JP2020124349A - Treatment device - Google Patents

Abstract

To provide a treatment device capable of eliminating heavy fatigue after undergoing dialysis, lightening the darkening of a facial color, and preventing deterioration in physical condition.SOLUTION: A treatment device for performing dialysis in which blood is sent to a dialyzer and the blood coming out of the dialyzer is returned to veins includes: a tube positioning and holding member capable of maintaining a taking-out tube for taking out blood from a patient undergoing dialysis and supplying it to a dialysis side and a tube for returning the dialysis blood to the patient undergoing dialysis in a parallel state for a predetermined distance; and a mounting member for positioning and holding the tube positioning and holding member at a body of the patient undergoing dialysis in a contact state. The dialysis can be performed in a state that the taking-out tube and the return tube in an equilibrium state are brought into contact with the body of the patient undergoing the dialysis.SELECTED DRAWING: Figure 1

Description

TECHNICAL FIELD The present invention relates to a therapeutic device that sends blood to a dialyzer (filtration device) and performs artificial dialysis to return the blood that has come out of the dialyzer to a vein.

Patients with renal failure perform hemodialysis (artificial dialysis) for the purpose of removing waste products and adjusting the water content. In hemodialysis, blood is collected from the artery side, dialyzed by a dialyzer, and then returned to the vein side.

A conventional artificial dialysis device generally has a configuration shown in FIG. 6 as described in Patent Document 1, for example. A conventional treatment device for performing artificial dialysis (hereinafter referred to as "artificial dialysis device") will be described below with reference to FIG.
As shown in FIG. 6, the conventional artificial dialysis device 100 has a function of purifying blood together with the hemodialysis device 200 used for artificial dialysis.

The hemodialysis device 200 returns an arterial circuit 211 (arterial blood circuit) that supplies blood collected from the patient's arterial side to the hemodialysis device 200 and the blood dialyzed by the hemodialysis device 200 to the vein side. It is connected to the patient C by a blood circuit 210 including a vein side circuit 212 (vein side blood circuit).

The hemodialysis device 200 includes a blood pump 201 that collects blood from the arteriovenous anastomotic site A on the arterial side, and a dialyzer 202 that removes waste products and excess water from blood by filtering the concentration difference from the hemodialysis fluid. A dialysate supply device 203 for supplying a hemodialysate is provided.

An arterial pressure monitor 204 is connected between the blood pump 201 and the dialyzer 202. A venous pressure monitor 205 and a bubble detector (not shown) are connected between the dialyzer 202 and the vein side of the arteriovenous anastomosis part A. A dialysate monitoring device 206 is connected between the dialyzer 202 and the dialysate supply device 203.

The artificial dialysis device 100 includes a fine bubble water generation device 10, an input liquid supply device 20, a mixer 101 connecting the fine bubble water generation device 10 to an artery side circuit 211, and a fine bubble water generation device 10 to a vein side circuit. The mixer 102 connected to 212, and the mixer 103 connecting the fine bubble water generation apparatus 10 between the dialysate supply device 203 and the dialysate monitoring device 206 (dialyzer 202) are provided.

The input liquid supply device 20 has a function of storing a liquid medicine suitable for treatment or a nutrient liquid containing nutrients such as minerals as a main component as an input liquid and supplying an appropriate amount to the mixer 102. Either one or both of the drug solution and the nutrient solution may be used. It is desirable that the liquid to be introduced can be manually selected by switching between one or both of the chemical liquid and the nutrient liquid. Further, it is desirable to be able to automatically and timely select a charging liquid to be charged.

The blood drawn from the patient C by the blood pump 201 via the arterial circuit 211 flows into the dialyzer 202. The blood flowing into the dialyzer 202 is subjected to removal of waste products such as removed uremic toxin and adjustment of water content with the dialysate through the dialysis membrane.

At this time, waste products adsorbed by the negative potential of the fine bubbles and inactivated bacteria are discharged from the blood by the dialyzer 202. The blood purified by the dialyzer 202 flows from the dialyzer 202 to the vein side circuit 212.

Further, a mixer 103 is arranged in a pipe from the dialysate supply device 203 to the dialyzer 202, and acidic hydrogen fine bubble water from the fine bubble water generation device 10 is mixed with the hemodialysis fluid from the mixer 103. R.
Since micro-bubble water generated by acidic water has a bactericidal action, it can be adsorbed to bacteria in the hemodialysis fluid to be sterilized and discharged.

Japanese Patent No. 6189562

Artificial dialysis is performed in this manner. In conventional dialysis, between the arterial circuit 211 (arterial blood circuit) and the patient attachment site, and the venous circuit 212 (vein blood circuit and the patient attachment site) , It was just confirmation that they were connected, and the handling was such that they were not entangled at positions apart from each other.

For this reason, the bio-energy flows out of the body together with the blood, and the bio-energy out of the body disappears as it is. As a result, it was unavoidable that dialysis patients feel a lot of fatigue after dialysis. Further, as the loss of bioenergy advances, the physical condition becomes extremely bad, and in extreme cases, it may cause serious consequences.
It is an object of the present invention to solve the above problems and to provide a treatment device capable of preventing deterioration of physical condition due to artificial dialysis.

The present invention has been made for the purpose of solving the above-mentioned problems, and an object of the present invention is to provide an artificial dialysis device that can prevent deterioration of physical condition due to artificial dialysis. Then, as one means for achieving the object, for example, the following configuration is provided.

That is, in a treatment device that performs artificial dialysis by sending blood to a dialyzer and returning the blood that has come out of the dialyzer to a vein, a take-out tube that takes blood from the artificial dialyzer and supplies it to the dialysis side, and returns the dialyzed blood to the artificial dialyzer. A tube positioning and holding member that can maintain the return tube in a parallel state for a predetermined distance, and a mounting member that positions and holds the tube positioning and holding member in contact with the body of the hemodialysis person, and the take-out tube and the return tube Is a state of equilibrium and is capable of artificial dialysis while being in contact with the body of an artificial dialysis person.

Further, for example, the mounting member is characterized in that the tube positioning and holding member can be brought into close contact with the arm of the dialysis person. And, for example, the mounting member is characterized in that the tube positioning and holding member is mounted on the arm of the artificial dialysis person by a surface fastener mechanism.

According to the present invention, severe fatigue after dialysis is eliminated, and the darkening of the face and skin color, which is inevitable when dialysis is continued, becomes thin, and deterioration of physical condition can be prevented.

It is a figure for explaining the characteristic composition of the medical treatment equipment of one embodiment of the present invention concerning the present invention. It is a figure for demonstrating the concrete operating method of this Embodiment. It is a figure for demonstrating the concrete operating method of this Embodiment. It is a figure for demonstrating the concrete operating method of this Embodiment. It is a figure for demonstrating the concrete operating method of this Embodiment. It is a figure which shows the structure of the treatment device which performs general artificial dialysis.

10 Micro Bubble Water Generator 20 Input Liquid Supply Device 100 Artificial Dialysis Device 101, 103 Mixer 200 Hemodialysis Device 201 Blood Pump 202 Dializer 203 Dialysate Supply Device 204 Arterial Pressure Monitor 205 Vein Pressure Monitor

206 dialysate monitoring device 210 blood circuit 211 arterial circuit 212 venous circuit

Embodiments of the present invention will be described below in detail with reference to the accompanying drawings. Also in the embodiment of the present invention, the configuration and operation of the basic artificial dialysis device are not different from those of the general artificial dialysis device shown in FIG.
Therefore, the following description will be given mainly on a configuration different from the configuration of the general artificial dialysis device of FIG. The artificial dialysis device of the present embodiment is largely different from the conventional artificial dialysis device in the handling of the arterial circuit 211 (arterial blood circuit) and the venous circuit 212 (vein blood circuit).

[Description of Configuration Specific to Embodiments of the Invention]
FIG. 1 is for explaining the configuration of a positioning mechanism for an arterial circuit 211 (arterial blood circuit) and a vein circuit 212 (vein blood circuit) of an artificial dialysis apparatus according to an embodiment of the present invention. FIG. In the present embodiment, the basic configuration of the artificial dialysis device does not differ from the general artificial dialysis device shown in FIG.

A big difference from a general artificial dialysis device is that an arterial circuit 211 (arterial blood circuit) and a venous circuit 212 (venous blood circuit) are arranged in parallel along, for example, the inside of the arm. The point is to prepare. This will be described below.

In FIG. 1, reference numeral 211 is an arterial side circuit (an artery side tube constituting the same), 212 is a vein side circuit 212 (a vein side tube constituting the same), 510 is a tube guide for positioning and housing the arterial side tube 211 and the vein side tube 212. It is a member and is made of, for example, a plastic and has a substantially U-shaped cross section. The tube guide member 510 is attached with a lid member 520 which is attached to an opening of a tube guide member shown in FIG. 4, which will be described later, to position and fix the accommodated tube. In FIG. 1, the illustration of the lid member 520 is omitted.

In the above description, the tube guide member 510 having a U-shaped cross section and the lid member 520 are formed into a tubular shape. However, the present invention is not limited to the above example, and a rectangular tubular member made of plastic is provided above and below. It may be structured such that it is separated into two parts and is divided into two members, and the two parts when used are combined.

Alternatively, a tubular member having a trapezoidal cross section may be used, and an upper portion of the trapezoid may be a lid member and a lower portion may be a tube guide member. In this case, the wider side of the trapezoidal bottom portion is brought into close contact with the arm, so that a more stable state can be obtained.

[Description of Usage of Embodiment of Invention]
Next, a method of using the configuration peculiar to the artificial dialysis device of the present embodiment will be described. Also in this embodiment, the artery side circuit 211 is joined to the dialysis person's artery and the vein side circuit 212 is joined to the dialysis person's vein. Then, the dialysis is started in a general artificial dialysis machine.

First, the state shown in FIG. 2 is obtained. In FIG. 2, D is an arm that is pierced by a needle of a dialysis patient at the time of dialysis, and a tube 311 that constitutes the arterial side circuit 211 and a tube 312 that constitutes the venous side circuit 212 that extend to the dialyzer are aligned and the back side of the hand. Turn to and bend, for example, between the little finger and the ring finger so as to fit along the palm side of the palm.

Then, as shown in FIG. 3, both tubes are aligned in parallel so as to fit along the palm side arm and housed in the tube guide member 510.
Next, as shown in FIG. 4, a tube guide member 510 lid member 520 accommodating the tubes is attached to maintain the tubes aligned in parallel. In this state, the tube guide member 510 and the lid member 520 can slide along the tube. Therefore, as shown in FIG. 4, it is slid and mounted on the arm so that it is positioned so that it is the most intrusive and does not burden the dialysis person.

Then, as shown in FIG. 5, the tube guide member 510 and the lid member 520 in which the tube is housed are fixed by two fixing bands 531 and 532 so that the tube guide member 510 and the lid member 520 are brought into close contact with the arm of the dialysis person. To do. The mounting portion does not need to be completely fixed without any movement, and may be in a fixed position so that it can be kept in close contact with the surface of the arm and is not separated from the arm. This state is maintained and artificial dialysis is started.

[Effects of the Embodiment of the Invention Artificial Dialysis Device]
As described above, according to the present embodiment, the tube guide member 510 and the lid member 520 form the tube 311 forming the artery side circuit 211 and the tube 312 forming the vein side circuit 212 extending to the dialyzer. Can be arranged side by side, and hemodialysis can be performed in a state in which the arm is kept in close contact with the surface of the arm.

Many hemodialyzers who have been on hemodialysis for many years have a dark complexion and lose their normal appearance. The device of the present embodiment is a device that is particularly effective for such a person, and when hemodialysis is performed by wearing the device of the present embodiment, darkening of the complexion disappears and a healthy color is obtained. With it, my body will be well and I will be able to work even on the day of hemodialysis.

This is because the inventor of the present invention arranges the blood returned to the body in parallel at a position immediately after the blood is taken out of the body, so that the bioenergy released from the blood taken out of the body is released into the body. It was discovered from the finding that it was absorbed by the returned blood.

Therefore, the treatment device of the present embodiment can be expected to have the effect of extending the healthy life expectancy of a dialysis person.
It is considered that "bioenergy" ≒ "activity energy" ≒ "cosmic energy" ≒ "activity energy", and in the conventional method of using an artificial dialysis device, the bioenergy is also exhausted outside the body with the outflow of blood. As a result, the amount of bioenergy in the body is reduced, and as a result, symptoms such as feeling tired and being lazy appear.
When bioenergy falls below 40% of normal, it becomes sick, when 20% falls, it becomes serious, and when it falls below 15%, it may cause serious consequences.

[Results of Trial Use of the Treatment Device of the Present Embodiment]
1. Male A (born in 1968 and lives in Gunma prefecture)
Hemodialysis was started in December 2011 due to renal failure due to diabetes.
Although the poor physical condition of uremia has improved, he suffered from severe fatigue after dialysis, his complexion turned black within a few years, and as the dialysis period became longer, he felt hesitant to work. It's gone.

From around October 2015, the use of the device in the development stage of the device of the present invention was started. As a result, the blackness of the complexion was improved and the feeling of fatigue after dialysis was drastically reduced. At present, as a result of using the apparatus of the present embodiment during artificial dialysis, normal work can be performed even after dialysis.
As the motivation for work increases, the complexion becomes as complex as that of a normal healthy person, the abnormal fluctuation of blood pressure peculiar to dialysis patients disappears, and mentally calm days can be spent.

In March 2018, the result of having undergone a close-up examination at the Gunma University Hospital where we first performed dialysis showed that there was no clogging of blood vessels such as the feet peculiar to people who started dialysis due to diabetes. Have you been on dialysis for 6 years?"
As of November 2018, as well as a healthy person, he drives a car 800km to 1000km round trips, and while staying overnight, provides guidance such as product delivery.

2. Male B (born in 1972 and lives in Hyogo prefecture)
He had a genetically weak kidney and developed chronic nephritis at the age of 15 and was living a student life while receiving treatment, but he started hemodialysis at the age of 28.
After each dialysis, he was unable to work due to severe fatigue.
After learning from the fact that I participated in a study group sponsored by the inventor in February 2017, I acknowledged that it would be a monitor for the device in the development stage of the present invention in May, and when using it during artificial dialysis, fatigue My feelings diminished drastically, and I was motivated to work after dialysis. After starting a part-time job as a tutor in August 2017, I recovered until I could earn a reliable income every month.

I could not get fat, and my skin color was yellowish black like jaundice, but when I came to use this device, my complexion gradually became the same as a normal person, and my weight increased and I became healthy. Is coming.

As of October 2018, we introduced a woman in her 60's who was recently feeling sick with a dialysis fellow at the same hospital, and tried using the device of the present invention on a trial basis. I was so tired that I couldn't get off the dialysis bed by myself, but this time I got off with my own power and I was able to return home relatively well.

3. Female A (born in 1948 and lives in Hyogo prefecture)
He developed chronic renal failure at the age of 53, and then started dialysis for 16 years. From the beginning, after dialysis, I was so tired that I could not do housework. Recently, I started to think that I had little life left after dialysis and had little life expectancy.

Introduced to a long-term dialysis team in October 2018, and when the product of the present invention was used on a trial basis, the feeling of tiredness after dialysis disappeared, and the strength of one's feet increased and the dialysis bed was used by oneself. I got off and was able to go home.
After that, it was used for dialysis three times a week, and the dark complexion became pale and the physical condition was improving.

4. Male C (born in 1975 living in Tokyo)
In January 2016, pneumonia caused heart failure, heart failure caused renal failure, and dialysis was started. From the beginning, I was in trouble because of a strong feeling of fatigue after dialysis. For this reason, when the test use of the device of the present invention was started in October 2017, the feeling of fatigue was completely eliminated, and normal work could be performed even after dialysis, and the present state is achieved.

As described above, according to the treatment device of the embodiment of the present invention, no side effects due to the use of the device are observed, and the problems caused by artificial dialysis can be remarkably improved.

Claims (3)

In a therapeutic device that sends blood to a dialyzer and performs artificial dialysis to return the blood that has come out of the dialyzer to a vein,
A tube positioning and holding member capable of maintaining the extraction tube for supplying blood to the dialysis side from the artificial dialyzer and the return tube for returning the dialyzed blood to the artificial dialyzer in parallel for a predetermined distance,
A mounting member for positioning and holding the tube positioning and holding member in contact with the body of an artificial dialyzer,
A therapeutic apparatus, which is capable of performing artificial dialysis in a state where the take-out tube and the return tube are in an equilibrium state and are in contact with the body of an artificial dialyzer. The treatment device according to claim 1, wherein the mounting member is capable of adhering the tube positioning and holding member to the arm of the artificial dialysis person. The treatment device according to claim 2, wherein the attachment member attaches the tube positioning and holding member to an artificial dialyzer's arm by a surface fastener mechanism.