epidural space, dura mater
External series gap negative pressure occurrence rate is with neck and chest epidural space highest, and about 98%, waist takes second place for 88.3% [4], canalis sacralis
There is not negative pressure, and the negative pressure of epidural space is influenced by certain factors, such as cough, hold one's breath, gestation can all make dura mater
External series gap negative pressure becomes smaller, disappears；No matter therefore taking which kind of method is indirect non-specific method, relies primarily on subjective sensation and warp
It tests, part ligamentum flavum is thin or fusion on middle line is bad, and the feeling that puncture needle wears out ligamentum flavum can be unobvious, comes only according to feel
Judge that epidural space may accidentally wear endorchis, therefore the reliability of above-mentioned current methods is only capable of reaching 70%~80% or so.
Epidural catheterization is that epidural catheter is built into epidural space through puncture needle after the completion of cavum epidural puncture,
It is also a kind of blind spy property operation, therefore, after the completion of epidural puncture sets pipe, before epidural injection, is frequently utilized that fiber crops
The toxic reaction of liquor-saturated drug, using " epidural space tested number method " as cavum epidural puncture, the secondary monitoring for the positioning for setting pipe
Method, still, if cavum epidural puncture, setting pipe and mistake occur, such as conduit is strayed into cavum subarachnoidale or blood vessel, will result in
When the local anaesthetics of caudal anaesthesia dosage accidentally injects cavum subarachnoidale full spinal anesthesia can occur immediately for serious complication
(generate whole somatic nerves in a short time and sympathetic nerve be blocked, i.e., and respiratory heart stop jumping is stopped, consciousness disappears)；When hard
The local anaesthetics of the outer anaesthesia dosage of film, which is accidentally injected into, intravascular there is the slight or serious local anaesthetics toxic reaction of intravascular injection
(happen suddenly frightened Jue, consciousness disappear, Muscle tensility is high, and muscular tremor, respiratory heart stop jumping is stopped), epidural space bleeding (incidence 9.6%-
25.9% or so) local anaesthetics general toxic reaction caused by and full spinal anesthesia can when finding and being effectively treated not in time
Patient is caused to be disabled or dead.
Meanwhile epidural space has plexus vasculosus abundant, cavum epidural puncture and Epidural catheterization are possible to damage quiet
Arteries and veins clump and bleeding, are easy to produce epidural hematoma after bleeding, once epidural hematoma formed compressing spinal cord be more than 24 hours will production
Raw irreversible damage.The diagnosis of epidural hematoma relies primarily on clinical symptoms, sign and imageological examination, once it makes a definite diagnosis necessary
Implement operation in 6h~8h, remove hemotoncus, releases compressing.It avoids that the damage of spinal cord irreversibility occurs, spinal compression is more than 8h
Then prognosis is bad.
Blind spy method sets complication of anesthesia caused by angiorrbagia etc. without epidural puncture caused by objective anesthesia indication, so far
It is still complication of anesthesia and the main source of anesthesia accident.
Summary of the invention:
The first purpose of this invention is to provide the cavum epidural puncture and dura mater during a kind of pair of caudal anaesthesia
Exocoel set pipe two blind spy property operation links visualized, the detection of accusing of, non-toxic reaction, while monitoring Epidural cavity in time
The negative-pressure detection device for the caudal anaesthesia that hemotoncus occurs.
Second object of the present invention is cavum epidural puncture and epidural space during a kind of pair of caudal anaesthesia
Set pipe two blind spy property operation links visualized, the detection of accusing of, non-toxic reaction, while monitoring epidural hematoma in time
The detection of negative pressure method of the caudal anaesthesia of generation.
The present invention is implemented by following technical solution:
The negative-pressure detection device of caudal anaesthesia comprising puncture outfit and negative pressure sampling pipe, the negative pressure sampling pipe are seperated
Activity is plugged on the puncture outfit.
Preferably, further include shut-off valve, be equipped with the puncture outfit in described shut-off valve one end.
Preferably, the shut-off valve is medical three-way valve, is equipped with the puncture outfit in the Single port of the medical three-way valve.
Preferably, further include four-way connection, the shut-off valve is equipped in one end of the four-way connection, in the shutdown
Valve one end is equipped with the puncture outfit, and any two ends of the remaining port of the four-way connection are equipped with check valve.
Preferably, puncture outfit shield is arranged on the puncture outfit, the syringe needle of the puncture outfit is placed in the puncture outfit
In shield.
It preferably, further include the transparent hue discrimination device being connected to the negative pressure sampling pipe；Bottom of the tube is sampled in the negative pressure
It is set equipped with the transparent hue discrimination device being connected to negative pressure sampling tube cavity or between the shut-off valve and the puncture outfit
There is the transparent hue discrimination device；White is equipped in the hue discrimination device distinguishes color film.
It preferably, further include colorimetric card, the colorimetric card is hung on the negative pressure sampling pipe or the colorimetric card is pasted
On the tube wall of the negative pressure sampling pipe.
The detection of negative pressure method of caudal anaesthesia comprising puncture detection and set pipe detection；
The puncture detection includes the following steps:
Step 1: connection, it is in an off state that the shut-off valve is switched to the port equipped with the puncture outfit, by the pass
Disconnected valve is connect with the backshank for the anesthesia spinal needle for completing to puncture；
Step 2: injecting normal saline, through the shut-off valve, by the anesthesia spinal needle to patient's body injection 3~
The physiological saline of 5ml；
Step 3: the negative pressure sampling pipe is plugged on the puncture outfit, the shut-off valve is cut by negative pressure reflux sampling
The anesthesia spinal needle and the negative pressure sampling pipe connected state are changed to, is injected by the negative pressure in the negative pressure sampling pipe
The physiological saline of patient's body is drawn into the negative pressure sampling pipe；
Step 4: sampling is completed, and after the completion of sampling, the shut-off valve is switched to the port equipped with the puncture outfit and is in
Off state pulls up the negative pressure sampling pipe, is compared using the colorimetric card with the phegma in the negative pressure sampling pipe,
Phegma character and color are detected, judges whether anesthesia spinal needle positioning is accurate and unobstructed；
It is described to set pipe detection following steps:
Step 1: connection, it is in an off state that the shut-off valve is switched to the port equipped with the puncture outfit, by the pass
Disconnected valve is connect with the epidural catheter for completing to set pipe；
Step 2: injecting normal saline, through the shut-off valve, by the epidural catheter to patient's body injection 3~
The physiological saline of 5ml；
Step 3: the negative pressure sampling pipe is plugged on the puncture outfit, the shut-off valve is cut by negative pressure reflux sampling
The epidural catheter and the negative pressure sampling pipe connected state are changed to, trouble is injected by the negative pressure in the negative pressure sampling pipe
The intracorporal physiological saline of person is drawn into the negative pressure sampling pipe；
Step 4: sampling is completed, and after the completion of sampling, the shut-off valve is switched to the port equipped with the puncture outfit and is in
Off state pulls up the negative pressure sampling pipe, is compared using the colorimetric card with the phegma in the negative pressure sampling pipe,
Phegma character and color are detected, judges whether epidural catheter positioning is accurate and unobstructed.
Preferably, the shut-off valve is the medical three-way valve,
In puncture detection:
In step 1, the both ends of the medical three-way valve are connect with the anesthesia spinal needle and the puncture outfit respectively；
In step 2, the syringe fission activity is plugged on the third end of the medical three-way valve, by the doctor
The anesthesia spinal needle is switched to triple valve and the syringe is in connected state and passes through through the medical three-way valve
The anesthesia spinal needle injects the physiological saline of 3~5ml to patient's body；
In step 3, that the medical three-way valve is first switched to the port equipped with the puncture outfit is in an off state, will
The negative pressure sampling pipe is plugged on the puncture outfit；The medical three-way valve is switched to the anesthesia spinal needle and institute again
It states puncture outfit and is in connected state, be drawn by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body
In the negative pressure sampling pipe；
In step 4, that the medical three-way valve is switched to the port equipped with the puncture outfit is in an off state, pulls up
The negative pressure sampling pipe is compared with the phegma in negative pressure sampling pipe using colorimetric card, detects the effect of epidural puncture；
It is set in pipe detection described:
In step 1, the both ends of the medical three-way valve are connect with the epidural catheter and the puncture outfit respectively；
In step 2, the syringe fission activity is plugged on the third end of the medical three-way valve, by the doctor
The anesthesia spinal needle or epidural catheter are switched to triple valve and the syringe is in connected state, through described medical
Triple valve injects the physiological saline of 3~5ml by the epidural catheter to patient's body；
In step 3, that the medical three-way valve is first switched to the port equipped with the puncture outfit is in an off state, will
The negative pressure sampling pipe is plugged on the puncture outfit；The medical three-way valve is switched to the epidural catheter and described again
Puncture outfit is in connected state, is drawn into institute by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body
It states in negative pressure sampling pipe；
In step 4, that the medical three-way valve is switched to the port equipped with the puncture outfit is in an off state, pulls up
The negative pressure sampling pipe is compared using colorimetric card with the phegma in negative pressure sampling pipe, and detection epidural puncture sets pipe
Effect.
Preferably, the negative-pressure detection device includes the four-way connection；
It is set in pipe detection described:
In step 1, the shut-off valve on the four-way connection is switched to off state, and the four-way connection is equipped with institute
It states on the both ends of check valve seperated activity respectively and is plugged with brine injector drawn game narcotic injector；The four-way connection it is last
One end is connect with the anesthesia spinal needle；
In step 2, by the brine injector through the four-way connection, by the anesthesia spinal needle to patient's body
The physiological saline of 3~5ml of interior injection；
In step 3, first the negative pressure sampling pipe is plugged on the puncture outfit；The shut-off valve is switched to company again
Logical state, is drawn into the negative pressure sampling pipe by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body
It is interior；
In step 4, the shut-off valve is switched to off state, pulls up the negative pressure sampling pipe, using colorimetric card with
Phegma in negative pressure sampling pipe is compared, and detects the effect of epidural puncture；
It is set in pipe detection described:
In step 1, the shut-off valve on the four-way connection is switched to off state, and the four-way connection is equipped with institute
It states on the both ends of check valve seperated activity respectively and is plugged with brine injector drawn game narcotic injector；The four-way connection it is last
One end is connect with the epidural catheter；
In step 2, by the brine injector through the four-way connection, by the epidural catheter to patient's body
Inject the physiological saline of 3~5ml；
In step 3, first the negative pressure sampling pipe is plugged on the puncture outfit；The shut-off valve is switched to company again
Logical state, is drawn into the negative pressure sampling pipe by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body
It is interior；
In step 4, the shut-off valve is switched to off state, pulls up the negative pressure sampling pipe, using colorimetric card with
Phegma in negative pressure sampling pipe is compared, and detects the effect of epidural puncture tube placing operation.
Advantages of the present invention: the liquid (such as physiological saline) having no toxic side effect, no drug damages are injected into epidural space
Property detection；It, can be straight under the double action of the negative-pressure ward of the self-pressure liquid and negative pressure sampling pipe that are injected in epidural space
It connects observation automatic back flow and is instilled into the liquid character injected in negative pressure sampling pipe, epidural puncture place tube located is made to reach same in real time
The reason of step monitors, and discovery in time leads to anesthesia failure, overcomes and positions with feeling and experience subjective judgement puncture needle and conduit
Inaccurate disadvantage, improves the accuracy rate that hard film external anesthetic puncture sets pipe, and direct-view phegma character accuses of analysis and detection knot
Fruit, can accurately determine whether can injection, by local anaesthetics Poisoning Control and prevent before injection；
For anesthesia spinal needle or epidural catheter, in the positioning indication of epidural space, (puncture needle does not enter epidural space
It is interior, without visible residual titration liquid；A large amount of high flow rate residual titration liquid are to be strayed into cavum subarachnoidale；Bloody fluid shows accidentally damage blood vessel；Epidural cavity
Conduit accidentally damages visible kindred circumstances when endorchis, blood vessel；As conduit in epidural space or is not placed in too deep, abjection, discounting, disk
Around etc., it is drawn into after injecting liquid less than liquid residual titration phenomenon)；Each injection is forward and backward all monitor in this way after injection, it is ensured that
Injection controllable precise, effectivelying prevent local anaesthetics to be strayed into caused by cavum subarachnoidale, full spinal anesthesia, local anaesthetics is strayed into blood vessel causes
Toxic reaction (when anesthesia spinal needle or epidural catheter are strayed into Epidural cavity endoluminal vascular or damage Epidural cavity endoluminal vascular,
The local anaesthetics general toxic reaction that weight is different can be caused, serious toxic reaction can cause respiratory and circulatory failure, and pumpback dropping liquid is visible
The hemorrhagic dropping liquid of various concentration, discovery is strayed into the indication of blood vessel in time), reach precise and safety anesthesia positioning and injection；
Discovery in time causes the Epidural cavity occurred due to damage to Epidural cavity endoluminal vascular because of epidural puncture, dura mater Puncture Tube
Hemotoncus, and with this device be rinsed drainage (method: repeating first to inject the operation for draining physiological saline afterwards, until sampling
The congestive phegma of drainage-fluid in pipe), precise and safety, it is simple and easy to do, avoid at present to epidural hematoma it is invasive, disable
Lethal passive processing method (it was found that when having pressure symptom, need to be after dept. of radiology's CT photo be diagnosed and is proved, then cut canalis spinalis taking-up
Hemotoncus is oppressed, and irreversible more than 24 hours)；
Make anesthetist before anaesthetizing injection with this monitor indication according to guidance, Monitored anesthesia could injection, avoid passing
The false judgment and caused toxic reaction can be induced by test(ing) medium method of local anaesthetics that " the tested number method " of system is likely to occur
Risk；
Accurate reliable, the simple and easy to do, visualized operation of method, suitable for different segment, the Epidural cavity of all ages and classes gender
Various operations and Epidural postoperative analgesia under anesthesia, overall process monitor the forward and backward situation of Epidural drug injection, allow anesthetist in essence
The reason of true injection indication guidance is betted into local anaesthetics, and failure or conduit problem are anaesthetized in discovery in time, Monitored anesthesia is each time
Injection situation ensures that anesthesia precise and safety is implemented, drug damages is avoided to detect and take precautions against Epidural cavity blood caused by puncture and intubation
It is swollen；
The phegma of sampling can test, and obtain inspection data, reach accusing of；
Hospital-acquired infection is prevented, shield is housed outside puncture outfit, sampling pipe is disposable, can avoid when plugging puncture outfit
Operator is unexpected by blood infection, the generation of effective protection to Hematogenous infection；
Suitable for all kinds of hospitals, especially provided for the simple and crude basic hospital that need to carry out epidural Anaesthesia of anesthesia equipment
Effective caudal anaesthesia injection monitoring method；
Epidural anesthesia assisted teaching, can effectively instruct beginner to set pipe with intuitive indication test and judge caudal anaesthesia
Injection situation each time is anaesthetized in the accurate location of positioning and monitoring, is improved learning efficiency and is taken precautions against and is concurrent caused by anesthesia mistake
Disease.
Detailed description of the invention:
Fig. 1 is the overall structure diagram of embodiment 2.
Fig. 2 is the assembling schematic diagram of Fig. 1.
Fig. 3 is the puncture outfit structural schematic diagram equipped with puncture outfit shield.
Fig. 4 is the overall schematic that puncture outfit shield is equipped in embodiment 1.
Fig. 5 is the overall schematic equipped with the sampling pipe main body for distinguishing color film.
Fig. 6 is the structural schematic diagram equipped with the sampling pipe main body for distinguishing color film.
Fig. 7 is to use schematic diagram equipped with the sampling pipe main body for distinguishing color film.
Fig. 8 is the overall schematic of the sampling pipe main body equipped with hue discrimination device.
Fig. 9 is the assembling schematic diagram of Fig. 8.
Figure 10 is the structural schematic diagram of hue discrimination device.
Figure 11 is to distinguish color film overall schematic equipped with indicator coating.
Figure 12 is that the negative-pressure detection device in embodiment 1 is puncturing the connection schematic diagram in detecting step 1.
Figure 13 is that the negative-pressure detection device in embodiment 1 uses schematic diagram in puncture detecting step 2.
Figure 14 is the connection schematic diagram of negative-pressure detection device puncture outfit in puncturing detecting step 3 in embodiment 1.
Figure 15 is the connection schematic diagram of negative-pressure detection device negative pressure sampling pipe in puncturing detecting step 3 in embodiment 1.
Figure 16 is that the negative-pressure detection device in embodiment 1 uses schematic diagram in puncture detecting step 3.
Figure 17 is that the negative-pressure detection device in embodiment 1 is setting the connection schematic diagram in pipe detecting step 1.
Figure 18 is that the negative-pressure detection device in embodiment 1 is setting the use schematic diagram in pipe detecting step 2.
Figure 19 is the connection schematic diagram of negative-pressure detection device puncture outfit in setting pipe detecting step 3 in embodiment 1.
Figure 20 is the connection schematic diagram of negative-pressure detection device negative pressure sampling pipe in setting pipe detecting step 3 in embodiment 1.
Figure 21 is that the negative-pressure detection device in embodiment 1 is setting the use schematic diagram in pipe detecting step 3.
Figure 22 is the overall structure diagram of embodiment 2.
Figure 23 is the assembling schematic diagram of Figure 22.
Figure 24 is the overall schematic that puncture outfit shield is equipped in embodiment 2.
Figure 25 is that the negative-pressure detection device in embodiment 2 is puncturing the connection schematic diagram in detecting step 1.
Figure 26 is that the negative-pressure detection device in embodiment 2 uses schematic diagram in puncture detecting step 3.
Figure 27 is that the negative-pressure detection device in embodiment 2 is setting the connection schematic diagram in pipe detecting step 1.
Figure 28 is that the negative-pressure detection device in embodiment 2 is setting the use schematic diagram in pipe detecting step 3.
Figure 29 is the overall structure diagram of embodiment 3.
Figure 30 is the overall schematic that puncture outfit shield is equipped in embodiment 3.
Figure 31 is that the negative-pressure detection device in embodiment 3 is puncturing the connection schematic diagram in detecting step 1.
Figure 32 is that the negative-pressure detection device in embodiment 3 uses schematic diagram in puncture detecting step 3.
Figure 33 is that the negative-pressure detection device in embodiment 3 is setting the connection schematic diagram in pipe detecting step 1.
Figure 34 is that the negative-pressure detection device in embodiment 3 is setting the use schematic diagram in pipe detecting step 3.
Puncture outfit 1, puncture outfit shield 1.1, negative pressure sampling pipe 2, sampling pipe main body 2.1, shut-off valve 3, medical three-way valve
3.1, color film 4, transparent hue discrimination device 5, indicator coating 6, epidural catheter 7, syringe 8, brine injector 8.1, arcotic are distinguished
Syringe 8.2, colorimetric card 9, four-way connection 10, check valve 11, anesthesia spinal needle 12.
Specific embodiment:
Embodiment 1: as depicted in figs. 1 and 2, the negative-pressure detection device of caudal anaesthesia comprising puncture outfit 1, negative pressure are adopted
Sample pipe 2 and shut-off valve 3, negative pressure sampling pipe 2 is the sampling pipe of disposable negative pressure of vacuum, on the transparent tube wall of sampling pipe
Equipped with fluid level scale, it is equipped on the nozzle of sampling pipe using seal cap made of medical silica-gel；It is equipped with and wears in 3 one end of shut-off valve
Device 1 is pierced, the seperated activity of negative pressure sampling pipe 2 is plugged on puncture outfit 1, and further, puncture outfit 1 is adopted in insertion negative pressure in order to prevent
The finger of medical staff is punctured during sample pipe 2, as shown in Figure 3 and Figure 4, puncture outfit shield is arranged on puncture outfit 1
1.1, the syringe needle of puncture outfit 1 is placed in puncture outfit shield 1.1；Further, the property of phegma is observed for the ease of medical staff
Shape, as shown in Figures 5 to 7, negative pressure sampling pipe 2 include transparent sampling pipe main body 2.1, are equipped in 2.1 inner wall of sampling pipe main body
White distinguishes color film 4；Or as shown in Fig. 8 to Figure 10, it is equipped in 2.1 bottom of sampling pipe main body and connects with 2.1 chambers in sampling pipe main body
Logical transparent hue discrimination device 5, white is equipped in hue discrimination device 5 distinguishes color film 4, and the color composition in phegma, which is adsorbed on, distinguishes color film 4
On, it is observed convenient for medical staff；Observe in phegma whether contain cerebrospinal fluid for the ease of medical staff, as shown in figure 11,
Distinguish that color film 4 is equipped with indicator coating 6.
Application method:
It includes puncturing detection and setting pipe to detect；
Detection is punctured to include the following steps:
Step 1: connection, as shown in figure 12, by 3 both ends of shut-off valve in an off state respectively and equipped with physiological saline
Syringe 8 is connected with the backshank for the anesthesia spinal needle 12 for completing to puncture；
Step 2: shut-off valve 3 is switched to connected state, is passed through using syringe 8 by injecting normal saline as shown in figure 13
Anesthesia spinal needle 12 injects the physiological saline of 3~5ml to patient's body；After the completion of physiological saline, shut-off valve 3 is switched
To off state, syringe 8 is pulled up from shut-off valve 3；
Step 3: puncture outfit 1 as shown in figure 14, is first connect by negative pressure reflux sampling with shut-off valve 3, as shown in figure 15, then
Negative pressure sampling pipe 2 is plugged on puncture outfit 1, as shown in figure 16, shut-off valve 3 is switched to connected state, by negative pressure sampling pipe 2
The physiological saline that interior negative pressure is injected into patient's body is drawn into negative pressure sampling pipe 2；In 2 sampling process of negative pressure sampling pipe,
Whether visually flow, the flow velocity of observation phegma, detection anesthesia spinal needle 12 enter cavum subarachnoidale (because in cavum subarachnoidale
Cerebrospinal pressure be higher than atmospheric pressure, so if conduit enters cavum subarachnoidale, the cerebrospinal fluid in cavum subarachnoidale can be held
Continuous high flow rate, in the inflow negative pressure sampling pipe 2 of big flow), visually whether observation detection phegma character, color have hemorrhagic drop
Liquid finds that anesthesia spinal needle 12 enters the indication of blood in time；Judge whether the positioning of anesthesia spinal needle 12 is accurate and unobstructed, effectively
Prevent the formation of epidural hematoma, provided for subsequent Epidural catheterization reliably visualize, the detection data for accusing of；Visually
Observation detection phegma character, when color, can be used and hang on negative pressure sampling pipe 2 or be pasted on 2 tube wall of negative pressure sampling pipe
Colorimetric card 9 be compared with the phegma in negative pressure sampling pipe 2；
Step 4: sampling is completed, and after the completion of sampling, shut-off valve 3 is switched to off state, pulls up negative pressure sampling pipe 2, complete
Cheng Yici sampling monitoring；After visually finger is just meeting injection requirement by phegma every, then by shut-off valve 3 from anesthesia spinal needle
It is pulled up on 12 backshank, carries out subsequent Epidural catheterization operation.
Pipe detection is set to include the following steps:
Step 1: connection, as shown in figure 17, by 3 both ends of shut-off valve in an off state respectively and equipped with physiological saline
Syringe 8 and the epidural catheter 7 for completing Epidural catheterization connect；
Step 2: shut-off valve 3 is switched to connected state, is passed through using syringe 8 by injecting normal saline as shown in figure 18
Epidural catheter 7 injects the physiological saline of 3~5ml to patient's body；After the completion of physiological saline, shut-off valve 3 is switched to
Off state pulls up syringe 8 from shut-off valve 3；
Step 3: puncture outfit 1 as shown in figure 19, is first connect by negative pressure reflux sampling with shut-off valve 3, as shown in figure 20, then
Negative pressure sampling pipe 2 is plugged on puncture outfit 1, as shown in figure 21, shut-off valve 3 is switched to connected state, by negative pressure sampling pipe 2
The physiological saline that interior negative pressure is injected into patient's body is drawn into negative pressure sampling pipe 2；In 2 sampling process of negative pressure sampling pipe,
Flow, the flow velocity of phegma are observed, whether detection epidural catheter 7 enters cavum subarachnoidale (because of the brain ridge in cavum subarachnoidale
Hydraulic coupling is higher than atmospheric pressure, so if conduit enters cavum subarachnoidale, the height that the cerebrospinal fluid in cavum subarachnoidale can continue
Flow velocity, in the inflow negative pressure sampling pipe 2 of big flow), visually whether observation detection phegma character, color have hemorrhagic dropping liquid, and
Shi Faxian epidural catheter 7 enters the indication of blood, judges whether the positioning of epidural catheter 7 is accurate and unobstructed, effectively prevent local anaesthetics
The formation of toxic reaction and epidural hematoma ensures anesthesia precise and safety, monitors anesthetist before anaesthetizing injection with this and refer to
Sign for according to guidance, Monitored anesthesia could injection, reach precise and safety anesthesia injection；Visually observation detection phegma character, face
When color, the colorimetric card 9 and negative pressure sampling pipe for hanging on negative pressure sampling pipe 2 or being pasted on 2 tube wall of negative pressure sampling pipe can be used
Phegma in 2 is compared；
Step 4: sampling is completed, and after the completion of sampling, shut-off valve 3 is switched to off state, pulls up negative pressure sampling pipe 2, complete
Cheng Yici sampling monitoring；After the items of phegma, which visually refer to, is just meeting injection requirement, then puncture outfit 1 is pulled out from shut-off valve 3
Under, by equipped with local anaesthetics syringe 8 connect with shut-off valve 3 after, shut-off valve 3 is switched to connected state, to patient's body into
Row injection anesthesia；During Continuous Epidural Block, when needing to re-inject local anaesthetics, shut-off valve 3 is switched to shutdown
After state, the syringe 8 equipped with local anaesthetics is pulled up, then puncture outfit 1 is connect with shut-off valve 3, by new 2 grafting of negative pressure sampling pipe
On puncture outfit 1, repeats the negative pressure reflux sampling operation in step 3, carry out the prenarcotic sample detecting of injection.
Embodiment 2: as depicted in figures 22 and 23, the negative-pressure detection device of caudal anaesthesia comprising puncture outfit 1, negative pressure are adopted
Sample pipe 2 and shut-off valve 3, negative pressure sampling pipe 2 is the sampling pipe of disposable negative pressure of vacuum, on the transparent tube wall of sampling pipe
Equipped with fluid level scale, it is equipped on the nozzle of sampling pipe using seal cap made of medical silica-gel；Shut-off valve 3 is medical three-way valve
3.1, it is equipped with puncture outfit 1 in the Single port of medical three-way valve 3.1, the seperated activity of negative pressure sampling pipe 2 is plugged on puncture outfit 1, into
One step, puncture outfit 1 punctures the finger of medical staff during being inserted into negative pressure sampling pipe 2 in order to prevent, such as Fig. 3 and Figure 24
It is shown, puncture outfit shield 1.1 is arranged on puncture outfit 1, the syringe needle of puncture outfit 1 is placed in puncture outfit shield 1.1；Further
, the character of phegma is observed for the ease of medical staff, as shown in Figures 5 to 7, negative pressure sampling pipe 2 includes transparent sampling
Pipe main body 2.1 distinguishes color film 4 equipped with white in 2.1 inner wall of sampling pipe main body；Or as shown in Fig. 8 to Figure 10, in sampling pipe main body
2.1 bottoms are equipped with the transparent hue discrimination device 5 being connected to 2.1 chambers in sampling pipe main body, and white is equipped in hue discrimination device 5 distinguishes color film 4,
Color composition in phegma, which is adsorbed on, to be distinguished on color film 4, is observed convenient for medical staff；Phegma is observed for the ease of medical staff
In whether contain cerebrospinal fluid, as shown in figure 11, on distinguishing color film 4 be equipped with indicator coating 6.
Application method:
It includes puncturing detection and setting pipe to detect；
Detection is punctured to include the following steps:
Step 1: connection, as shown in figure 25, medical three-way valve 3.1 is switched to the port equipped with puncture outfit 1 and is off shape
Negative pressure sampling pipe 2 is plugged on puncture outfit 1 by state；By medical three-way valve 3.1 be in connection both ends respectively with be equipped with physiology
The syringe 8 of salt water is connected with the backshank for the anesthesia spinal needle 12 for completing to puncture；
Step 2: injecting normal saline, using syringe 8 through medical three-way valve 3.1 from anesthesia spinal needle 12 to patient's body
The physiological saline of 3~5ml of interior injection；
Step 3: as shown in figure 26, medical three-way valve 3.1 is switched after physiological saline completes injection for negative pressure reflux sampling
It is in connected state to negative pressure sampling pipe 2 and anesthesia spinal needle 12, patient's body is injected by the negative pressure in negative pressure sampling pipe 2
In interior physiological saline negative suction sampling pipe 2；In 2 sampling process of negative pressure sampling pipe, flow, the stream of phegma are visually observed
Speed, detection anesthesia spinal needle 12 whether enter cavum subarachnoidale (because the cerebrospinal pressure in cavum subarachnoidale be higher than atmospheric pressure,
So if conduit enters cavum subarachnoidale, and the high flow rate that the cerebrospinal fluid in cavum subarachnoidale can continue, the inflow of big flow
In negative pressure sampling pipe 2), visually whether observation detection phegma character, color have hemorrhagic dropping liquid, find anesthesia spinal needle in time
12 enter the indication of blood；Judge whether the positioning of anesthesia spinal needle 12 is accurate and unobstructed, effectively prevent the formation of epidural hematoma, is
The offer of subsequent Epidural catheterization reliably visualizes, the detection data for accusing of；Visually observation detection phegma character, color
When, the colorimetric card 9 and negative pressure sampling pipe 2 for hanging on negative pressure sampling pipe 2 or being pasted on 2 tube wall of negative pressure sampling pipe can be used
Interior phegma is compared；
Step 4: sampling is completed, and after the completion of sampling, medical three-way valve 3.1 is switched to the port equipped with puncture outfit 1 and is in
Off state pulls up negative pressure sampling pipe 2, completes a sampling monitoring；When every visually refer to of phegma is just meeting injection requirement
Afterwards, then medical three-way valve 3.1 is pulled up from the backshank of anesthesia spinal needle 12, carries out subsequent Epidural catheterization operation.
Pipe detection is set to include the following steps:
Step 1: connection, as shown in figure 27, medical three-way valve 3.1 is switched to the port equipped with puncture outfit 1 and is off shape
Negative pressure sampling pipe 2 is plugged on puncture outfit 1 by state；By medical three-way valve 3.1 be in connection both ends respectively with be equipped with physiology
The syringe 8 of salt water and the epidural catheter 7 for completing puncture connect；
Step 2: injecting normal saline, using syringe 8 through medical three-way valve 3.1 from epidural catheter 7 to patient's body
Inject the physiological saline of 3~5ml；
Step 3: as shown in figure 28, medical three-way valve 3.1 is switched after physiological saline completes injection for negative pressure reflux sampling
It is in connected state to negative pressure sampling pipe 2 and epidural catheter 7, patient's body is injected by the negative pressure in negative pressure sampling pipe 2
Physiological saline negative suction sampling pipe 2 in；In 2 sampling process of negative pressure sampling pipe, flow, the flow velocity of phegma are observed, is detected
Whether epidural catheter 7 enters cavum subarachnoidale (because the cerebrospinal pressure in cavum subarachnoidale is higher than atmospheric pressure, so if leading
Pipe enters cavum subarachnoidale, the high flow rate that the cerebrospinal fluid in cavum subarachnoidale can continue, the inflow negative pressure sampling pipe 2 of big flow
It is interior), visually whether observation detection phegma character, color have hemorrhagic dropping liquid, find that epidural catheter 7 enters the indication of blood in time,
Judge whether the positioning of epidural catheter 7 is accurate and unobstructed, effectively prevent the formation of local anaesthetics toxic reaction and epidural hematoma, protects
Barrier anesthesia precise and safety, make anesthetist before anaesthetize injection with this monitor indication foundation instruct, Monitored anesthesia could injection,
Reach precise and safety anesthesia injection；Visually when observation detection phegma character, color, can be used hang on negative pressure sampling pipe 2,
Or the colorimetric card 9 being pasted on 2 tube wall of negative pressure sampling pipe is compared with the phegma in negative pressure sampling pipe 2；
Step 4: sampling is completed, and after the completion of sampling, medical three-way valve 3.1 is switched to the port equipped with puncture outfit 1 and is in
Off state pulls up negative pressure sampling pipe 2, completes a sampling monitoring；When every visually refer to of phegma is just meeting injection requirement
Afterwards, then the syringe 8 equipped with physiological saline is changed to the syringe 8 equipped with local anaesthetics, injection anesthesia is carried out to patient's body；
During Continuous Epidural Block, when needing to re-inject local anaesthetics, new negative pressure sampling pipe 2 is plugged on
On puncture outfit 1, repeats the negative pressure reflux sampling operation in step 3, carry out the prenarcotic sample detecting of injection.
Embodiment 3: as shown in figure 29, the negative-pressure detection device of caudal anaesthesia comprising puncture outfit 1, negative pressure sampling pipe
2, shut-off valve 3 and four-way connection 10, negative pressure sampling pipe 2 is the sampling pipe of disposable negative pressure of vacuum, transparent in sampling pipe
Tube wall be equipped with fluid level scale, be equipped on the nozzle of sampling pipe using seal cap made of medical silica-gel；In four-way connection
10 one end is equipped with shut-off valve 3, is equipped with puncture outfit 1 in 3 one end of shut-off valve, the remaining any two ends of four-way connection 10 are equipped with
Check valve 11；The seperated activity of negative pressure sampling pipe 2 is plugged on puncture outfit 1；Further, puncture outfit 1 is negative in insertion in order to prevent
The finger that medical staff is punctured during pressure sampling pipe 2 is arranged with puncture outfit shield as shown in Fig. 3 and Figure 30 on puncture outfit 1
Cover 1.1, the syringe needle of puncture outfit 1 is placed in puncture outfit shield 1.1；Further, phegma is observed for the ease of medical staff
Character, as shown in Figures 5 to 7, negative pressure sampling pipe 2 include transparent sampling pipe main body 2.1, are set in 2.1 inner wall of sampling pipe main body
Distinguish color film 4；Or as shown in Fig. 8 to Figure 10, it is equipped in 2.1 bottom of sampling pipe main body and is connected to 2.1 chambers in sampling pipe main body
Transparent hue discrimination device 5, white is equipped in hue discrimination device 5 distinguishes color film 4, and the color composition in phegma, which is adsorbed on, to be distinguished on color film 4, just
It is observed in medical staff；It observes in phegma whether contain cerebrospinal fluid for the ease of medical staff, as shown in figure 11, is distinguishing color film
4 are equipped with indicator coating 6.
Application method:
It includes puncturing detection and setting pipe to detect；
Detection is punctured to include the following steps:
Step 1: connection, as shown in figure 31, by four-way connection 10 be equipped with check valve 11 both ends respectively with brine injector
8.1 and anesthetic injector 8.2 connect, by the remaining both ends of four-way connection 10 respectively with shut-off valve 3 in an off state and
The backshank of anesthesia spinal needle 12 connects；
Step 2: injecting normal saline, using brine injector 8.1 through four-way connection 10 from anesthesia spinal needle 12 to trouble
The physiological saline of 3~5ml of person's internal injection；
Step 3: as shown in figure 32, negative pressure sampling pipe 2 is plugged into after physiological saline completes injection for negative pressure reflux sampling
On puncture outfit 1, shut-off valve 3 is switched on state, the physiology of patient's body is injected by the negative pressure in negative pressure sampling pipe 2
In salt water negative suction sampling pipe 2；In 2 sampling process of negative pressure sampling pipe, flow, the flow velocity of phegma are visually observed, detection is hard
The outer puncture needle 12 of film whether enter cavum subarachnoidale (because the cerebrospinal pressure in cavum subarachnoidale is higher than atmospheric pressure, so if
Conduit enters cavum subarachnoidale, the high flow rate that the cerebrospinal fluid in cavum subarachnoidale can continue, the inflow negative pressure sampling of big flow
In pipe 2), visually whether observation detection phegma character, color have hemorrhagic dropping liquid, find that anesthesia spinal needle 12 enters blood in time
Indication；Judge whether the positioning of anesthesia spinal needle 12 is accurate and unobstructed, effectively prevent the formation of epidural hematoma, is subsequent dura mater
Exocoel set pipe offer reliably visualize, the detection data for accusing of；Visually observation detection phegma character can be with when color
Use the reflux in the colorimetric card 9 and negative pressure sampling pipe 2 for hanging on negative pressure sampling pipe 2 or being pasted on 2 tube wall of negative pressure sampling pipe
Liquid is compared；
Step 4: sampling is completed, and after the completion of sampling, shut-off valve 3 is switched to off state, pulls up negative pressure sampling pipe 2, complete
Cheng Yici sampling monitoring；After the items of phegma, which visually refer to, is just meeting injection requirement, then four-way connection 10 is worn from Epidural cavity
It is pulled up on the backshank of pricker 12, carries out subsequent Epidural catheterization operation.
Pipe detection is set to include the following steps:
Step 1: connection, as shown in figure 33, by four-way connection 10 be equipped with check valve 11 both ends respectively with brine injector
8.1 and anesthetic injector 8.2 connect, by the remaining both ends of four-way connection 10 respectively with shut-off valve 3 in an off state and
The backshank of epidural catheter 7 connects；
Step 2: injecting normal saline, injecting normal saline, using brine injector 8.1 through four-way connection 10 by Epidural cavity
Conduit 7 injects the physiological saline of 3~5ml to patient's body；
Step 3: as shown in figure 34, negative pressure sampling pipe 2 is plugged into after physiological saline completes injection for negative pressure reflux sampling
On puncture outfit 1, shut-off valve 3 is switched on state, the physiology of patient's body is injected by the negative pressure in negative pressure sampling pipe 2
In salt water negative suction sampling pipe 2；In 2 sampling process of negative pressure sampling pipe, flow, the flow velocity of phegma are visually observed, detection is hard
Whether film outer catheter 7 enters cavum subarachnoidale (because the cerebrospinal pressure in cavum subarachnoidale is higher than atmospheric pressure, so if conduit
Cavum subarachnoidale is entered, the high flow rate that the cerebrospinal fluid in cavum subarachnoidale can continue, the inflow negative pressure sampling pipe 2 of big flow
It is interior), visually whether observation detection phegma character, color have hemorrhagic dropping liquid, find that epidural catheter 7 enters the indication of blood in time；
Judge whether the positioning of epidural catheter 7 is accurate and unobstructed, effectively prevent the formation of epidural hematoma, is subsequent Epidural catheterization
Offer reliably visualize, the detection data for accusing of；Visually observation detection phegma character, when color, can be used and hang over
On negative pressure sampling pipe 2 or the colorimetric card 9 that is pasted on 2 tube wall of negative pressure sampling pipe is compared with the phegma in negative pressure sampling pipe 2
Compared with；
Step 4: sampling is completed, and after the completion of sampling, shut-off valve 3 is switched to off state, pulls up negative pressure sampling pipe 2, complete
Cheng Yici sampling monitoring；After the items of phegma, which visually refer to, is just meeting injection requirement, by the local anaesthesia in anesthetic injector 8.2
Medicine is injected into patient's body by epidural catheter 7 through four-way connection 10, carries out injection anesthesia to patient's body；When in continuous dura mater
In outer anaesthesia process, when needing to re-inject local anaesthetics, new negative pressure sampling pipe 2 is plugged on puncture outfit 1, repeats to walk
Negative pressure reflux sampling operation in rapid 3, carries out the prenarcotic sample detecting of injection.
Check valve 11 prevents that physiological saline from entering anesthetic injector 8.2 or local anaesthetics enters brine injector 8.1, guarantees
Single-chamber is unidirectional, and fluid injection, sampling, monitoring function prevent negative pressure leakage and epidural space from infecting without intersection；Also it can be used medical
For preventing, physiological saline from entering anesthetic injector 8.2 to flow-stopping clip replacement check valve 11 or local anaesthetics enters brine injector
8.1, guarantee that single-chamber is unidirectional, fluid injection, sampling, monitoring function prevent negative pressure leakage and epidural space from infecting without intersection.
Claims (10)
1. the negative-pressure detection device of caudal anaesthesia, which is characterized in that it includes puncture outfit and negative pressure sampling pipe, and the negative pressure is adopted
Sample pipe fission activity is plugged on the puncture outfit.
2. the negative-pressure detection device of caudal anaesthesia according to claim 1, which is characterized in that it further includes shut-off valve,
The puncture outfit is equipped in described shut-off valve one end.
3. the negative-pressure detection device of caudal anaesthesia according to claim 2, which is characterized in that the shut-off valve is medical
Triple valve is equipped with the puncture outfit in the Single port of the medical three-way valve.
4. the negative-pressure detection device of caudal anaesthesia according to claim 2, which is characterized in that it further includes four connecting
Head, is equipped with the shut-off valve in one end of the four-way connection, is equipped with the puncture outfit, the four-way in described shut-off valve one end
Any two ends of the remaining port of connector are equipped with check valve.
5. the negative-pressure detection device of caudal anaesthesia according to any one of claims 1 to 4, which is characterized in that worn described
It is arranged with puncture outfit shield on thorn device, the syringe needle of the puncture outfit is placed in the puncture outfit shield.
6. the negative-pressure detection device of caudal anaesthesia according to claim 5, which is characterized in that it further includes bearing with described
Press the transparent hue discrimination device of sampling pipe connection；The institute being connected to negative pressure sampling tube cavity is equipped in negative pressure sampling bottom of the tube
It states transparent hue discrimination device or is equipped with the transparent hue discrimination device between the shut-off valve and the puncture outfit；It is set in the hue discrimination device
Have white distinguishes color film.
7. the negative-pressure detection device of caudal anaesthesia according to claim 6, which is characterized in that it further includes colorimetric card,
The colorimetric card is hung on the negative pressure sampling pipe or the colorimetric card is pasted on the tube wall of the negative pressure sampling pipe.
8. the detection of negative pressure side of the caudal anaesthesia using the negative-pressure detection device of caudal anaesthesia described in the claims
Method, which is characterized in that it includes puncturing detection and setting pipe to detect；
The puncture detection includes the following steps:
Step 1: connection, it is in an off state that the shut-off valve is switched to the port equipped with the puncture outfit, by the shut-off valve
It is connect with the backshank for the anesthesia spinal needle for completing to puncture；
Step 2: injecting normal saline injects 3~5ml to patient's body by the anesthesia spinal needle through the shut-off valve
Physiological saline；
Step 3: the negative pressure sampling pipe is plugged on the puncture outfit, the shut-off valve is switched to by negative pressure reflux sampling
The anesthesia spinal needle and the negative pressure sampling pipe connected state, are injected into patient by the negative pressure in the negative pressure sampling pipe
Intracorporal physiological saline is drawn into the negative pressure sampling pipe；
Step 4: sampling is completed, and after the completion of sampling, the shut-off valve is switched to the port equipped with the puncture outfit and is off
State pulls up the negative pressure sampling pipe, is compared using the colorimetric card with the phegma in the negative pressure sampling pipe, detection
Phegma character and color judge whether anesthesia spinal needle positioning is accurate and unobstructed；
It is described to set pipe detection following steps:
Step 1: connection, it is in an off state that the shut-off valve is switched to the port equipped with the puncture outfit, by the shut-off valve
It is connect with the epidural catheter for completing to set pipe；
Step 2: injecting normal saline injects 3~5ml's to patient's body by the epidural catheter through the shut-off valve
Physiological saline；
Step 3: the negative pressure sampling pipe is plugged on the puncture outfit, the shut-off valve is switched to by negative pressure reflux sampling
The epidural catheter and the negative pressure sampling pipe connected state, are injected into patient's body by the negative pressure in the negative pressure sampling pipe
Interior physiological saline is drawn into the negative pressure sampling pipe；
Step 4: sampling is completed, and after the completion of sampling, the shut-off valve is switched to the port equipped with the puncture outfit and is off
State pulls up the negative pressure sampling pipe, is compared using the colorimetric card with the phegma in the negative pressure sampling pipe, detection
Phegma character and color judge whether epidural catheter positioning is accurate and unobstructed.
9. the detection of negative pressure method of detection epidural puncture according to claim 8, which is characterized in that the shut-off valve is
The medical three-way valve,
In puncture detection:
In step 1, the both ends of the medical three-way valve are connect with the anesthesia spinal needle and the puncture outfit respectively；
In step 2, the syringe fission activity is plugged on the third end of the medical three-way valve, by described medical three
Port valve is switched to the anesthesia spinal needle and the syringe is in connected state, through the medical three-way valve, by described
Anesthesia spinal needle injects the physiological saline of 3~5ml to patient's body；
In step 3, that the medical three-way valve is first switched to the port equipped with the puncture outfit is in an off state, will be described
Negative pressure sampling pipe is plugged on the puncture outfit；The medical three-way valve is switched to the anesthesia spinal needle again and described is worn
Thorn device is in connected state, is drawn by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body described
In negative pressure sampling pipe；
In step 4, that the medical three-way valve is switched to the port equipped with the puncture outfit is in an off state, pulls up described
Negative pressure sampling pipe is compared with the phegma in negative pressure sampling pipe using colorimetric card, detects the effect of epidural puncture；
It is set in pipe detection described:
In step 1, the both ends of the medical three-way valve are connect with the epidural catheter and the puncture outfit respectively；
In step 2, the syringe fission activity is plugged on the third end of the medical three-way valve, by described medical three
Port valve is switched to the anesthesia spinal needle or epidural catheter and the syringe is in connected state, through the Medical tee joint
Valve injects the physiological saline of 3~5ml by the epidural catheter to patient's body；
In step 3, that the medical three-way valve is first switched to the port equipped with the puncture outfit is in an off state, will be described
Negative pressure sampling pipe is plugged on the puncture outfit；The medical three-way valve is switched to the epidural catheter and the puncture again
Device is in connected state, is drawn by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body described negative
It presses in sampling pipe；
In step 4, that the medical three-way valve is switched to the port equipped with the puncture outfit is in an off state, pulls up described
Negative pressure sampling pipe is compared using colorimetric card with the phegma in negative pressure sampling pipe, and detection epidural puncture sets the effect of pipe.
10. the detection of negative pressure method of detection epidural puncture according to claim 8, which is characterized in that the negative pressure inspection
Surveying device includes the four-way connection；
It is set in pipe detection described:
In step 1, the shut-off valve on the four-way connection is switched to off state, and the four-way connection is equipped with the list
Seperated activity is plugged with brine injector drawn game narcotic injector respectively on the both ends of valve；Last one end of the four-way connection
It is connect with the anesthesia spinal needle；
In step 2, it by the brine injector through the four-way connection, is infused by the anesthesia spinal needle to patient's body
Penetrate the physiological saline of 3~5ml；
In step 3, first the negative pressure sampling pipe is plugged on the puncture outfit；The shut-off valve is switched to connected state again
State is drawn into the negative pressure sampling pipe by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body；
In step 4, the shut-off valve is switched to off state, pulls up the negative pressure sampling pipe, uses colorimetric card and negative pressure
Phegma in sampling pipe is compared, and detects the effect of epidural puncture；
It is set in pipe detection described:
In step 1, the shut-off valve on the four-way connection is switched to off state, and the four-way connection is equipped with the list
Seperated activity is plugged with brine injector drawn game narcotic injector respectively on the both ends of valve；Last one end of the four-way connection
It is connect with the epidural catheter；
In step 2, it by the brine injector through the four-way connection, is injected by the epidural catheter to patient's body
The physiological saline of 3~5ml；
In step 3, first the negative pressure sampling pipe is plugged on the puncture outfit；The shut-off valve is switched to connected state again
State is drawn into the negative pressure sampling pipe by the physiological saline that the negative pressure in the negative pressure sampling pipe is injected into patient's body；
In step 4, the shut-off valve is switched to off state, pulls up the negative pressure sampling pipe, uses colorimetric card and negative pressure
Phegma in sampling pipe is compared, and detects the effect of epidural puncture tube placing operation.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110236785A (en) * | 2019-07-15 | 2019-09-17 | 温州医科大学附属眼视光医院 | A kind of negative pressure sucktion type intraocular lens instigation device |
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2017
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110236785A (en) * | 2019-07-15 | 2019-09-17 | 温州医科大学附属眼视光医院 | A kind of negative pressure sucktion type intraocular lens instigation device |
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