CN200991255Y - Intellient quick pre-made skin-flap exercising device - Google Patents
Intellient quick pre-made skin-flap exercising device Download PDFInfo
- Publication number
- CN200991255Y CN200991255Y CN 200620175170 CN200620175170U CN200991255Y CN 200991255 Y CN200991255 Y CN 200991255Y CN 200620175170 CN200620175170 CN 200620175170 CN 200620175170 U CN200620175170 U CN 200620175170U CN 200991255 Y CN200991255 Y CN 200991255Y
- Authority
- CN
- China
- Prior art keywords
- flap
- press strip
- pressure device
- ceiling molding
- dynamic component
- 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 - Lifetime
Links
Images
Landscapes
- Orthopedics, Nursing, And Contraception (AREA)
Abstract
The utility model provides an intelligent rapid skin flap prefabricating training aid, and consists of a lower press bar, an upper press bar, a skin flap pressure device, a blood flowmeter for monitoring the blood flow volume of the skin flap, an intelligent controll computer, and a drive mechanism which drives the skin flap pressure device acting. The skin flap pressure device is fixed on the upper press bar, the lower press bar connects with the skin flap pressure device or the upper press bar through a drawing device; the signal checking output terminal of the blood flowmeter connects with the computer COM through a lead to transfer the checked skin flap blood flow volume value to the computer; the other COM of the computer connects with the drive mechanism which drives the skin flap pressure device acting through the lead, the drive mechanism connects with the skin flap pressure device through the lead. The intelligent control computer controls the upper press bar shifting up and down through the skin flip pressure device according to the skin flap blood flow volume checked by the blood flowmeter, the partial blood flow can be made to be interdicted or fluent by pressing or loosening the skin flap between the upper and lower press bars . The utility model provides the skin flap prefabricating operation with scientific datum to ensure the operation success rate.
Description
Technical field
This utility model relates to a kind of operating theater instruments, specifically, relates to a kind of intelligent type quick prefabricated flap exercise equipment that uses in the quick prefabricated flap operation of implementing with the Vessel Skin Flap tissue defect.
Background technology
With the existing history that goes up a century of Vessel Skin Flap tissue defect.Its basic skills is: one of the next door at tissue defect position cutting have the skin subcutaneous fat or even have a flap of the following muscle of fascia, vascular tissue, still some links together for flap that this cuts out and body, and this coupling part is called as " base of a fruit "; This flap is turned over certain angle cover on the tissue defect position and stitching, implement reparation the defective tissue on its next door.This Vessel Skin Flap art all can be repaired the damage at each position of whole body.
It is a lot of to be used for the damaged flap kind of repair tissue, mainly contains two kinds of Survival of Random Flap and axial skin flaps.It is darker that axial skin flap cuts the degree of depth, comprises deep fascia underlying muscle 43 (referring to Fig. 6) and well-known blood vessel etc.; The base of a fruit between axial skin flap and the body can be very narrow, and the Aspect Ratio of blood supply area is bigger, so turning over angle when covering defect can be very big, repair coverage is bigger, and effect better.But axial skin flap is not can form at any position of health, and it is also bigger for the damage of bark fetching lobe place body to form axial skin flap.It is more shallow that Survival of Random Flap cuts the degree of depth, only cuts to deep fascia upper strata 42 (referring to Fig. 6), wherein do not have well-known blood vessel.This flap has some special advantages, and is simple as its anatomical layer, on the fascia upper strata; Cut Survival of Random Flap and can not injure deep tissue and well-known blood vessel; Survival of Random Flap can form at each position of body.But, with the damaged restriction that is subjected to flap Aspect Ratio and shape of Survival of Random Flap repair tissue, Survival of Random Flap need usually and body between keep the base of a fruit 5 (referring to Fig. 5) of broad, this just has influence on the scope of application of repairing with Survival of Random Flap.At present, the technology of existing expansion Survival of Random Flap area has: 1, Survival of Random Flap postpones art, and 2, flap tissue expander art, 3, baffle type flap art.These operation methods need 7-90 days usually in the flap forming process, will undergo surgery 2-7 time therebetween.Thus, make some acute injuries, patient that tissue defect is bigger can not obtain tissue repair timely and effectively, and the hospital stays is long, operation often, also increased patient's financial burden and stress.Therefore, Survival of Random Flap of the prior art needs further to solve following technical problem in prothesis:
1, how to make Survival of Random Flap can in the shortest time, enlarge flap area;
2, how can increase the flap Aspect Ratio as much as possible, make it, obtain the narrower base of a fruit, thereby increase the anglec of rotation, multi-faceted, the maximum area repair tissue damage of energy as axial skin flap;
3, how to make the Survival of Random Flap local organization blood flow as axial skin flap that reliable guarantee is arranged, index is strong.
Summary of the invention
In order to solve above-mentioned problems of the prior art, the purpose of this utility model provides a kind of intelligent type quick prefabricated flap exercise equipment.Carrying out the expansion of flap blood flow, in the prefabricated process, this intelligent type quick prefabricated flap exercise equipment can be in real time according to the extrusion time of the physical signs adjustment such as flap of blood flow that monitor to flap, help in the shortest time (1 day), to make Survival of Random Flap increase the Aspect Ratio of its blood supply area, survive fast, and, also can make the flap shaped design more random, more accurate, and it is very narrow that the base of a fruit of flap and body connecting portion can design, as axial skin flap, the anglec of rotation can be greater than 180 °, increase repair coverage, guarantee that the flap that cuts reaches the requirement of reparation.
For achieving the above object, this utility model is by the following technical solutions: a kind of intelligent type quick prefabricated flap exercise equipment is characterized in that: it by press strip, ceiling molding down, the blood flowmeter, Based Intelligent Control that can drive flap pressure device that ceiling molding moves up and down, monitoring flap of blood flow with microcomputer, drive the driving device that flap pressure device moves and constitute;
Flap pressure device is fixed on the ceiling molding, following press strip by pulling device and flap pressure device/or ceiling molding link to each other;
The detection signal outfan of blood flowmeter links to each other with the serial ports of microcomputer by lead, and detected flap of blood flow number is transferred to microcomputer; Another serial ports of microcomputer links to each other with the driving device that drives the action of flap pressure device by lead, and driving device links to each other with flap pressure device.
The flap of blood flow that this utility model intelligent type quick prefabricated flap exercise equipment detects according to blood flowmeter is by the upper and lower displacement of flap pressure device control ceiling molding, pushes or loosens flap between the upper and lower press strip, makes it regional flow's blocking-up or unobstructed.This utility model is an indispensable apparatus in the quick prefabricated flap operation, is the absolute guarantee of this operation success.Simultaneously, this utility model also carries out real-time monitoring by the blood circulation monitoring device to the physical signs of flap, and the success of performing the operation for flap provides reliable foundation, guarantees success rate of operation.
Description of drawings
The utility model is described in further detail below in conjunction with accompanying drawing.
Fig. 1 is a structural representation of the present utility model;
Fig. 2 is a fundamental diagram of the present utility model;
The control sequence flow chart that Fig. 3 carries out for this utility model microcomputer;
The quick prefabricated flap exercise equipment embodiment 1 three-dimensional partial structurtes sketch map that Fig. 4 provides for this utility model;
Fig. 5 is for being arranged on this quick prefabricated flap exercise equipment shown in Figure 4 sketch map on the body in the operation of quick prefabricated flap;
Fig. 6 is for being arranged on this quick prefabricated flap exercise equipment shown in Figure 4 sectional structure sketch map on the body in the operation of quick prefabricated flap;
Fig. 7 is the structural representation of another embodiment of this quick prefabricated flap exercise equipment;
Fig. 8 is the structural representation of press strip under a kind of chain type;
Fig. 9 is a kind of plan structure sketch map of chain type ceiling molding.
The structural representation of the ceiling molding that Figure 10 couples together for difform unit plate.
The specific embodiment
As Fig. 1, shown in Figure 4, the intelligent type quick prefabricated flap exercise equipment that this utility model provides is by laser Doppler perfusion flowmeter 6, the Based Intelligent Control of press strip 1, ceiling molding 2, flap pressure device 3, monitoring flap of blood flow constitute with the driving device 9 of microcomputer 7,3 actions of driving flap pressure device down.
Fig. 2 is a fundamental diagram of the present utility model, the control sequence flow chart that Fig. 3 carries out for this utility model microcomputer.In operation process, in order more fully to understand the prefabricated process of flap, the physiological conditions of flap, to regulate the interval that pushes, loosens flap, can use the blood flow of laser Doppler perfusion flowmeter monitoring flap, use skin temperature monitor monitoring skin temperature, use percutaneous oxygen content monitor monitoring percutaneous oxygen content, the variation of pH value is organized in the monitoring of using-system pH value monitor.Wherein, the flap of blood flow value most critical of blood flowmeter monitoring, Based Intelligent Control is exactly the action of controlling flap pressure device according to the flap of blood flow value with microcomputer, make local skin subcutaneous tissue bloodstream blocking or unobstructed, make ready-formed flap supply blood circulation from flap the base of a fruit fully, other Monitoring Data such as temperature, oxygen content and organize pH value to understand the situation of flap for the doctor.
As Fig. 2, shown in Figure 3, the doctor at first will measure the basic blood flow value of patient skin by blood flowmeter, and be stored in the microcomputer before operation; Simultaneously, the doctor sets the blood flow setting value of control ceiling molding action in the operation according to patient's basic blood flow value.
Microcomputer begins to carry out its inner control sequence, constantly receives and show the flap of blood flow valuve of blood flowmeter monitoring; The output control signal drives the action of flap pressure device, makes ceiling molding press down the skin subcutaneous tissue; Read the flap of blood flow valuve of blood flowmeter monitoring; The size that the blood flow of setting when the flap of blood flow valuve is with the operation beginning relatively at this moment sets value; If this moment, the flap of blood flow valuve was greater than setting value, illustrate that the physiological conditions of this flap is normal, can keep the pressed status of ceiling molding to push the skin subcutaneous tissue always and promptly block skin subcutaneous tissue regional flow; If this moment, the flap of blood flow valuve was less than setting value, this flap circulatory disorders is described, need lift ceiling molding and loosen the skin subcutaneous tissue, make skin subcutaneous tissue blood flow unobstructed, microcomputer is exported control signal immediately, drives on the flap pressure device and carries on press strip, loosens the skin subcutaneous tissue between the upper and lower press strip, wait for a period of time, till the flap of blood flow valuve returns to basic blood flow value; Microcomputer continues the output control signal and drives the action of flap pressure device, makes ceiling molding press down the skin subcutaneous tissue; So constantly press down again and again, on carry on press strip, up to the persistent pressure ceiling molding, ready-formed flap of blood flow valuve is equal to or greater than till the basic blood flow value.As for ceiling molding extruding/or loosen hypodermic time of skin, degree and ceiling molding to bottom offset, to the distance of top offset, the time length of the control signal that those of ordinary skills can be by setting microcomputer output realizes.
Shown in Fig. 4,5 and 6, in specific embodiment of the utility model, described press strip 1 down is soft thin rectangular slab, the length direction of infra press strip 1 upper edge press strip is provided with two row's perforation 11, in each perforation 11, upwards be equipped with the pulling device 8 that is used for press strip 1 under the tractive from the bottom of following press strip 1, this pulling device can be steel wire or nylon yarn or other silk thread.
In the present embodiment, dynamic component 32 in the flap pressure device 3 is to be set on the sleeve of quiet parts 31, quiet parts 31 tops are provided with between piston portion 311 and the dynamic component 32 telescopic inwalls and constitute hermetically-sealed construction, be respectively equipped with QI KOU 35 and following QI KOU 36 and corresponding air bleeding valve in dynamic component 32 telescopic top and bottom, connect the air pressure pipeline on it, connect compressed gas source on this air pressure pipeline, this pipeline is provided with air valve.Microcomputer 7 is imported compressed gas by the keying of control air valve in two independent cavity that separated by 311 sealings of the piston portion on the quiet parts 31 in the sleeve of dynamic component 32.
When entering compressed gas in the last QI KOU 35, make the sleeve of dynamic component 32 move up, thus, can tractive under press strip 1 move up and/or ceiling molding 2 moves down, make that promptly upper and lower press strip is close.When entering compressed gas in the QI KOU 36 instantly, make quiet parts 31 drive ceiling molding 2 and move up that thus, following press strip 1 separates with ceiling molding 2, spacing increases.
Particularly, this quick prefabricated flap exercise equipment is to use like this in quick prefabricated flap operation:
Be located in down on the press strip 1 pulling device as fixing steel wire from flap 4 pass with ceiling molding 2 on dynamic component 32 on the fixed flap pressure device 3 connect firmly.Last QI KOU 35 to flap pressure device 3 feeds compressed gas, and press strip 1 and ceiling molding 2 are drawn close, and the skin histology at line 44 places of flap is pushed.Feed compressed gas when stopping to go up QI KOU 35, and when changing following QI KOU 36 to flap pressure device 3 into and feeding compressed gas, press strip 1 is separated with ceiling molding 2, can loosen extruding thus line 44 places of flap.
In this quick prefabricated flap operation, be constantly to push, loosen by line 44 places to flap 4, just cutting off blood flow enters flap and recovers blood flow and enter the alternative process of flap, make the blood flow direction of flap carry out artificial change gradually, under the natural situation blood flow from rule 44 and the base of a fruit 5 flow into flap together, change over just and flow into flaps from the base of a fruit 5.
Do not have well-known blood vessel on the Survival of Random Flap, if cut off the blood flow of super large ratio Survival of Random Flap periphery soon, flap is supplied with nutrition owing to can not get enough blood flows, will be downright bad.And this utility model intelligent type quick prefabricated flap exercise equipment is a blood flow of blocking these 44 places of ruling by easy stages, along with flap to having only the adaptation gradually of the base of a fruit's 5 blood supplies, can reach fully by the base of a fruit's 5 blood supplies, at this moment, just the line 44 of this flap can be cut, carry out transfer of skin flap and repair the damage wound surface.Such method can effectively improve the survival rate of flap, simultaneously, can in the shortest time, make Survival of Random Flap increase the Aspect Ratio of its blood supply area, shortened to 1 day by original 7-90 days, expanded at 1: 11: 4.5 by former position Aspect Ratio, also can make the flap shaped design more random, more accurate, and it is very narrow that the base of a fruit 5 that flap is connected with body can design, as axial skin flap, therefore, the anglec of rotation of Survival of Random Flap can to increase repair coverage, guarantee that the flap that cuts reaches the requirement of reparation greater than 180 °.Do not have this quick prefabricated flap exercise equipment, this operation almost is irrealizable.
In order in extruding flap process, to monitor the physiological conditions of flap in real time, to regulate extruding, to loosen the hypodermic interval of skin, the stroke of regulating dynamic component 32 is to regulate squeezing pressure, this utility model is by the blood flow of laser Doppler perfusion flowmeter 6 continuous monitoring flaps, as shown in Figure 1.The detection signal outfan of this blood flowmeter 6 links to each other by the serial ports of lead with microcomputer 7, and the control signal output ends of microcomputer 7 (serial ports) is by the action of driving device such as electromagnetic valve 37 or Air Valve Control flap pressure device 3.In the present embodiment, electromagnetic valve 37 is the duplex electromagnetic valve, controls the keying of flap pressure device 3 upper port 35 and lower port 36 respectively.Microcomputer output control signal makes electromagnetic valve 37 actions, the opening of control upper port 35 and lower port 36/or close, make upper and lower the moving of piston in the flap pressure device 3, thereby, drive the upper and lower displacement of ceiling molding, extruding/or loosen the skin subcutaneous tissue.As for ceiling molding extruding/or loosen hypodermic time of skin, degree and ceiling molding to bottom offset, to the distance of top offset, the time length of the control signal that those of ordinary skills can be by setting microcomputer output is controlled the conducting of electromagnetic valve 37 or time of closing realizes.
This utility model can also be provided with the reseting spring device (not shown) between quiet parts 31 and dynamic component 32, at this moment, can only be provided with a QI KOU on the sleeve of dynamic component 32.In this QI KOU, feed compressed gas, make dynamic component 32 move up or move down, and when wanting in the other direction mobile dynamic component 32,, under the effect of back-moving spring, can make dynamic component 32 motion in the other direction as long as stop ventilation and aerofluxus.
Described driving device also can be other linear motion device, for example screw mechanism that is connected with actuating device by motor, rackwork, cam mechanism or the like.
Fig. 7 is the quick prefabricated flap exercise equipment of the another kind of structure of this utility model.The length direction of following press strip 1 ' upper edge press strip is provided with row's perforation 11 ', be somebody's turn to do in the perforation 11 ' at each, upwards wear from the following bottom of press strip 1 ' and to be fixed with screw 12 ', be provided with on the ceiling molding 2 ' with following press strip 1 ' on perforation 11 ' the corresponding through hole 21 ', be set on the screw 12 ' that from the perforation 11 ' of following press strip 1 ', stretches out, quiet parts 31 ' in the flap pressure device 3 ' are provided with screw, being spirally connected is fixed on the screw 12 ', and ceiling molding 2 ' and following press strip 1 ' can be fixed on the screw 12 ' up or down; The two ends of affixed pulling device between dynamic component 32 ' in the flap pressure device 3 ' and the ceiling molding 2 ', pulling device is a rigid rod 8 ' herein.
Dynamic component 32 ' in the flap pressure device 3 ' remains a sleeve, and itself and quiet parts 31 ' the sealing socket that has piston portion equally still, have only a QI KOU 35 ' of lower end to be connected with the compression gas-pressure route of pipe line on the sleeve of dynamic component 32 '.Between quiet parts 31 ' and dynamic component 32 ', be provided with back-moving spring 7.
During QI KOU 35 ' air inlet instantly, dynamic component drives ceiling molding 2 ' by rigid rod 8 ' and moves down to moving down, and plays the effect at line 44 places of extruding flap 4.When QI KOU 35 ' stopped air inlet and aerofluxus instantly, under the effect of spring 7, the pitch enlargement between ceiling molding 2 ' and the following press strip 1 ' played the effect that line 44 places that compress are unclamped.
Other structure of this embodiment is identical with previous basic embodiment.
As shown in Figure 8, this time press strip A1 is the chain type press strip that is connected to form by the structure that is articulated and connected by orthogonal unit plate A11.The structure that is articulated and connected wherein is two projection A12 and groove A13 that connect the mutual coupling that is provided with on the side at the unit plate, is provided with hinged axis hole A14 on projection A22 and groove A13, plugs the bearing pin A1 that is fixedly hinged in this hinged axis hole
As shown in Figure 9, the structure that is articulated and connected of this ceiling molding B2 is the plug-in type articulated structure that is hinged that is provided with on two connection sides of unit plate B.It is, one at unit plate B connects the bearing pin B21 that is provided with an arcuate flanks on the side, on another connects side, be provided with one this bearing pin be plugged in wherein ring body B22 with side gap, two adjacent unit plates, one of them bearing pin above the plate are plugged in hinged connecting firmly in the gap of another plate.
In order to make ceiling molding form the curved shape of certain radian on its facade, described unit plate can be reaching of rectangle sides; Or it is fan-shaped lateral; Can also be monolateral segmental, promptly one of them connection side and base intersect at a right angle, and another angle that connects side and base is the obtuse angle greater than the right angle.As shown in figure 10, ceiling molding C can be made up of by the structure that is articulated and connected as shown in Figure 9 a plurality of difform unit plate, and rectangle sides unit plate C1 is wherein arranged; Has plenty of fan-shaped lateral unit plate C2; Also have monolateral segmental unit plate C3, promptly one of them a connection side and a side base intersect at a right angle, and another angle that connects a side and a side base is the obtuse angle greater than the right angle.
The advantage of the intelligent quick prefabricated flap exercise equipment that the utility model provides is: it becomes is that this kind is quick Indispensable apparatus in the prefabricated flap operation is the absolute guarantee of this successful surgery. This is not quick prefabricated The conditioning of skin flap device, quick prefabricated flap operation almost can not be implemented. By this kind operation and this quick prefabricated skin The lobe training aids makes the random flap that does not contain well-known blood vessel also can form axial pattern skin flap. Utilize this quick prefabricated skin The lobe training aids, the quick random flap forms could shorten to 1 day from 7-90 of the prior art days! Thereby, So that many privileged sites, the difficult surface of a wound, acute injury Wound Defect can obtain effectively repairing in early days, big Shortened greatly this type of sick course for the treatment of of planting, medical treatment, the living expenses of having saved the patient have alleviated patient's misery. In addition, this quick prefabricated flap exercise equipment comprises flap blood circulation monitoring device, can be to the physiology of flap Index is carried out real-time monitoring, and the success of performing the operation for flap provides reliable foundation.
In a word, the intelligent quick prefabricated flap exercise equipment of the utility model can improve local in the short time The functional condition of tissue, the patient who performs the operation for quick prefabricated flap provides science data, has greatly improved operation Success rate is conducive to the new-type operation method of this kind and is promoted and popularizes, so that the operation of quick prefabricated flap Not only can be implemented by veteran doctor, also can make the numerous doctors of basic hospital grasp fast this hand Art brings glad tidings for more patient.
Claims (10)
1, a kind of intelligent type quick prefabricated flap exercise equipment is characterized in that: it by down press strip, ceiling molding, the blood flowmeter, Based Intelligent Control that can drive flap pressure device that ceiling molding moves up and down, monitoring flap of blood flow with microcomputer, drive the driving device that flap pressure device moves and constitute;
Flap pressure device is fixed on the ceiling molding, following press strip by pulling device and flap pressure device/or ceiling molding link to each other;
The detection signal outfan of blood flowmeter links to each other with the serial ports of microcomputer by lead, and detected flap of blood flow number is transferred to microcomputer; Another serial ports of microcomputer links to each other with the driving device that drives the action of flap pressure device by lead, and driving device links to each other with flap pressure device.
2, intelligent type quick prefabricated flap exercise equipment according to claim 1 is characterized in that: described flap pressure device comprises quiet parts and dynamic component, and described quiet parts are fixed on the ceiling molding, and described dynamic component is fixed on the quiet parts movably;
Be provided with described pulling device between dynamic component and the described following press strip; Connect to drive it on the described dynamic component and on these quiet parts, move, then by this pulling device pulling make described press strip down and described ceiling molding do mutually near or relative to away from the power set that move.
3, intelligent type quick prefabricated flap exercise equipment according to claim 2 is characterized in that: the described length direction of press strip upper edge press strip down is provided with two row's perforation, and the bottom from following press strip in each perforation upwards wears fixing described fixedly steel wire;
Described ceiling molding has upper surface and lower surface, and the width between the described two row's perforation on the width of this lower surface and the described press strip down is complementary, and on the upper surface of this time press strip, fixes several this flap pressure devices along its length direction;
Described quiet parts in the described flap pressure device are fixed on this ceiling molding, and described dynamic component is fixed on these quiet parts movably;
Described pulling device is fixing steel wire, and two terminations that pass its this perforation from this time press strip are fixed on the described dynamic component.
4, intelligent type quick prefabricated flap exercise equipment according to claim 2, it is characterized in that: the described length direction of press strip upper edge press strip down is provided with row's perforation, in each perforation, upwards be equipped with screw from the bottom of following press strip, be provided with on the described ceiling molding with described down press strip on the corresponding through hole of perforation, by this through hole described ceiling molding is set on the described screw that stretches out from the perforation of following press strip, quiet parts in the described flap pressure device are provided with screw, being spirally connected is fixed on the described screw, and described ceiling molding and following press strip can be fixed on the described screw up or down; The two ends of affixed described pulling device between dynamic component in the described flap pressure device and the described ceiling molding.
5, according to claim 2 or 3 or 4 described intelligent type quick prefabricated flap exercise equipments, it is characterized in that: described power set are air pressure pipeline and the respective valves of being located on this air pressure pipeline; Correspondingly, described dynamic component is the cylindrical shell of a sealing, be set on the described quiet parts, described quiet parts top is provided with between piston portion and the telescopic inwall of described dynamic component and constitutes hermetically-sealed construction, in the sleeve of dynamic component, constitute two independent cavity, respectively be provided with a QI KOU on the wall of these two chambers, connect the air pressure pipeline on it, this pipeline is provided with the air valve that is controlled by described microcomputer.
6, according to claim 2 or 3 or 4 described intelligent type quick prefabricated flap exercise equipments, it is characterized in that: described power set are air pressure pipeline and the respective valves of being located on this air pressure pipeline; Correspondingly, described dynamic component is the cylindrical shell of a sealing, be set on the described quiet parts, described quiet parts top is provided with between piston portion and the telescopic inwall of described dynamic component and constitutes hermetically-sealed construction, in the sleeve of dynamic component, constitute two independent cavity, the wall of a chamber is provided with a QI KOU therein, connects the air pressure pipeline on it, and this pipeline is provided with the air valve that is controlled by described microcomputer; Between described quiet parts and the dynamic component or between dynamic component and the ceiling molding reseting spring device is being set.
7, intelligent type quick prefabricated flap exercise equipment according to claim 1, it is characterized in that: this intelligent type quick prefabricated flap exercise equipment also includes skin temperature monitor and/or percutaneous oxygen content monitor and/or organizes the pH value monitor, and their detection signal outfan links to each other with the serial ports of described microcomputer by lead.
8, intelligent type quick prefabricated flap exercise equipment according to claim 2 is characterized in that: described ceiling molding and/or following press strip are the chain type press strips that is connected to form by the structure that is articulated and connected by some unit plate.
9, intelligent type quick prefabricated flap exercise equipment according to claim 8, it is characterized in that: the described structure that is articulated and connected is two hinged axis holes that connect the mutual coupling that is provided with on the side at the unit plate, plugs the bearing pin that is fixedly hinged in this hinged axis hole; Perhaps
The described structure that is articulated and connected is the plug-in type articulated structure that is hinged that is provided with on two connection sides of unit plate, it is, one at the unit plate connects the bearing pin that is provided with an arcuate flanks on the side, being provided with one on another connects side can make this bearing pin be plugged in wherein the ring body with side gap, two adjacent unit plates, one of them bearing pin above the plate are plugged in hinged connecting firmly in the gap of another plate.
10, intelligent type quick prefabricated flap exercise equipment according to claim 8 is characterized in that: the described unit plate in the described ceiling molding is a rectangle sides, or fan-shaped lateral, or monolateral segmental.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620175170 CN200991255Y (en) | 2006-01-28 | 2006-12-31 | Intellient quick pre-made skin-flap exercising device |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200620002036 | 2006-01-28 | ||
| CN200620002036.4 | 2006-01-28 | ||
| CN 200620175170 CN200991255Y (en) | 2006-01-28 | 2006-12-31 | Intellient quick pre-made skin-flap exercising device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200991255Y true CN200991255Y (en) | 2007-12-19 |
Family
ID=38944328
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620175170 Expired - Lifetime CN200991255Y (en) | 2006-01-28 | 2006-12-31 | Intellient quick pre-made skin-flap exercising device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN200991255Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104096274A (en) * | 2014-07-16 | 2014-10-15 | 东南大学 | Free skin flap in-vitro distal blood supplying device |
| CN105615935A (en) * | 2014-10-27 | 2016-06-01 | 上海交通大学医学院附属第九人民医院 | Expansion flap delay ring |
-
2006
- 2006-12-31 CN CN 200620175170 patent/CN200991255Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104096274A (en) * | 2014-07-16 | 2014-10-15 | 东南大学 | Free skin flap in-vitro distal blood supplying device |
| CN105615935A (en) * | 2014-10-27 | 2016-06-01 | 上海交通大学医学院附属第九人民医院 | Expansion flap delay ring |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US8460169B2 (en) | Adjustable tension incontinence sling assemblies | |
| DE69531982T2 (en) | CIRCUIT SYSTEM WITH BLOOD PUMP AND OCCLUSION DEVICE | |
| CN103584829B (en) | Endoscope surgical instrument outer sheath with variable rigidity | |
| CN100466990C (en) | Intelligent type quick prefabricated flap exercise equipment | |
| ATE464028T1 (en) | IMPLANTABLE DEVICES FOR CONTROLLING THE INNER DIAMETER OF AN OPENING IN THE BODY | |
| CN104825229A (en) | Variable-stiffness endoscopic surgery instrument outer sheath | |
| CN201101801Y (en) | Bile duct support internal drainage tube | |
| CN200991255Y (en) | Intellient quick pre-made skin-flap exercising device | |
| CN104758988B (en) | A kind of the next Ventriculo peritoneal shunt pipe for adjusting | |
| CN207101299U (en) | Laparoscopic surgery is stretched drag hook with nerve fibre | |
| CN104644227B (en) | Suture-free device for surgical wound | |
| CN109771243A (en) | Varication massage device | |
| CN205626009U (en) | Hemostasis by compression ware | |
| CN108682254A (en) | Can adjust automatically lumbar puncture manikin | |
| CN113116692B (en) | Self-adaptive intermittent inflation pressurization system based on interface pressure | |
| CN206463026U (en) | A kind of eversion type anastomosis ring applicator | |
| CN110136559A (en) | A kind of simulation operation device of the Fluid simulation blutpunkte based on VR technology | |
| CN2882565Y (en) | Pressure binding up tool for postoperation | |
| CN113456156B (en) | A postoperative location compressor for heart radiofrequency ablation art | |
| CN204484051U (en) | Distortion is come in and gone out and the targeting visual area of vaginal dilation regulates and controls obturator | |
| CN210784597U (en) | Puncture outfit auxiliary device for laparoscopic surgery | |
| CN217745022U (en) | Uropoiesis surgery postoperative fumigation apparatus | |
| CN111281629B (en) | Postoperative wound care implement | |
| CN203710528U (en) | Cold-circulation urethral catheter | |
| CN216167581U (en) | Fascia tube for suturing fibrous ring under endoscope |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C53 | Correction of patent for invention or patent application | ||
| CB03 | Change of inventor or designer information |
Inventor after: Xu Jun Inventor after: Zang Xinming Inventor before: Xu Jun Inventor before: Cang Cuanming |
|
| COR | Change of bibliographic data |
Free format text: CORRECT: INVENTOR; FROM: XU JUN; ZANG XINMING TO: XU JUN; ZANG XINMING |
|
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20090311 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |