CN208877672U - Microtubular moulding fumigator - Google Patents
Microtubular moulding fumigator Download PDFInfo
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- CN208877672U CN208877672U CN201820628184.XU CN201820628184U CN208877672U CN 208877672 U CN208877672 U CN 208877672U CN 201820628184 U CN201820628184 U CN 201820628184U CN 208877672 U CN208877672 U CN 208877672U
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- kettle body
- moulding
- microtubular
- heated seats
- steam
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Abstract
The utility model relates to a kind of microtubular moulding fumigators easy to use.The utility model includes kettle body and heated seats, kettle body is placed in heated seats and heats, and kettle body is equipped with opening, and enough water is added into kettle body by opening, the steam generated after the intracorporal water boiling of pot rises discharge through opening, and microtubular is placed on overthe openings and heats moulding through steam；Heated seats heat kettle body after being powered, and heated seats are equipped with selectable heat button and heat preservation button, press heat button, and heated seats generate steam with the water in relatively high power fast heating kettle body to boiling；After pressing heat preservation button, heated seats keep the temperature the intracorporal water of pot, and the intracorporal water temperature of pot is made to be maintained at the temperature of slightly below boiling point, switch to heat button when needing stifling moulding, short time can be heated to boiling, and two kinds of heating modes meet the use demand of microtubular moulding process.The utility model has the characteristics that structure is simple, easy to use, energy-efficient.
Description
Technical field
The utility model relates to conduit moulding field of medical technology, especially a kind of microtubular moulding easy to use is stifling
Device.
Background technique
Interventional therapy is treated using a kind of minimal invasive that modern high tech method carries out, exactly in medical imaging device
Under guidance, the precision instruments such as special conduit, seal wire are introduced into human body, diagnosis and local treatment are carried out to internal morbid state.Intervention
Treatment use digital technology expands the visual field of doctor, and the both hands of doctor are extended by conduit, seal wire, and notch is small；With tradition
Open surgery is compared, interventional therapy do not have to cut tissue can treat it is many can not treat in the past, must operative treatment
Or the disease that medical treatment curative effect is not good enough, such as tumour, hemangioma etc..Interventional therapy, which has, does not operate on, and wound is small, restores fast, effect
The good feature of fruit is the development trend of future medicine.
Intracranial aneurysm is mostly the abnormal bulging occurred on entocranial artery tube wall, is the head for causing subarachnoid hemorrhage
The position cause of disease is only second to cerebral thrombosis and hypertensive cerebral hemorrhage in cerebrovascular accident, occupies third.Aneurysm interventional therapy refers to
Vascular interventional treatment is to make arranging for various treatments using microcatheter technology on the basis of diagnostic angiography under x-ray monitoring
It applies, the intravascular of lesions is supported into some special embolus injections through conduit in intra-arterial when operation, interrupts blood flow, simultaneously to the greatest extent
Amount keeps parent artery unobstructed, reaches therapeutic purposes.Microtubular moulding is the basic fundamental during embolization of intracranial aneurysm,
It is key technology.So-called microtubular moulding refers to the bending that the heating of microtubular head end is moulded into certain angle by steam, then cold
But it is formed, keeps tube head shape suitable with artery, enter aneurysm cavity conducive to tube head, prevent tube head from resisting aneurysm wall and cause brokenly
It splits, is distributed spring ring suitably tumor is intracavitary using the direction of tube head, spring ring is in the intracavitary formation Dense embolization of tumor.It is led micro-
When pipe moulding, it is common practice to the kettle mouth that microtubular is placed in boiling be carried out steam heating, without specifically fumigating instrument.
Summary of the invention
The purpose of this utility model is the blank for stifling instrument, and it is stifling to provide a kind of microtubular moulding easy to use
Device.
The purpose of this utility model can be realized by the following technical scheme: a kind of microtubular moulding fumigator, this is micro- to lead
Pipe moulding fumigator includes kettle body and heated seats, and kettle body is placed in heated seats and heats, and kettle body is equipped with opening, by being open to pot
Enough water is added in vivo, the steam generated after the intracorporal water boiling of pot rises discharge through opening, and microtubular is placed on overthe openings
Moulding is heated through steam；Heated seats heat kettle body after being powered, and heated seats are equipped with selectable heat button and heat preservation
Button, presses heat button, and heated seats generate steam with the water in relatively high power fast heating kettle body to boiling；Press heat preservation by
After button, heated seats keep the temperature the intracorporal water of pot, and the intracorporal water temperature of pot is made to be maintained at the temperature of slightly below boiling point, smoked when needing
Heat button is switched to when steaming moulding, the short time can be heated to boiling, and two kinds of heating modes meet microtubular moulding process
Use demand.
In the microtubular moulding fumigator, the microtubular moulding fumigator further includes stifling portion, fumigates portion
It is located above kettle body, fumigates the open communication in portion and kettle body, the steam generated in kettle body enters in stifling portion through opening, wait mould
Shape microtubular is as carrying out stifling moulding in stifling portion.
In the microtubular moulding fumigator, the stifling portion is hollow circular ring structure, in hollow annular
The open communication of chamber and kettle body, the inner sidewall for fumigating portion are equipped with steam hole, and microtubular to be fumigated is placed in stifling portion's annular, pot
Intracorporal steam is open in the annular cavity for entering stifling portion, is continuously discharged from steam hole, heats moulding to microtubular.
In the microtubular moulding fumigator, the stifling portion is hollow tube-in-tube structure, fumigates the inner cavity in portion
With the open communication of kettle body, the sleeve wall for fumigating portion is equipped with steam hole, and side wall is equipped with inlet and outlet, microtubular warp to be fumigated
Inlet and outlet are put into stifling portion, and the steam generated in kettle body, which enters in stifling portion, heats moulding to the microtubular in it, and steam is not
It is disconnected to be discharged out of steam hole, keep stifling hi-temp hi-effective.
In the microtubular moulding fumigator, it is additionally provided with timer in the heated seats, fumigation time is carried out
Record, convenient for control moulding process.
In the microtubular moulding fumigator, the kettle body is equipped with visual window, and visual window is equipped with scale, uses
In observing and measuring the intracorporal water of pot.
In the microtubular moulding fumigator, it is equipped with burn-out-proof equipment for drying in the kettle body, prevents kettle body anhydrous dry
It burns.
There is the case where being repeated several times in view of the artificial moulding of microtubular in the utility model, setting can free switching heating
With holding mode, the moulding gap intracorporal water of pot is maintained at higher temperature, can quickly heat up to boiling when need to fumigate again and generate steaming
Vapour realizes the balance of energy conservation with efficiency.
The utility model has the characteristics that structure is simple, easy to use, energy-efficient.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment one.
Fig. 2 is the structural exploded view of the use of the new type embodiment one.
Fig. 3 is the structural schematic diagram of the utility model embodiment two.
Fig. 4 is the structural exploded view of the utility model embodiment two.
In attached drawing 1~4,1 indicates kettle body；1a indicates opening；1b indicates visual window；2 indicate heated seats；2a indicates that heating is pressed
Button；2b indicates heat preservation button；2c indicates timer；3 indicate stifling portion；3a indicates steam hole；3b indicates inlet and outlet.
Specific embodiment
Below against attached drawing, by embodiment, the utility model is described in further detail.
Embodiment one
Referring to attached drawing 1~2, a kind of microtubular moulding fumigator, which includes kettle body 1, heated seats 2
With stifling portion 3, kettle body 1 is placed in heated seats 2 and heats, and kettle body 1 is equipped with opening 1a, and water pours into kettle body 1 from opening 1a；Kettle body
1 is equipped with visual window 1b, and visual window 1b is equipped with scale, for observing and measuring the water in kettle body 1；Stifling portion 3 is located at kettle body 1
Top, stifling portion 3 are connected to the opening 1a in kettle body 1, and fumigating portion 3 is hollow circular ring structure, hollow annular cavity and pot
The opening 1a of body 1 is connected to, and the inner sidewall for fumigating portion 3 is equipped with several steam holes 3a, and microtubular to be fumigated is placed in stifling 3 ring of portion
In shape, the steam in kettle body 1 enters through opening 1a in the annular cavity in stifling portion 3, is continuously discharged from steam hole 3a, to microtubular
Heat moulding；Heated seats 2 heat kettle body 1 after being powered, and heated seats 2 are equipped with selectable heat button 2a, heat preservation is pressed
Button 2b and timer 2c, presses heat button 2a, and heated seats 2 are generated with the water in relatively high power fast heating kettle body 1 to boiling
Steam；After pressing heat preservation button 2b, heated seats 2 keep the temperature the water in kettle body 1, and the water temperature in kettle body 1 is made to be maintained at slightly lower
In the temperature of boiling point, heat button 2a is switched to when needing stifling moulding, the short time can be heated to boiling, two kinds of heated moulds
Formula meets the use demand of microtubular moulding process；Timer 2c, records fumigation time, convenient for control moulding process；
It is equipped with burn-out-proof equipment for drying in kettle body 1, prevents the anhydrous dry combustion method of kettle body 1.
When microtubular is fumigated, heat button 2a is pressed, heated seats 2 are high-power to the water in kettle body 1 to quickly heat up to boiling,
Microtubular to be fumigated is placed in the middle part in stifling portion 3, timer 2c record fumigation time is pressed, is generated in kettle body 1 a large amount of
Steam continuously enters through opening 1a in the inner cavity in stifling portion 3, and flows out from steam hole 3a, carries out heating and softening modeling to microtubular
Shape；After stifling, press heat preservation button 2b and switch to holding mode, the water in kettle body 1 is maintained at the high temperature of slightly below boiling point
State, quick ebuillition of heated when to repeat moulding.
Embodiment two
Referring to attached drawing 3~4, a kind of microtubular moulding fumigator, which includes kettle body 1, heated seats 2
With stifling portion 3, kettle body 1 is placed in heated seats 2 and heats, and kettle body 1 is equipped with opening 1a, and water pours into kettle body 1 from opening 1a；Kettle body
1 is equipped with visual window 1b, and visual window 1b is equipped with scale, for observing and measuring the water in kettle body 1；Stifling portion 3 is located at kettle body 1
Top, stifling portion 3 are connected to the opening 1a in kettle body 1, and fumigating portion 3 is hollow tube-in-tube structure, fumigate inner cavity and the kettle body in portion 3
1 opening 1a connection, the sleeve wall for fumigating portion 3 are equipped with steam hole 3a, and side wall is equipped with inlet and outlet 3b, microtubular to be fumigated
3b to be imported and exported to be put into stifling portion 3, the steam generated in kettle body 1, which enters in stifling portion 3, heats moulding to the microtubular in it,
Steam is constantly discharged out of steam hole 3a, keeps stifling hi-temp hi-effective；Heated seats 2 heat kettle body 1 after being powered, heated seats
2 are equipped with selectable heat button 2a, heat preservation button 2b and timer 2c, press heat button 2a, heated seats 2 are with larger function
Water to boiling in rate fast heating kettle body 1 generates steam；After pressing heat preservation button 2b, heated seats 2 carry out the water in kettle body 1
Heat preservation, makes the water temperature in kettle body 1 be maintained at the temperature of slightly below boiling point, switches to heat button 2a when needing stifling moulding,
Short time can be heated to boiling, and two kinds of heating modes meet the use demand of microtubular moulding process；Timer 2c, to stifling
Time is recorded, convenient for control moulding process；It is equipped with burn-out-proof equipment for drying in kettle body 1, prevents the anhydrous dry combustion method of kettle body 1.
When microtubular is fumigated, heat button 2a is pressed, heated seats 2 are high-power to the water in kettle body 1 to quickly heat up to boiling,
Microtubular to be fumigated is placed in the middle part in stifling portion 3, timer 2c record fumigation time is pressed, is generated in kettle body 1 a large amount of
Steam continuously enters through opening 1a in the inner cavity in stifling portion 3, and flows out from steam hole 3a, carries out heating and softening modeling to microtubular
Shape；After stifling, press heat preservation button 2b and switch to holding mode, the water in kettle body 1 is maintained at the high temperature of slightly below boiling point
State, quick ebuillition of heated when to repeat moulding.
Claims (7)
1. a kind of microtubular moulding fumigator, it is characterised in that the microtubular moulding fumigator includes kettle body and heated seats, kettle body
It is placed in heated seats and heats, kettle body is equipped with opening, adds water by being open into kettle body, the steaming generated after the intracorporal water boiling of pot
Vapour rises discharge through opening, and microtubular is placed on overthe openings and heats moulding through steam；Heated seats heat kettle body after being powered,
Heated seats are equipped with selectable heat button and heat preservation button, press heat button, heated seats are quickly heated with relatively high power
Water to boiling in kettle body generates steam；After pressing heat preservation button, heated seats keep the temperature the intracorporal water of pot.
2. microtubular moulding fumigator according to claim 1, it is characterised in that the microtubular moulding fumigator is also
Including fumigating portion, stifling portion is located above kettle body, fumigates the open communication in portion and kettle body, the steam generated in kettle body is through being open
Into in stifling portion, to moulding microtubular as carrying out stifling moulding in stifling portion.
3. microtubular moulding fumigator according to claim 2, it is characterised in that the stifling portion is hollow annulus
Structure, the open communication of hollow annular cavity and kettle body, the inner sidewall for fumigating portion are equipped with steam hole, and microtubular to be fumigated is set
In in stifling portion's annular, the intracorporal steam of pot is continuously discharged, to micro- through being open in the annular cavity for entering stifling portion from steam hole
Heating conduit moulding.
4. microtubular moulding fumigator according to claim 2, it is characterised in that the stifling portion is hollow sleeve
Structure fumigates the inner cavity in portion and the open communication of kettle body, and the sleeve wall for fumigating portion is equipped with steam hole, and side wall is equipped with disengaging
Mouthful, microtubular to be fumigated is put into stifling portion through inlet and outlet, and the steam generated in kettle body enters in stifling portion to micro- in it
Heating conduit moulding, steam are constantly discharged out of steam hole.
5. microtubular moulding fumigator according to claim 1 or 2, it is characterised in that be additionally provided with meter in the heated seats
When device.
6. microtubular moulding fumigator according to claim 1 or 2, it is characterised in that the kettle body is equipped with visual
Window, visual window are equipped with scale.
7. microtubular moulding fumigator according to claim 1 or 2, it is characterised in that be equipped with anti-dryout in the kettle body
Device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820628184.XU CN208877672U (en) | 2018-04-28 | 2018-04-28 | Microtubular moulding fumigator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820628184.XU CN208877672U (en) | 2018-04-28 | 2018-04-28 | Microtubular moulding fumigator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208877672U true CN208877672U (en) | 2019-05-21 |
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ID=66492722
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820628184.XU Active CN208877672U (en) | 2018-04-28 | 2018-04-28 | Microtubular moulding fumigator |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110288693A (en) * | 2019-06-06 | 2019-09-27 | 昆明医科大学第二附属医院 | A kind of intelligent microtubular Shaping System of intracranial aneurysm intervention operation |
| CN112372996A (en) * | 2020-11-11 | 2021-02-19 | 遵义医科大学附属医院 | Moulding device of pipe a little with pressurization function |
-
2018
- 2018-04-28 CN CN201820628184.XU patent/CN208877672U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110288693A (en) * | 2019-06-06 | 2019-09-27 | 昆明医科大学第二附属医院 | A kind of intelligent microtubular Shaping System of intracranial aneurysm intervention operation |
| CN112372996A (en) * | 2020-11-11 | 2021-02-19 | 遵义医科大学附属医院 | Moulding device of pipe a little with pressurization function |
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