CN109692110B - Pulse air pressure therapeutic apparatus and working method thereof - Google Patents

Abstract

The invention discloses a pulse air pressure therapeutic apparatus and a working method thereof, relates to pneumatic massage, and provides the following technical scheme aiming at the problem that the existing massage effect is abnormal and cannot be known in time. During treatment, the pulse air pressure at a specific moment in each air pressure change period is detected, the pulse air pressure value is ensured to be within a rated range, the due treatment effect is ensured, the time for reaching the air pressure set value is ensured to be less than the rated range, the massage is ensured to be timely, the pressure on the sole can be correctly simulated when the foot is stepped, the equipment is ensured to provide a good treatment effect in a normal working state, and the condition that the treatment effect is poor due to the fact that the working state is not found to be abnormal in time is avoided.

Description

Pulse air pressure therapeutic apparatus and working method thereof

Technical Field

The invention relates to the field of pneumatic massage, in particular to a pulse air pressure therapeutic instrument and a working method thereof.

Background

Blood stasis is an important cause of thrombosis in the legs of a patient, which may eventually lead to serious injury or even necrosis of the legs. Deep vein thrombosis is the formation of tissue congestion caused by blockage of a thrombus with a blood backflow block distal to the thrombus in a deep vein.

At present, the effective measure for preventing deep venous thrombosis is an anticoagulant drug, and the application of the anticoagulant drug has the problems of bleeding tendency, gastrointestinal adverse reaction, allergy and the like; thus, the skilled person has developed the use of intermittent pneumatic compression means, i.e. air pumps, for promoting blood circulation, minimizing the formation of thrombi in the patient's limb.

For example, chinese patent application No. 201710685175.4 discloses an arteriovenous pulse pneumatic therapeutic apparatus, which includes a controller connected to an input/output device, the controller being connected to a power management device, the power management device being connected to a switching power supply and a battery; the power supply management device is a battery manager; the controller is connected with the left deflation control switch, the left inflation control switch, the right deflation control switch and the right inflation control switch; the controller is connected with the air pump control switch.

Although the arteriovenous pulse pneumatic therapeutic apparatus can realize pneumatic massage, when the pneumatic therapeutic apparatus is used for massage, whether the apparatus has a good due massage effect or not can not be known intuitively usually, so that the condition of poor treatment effect can occur.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a pulse air pressure therapeutic apparatus and a working method thereof, which ensure the therapeutic effect by detecting the running state of the apparatus.

In order to achieve the purpose, the invention provides the following technical scheme:

a working method of pulse pneumatic therapeutic apparatus includes detecting each pneumatic variation period,

the value of the pulse air pressure output at a specific moment is within a rated range, an

The time for reaching the set value of the air pressure is less than the preset time to work;

otherwise, judging the operation is abnormal.

By adopting the technical scheme, during treatment, the pulse air pressure at a specific moment in each air pressure change period is detected, the pulse air pressure value is ensured to be within a rated range, so that the due treatment effect is ensured, the time for reaching the air pressure set value is ensured to be less than the rated range, the massage is ensured to be timely, the pressure on the sole can be correctly simulated when the foot is stepped, the equipment is ensured to provide a good treatment effect in a normal working state, and the condition that the treatment effect is not good because the working state is abnormal cannot be found in time is avoided.

Further, comprises

Synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

when the pulse inflation time reaches 0.2s, comparing whether the pulse air pressure T is within the air pressure set value +/-2 kpa;

and if the pulse air pressure T is not within the air pressure set value +/-2 kpa, judging that the pulse air pressure therapeutic apparatus operates abnormally.

By adopting the technical scheme, the size T of the output pulse air pressure is detected, the pulse air pressure is ensured to be between 24.7kpa and 28.7kpa rated when the optimal massage time is 0.2s, so that a good treatment effect is ensured, and the pulse air pressure therapeutic apparatus is judged to be abnormal in operation when the pulse air pressure T is less than 24.7kpa or more than 28.7kpa, so that the real treatment effect can be known in time.

Further, comprises

Synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

comparing the time T consumed by the output pulse when the air pressure T reaches the set air pressure value with the preset time ts;

and if the time t is longer than the preset time ts, judging that the pulse air pressure therapeutic instrument runs abnormally.

By adopting the technical scheme, when the pulse air pressure T reaches the air pressure set value of 26.7kpa, whether the required time is more than 0.2S or not is judged, if the required time is less than 0.2S, the treatment effect is good, the treatment can be continuously carried out, otherwise, the abnormal work is judged, and the user can know the treatment condition in time.

Further, also comprises

And recording the change relation of the pulse air pressure along with the time, displaying and transmitting to the VTE management system.

By adopting the technical scheme, the pulse air pressure is recorded and uploaded to the VTE management system, the equipment is conveniently detected, the treatment condition of a user is conveniently recorded, counted and analyzed, in addition, the change relation between the pulse air pressure and the time is displayed, and the pulse air pressure is conveniently and visually monitored and judged.

Further, also comprises

Acquiring identity information of a user, and verifying the identity information of the user;

after the identity authentication is passed, establishing communication with a VTE management system, and calling treatment data corresponding to the identity information of the user;

acquiring identity information of the consumable, inquiring the service life corresponding to the consumable identity information recorded by the therapeutic apparatus, and checking whether the service life remains;

if the consumable still has a remaining service life, the treatment data is applied to perform the treatment.

By adopting the technical scheme, when the medical treatment instrument is used, only the identity of the user needs to be acquired, the medical treatment instrument is communicated with the VTE management system after the identity is verified, the treatment data corresponding to the user can be directly acquired from the VTE management system, the treatment data is applied to a machine for treatment, other complicated processes and operations are not needed, and convenience is brought to treatment. In addition, the service life of the consumable is monitored, and the consumable is stopped when the service life is exhausted, so that the stability, safety and sanitation of the treatment process are ensured.

In a second aspect, a pulsed pneumatic pressure therapeutic apparatus is provided, which includes a processor and a memory, wherein the memory stores an instruction set for the processor to call to implement the following functions:

during the massage, each air pressure change period is detected and determined,

the value of the pulse air pressure output at a specific moment is within a rated range, an

The time for reaching the set value of the air pressure is less than the preset time to work.

By adopting the technical scheme, during treatment, the pulse air pressure at a specific moment in each air pressure change period is detected, the pulse air pressure value is ensured to be within a rated range, so that the due treatment effect is ensured, the time for reaching the air pressure set value is ensured to be less than the rated range, the massage is ensured to be timely, the pressure on the sole can be correctly simulated when the foot is stepped, the equipment is ensured to provide a good treatment effect in a normal working state, and the condition that the treatment effect is not good because the working state is abnormal cannot be found in time is avoided.

Further, the processor also implements the following functions by calling the instruction set:

synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

when the pulse inflation time reaches 0.2s, comparing whether the pulse air pressure T is within the air pressure set value +/-2 kpa;

and if the pulse air pressure T is not within the air pressure set value +/-2 kpa, judging that the pulse air pressure therapeutic apparatus operates abnormally.

By adopting the technical scheme, the size T of the output pulse air pressure is detected, the pulse air pressure is ensured to be between the set value +/-2 kpa when the optimal massage time is 0.2s, so that a good treatment effect is ensured, and the operation of the pulse air pressure treatment instrument is judged to be abnormal when the pulse air pressure T exceeds the set value +/-2 kpa, so that the real effect of treatment can be timely known.

Further, the processor also implements the following functions by calling the instruction set:

synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

comparing the time T consumed by the output pulse when the air pressure T reaches the set air pressure value with the preset time ts;

and if the time t is longer than the preset time ts, judging that the pulse air pressure therapeutic instrument runs abnormally.

By adopting the technical scheme, when the pulse air pressure T reaches the air pressure set value of 26.7kpa, whether the required time is more than 0.2S or not is judged, if the required time is less than 0.2S, the treatment effect is good, the treatment can be continuously carried out, otherwise, the abnormal work is judged, and the user can know the treatment condition in time.

Further, the processor also implements the following functions by calling the instruction set:

and recording the change relation of the pulse air pressure along with the time, displaying and transmitting to the VTE management system.

Further, the processor also implements the following functions by calling the instruction set:

acquiring identity information of a user, and verifying the identity information of the user;

after the identity authentication is passed, establishing communication with a VTE management system, and calling treatment data corresponding to the identity information of the user;

acquiring identity information of the consumable, inquiring the service life corresponding to the consumable identity information recorded by the therapeutic apparatus, and checking whether the service life remains;

if the consumable still has a remaining service life, the treatment data is applied to perform the treatment.

By adopting the technical scheme, when the medical treatment instrument is used, only the identity of the user needs to be acquired, the medical treatment instrument is communicated with the VTE management system after the identity is verified, the treatment data corresponding to the user can be directly acquired from the VTE management system, the treatment data is applied to a machine for treatment, other complicated processes and operations are not needed, and convenience is brought to treatment. In addition, the service life of the consumable is monitored, and the consumable is stopped when the service life is exhausted, so that the stability, safety and sanitation of the treatment process are ensured.

In conclusion, the invention has the following beneficial effects:

1. the pulse air pressure at a specific moment in each air pressure change period is detected, the pulse air pressure value is ensured to be within a rated range, so that the due treatment effect is ensured, the time for reaching the air pressure set value is ensured to be less than the rated range, the massage is ensured to be timely, the pressure on the sole can be correctly simulated when the foot is stepped, the equipment is ensured to provide a good treatment effect in a normal working state, and the condition that the treatment effect is poor because the abnormal working state cannot be found in time is avoided;

2. the pulse air pressure is recorded and uploaded to a VTE management system, so that the equipment can be conveniently detected, the treatment condition of a user can be conveniently recorded, counted and analyzed, and in addition, the change relation between the pulse air pressure and the time is displayed, so that the pulse air pressure can be conveniently and visually monitored and judged;

3. the therapeutic data can be directly obtained only by acquiring and verifying the identity of the user and passing the verification, and the therapeutic apparatus directly treats by applying the therapeutic data without other complicated flows and operations, thereby bringing convenience to treatment.

Drawings

Fig. 1 is a flow chart of the working method of the pulse air pressure therapeutic apparatus of the present invention.

In the figure: 1. a processor; 2. a memory.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings and examples.

The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.

Example 1

A working method of a pulse air pressure therapeutic instrument refers to fig. 1, and comprises the steps of detecting and determining that the pulse air pressure value output at a specific moment is in a rated range in each air pressure change period during massage, and working when the time for reaching the air pressure set value is less than the preset time.

Specifically, the method includes steps S101 to S102.

Step S101: synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

when the pulse inflation time reaches 0.2s, comparing whether the pulse air pressure T is within the air pressure set value +/-2 kpa;

and if the pulse air pressure T is not within the air pressure set value +/-2 kpa, judging that the pulse air pressure therapeutic apparatus operates abnormally.

It will be appreciated that the impact force experienced by the foot on the ground during a stride is approximately 8 kpa to 26.7kpa, and that the principle of operation of the impulse pressure therapy device is to simulate the impact pressure experienced by the foot through the use of impulse pressure. The output pulse air pressure T is detected, the pulse air pressure T is ensured to be between 24.7kpa and 28.7kpa in a rated range when the optimal massage time is 0.2s, so that a good treatment effect is ensured, and the pulse air pressure therapeutic apparatus is judged to be abnormal in operation when the pulse air pressure T is smaller than 24.7kpa or larger than 28.7kpa, so that the real treatment effect can be known in time.

Step S102: synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

comparing the time T consumed by the output pulse when the air pressure T reaches the set air pressure value with the preset time ts;

and if the time t is longer than the preset time ts, judging that the pulse air pressure therapeutic instrument runs abnormally.

When the pulse air pressure T reaches the air pressure set value of 26.7kpa, the required time T is judged whether to be greater than the preset time ts, the optimal time is 0.2S in the embodiment, if the T is less than 0.2S, the treatment effect is good, the treatment can be continuously carried out, otherwise, the abnormal work is judged, and the user can know the treatment condition in time.

The working method of the pulse air pressure therapeutic apparatus also comprises the steps of recording the change relation of the pulse air pressure along with the time, displaying and transmitting to the VTE management system. The device is convenient to detect, record, count and analyze the treatment condition of a user, and the change relation between the pulse air pressure and the time is displayed, so that the device is convenient to visually monitor and judge.

The working method of the pulse air pressure therapeutic apparatus further comprises the following steps: acquiring identity information of a user, and verifying the identity information of the user;

after the identity authentication is passed, establishing communication with a VTE management system, and calling treatment data corresponding to the identity information of the user;

acquiring identity information of the consumable, inquiring the service life corresponding to the consumable identity information recorded by the therapeutic apparatus, and checking whether the service life remains;

if the consumable still has a remaining service life, the treatment data is applied to perform the treatment.

When the therapy data is used, the identity of the user only needs to be acquired, the therapy data corresponding to the user can be directly acquired from the VTE management system after the authentication is passed, and the therapy data is applied to a machine for therapy without other complex processes and operations, so that convenience is brought to therapy. In addition, monitor consumptive material life, the consumptive material is including fixing the air cushion at user's foot, and the therapeutic instrument can't be treated when life exhausts, guarantees stability, safety, the health of treatment process.

Example 2

A pulse pneumatic therapeutic apparatus comprises a processor and a memory, wherein the memory stores an instruction set for the processor to call so as to realize the following functions:

during the massage, each air pressure change period is detected and determined,

the value of the pulse air pressure output at a specific moment is within a rated range, an

The time for reaching the set value of the air pressure is less than the preset time to work.

Synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

when the pulse inflation time reaches 0.2s, comparing whether the pulse air pressure T is within the air pressure set value +/-2 kpa;

and if the pulse air pressure T is not within the air pressure set value +/-2 kpa, judging that the pulse air pressure therapeutic apparatus operates abnormally.

Synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

comparing the time T consumed by the output pulse when the air pressure T reaches the set air pressure value with the preset time ts;

and if the time t is longer than the preset time ts, judging that the pulse air pressure therapeutic instrument runs abnormally.

And recording the change relation of the pulse air pressure along with the time, displaying and transmitting to the VTE management system.

Acquiring identity information of a user, and verifying the identity information of the user;

after the identity authentication is passed, establishing communication with a VTE management system, and calling treatment data corresponding to the identity information of the user;

acquiring identity information of the consumable, inquiring the service life corresponding to the consumable identity information recorded by the therapeutic apparatus, and checking whether the service life remains;

if the consumable still has a remaining service life, the treatment data is applied to perform the treatment.

The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.

Claims (4)

1. A pulse pneumatic therapeutic apparatus is characterized in that: the system comprises a processor and a memory, wherein the memory stores an instruction set for the processor to call so as to realize the following functions:

during the massage, each air pressure change period is detected and determined,

the value of the pulse air pressure output at a specific moment is within a rated range, an

The time for reaching the set value of the air pressure is less than the preset time to work;

the processor also implements the following functions by calling the instruction set:

acquiring identity information of a user, and verifying the identity information of the user;

after the identity authentication is passed, establishing communication with a VTE management system, and calling treatment data corresponding to the identity information of the user;

acquiring identity information of the consumable, inquiring the service life corresponding to the consumable identity information recorded by the therapeutic apparatus, and checking whether the service life remains;

if the consumable still has a remaining service life, the treatment data is applied to perform the treatment.

2. The pulsed pneumatic therapeutic device of claim 1, wherein: the processor also implements the following functions by calling the instruction set:

synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

when the pulse inflation time reaches 0.2s, comparing whether the pulse air pressure T is within the air pressure set value +/-2 kpa;

and if the pulse air pressure T is not within the air pressure set value +/-2 kpa, judging that the pulse air pressure therapeutic apparatus operates abnormally.

3. The pulsed pneumatic therapeutic device of claim 1, wherein: the processor also implements the following functions by calling the instruction set:

synchronously starting timing when pulse inflation is carried out each time, and acquiring the pressure T of the output pulse in real time;

comparing the time T consumed by the output pulse when the air pressure T reaches the set air pressure value with the preset time ts;

and if the time t is longer than the preset time ts, judging that the pulse air pressure therapeutic instrument runs abnormally.

4. The pulsed pneumatic therapeutic device of claim 1, wherein: the processor also implements the following functions by calling the instruction set:

and recording the change relation of the pulse air pressure along with the time, displaying and transmitting to the VTE management system.

Images