CN107874989A - Air wave treatment spacing method, system, computer equipment and storage medium - Google Patents
Air wave treatment spacing method, system, computer equipment and storage medium Download PDFInfo
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- CN107874989A CN107874989A CN201711262719.2A CN201711262719A CN107874989A CN 107874989 A CN107874989 A CN 107874989A CN 201711262719 A CN201711262719 A CN 201711262719A CN 107874989 A CN107874989 A CN 107874989A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H9/00—Pneumatic or hydraulic massage
- A61H9/005—Pneumatic massage
- A61H9/0078—Pneumatic massage with intermittent or alternately inflated bladders or cuffs
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/50—Control means thereof
- A61H2201/5056—Control means thereof pneumatically controlled
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Abstract
The present invention proposes a kind of air wave treatment spacing method, air wave treatment spacing system, computer equipment and computer-readable recording medium, wherein, the air wave treatment spacing method for the air bag with multiple cavities includes：Obtain the treatment cycle of air bag；Multiple subcycles are determined according to treatment cycle, and determine all cavitys corresponding with each subcycle；It is determined that in all cavitys corresponding to each subcycle each cavity the charge and discharge cycle, in the charge and discharge cycle, control cavity is inflated and bleed air operation.Pass through technical scheme, the accumulation of therapeutic effect different in different subcycles in treatment cycle can be passed through, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to formation, the prevention edema of limbs and trunks of pre- preventing thrombosis, the many disease related to hematolymphoid circulation can be directly or indirectly treated, while flexibility is higher, can adapt to different body parts and different Treatment need.
Description
Technical field
The present invention relates to Medical Instruments technical field, and relate more specifically to a kind of air wave treatment spacing method, Yi Zhongkong
Wave treatment system, a kind of computer equipment and a kind of computer-readable recording medium.
Background technology
Air wave treatment spacing instrument is mainly by the sequential inflation/deflation repeatedly of multi-cavity air bag, foring to limbs and tissue
Circulating pressure, uniform sequential extruding is carried out to the near-end of limbs to the distal end of limbs, promotes the flowing of blood and lymph to change
The effect of kind microcirculation, accelerate the backflow of limb tissue liquid, contribute to formation, the prevention edema of limbs and trunks of pre- preventing thrombosis, can be direct
Or many diseases that indirect treatment is related to hematolymphoid circulation.In traditional air wave treatment spacing method, each circulation treatment is all
Stationary remote cavity and near-end cavity, it is impossible to distal end cavity is adjusted according to different treatment cycles, to the body part for the treatment of
More limit to, flexibility is relatively low.
The content of the invention
It is contemplated that at least solves one of technical problem present in prior art or correlation technique.
In view of this, it is an object of the present invention to provide a kind of air wave treatment spacing method.
It is another object of the present invention to provide a kind of air wave treatment spacing system.
It is yet a further object of the present invention to provide a kind of computer equipment.
A further object of the present invention is to provide a kind of computer-readable recording medium.
To achieve these goals, the technical scheme of first aspect present invention provides a kind of air wave treatment spacing method, uses
In the air bag with multiple cavities, including：Obtain the treatment cycle of air bag；Multiple subcycles are determined according to treatment cycle, and really
Fixed all cavitys corresponding with each subcycle；It is determined that the charge and discharge of each cavity is all in all cavitys corresponding to each subcycle
Phase, in the charge and discharge cycle, control cavity is inflated and bleed air operation.
In the technical scheme, because air wave treatment spacing has a variety of therapeutic schemes, with adapt to different body parts and
Different Treatment need, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, is included in each treatment cycle
Multiple subcycles are to complete different therapeutic effects, therefore, after obtaining treatment cycle, more height weeks obtained according to treatment cycle
Phase, by the accumulation of the therapeutic effect of multiple subcycles, reach the overall therapeutic effect for the treatment of cycle, determine subcycle and son
After cavity corresponding to cycle, it is determined that each charge and discharge cycle of cavity, and in every height in all cavitys corresponding to each subcycle
In the charge and discharge cycle corresponding to cycle, cavity is inflated and bleed air operation.It is appreciated that for different subcycles, treatment
The difference of effect is mainly reflected in the quantity of cavity in each subcycle, the charge and discharge cycle of cavity, the blowing pressure etc. of cavity, tool
For body, for number of cavities identical subcycle, the difference of therapeutic effect depends on different charge and discharge cycles, different charge and discharges
In cycle, aeration speed, the blowing pressure, inflation interval, the sequencing not necessarily all same of cavity inflation, make cavity to limbs
Squeezing effect it is different, it is different to the promotion flow effect of blood and lymph, and then cause the difference of therapeutic effect；For difference
The subcycle of number of cavities, the scope of the cavity covering of different quantity is different, can treat body by adjusting the quantity of cavity
The different position of body, the applicability of air wave treatment spacing method is improved, makes air wave treatment spacing more flexible, adjustment can also be passed through
The different zones at the same position of quantity treatment body of cavity, make air wave treatment spacing more targeted.By the technical program,
The flowing of blood and lymph by the accumulation of therapeutic effect different in different subcycles in treatment cycle, can be promoted, accelerated
Limb tissue liquid flows back, and contributes to formation, the prevention edema of limbs and trunks of pre- preventing thrombosis, can directly or indirectly treat and hematolymphoid
Related many diseases are circulated, while flexibility is higher, can adapt to different body parts and different Treatment need.
What deserves to be explained is according to different therapeutic schemes, the charge and discharge cycle of different subcycles can be suitable according to the time
Sequence separate, it is also possible to have it is overlapping, to reach different therapeutic effects.
In the above-mentioned technical solutions, it is preferable that it is determined that all cavitys corresponding with each subcycle, are specifically included：Institute
Have and at least one beginning cavity and at least one cut-off cavity are selected in cavity；Determine in all cavitys except start cavity and
End the transitional cavity outside cavity, wherein, start cavity as the cavity inflated at first in all cavitys in subcycle, end chamber
Body is the cavity finally deflated in all cavitys in subcycle.
In the technical scheme, it is determined that all cavitys corresponding with each subcycle, specifically, in all chambers of air bag
At least one beginning cavity and at least one cut-off cavity are determined in body, and is determined in all cavitys except beginning cavity and cut-off
Transitional cavity outside cavity.Aeration phase in the charge and discharge cycle of subcycle, at least one beginning cavity start to inflate at first,
Then transitional cavity and at least one cut-off cavity are inflated, the releasing phase in the charge and discharge cycle of subcycle, at first
At least one beginning cavity and transitional cavity are deflated, bleed air operation finally is carried out at least one cut-off cavity, so as to
The different parts of body are extruded by the inflation/deflation of different cavitys, to promote the flowing of blood and lymph, improve body
The flowing of blood and lymph.
Wherein, corresponding to different subcycles, start cavity and cut-off cavity is not necessarily identical, it is different to adapt to body
Position and different Treatment need.
In the above-mentioned technical solutions, it is preferable that to the inflatable and deflatable operation of cavity, specifically include：Cavity inflation is controlled, and
Intracavitary air pressure is determined, when intracavitary air pressure reaches the first preset pressure, stops inflation；Keep pre- in cavity with the first preset pressure
If after the time, control cavity starts to deflate, until when intracavitary air pressure is less than the second preset pressure, control cavity stops deflating.
In the technical scheme, to the inflatable and deflatable operation of cavity, specifically, control cavity is inflated, the gas in cavity
Pressure gradually increase, the intracavitary air pressure of real-time test chamber in gas replenishment process, in intracavitary air pressure the first preset pressure of sack, control
Cavity processed stops inflation, it will be understood that the first preset pressure is the peak of intracavitary air pressure, the first different preset pressures, chamber
Body is different to the squeezing effect of body, and different therapeutic effects can be reached by adjusting the first preset pressure according to therapeutic scheme；
After cavity keeps preset time with the first preset pressure, control cavity starts to deflate, and intracavitary air pressure is gradually reduced, until intracavitary gas
Force down when the second preset pressure, control cavity stops deflating, and now, cavity is weaker to the squeezing effect of body or cavity is to body
Have squeezing effect in vivo, corresponding to the second different preset pressures, body be squeezed position tissue fluid reflowing result it is different.It is logical
Cross control different cylinders be inflated and bleed air operation, make difference cylinder successively extrude body different parts, Jin Ershi
The promotion now flowed to cavity extruded parts blood and lymph.
Wherein, for the different bladder in the same charge and discharge cycle, the first preset pressure and the second preset pressure are not necessarily
All same, to adapt to different therapeutic schemes, reach different therapeutic effects.
In the above-mentioned technical solutions, it is preferable that it is determined that each charge and discharge of cavity in all cavitys corresponding to each subcycle
In the cycle, in the charge and discharge cycle, control cavity is inflated and bleed air operation, specifically includes：Step a, to start cavity as target
Cavity；Step b, is inflated and bleed air operation to target cavity；Step c, judge that target cavity is not off the situation of cavity
Under, using the cavity adjacent with target cavity as target cavity；Step d, repeat step b and step c, until target cavity is to cut
Only cavity, after cut-off cavity completes inflatable and deflatable operation, terminate treatment.
In the technical scheme, in the charge and discharge cycle, step a, to start cavity to treat inflatable and deflatable target cavity,
Step b, is inflated and deflates to target cavity, step c, will be with the case where judging that target cavity is not off cavity
The adjacent cavity of target cavity is as target cavity, step d, repeat step b and step c, until target cavity is cut-off cavity,
After cut-off cavity completes inflatable and deflatable operation, corresponding to the treatment end of the subcycle, i.e. the charge and discharge cycle completes.It is worth saying
Bright, target cavity includes at least one cavity, and in the same charge and discharge cycle, the quantity for the cavity that target cavity includes can
With change.Meanwhile in the case where judging that target cavity is not off cavity, can be by certain side adjacent with target cavity
At least one cavity, can also be using at least one cavity of the both sides adjacent with target cavity as target cavity as target cavity
Body.
The technical scheme of second aspect of the present invention provides a kind of air wave treatment spacing system, for the gas with multiple cavities
Capsule, including：Total periodic unit, for obtaining the treatment cycle of air bag；Subcycle cavity determining unit, for according to treatment cycle
Multiple subcycles are determined, and determine all cavitys corresponding with each subcycle；Execution unit, for determining each subcycle pair
In the charge and discharge cycle of each cavity in all cavitys answered, in the charge and discharge cycle, control cavity is inflated and bleed air operation.
In the technical scheme, because air wave treatment spacing has a variety of therapeutic schemes, with adapt to different body parts and
Different Treatment need, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, is included in each treatment cycle
Multiple subcycles are to complete different therapeutic effects, and therefore, after total periodic unit obtains treatment cycle, subcycle cavity determines
Unit obtains multiple subcycles according to treatment cycle, and by the accumulation of the therapeutic effect of multiple subcycles, it is whole to reach treatment cycle
The therapeutic effect of body, after subcycle cavity determining unit determines cavity corresponding to subcycle and subcycle, execution unit determines
The charge and discharge cycle of each cavity in all cavitys corresponding to each subcycle, and in the charge and discharge cycle corresponding to each subcycle,
Cavity is inflated and bleed air operation.It is appreciated that for different subcycles, the difference of therapeutic effect is mainly reflected in respectively
The quantity of individual subcycle lumen body, the charge and discharge cycle of cavity, the blowing pressure etc. of cavity, specifically, for number of cavities phase
With subcycle, the difference of therapeutic effect depends on the different charge and discharge cycles, in the different charge and discharge cycles, aeration speed, inflation
Pressure, inflation interval, the sequencing of cavity inflation are incomplete same, make cavity different to the squeezing effect of limbs, to blood
It is different with the promotion flow effect of lymph, and then cause the difference of therapeutic effect；It is different for the subcycle of different number of cavities
Quantity cavity covering scope it is different, the different position of body can be treated by adjusting the quantity of cavity, improve sky
The applicability of wave treatment method, make air wave treatment spacing more flexible, can also be same by adjusting the quantity treatment body of cavity
The different zones at one position, make air wave treatment spacing more targeted.By the technical program, can by treatment cycle not
The accumulation of different therapeutic effects with subcycle, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to
The formation of pre- preventing thrombosis, prevention edema of limbs and trunks, can directly or indirectly treat many disease related to hematolymphoid circulation, together
When flexibility it is higher, can adapt to different body parts and different Treatment need.
What deserves to be explained is according to different therapeutic schemes, the charge and discharge cycle of different subcycles can be suitable according to the time
Sequence separate, it is also possible to have it is overlapping, to reach different therapeutic effects.
In the above-mentioned technical solutions, it is preferable that subcycle cavity determining unit, specifically include：Start-stop cavity determining unit,
For selecting at least one beginning cavity and at least one cut-off cavity in all cavitys；Transitional cavity determining unit, use
In it is determined that in all cavitys except start cavity and end cavity in addition to transitional cavity, wherein, start cavity be in subcycle
The cavity inflated at first in all cavitys, cut-off cavity are the cavity finally deflated in all cavitys in subcycle.
In the technical scheme, subcycle cavity determining unit specifically includes start-stop cavity determining unit and transitional cavity is true
Order member, wherein, start-stop cavity determining unit determines at least one beginning cavity and at least one in all cavitys of air bag
End cavity, transitional cavity determining unit determines the transitional cavity in addition to starting cavity and ending cavity in all cavitys.
Aeration phase in the charge and discharge cycle of subcycle, at least one beginning cavity starts to inflate at first, then to transitional cavity and extremely
Few cut-off cavity is inflated, the releasing phase in the charge and discharge cycle of subcycle, at first at least one beginning cavity
Deflated with transitional cavity, bleed air operation finally is carried out at least one cut-off cavity, so as to pass through the charge and discharge of different cavitys
Gas is extruded the different parts of body, to promote the flowing of blood and lymph, improves the flowing of body blood and lymph.
Wherein, corresponding to different subcycles, start cavity and cut-off cavity is not necessarily identical, it is different to adapt to body
Position and different Treatment need.
In the above-mentioned technical solutions, it is preferable that execution unit, specifically include：Inflation unit, for controlling cavity to inflate,
And intracavitary air pressure is determined, when intracavitary air pressure reaches the first preset pressure, stop inflation；Deflating cells, in cavity with
After one preset pressure keeps preset time, control cavity starts to deflate, until when intracavitary air pressure is less than the second preset pressure, control
Cavity stops deflating.
In the technical scheme, execution unit specifically includes inflation unit and deflating cells, wherein, inflation unit control chamber
Body is inflated, and the air pressure in cavity gradually increases, the intracavitary air pressure of real-time test chamber in gas replenishment process, in intracavitary air pressure sack
During the first preset pressure, inflation unit control cavity stops inflation, it will be understood that the first preset pressure is the highest of intracavitary air pressure
Value, the first different preset pressures, cavity are different to the squeezing effect of body, and adjusting the first preset pressure according to therapeutic scheme can
To reach different therapeutic effects；After cavity keeps preset time with the first preset pressure, deflating cells control cavity starts
Deflate, intracavitary air pressure is gradually reduced, until when intracavitary air pressure is less than the second preset pressure, deflating cells control cavity stops putting
Gas, now, cavity is weaker to the squeezing effect of body or cavity in body to having squeezing effect, default corresponding to different second
Air pressure, body be squeezed position tissue fluid reflowing result it is different.By the behaviour that is inflated and deflates for controlling different cylinders
Make, difference cylinder is successively extruded the different parts of body, and then realize the rush flowed to cavity extruded parts blood and lymph
Enter.
In the above-mentioned technical solutions, it is preferable that execution unit, specifically for performing following steps：Step a, to start chamber
Body is target cavity；Step b, is inflated and bleed air operation to target cavity；Step c, judge that target cavity is not off chamber
In the case of body, using the cavity adjacent with target cavity as target cavity；Step d, repeat step b and step c, until target
Cavity is cut-off cavity, after cut-off cavity completes inflatable and deflatable operation, terminates treatment.
In the technical scheme, execution unit is specifically used for performing following steps：In the charge and discharge cycle, step a, to start
Cavity is to treat inflatable and deflatable target cavity, step b, target cavity is inflated and deflated, step c, judging target
In the case that cavity is not off cavity, using the cavity adjacent with target cavity as target cavity, step d, repeat step b and
Step c, until target cavity is cut-off cavity, after cut-off cavity completes inflatable and deflatable operation, corresponding to the subcycle
Treatment end, i.e. charge and discharge cycle are completed.What deserves to be explained is target cavity includes at least one cavity, same charge and discharge cycle
In, the quantity for the cavity that target cavity includes can change.Meanwhile judging that target cavity is not off the situation of cavity
Under, can be using at least one cavity of certain side adjacent with target cavity as target cavity, can also will be with target cavity
At least one cavity of adjacent both sides is as target cavity.
The technical scheme of third aspect present invention provides a kind of computer equipment, including memory, processor and storage
On a memory and the computer program that can run on a processor, any of the above-described skill is realized during computing device computer program
Air wave treatment spacing method in art scheme.
In the technical scheme, during computer program on the computing device memory on computer equipment, Neng Goushi
Air wave treatment spacing method in existing any of the above-described technical scheme, can pass through treatment different in different subcycles in treatment cycle
The accumulation of effect, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to formation, the prevention of pre- preventing thrombosis
Edema of limbs and trunks, many disease related to hematolymphoid circulation can be directly or indirectly treated, while flexibility is higher, Neng Goushi
Answer different body parts and different Treatment need.
The technical scheme of fourth aspect present invention provides a kind of computer-readable recording medium, is stored thereon with computer
Program, the air wave treatment spacing method in any of the above-described technical scheme is realized when computer program is executed by processor.
In the technical scheme, the computer program on computer-readable recording medium can be realized when being performed by painstaking gas
Air wave treatment spacing method in any of the above-described technical scheme, it can be imitated by treatment different in different subcycles in treatment cycle
The accumulation of fruit, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to formation, the prevention limb of pre- preventing thrombosis
Body oedema, many disease related to hematolymphoid circulation can be directly or indirectly treated, while flexibility is higher, can adapt to
Different body parts and different Treatment need.
The additional aspect and advantage of the present invention will become obvious in following description section, or the practice by the present invention
Recognize.
Brief description of the drawings
Fig. 1 shows the schematic flow sheet of the air wave treatment spacing method of embodiment 1；
Fig. 2 shows the schematic flow sheet of the air wave treatment spacing method of embodiment 3；
Fig. 3 shows the schematic flow sheet of the air wave treatment spacing method of embodiment 7；
Fig. 4 shows the structural representation of the air wave treatment spacing system of embodiment 9；
Fig. 5 shows the structural representation of the air wave treatment spacing system of embodiment 11；
Fig. 6 shows the structural representation of the air wave treatment spacing system of embodiment 15；
Fig. 7 shows the structural representation of the computer equipment of embodiment 17.
Embodiment
It is below in conjunction with the accompanying drawings and specific real in order to which the above objects, features and advantages of the present invention can be more clearly understood that
Mode is applied the present invention is further described in detail.It should be noted that in the case where not conflicting, the implementation of the application
Feature in example and embodiment can be mutually combined.
Many details are elaborated in the following description to facilitate a thorough understanding of the present invention, still, the present invention may be used also
To be different from other modes described here using other to implement, therefore, protection scope of the present invention is not by described below
Specific embodiment limitation.
Embodiment 1：
Air wave treatment spacing method as shown in Figure 1, including：
Step S102, obtain the treatment cycle of air bag；
Step S104, multiple subcycles are determined according to treatment cycle, and determine all cavitys corresponding with each subcycle；
Step S106, it is determined that each charge and discharge cycle of cavity in all cavitys corresponding to each subcycle, in the charge and discharge cycle
In, control cavity is inflated and bleed air operation.
Wherein, in the present embodiment, corresponding four subcycles in a treatment cycle, the number of air bag cavity in each subcycle
Amount is followed successively by 5,6,7,8, and each cavity inflates deflation successively in each subcycle, next when upper cavity deflation is completed
Cavity starts to inflate, and each cavity aeration speed is identical.
In the present embodiment, because air wave treatment spacing has a variety of therapeutic schemes, to adapt to different body parts and difference
Treatment need, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, and four are included in each treatment cycle
Subcycle is to complete different therapeutic effects, therefore, step S102, obtains treatment cycle, after obtaining treatment cycle, step
S104, four subcycles are obtained according to treatment cycle, by the accumulation of the therapeutic effect of four subcycles, it is whole to reach treatment cycle
The therapeutic effect of body, after determining cavity corresponding to subcycle and subcycle, step S106, it is determined that institute corresponding to each subcycle
There is the charge and discharge cycle of each cavity in cavity, and in the charge and discharge cycle corresponding to each subcycle, cavity is inflated and put
Gas operates.It is appreciated that for different subcycles, the difference of therapeutic effect is mainly reflected in the number of cavity in each subcycle
Amount, the charge and discharge cycle of cavity, the blowing pressure etc. of cavity, specifically, for number of cavities identical subcycle, therapeutic effect
Difference depend on the different charge and discharge cycles, in the different charge and discharge cycles, aeration speed, the blowing pressure, inflation interval, cavity fill
The sequencing of gas is incomplete same, makes cavity different to the squeezing effect of limbs, to blood and the promotion flow effect of lymph
Difference, and then cause the difference of therapeutic effect；For the subcycle of different number of cavities, the model of the cavity covering of different quantity
Difference is enclosed, the different position of body can be treated by adjusting the quantity of cavity, improve the applicability of air wave treatment spacing method,
Make air wave treatment spacing more flexible, the different zones at the same position of body can also be treated by adjusting the quantity of cavity, are made
Air wave treatment spacing is more targeted.By the present embodiment, pass through therapeutic effect different in four subcycles in treatment cycle
Accumulation, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to formation, the prevention limbs water of pre- preventing thrombosis
It is swollen, many disease related to hematolymphoid circulation can be directly or indirectly treated, while flexibility is higher, can adapt to difference
Body part and different Treatment need.
Embodiment 2：
On the basis of embodiment 1, the aeration speed of cavity successively decreases successively in each subcycle.
In the present embodiment, when blood and lymph are concentrated and collected to certain side, by making filling for cavity in each subcycle
Gas velocity degree successively decreases successively, reduces the pressure to tissue due to blood caused by the compressing of air bag and lymph, reduces air wave treatment spacing
Influence to body.
Embodiment 3：
Air wave treatment spacing method as shown in Figure 2, including：
Step S202, obtain the treatment cycle of air bag；
Step S204, multiple subcycles are determined according to treatment cycle；
Step S206, at least one beginning cavity and at least one cut-off cavity are selected in all cavitys；
Step S208, determine the transitional cavity in addition to starting cavity and ending cavity in all cavitys；
Step S210, it is determined that each charge and discharge cycle of cavity in all cavitys corresponding to each subcycle, in the charge and discharge cycle
In, control cavity is inflated and bleed air operation.
Wherein, the cavity for starting cavity to inflate at first in all cavitys in subcycle, cut-off cavity are in subcycle
The cavity finally deflated in interior all cavitys, in the present embodiment, corresponding five subcycles of a treatment cycle, in each subcycle
The quantity of air bag cavity is 10, and the beginning cavity of each cavity is identical, and cut-off cavity is different and cut-off cavity is positioned at beginning chamber
The same side of body, each cavity inflates deflations successively in each subcycle, and during upper cavity inflation completion, next cavity is opened
Begin to inflate, and each cavity aeration speed is identical.
In the present embodiment, air wave treatment spacing has a variety of therapeutic schemes, to adapt to different body parts and different control
Treatment demand, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, and five son weeks are included in each treatment cycle
Phase to complete different therapeutic effects, therefore, step S202, obtains treatment cycle, after obtaining treatment cycle, step S204, and root
Five subcycles are obtained according to treatment cycle, step S206, at least one beginning cavity and extremely are determined in all cavitys of air bag
Few cut-off cavity, step S208, determine the transitional cavity in addition to starting cavity and ending cavity in all cavitys.Step
S210, it is determined that each charge and discharge cycle of cavity in all cavitys corresponding to each subcycle, in the charge and discharge cycle of subcycle
Aeration phase, at least one beginning cavity start to inflate at first, and then transitional cavity and at least one cut-off cavity are filled
Gas, the releasing phase in the charge and discharge cycle of subcycle, at least one beginning cavity and transitional cavity are deflated at first, most
Bleed air operation is carried out at least one cut-off cavity afterwards, so as to be carried out by the inflation/deflation of different cavitys to the different parts of body
Extruding, to promote the flowing of blood and lymph, improve the flowing of body blood and lymph.In the present embodiment, in different subcycles
End cavity position difference, the scope of balloon tamponade in treatment cycle is gradually increased, to body adaptation and buffering when
Between, highly skilled doctor produces uncomfortable possibility during reducing air wave treatment spacing.It is next meanwhile a upper cavity is inflated when completing
Cavity starts to inflate, advantageously in the flowing for promoting blood and lymph in body.
Embodiment 4：
On the basis of embodiment 3, in the charge and discharge cycle, control cavity is inflated and bleed air operation, specifically includes：Step
Rapid a, to start cavity as target cavity；Step b, is inflated and bleed air operation to target cavity；Step c, judges target cavity
In the case that body is not off cavity, using the cavity adjacent with target cavity as target cavity；Step d, repeat step b and step
Rapid c, until target cavity is cut-off cavity, after cut-off cavity completes inflatable and deflatable operation, terminate treatment.
Wherein, in the present embodiment, the quantity for starting cavity is one, is judging that target cavity is not off the situation of cavity
Under, using two cavitys of certain side adjacent with target cavity as target cavity, the quantity for ending cavity is two, per height
Each cavity inflates deflation successively in cycle, and when a upper cavity starts to deflate, next cavity starts to inflate, all subcycles
Beginning cavity and cut-off cavity it is different.
In the present embodiment, in the charge and discharge cycle, step a, to start cavity to treat inflatable and deflatable target cavity, step
B, target cavity is inflated and deflated, step c, will be with target in the case where judging that target cavity is not off cavity
Two adjacent cavitys of cavity are as target cavity, step d, repeat step b and step c, until target cavity is cut-off cavity,
After cut-off cavity completes inflatable and deflatable operation, corresponding to the treatment end of the subcycle, i.e. the charge and discharge cycle completes.
Embodiment 5：
, will be with target in first time in the case where judging that target cavity is not off cavity on the basis of embodiment 4
Two cavitys of the adjacent both sides of cavity are judging that target cavity is not off the situation of cavity respectively as target cavity, afterwards
Under, using a cavity of the remote beginning cavity side adjacent with target cavity as target cavity, the quantity for ending cavity is
Two and cut-off cavity are distributed in the both sides for starting cavity, and each cavity is inflated successively in each subcycle, and a upper cavity fills
When gas is completed, next cavity starts to inflate, until the inflation of all cavitys is completed, all cavitys start to deflate, and all cavitys
Aeration speed it is incremented by successively.
In the present embodiment, the cavity of inflation is extended using starting cavity as starting point to the both sides for starting cavity, and is starting chamber
When body, transitional cavity and cut-off cavity inflation are completed, all cavitys start to deflate, the pressure by all cavitys to bodily tissue
Compel, the flowing of body blood and lymph can be accelerated, promote microcirculation, meanwhile, the aeration speed of all cavitys is incremented by successively, with
Reduce all cavity inflations and complete required time, reduce because balloon tamponade bodily tissue overlong time causes body discomfort occur
Possibility.
Embodiment 6：
, will be with target cavity interval in the case where judging that target cavity is not off cavity on the basis of embodiment 4
One cavity of the remote beginning cavity side of one cavity is as target cavity.
In the present embodiment, by the interval of cavity, weaken cavity to the contention effect of body, make air wave treatment spacing to body
Influence it is smaller, suitable for the weaker situation of body constitution.
Embodiment 7：
Air wave treatment spacing method as shown in Figure 3, including：
Step S302, obtain the treatment cycle of air bag；
Step S304, multiple subcycles are determined according to treatment cycle；
Step S306, at least one beginning cavity and at least one cut-off cavity are selected in all cavitys；
Step S308, determine the transitional cavity in addition to starting cavity and ending cavity in all cavitys；
Step S310, it is determined that each charge and discharge cycle of cavity in all cavitys corresponding to each subcycle；
Step S312, in the charge and discharge cycle, control cavity inflation, and intracavitary air pressure is determined, it is pre- to reach first in intracavitary air pressure
If during air pressure, stop inflation；
Step S314, after cavity keeps preset time with the first preset pressure, control cavity starts to deflate, until intracavitary
When air pressure is less than the second preset pressure, control cavity stops deflating.
Wherein, the cavity for starting cavity to inflate at first in all cavitys in subcycle, cut-off cavity are in subcycle
The cavity finally deflated in interior all cavitys, in the present embodiment, corresponding six subcycles of a treatment cycle, in each subcycle
The quantity of air bag cavity is followed successively by 2,6,10,14,18,18, and the cut-off cavity of each cavity is identical, starts cavity difference, each
Each cavity inflates deflation successively in subcycle, and when upper cavity inflation is completed, next cavity starts to inflate, and each chamber
Body aeration speed is identical, and for the different cavitys in the same charge and discharge cycle, the first preset pressure and the second preset pressure are homogeneous
Together.
In the present embodiment, air wave treatment spacing has a variety of therapeutic schemes, to adapt to different body parts and different control
Treatment demand, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, and six son weeks are included in each treatment cycle
Phase to complete different therapeutic effects, therefore, step S302, obtains treatment cycle, after obtaining treatment cycle, step S304, and root
Six subcycles are obtained according to treatment cycle, step S306, at least one beginning cavity and extremely are determined in all cavitys of air bag
Few cut-off cavity, step S308, determine the transitional cavity in addition to starting cavity and ending cavity in all cavitys.Step
S310, it is determined that each charge and discharge cycle of cavity in all cavitys corresponding to each subcycle, step S312, control cavity inflation,
Air pressure in cavity gradually increases, and the intracavitary air pressure of real-time test chamber, pre- in intracavitary air pressure sack first in gas replenishment process
If during air pressure, control cavity stop inflation, it will be understood that the first preset pressure be intracavitary air pressure peak, different first
Preset pressure, cavity are different to the squeezing effect of body, and adjusting the first preset pressure according to therapeutic scheme can reach different
Therapeutic effect；After cavity keeps preset time with the first preset pressure, step S314, control cavity starts to deflate, intracavitary gas
Pressure is gradually reduced, until when intracavitary air pressure is less than the second preset pressure, control cavity stops deflating, and now, cavity is to body
Squeezing effect is weaker or cavity in body to having squeezing effect, and corresponding to the second different preset pressures, body is squeezed position
Tissue fluid reflowing result it is different.By control different cylinders be inflated and bleed air operation, make difference cylinder successively squeeze
The different parts of body are pressed, and then realize the promotion flowed to cavity extruded parts blood and lymph.In the present embodiment, by not
With the difference for the position for starting cavity in subcycle, make the facilitation effect that each subcycle flows to body blood and lymph not
Together, realize that the position for starting cavity by changing changes the therapeutic effect of subcycle.
Embodiment 8：
On the basis of embodiment 7, for the different cavitys in the same charge and discharge cycle, the first preset pressure and second pre-
If air pressure is different.
In the present embodiment, by making the first preset pressure of each subcycle inner chamber body different with the second preset pressure, make
Compressing of the different cavitys to body is different, can be according to different therapeutic schemes to the first preset pressure of different cavitys and the
Two preset pressures are adjusted, and to adapt to different therapeutic schemes, reach different therapeutic effects.
What deserves to be explained is the quantity of the cavity in different subcycles is not necessarily identical；Corresponding to different subcycles, open
Beginning cavity and cut-off cavity are not necessarily identical；For the different bladder in the same charge and discharge cycle, the first preset pressure and second
Preset pressure not necessarily all same；Aeration speed, the blowing pressure, inflation interval, the sequencing of cavity inflation are not necessarily homogeneous
Together, embodiment 1 to embodiment 8 is 8 kinds in numerous embodiments.
Embodiment 9：
Air wave treatment spacing system 400 as shown in Figure 4, including：
Total periodic unit 402, for obtaining the treatment cycle of air bag；
Subcycle cavity determining unit 404, for determining multiple subcycles according to treatment cycle, and determine and the week per height
All cavitys corresponding to phase；
Execution unit 406, for determining the charge and discharge cycle of each cavity in all cavitys corresponding to each subcycle, filling
Put in the cycle, control cavity is inflated and bleed air operation.
Wherein, in the present embodiment, corresponding four subcycles in a treatment cycle, the number of air bag cavity in each subcycle
Amount is followed successively by 5,6,7,8, and each cavity inflates deflation successively in each subcycle, next when upper cavity deflation is completed
Cavity starts to inflate, and each cavity aeration speed is identical.
In the present embodiment, because air wave treatment spacing has a variety of therapeutic schemes, to adapt to different body parts and difference
Treatment need, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, and four are included in each treatment cycle
Subcycle is to complete different therapeutic effects, and therefore, the total periodic unit 402 of step obtains treatment cycle, after obtaining treatment cycle,
Subcycle cavity determining unit 404 obtains four subcycles according to treatment cycle, passes through the tired of the therapeutic effects of four subcycles
Product, reach the overall therapeutic effect for the treatment of cycle, after determining cavity corresponding to subcycle and subcycle, execution unit 406 is true
The charge and discharge cycle of each cavity in all cavitys corresponding to fixed each subcycle, and in the charge and discharge cycle corresponding to each subcycle
In, cavity is inflated and bleed air operation.It is appreciated that for different subcycles, the difference major embodiment of therapeutic effect
The quantity of cavity, the charge and discharge cycle of cavity, the blowing pressure etc. of cavity in each subcycle, specifically, for cavity number
Measure identical subcycle, the difference of therapeutic effect depends on the different charge and discharge cycles, in the different charge and discharge cycles, aeration speed,
The blowing pressure, inflation interval, the sequencing of cavity inflation are incomplete same, make cavity different to the squeezing effect of limbs, right
Blood is different with the promotion flow effect of lymph, and then causes the difference of therapeutic effect；For the subcycle of different number of cavities,
The scope of the cavity covering of different quantity is different, can treat the different position of body by adjusting the quantity of cavity, improve
The applicability of air wave treatment spacing method, makes air wave treatment spacing more flexible, can also treat body by adjusting the quantity of cavity
The different zones at the same position of body, make air wave treatment spacing more targeted.By the present embodiment, by four in treatment cycle
The accumulation of different therapeutic effects in subcycle, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to pre-
The formation of preventing thrombosis, prevention edema of limbs and trunks, can directly or indirectly treat many disease related to hematolymphoid circulation, simultaneously
Flexibility is higher, can adapt to different body parts and different Treatment need.
Embodiment 10：
On the basis of embodiment 9, the aeration speed of cavity successively decreases successively in each subcycle.
In the present embodiment, when blood and lymph are concentrated and collected to certain side, by making filling for cavity in each subcycle
Gas velocity degree successively decreases successively, reduces the pressure to tissue due to blood caused by the compressing of air bag and lymph, reduces air wave treatment spacing
Influence to body.
Embodiment 11：
Air wave treatment spacing system 500 as shown in Figure 5, including：
Total periodic unit 502, for obtaining the treatment cycle of air bag；
Start-stop cavity determining unit 504, for selecting at least one beginning cavity and at least one in all cavitys
End cavity；
Transitional cavity determining unit 506, for determining the transition in all cavitys in addition to starting cavity and ending cavity
Cavity；
Execution unit 508, for determining the charge and discharge cycle of each cavity in all cavitys corresponding to each subcycle, filling
Put in the cycle, control cavity is inflated and bleed air operation；
Wherein, beginning cavity is the cavity inflated at first in all cavitys in subcycle, and cut-off cavity is in subcycle
The cavity finally deflated in all cavitys, in the present embodiment, corresponding five subcycles of a treatment cycle, gas in each subcycle
The quantity of blister cavities body is 10, and the beginning cavity of each cavity is identical, and cut-off cavity is different and cut-off cavity is positioned at beginning cavity
The same side, each cavity inflates deflations successively in each subcycle, and during upper cavity inflation completion, next cavity starts
Inflation, and each cavity aeration speed is identical.
In the present embodiment, air wave treatment spacing has a variety of therapeutic schemes, to adapt to different body parts and different control
Treatment demand, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, and five son weeks are included in each treatment cycle
Phase, therefore, total periodic unit 502 obtained treatment cycle to complete different therapeutic effects, after obtaining treatment cycle, start-stop cavity
Determining unit 504 obtains five subcycles according to treatment cycle, and start-stop cavity determining unit 504 is true in all cavitys of air bag
Fixed at least one beginning cavity and at least one cut-off cavity, transitional cavity determining unit 506 are determined in all cavitys except beginning
Transitional cavity outside cavity and cut-off cavity.Execution unit 508 determines each chamber in all cavitys corresponding to each subcycle
The charge and discharge cycle of body, the aeration phase in the charge and discharge cycle of subcycle, at least one beginning cavity start to inflate at first, then
Transitional cavity and at least one cut-off cavity are inflated, the releasing phase in the charge and discharge cycle of subcycle, at first to extremely
Few a beginning cavity and transitional cavity are deflated, and finally bleed air operation are carried out at least one cut-off cavity, so as to pass through
The inflation/deflation of different cavitys is extruded the different parts of body, to promote the flowing of blood and lymph, improves body blood
With the flowing of lymph.In the present embodiment, the difference of cavity position is ended in different subcycles, makes the balloon tamponade in treatment cycle
Scope gradually increase, to body adaptation and the time of buffering, highly skilled doctor produces uncomfortable possibility during reducing air wave treatment spacing
Property.Meanwhile a upper cavity is inflated when completing, next cavity starts to inflate, advantageously in blood and leaching in promotion body
Bar flowing.
Embodiment 12：
On the basis of embodiment 11, in the charge and discharge cycle, control cavity is inflated and bleed air operation, specifically includes：
Step a, to start cavity as target cavity；Step b, is inflated and bleed air operation to target cavity；Step c, judges target
In the case that cavity is not off cavity, using the cavity adjacent with target cavity as target cavity；Step d, repeat step b and
Step c, until target cavity is cut-off cavity, after cut-off cavity completes inflatable and deflatable operation, terminate treatment.
Wherein, in the present embodiment, the quantity for starting cavity is one, is judging that target cavity is not off the situation of cavity
Under, using two cavitys of certain side adjacent with target cavity as target cavity, the quantity for ending cavity is two, per height
Each cavity inflates deflation successively in cycle, and when a upper cavity starts to deflate, next cavity starts to inflate, all subcycles
Beginning cavity and cut-off cavity it is different.
In the present embodiment, in the charge and discharge cycle, step a, to start cavity to treat inflatable and deflatable target cavity, step
B, target cavity is inflated and deflated, step c, will be with target in the case where judging that target cavity is not off cavity
Two adjacent cavitys of cavity are as target cavity, step d, repeat step b and step c, until target cavity is cut-off cavity,
After cut-off cavity completes inflatable and deflatable operation, corresponding to the treatment end of the subcycle, i.e. the charge and discharge cycle completes.
Embodiment 13：
, will be with mesh in first time in the case where judging that target cavity is not off cavity on the basis of embodiment 12
Two cavitys of the adjacent both sides of cavity are marked respectively as target cavity, are judging that target cavity is not off the feelings of cavity afterwards
Under condition, using a cavity of the remote beginning cavity side adjacent with target cavity as target cavity, end the quantity of cavity
For two and cut-off cavity is distributed in the both sides for starting cavity, and each cavity is inflated successively in each subcycle, a upper cavity
When inflation is completed, next cavity starts to inflate, until the inflation of all cavitys is completed, all cavitys start to deflate, and all chambers
The aeration speed of body is incremented by successively.
In the present embodiment, the cavity of inflation is extended using starting cavity as starting point to the both sides for starting cavity, and is starting chamber
When body, transitional cavity and cut-off cavity inflation are completed, all cavitys start to deflate, the pressure by all cavitys to bodily tissue
Compel, the flowing of body blood and lymph can be accelerated, promote microcirculation, meanwhile, the aeration speed of all cavitys is incremented by successively, with
Reduce all cavity inflations and complete required time, reduce because balloon tamponade bodily tissue overlong time causes body discomfort occur
Possibility.
Embodiment 14：
, will be between target cavity in the case where judging that target cavity is not off cavity on the basis of embodiment 12
Every the remote beginning cavity side of a cavity a cavity as target cavity.
In the present embodiment, by the interval of cavity, weaken cavity to the contention effect of body, make air wave treatment spacing to body
Influence it is smaller, suitable for the weaker situation of body constitution.
Embodiment 15：
Air wave treatment spacing system 600 as shown in Figure 6, including：
Total periodic unit 602, for obtaining the treatment cycle of air bag；
Start-stop cavity determining unit 604, for selecting at least one beginning cavity and at least one in all cavitys
End cavity；
Transitional cavity determining unit 606, for determining the transition in all cavitys in addition to starting cavity and ending cavity
Cavity；
Inflation unit 608, for controlling cavity to inflate, and intracavitary air pressure is determined, reach the first default gas in intracavitary air pressure
During pressure, stop inflation；
Deflating cells 610, for after cavity keeps preset time with the first preset pressure, controlling cavity to start to deflate,
Until when intracavitary air pressure is less than the second preset pressure, control cavity stops deflating；
Wherein, the cavity for starting cavity to inflate at first in all cavitys in subcycle, cut-off cavity are in subcycle
The cavity finally deflated in interior all cavitys, in the present embodiment, corresponding six subcycles of a treatment cycle, in each subcycle
The quantity of air bag cavity is followed successively by 2,6,10,14,18,18, and the cut-off cavity of each cavity is identical, starts cavity difference, each
Each cavity inflates deflation successively in subcycle, and when upper cavity inflation is completed, next cavity starts to inflate, and each chamber
Body aeration speed is identical, and for the different cavitys in the same charge and discharge cycle, the first preset pressure and the second preset pressure are homogeneous
Together.
In the present embodiment, air wave treatment spacing has a variety of therapeutic schemes, to adapt to different body parts and different control
Treatment demand, therefore correspond to different therapeutic schemes, treatment cycle is not necessarily identical, and six son weeks are included in each treatment cycle
Phase, therefore, total periodic unit 602 obtained treatment cycle to complete different therapeutic effects, after obtaining treatment cycle, start-stop cavity
Determining unit 604 obtains six subcycles according to treatment cycle, and start-stop cavity determining unit 604 is true in all cavitys of air bag
Fixed at least one beginning cavity and at least one cut-off cavity, transitional cavity determining unit 606 are determined in all cavitys except beginning
Transitional cavity outside cavity and cut-off cavity.Inflation unit 608 determines each chamber in all cavitys corresponding to each subcycle
The charge and discharge cycle of body, inflation unit 608 control cavity to inflate, and the air pressure in cavity gradually increases, and is examined in real time in gas replenishment process
The intracavitary air pressure of cavity is surveyed, in intracavitary air pressure the first preset pressure of sack, control cavity stops inflation, it will be understood that first
Preset pressure is the peak of intracavitary air pressure, and the first different preset pressures, cavity is different to the squeezing effect of body, according to controlling
Treatment scheme, which adjusts the first preset pressure, can reach different therapeutic effects；Preset time is kept with the first preset pressure in cavity
Afterwards, deflating cells 610 control cavity to start to deflate, and intracavitary air pressure is gradually reduced, until intracavitary air pressure is less than the second preset pressure
When, control cavity stops deflating, and now, cavity is weaker to the squeezing effect of body or cavity is to there is squeezing effect in body, right
Should in the second different preset pressures, body be squeezed position tissue fluid reflowing result it is different.By controlling different cylinders
Be inflated and bleed air operation, make difference cylinder successively extrude body different parts, and then realize to cavity extruded parts
Blood and the promotion of lymph flowing.In the present embodiment, the difference of the position by starting cavity in different subcycles, make every height
The facilitation effect difference that cycle is flowed to body blood with lymph, realize and pass through the position change subcycle for changing beginning cavity
Therapeutic effect.
Embodiment 16：
On the basis of embodiment 15, for the different cavitys in the same charge and discharge cycle, the first preset pressure and second
Preset pressure is different.
In the present embodiment, by making the first preset pressure of each subcycle inner chamber body different with the second preset pressure, make
Compressing of the different cavitys to body is different, can be according to different therapeutic schemes to the first preset pressure of different cavitys and the
Two preset pressures are adjusted, and to adapt to different therapeutic schemes, reach different therapeutic effects.
What deserves to be explained is the quantity of the cavity in different subcycles is not necessarily identical；Corresponding to different subcycles, open
Beginning cavity and cut-off cavity are not necessarily identical；For the different bladder in the same charge and discharge cycle, the first preset pressure and second
Preset pressure not necessarily all same；Aeration speed, the blowing pressure, inflation interval, the sequencing of cavity inflation are not necessarily homogeneous
Together, embodiment 9 to embodiment 16 is 8 kinds in numerous embodiments.
Embodiment 17：
Computer equipment 700 as shown in Figure 7, including：Including memory 702, processor 704 and storage on a memory
702 and the computer program that can be run on processor 704, processor 704 realize any of the above-described reality when performing computer program
Apply the air wave treatment spacing method in example.
In the present embodiment, when the processor 704 on computer equipment 700 performs the computer program on memory 702, energy
The air wave treatment spacing method in any of the above-described embodiment is enough realized, can be controlled by different in different subcycles in treatment cycle
The accumulation of therapeutic effect, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to the formation, pre- of pre- preventing thrombosis
Anti- edema of limbs and trunks, many disease related to hematolymphoid circulation can be directly or indirectly treated, while flexibility is higher, can
Adapt to different body parts and different Treatment need.
Embodiment 18：
A kind of computer-readable recording medium is present embodiments provided, is stored thereon with computer program, computer program
The air wave treatment spacing method in any of the above-described embodiment is realized when being executed by processor.
In the present embodiment, the computer program on computer-readable recording medium can be realized above-mentioned when being performed by painstaking gas
Air wave treatment spacing method in any embodiment, the tired of therapeutic effect different in different subcycles in treatment cycle can be passed through
Product, promote the flowing of blood and lymph, accelerate the backflow of limb tissue liquid, contribute to formation, the prevention edema of limbs and trunks of pre- preventing thrombosis,
The many disease related to hematolymphoid circulation can be directly or indirectly treated, while flexibility is higher, can adapt to different
Body part and different Treatment need.
Technical scheme is described in detail above in association with accompanying drawing, by technical scheme, can pass through
The accumulation of therapeutic effect different in different subcycles in treatment cycle, promote the flowing of blood and lymph, accelerate limb tissue
Liquid flows back, and contributes to formation, the prevention edema of limbs and trunks of pre- preventing thrombosis, can directly or indirectly treat related to hematolymphoid circulation
Many diseases, while flexibility is higher, can adapt to different body parts and different Treatment need.
Step in the inventive method can be according to being actually needed the adjustment of carry out order, merge and delete.
Unit in apparatus of the present invention can be combined, divided and deleted according to being actually needed.
One of ordinary skill in the art will appreciate that all or part of step in the various methods of above-described embodiment is can
To instruct the hardware of correlation to complete by program, the program can be stored in a computer-readable recording medium, storage
Medium include read-only storage (Read-Only Memory, ROM), random access memory (Random Access Memory,
RAM), programmable read only memory (Programmable Read-only Memory, PROM), erasable programmable is read-only deposits
Reservoir (Erasable Programmable Read Only Memory, EPROM), disposable programmable read-only storage (One-
Time Programmable Read-Only Memory, OTPROM), the electronics formula of erasing can make carbon copies read-only storage
(Electrically-Erasable Programmable Read-Only Memory, EEPROM), read-only optical disc (Compact
Disc Read-Only Memory, CD-ROM) or other disk storages, magnetic disk storage, magnetic tape storage or can
For carrying or any other computer-readable medium of data storage.
In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc.
Mean to combine at least one reality that specific features, structure, material or the feature that the embodiment or example describe are contained in the present invention
Apply in example or example.In this manual, identical embodiment or reality are not necessarily referring to the schematic representation of above-mentioned term
Example.Moreover, description specific features, structure, material or feature can in any one or more embodiments or example with
Suitable mode combines.
The preferred embodiments of the present invention are these are only, are not intended to limit the invention, for those skilled in the art
For member, the present invention can have various modifications and variations.Any modification within the spirit and principles of the invention, being made,
Equivalent substitution, improvement etc., should be included in the scope of the protection.
Claims (10)
- A kind of 1. air wave treatment spacing method, for the air bag with multiple cavities, it is characterised in that including：Obtain the treatment cycle of the air bag；Multiple subcycles are determined according to the treatment cycle, and determine all cavitys corresponding with each subcycle；It is determined that in all cavitys corresponding to each subcycle each cavity the charge and discharge cycle, in the charge and discharge cycle In, control the cavity to be inflated and bleed air operation.
- 2. air wave treatment spacing method according to claim 1, it is characterised in that the determination and each subcycle pair All cavitys answered, are specifically included：At least one beginning cavity and at least one cut-off cavity are selected in all cavitys；The transitional cavity in addition to the beginning cavity and the cut-off cavity in all cavitys is determined,Wherein, the cavity that starts is the cavity inflated at first in all cavitys in the subcycle, the cut-off chamber Body is the cavity finally deflated in all cavitys in the subcycle.
- 3. air wave treatment spacing method according to claim 1 or 2, it is characterised in that described to inflation described in the cavity And bleed air operation, specifically include：Control the cavity to inflate, and determine intracavitary air pressure, when the intracavitary air pressure reaches the first preset pressure, stop filling Gas；After the cavity keeps preset time with first preset pressure, the cavity is controlled to start to deflate, until described When intracavitary air pressure is less than the second preset pressure, the cavity is controlled to stop deflating.
- 4. air wave treatment spacing method according to any one of claim 1 to 3, it is characterised in that described to determine each institute The charge and discharge cycle of each cavity in all cavitys corresponding to subcycle is stated, in the charge and discharge cycle, controls the cavity It is inflated and bleed air operation, specifically includes：Step a, using the beginning cavity as target cavity；Step b, the inflatable and deflatable operation is carried out to the target cavity；Step c, in the case of judging that the target cavity is not the cut-off cavity, by the cavity adjacent with the target cavity As the target cavity；Step d, repeating said steps b and step c, until the target cavity is the cut-off cavity, in the cut-off cavity After completing the inflatable and deflatable operation, terminate treatment.
- A kind of 5. air wave treatment spacing system, for the air bag with multiple cavities, it is characterised in that including：Total periodic unit, for obtaining the treatment cycle of the air bag；Subcycle cavity determining unit, for determining multiple subcycles according to the treatment cycle, and determine and each son All cavitys corresponding to cycle；Execution unit, for determining the charge and discharge cycle of each cavity in all cavitys corresponding to each subcycle, In the charge and discharge cycle, the cavity is controlled to be inflated and bleed air operation.
- 6. air wave treatment spacing system according to claim 5, it is characterised in that the subcycle cavity determining unit, tool Body includes：Start-stop cavity determining unit, for selecting at least one beginning cavity and at least one cut-off in all cavitys Cavity；Transitional cavity determining unit, for determining in all cavitys in addition to the beginning cavity and the cut-off cavity Transitional cavity,Wherein, the cavity that starts is the cavity inflated at first in all cavitys in the subcycle, the cut-off chamber Body is the cavity finally deflated in all cavitys in the subcycle.
- 7. air wave treatment spacing system according to claim 6, it is characterised in that the execution unit, specifically include：Inflation unit, for controlling the cavity to inflate, and intracavitary air pressure is determined, reach the first default gas in the intracavitary air pressure During pressure, stop inflation；Deflating cells, for after the cavity keeps preset time with first preset pressure, controlling the cavity to start Deflate, until when the intracavitary air pressure is less than the second preset pressure, control the cavity to stop deflating.
- 8. the air wave treatment spacing system according to any one of claim 5 to 7, it is characterised in that the execution unit, tool Body is used to perform following steps：Step a, using the beginning cavity as target cavity；Step b, the inflatable and deflatable operation is carried out to the target cavity；Step c, in the case of judging that the target cavity is not the cut-off cavity, by the cavity adjacent with the target cavity As the target cavity；Step d, repeating said steps b and step c, until the target cavity is the cut-off cavity, in the cut-off cavity After completing the inflatable and deflatable operation, terminate treatment.
- 9. a kind of computer equipment, including memory, processor and it is stored on the memory and can be on the processor The computer program of operation, it is characterised in that realize such as Claims 1-4 described in the computing device during computer program Any one of air wave treatment spacing method.
- 10. a kind of computer-readable recording medium, is stored thereon with computer program, it is characterised in that the computer program The air wave treatment spacing method as any one of Claims 1-4 is realized when being executed by processor.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109771247A (en) * | 2019-03-08 | 2019-05-21 | 张永红 | A kind of leg oedema air wave pressure therapeutic device |
| CN111081325A (en) * | 2019-12-27 | 2020-04-28 | 医渡云（北京）技术有限公司 | Medical data processing method and device |
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| CN1917842A (en) * | 2004-02-23 | 2007-02-21 | 泰科保健集团有限合伙公司 | Compression therapeutic apparatus |
| CN201200584Y (en) * | 2008-05-30 | 2009-03-04 | 季均 | Antithrombotic circulating device with pressure |
| CN202637426U (en) * | 2011-12-12 | 2013-01-02 | 周金红 | Air wave pressure therapeutic instrument |
| CN203663065U (en) * | 2014-01-09 | 2014-06-25 | 深圳原位医疗设备有限公司 | System exerting pressure on human body |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1917842A (en) * | 2004-02-23 | 2007-02-21 | 泰科保健集团有限合伙公司 | Compression therapeutic apparatus |
| CN201200584Y (en) * | 2008-05-30 | 2009-03-04 | 季均 | Antithrombotic circulating device with pressure |
| CN202637426U (en) * | 2011-12-12 | 2013-01-02 | 周金红 | Air wave pressure therapeutic instrument |
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| CN109771247A (en) * | 2019-03-08 | 2019-05-21 | 张永红 | A kind of leg oedema air wave pressure therapeutic device |
| CN109771247B (en) * | 2019-03-08 | 2020-12-22 | 张永红 | Leg edema air wave pressure therapeutic instrument |
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