JP2011019668A - Transfusion device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a transfusion device enabling infusion and blood transfusion not only while lying on a bed but also in a wheelchair or in a chair by carrying the transfusion device in which a transfusion stand part and a transfusion injection part are integrated to an appropriate position since they are integrated by a connection part between the transfusion stand part and the transfusion injection part, the transfusion stand part side can be a transfusion supply device side, the transfusion injection part side can be a transfusion injection side where an upper limb is put on for performing injection, and the functions are simultaneously provided, and to provide a transfusion device performing transfusion while saving space, coping with the lack of beds due to further increase of patients in future, and leading to the improvement of the space of a hospital since the device enables infusion anywhere as well as on an examination table of course. <P>SOLUTION: The transfusion device 1 includes the transfusion stand part 100, the transfusion injection part 101, and the connection part 103 connecting the transfusion stand part 100 and the transfusion injection part 101. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

    The present invention relates to an infusion device.

When a patient or the like cannot take water or a meal from the mouth, infusion is performed for the purpose of supplementing water (electrolytes, nutrients, etc.) (medicine solution). Transfusion for administration of blood components is also included in the infusion. Generally, an infusion device is used for infusion, and the infusion device includes, for example, a drug solution aseptically filled in a glass bottle or a synthetic resin bag and an injection needle inserted into a patient's vein. It is composed of one connected by a special tube called “line” or “infusion set”. In short, a method is adopted in which a liquid is dropped from an irrigator placed at a high place and injected into a vein by an injection needle connected by a rubber tube. Since there is a corresponding blood pressure even in veins, it is necessary to suspend the medicinal solution at a high position in order to apply pressure, and there is a thickened part called “chamber” in the middle of the infusion line. It is dripped (the name “infusion” comes from here). As a result, minute bubbles in the chemical solution are removed, and the injection amount per hour (= injection speed) can be measured. The infusion rate is adjusted by pressing and constricting the tube with a roller-shaped part called "roller clamp", but an infusion pump is used when precise control is required. Although it is not infusion, a syringe pump that pushes a syringe little by little is also used as a method for continuously administering a minute amount of drug. When rapidly injecting a drug, a method of compressing the drug solution with a pressure bag is used.
As the infusion device (infusion device), for example, an infusion device 7 as shown in FIG. 7 is used. The drip device 7 includes a horizontal hook 700, a hook 701, and a stand 702, and an infusion bottle 704 in which a drug solution 703 is stored is suspended on the hook 701, and the drug solution 703 is dropped by a height adjustment unit 705. The delivery position is adjusted and injected into the vein of the patient's upper limb. The infusion device 7 includes a mounting bracket 706, and the infusion device is attached and fixed to the bed 707 with the mounting bracket 706 to perform infusion.
However, as shown in the figure, the person who receives the drip receives the drip while lying on a bed or the like. If this happens, the absolute number of bets tends to be insufficient due to an increase in the number of patients, and if the patient must be infused with the bets, the hospital space will be taken up.
Some of the infusion devices are movable with casters. For example, as shown in FIG. 8, a drip container can be suspended by providing a base member 802 that supports the column 801 at the lower end of a column 801 that can suspend an infusion container, and by providing a caster 803 on the base member 802. There is an infusion stand 8 that can be moved in the hospital with the container suspended.
According to the drip stand, the wheel 804 of the caster 803 rolls on a moving surface such as the floor surface, so that the floor surface and the like can be moved while the column 801 is upright. Even in this case, even if it can be moved, in the same way as the above-described infusion device, in any case, it is inevitable to receive the infusion in a lying state.

The object of the present invention is to provide a technique capable of eliminating the above-described drawbacks of the prior art.
Other objects and novel features of the present invention will become apparent from the following specification and drawings.

The claims of the present invention are as follows.
(Claim 1) An infusion device comprising an infusion stand portion, an infusion infusion portion, and a continuous portion connecting the infusion stand portion and the infusion infusion portion.
(Claim 2) A continuous portion on the infusion stand side of the continuous portion (hereinafter referred to as a stand side continuous portion) is connected to the infusion stand portion, and the continuous portion of the continuous portion on the infusion injection portion side is connected. The infusion device according to claim 1, wherein the installation portion (hereinafter referred to as an injection side continuous connection portion) is connected to a lower pipe portion of the injection / upper limb base portion on the infusion injection portion side. .
(Claim 3) The infusion solution according to claim 1, wherein the infusion stand part includes a stopper part, a horizontal hook part, a hook part, a horizontal hook rotation support part, and a stand side column part. apparatus.
(Claim 4) The infusion apparatus according to claim 1, wherein the infusion infusion part has an injection / upper leg base part, a pipe part, an injection side support part, a leg part, and a caster part. .
(Claim 5) A stand-side strut adjustment portion is attached to the stand-side strut portion, and a height of the stand-side strut portion inserted into the stand-side strut portion by the stand-side strut adjustment portion. The infusion device according to claim 1, wherein adjustment such as height adjustment and angle adjustment can be performed.
(Claim 6) The injection side adjusting portion is attached to the injection side connecting portion, and can be adjusted such as height adjustment and angle adjustment of the pipe portion inserted into the injection side connecting portion. The infusion device according to claim 1, wherein:
(Claim 7) The injection strut side adjustment portion is attached to the pipe support portion below the injection side connecting portion, and the height adjustment of the pipe portion inserted through the inside of the pipe support portion by the injection strut portion adjustment portion. 2. The infusion device according to claim 1, wherein adjustment such as angle adjustment and angle adjustment can be performed.

The effects obtained by the representative ones of the inventions disclosed in the present application will be briefly described as follows.
That is, according to the present invention, the infusion device includes an infusion stand part and an infusion infusion part, which are integrated by the connecting part between the infusion stand part and the infusion infusion part. The infusion solution side can be the infusion solution side, and the infusion infusion portion side can be the infusion solution injection side that can be injected with the upper limbs, and these functions are provided at the same time. Carrying an infusion device in which the two are integrated and infusion while sleeping on a bed, for example, infusion is possible even when riding in a wheelchair or sitting on a chair, and blood transfusion can also be performed .
Of course, it is possible on the examination table, and it can be infused anywhere, so it can be infused in a space-saving space without taking up space, and it can cope with the shortage of beds due to the increasing number of patients in the future, It leads to improvement of hospital space.

  Next, embodiments of the present invention will be described with reference to the drawings.

As shown in FIGS. 1 and 2, the infusion device 1 of the present invention includes an infusion stand unit 100, an infusion infusion unit 101, and a connecting unit 103 that connects the infusion stand unit 100 and the infusion infusion unit 101. Become.
The infusion stand part 100 includes a stopper part 1001, a horizontal hook part 1002, a hook part 1003, a horizontal hook rotation support part 1004, and a stand side column part 1005.
The infusion infusion unit 101 includes an injection / upper leg base 1010, a pipe part 1011, an injection-side column part 1012, a leg part 1013, and a caster part 1014.
The continuous portion 103 is connected to the infusion stand 100 by a continuous portion 1030 on the infusion stand 100 side. The above-mentioned stand-side column portion 1005 is inserted into a continuous portion (stand-side continuous portion) 1030 on the infusion stand portion 100 side.
A stand-side column adjustment unit 104A is attached to the stand-side column 1030, and the stand-side column unit inserted into the stand-side column 1030 by the stand-side column adjustment unit 104A. Adjustment such as height adjustment and angle adjustment of 1005 can be performed.
The other end portion (injection side connection portion) 1031 on the injection side of the continuous portion 103 is connected to the pipe portion 1011 below the injection / upper leg base portion 1010 on the infusion injection portion 101 side. The pipe portion 1011 is inserted into the injection side connecting portion 1031, and the height of the pipe portion 1011 inserted into the injection side connecting portion 1031 is inserted into the injection side connecting portion 1031. An injection side adjustment unit 104B that can perform adjustment such as adjustment and angle adjustment is attached.
A pipe support portion 1013 is provided below the injection side connecting portion 1031, and an injection strut side adjustment portion 104 </ b> C is attached to the pipe support portion 1013. The injection strut portion side adjustment portion 104C can perform adjustments such as height adjustment and angle adjustment of the pipe portion 1011 inserted through the inside of the pipe support portion 1013. As described above, the pipe portion 1011 is inserted through the inside of the injection side connecting portion 1031 and at the lower portion thereof is inserted into the pipe support portion 1013. Furthermore, it is inserted into the inside of the injection side column part 1012 below the pipe support part 1013.
The pipe part 1011 supports the injection / upper leg base part 1010, and the injection strut part side adjustment part 104C adjusts the injection / upper leg base part 1010 up and down according to the up and down of the pipe part 1011. This enables injection at an appropriate position.

As shown in FIG. 3, the pipe portion 1011 below the injection / upper pedestal portion 1010 in the infusion injection portion 101 is inserted into the injection side connecting portion 1031 to adjust (press) the injection side adjustment portion 104B. Thus, the pipe part 1011 can be stopped at an appropriate position inside the injection side connecting part 1031 and the injection / upper leg base part 1010 above the pipe part 1011 can be appropriately positioned.
As shown in FIG. 3, the lower pipe portion 1011 of the injection / upper pedestal portion 1010 in the infusion injection portion 101 is inserted into the pipe support portion 1013, and adjustment (pressing) of the injection strut side adjustment portion 104 </ b> C is performed. Thus, the pipe portion 1011 can be stopped at an appropriate position inside the pipe support portion 1013, and the injection / upper leg base portion 1010 above the pipe portion 1011 can be appropriately positioned.
As shown in FIG. 3, the pipe portion 1011 below the injection / upper leg base portion 1010 in the infusion infusion portion 101 is inserted into the injection side strut portion 1012.
On the other hand, on the infusion stand unit 100 side, the stand side column unit 1005 is inserted into the stand side connecting unit 1030, and the stand side column unit 1005 is attached to the stand by adjusting (pressing) the stand side column unit adjusting unit 104A. The stand-side support portion 1005 is stopped at an appropriate position, the stand-side support column portion 1005 is set as appropriate, and the position (height) of the hook portion 1003 of the infusion stand portion 100 above the stand-side support portion 1005 is set as appropriate. It can be.
The infusion stand unit 100 and the infusion injection unit 101 are connected to each other via a connecting unit 103. The infusion stand unit 100 and the infusion injection unit 101 can be moved together and moved to an appropriate position. Later, at that position, the supply position of the infusion solution is set to an appropriate position by adjusting (pressing) the stand-side column adjustment unit 104A, while the injection-side adjustment unit 104B is adjusted (pressing) to the upper limb during the infusion. The injection position can be set appropriately.

As shown in FIG. 4, hooks 1003 are provided at both ends of the horizontal collar 1002 of the infusion stand 100, and the hook 1003 is aseptically filled with a chemical solution, for example, made of glass bottle or synthetic resin. An “infusion line” or “infusion set” is constructed between the bag and the needle that is inserted into the patient's vein.
The horizontal saddle portion 1002 is supported by the horizontal saddle rotation support portion 1004 and can circulate around the stand-side column portion 1005. The angle of the bag filled with the chemical solution can be adjusted by the rotation of the horizontal rod rotation support portion 1004. The rotation of the horizontal rod rotation support portion 1004 can be stopped by the stopper portion 1001. The horizontal hook rotation support part 1004 and the horizontal hook part 1002 can be attached and detached by detaching the stopper part 1001, so that the horizontal hook part 1002 can be replaced or a bag filled with a chemical solution can be replaced. .

In the infusion device 1 of the present invention, the infusion stand unit 100 and the infusion infusion unit 101 are integrated by the infusion stand unit 100 and the connecting portion 103 between the infusion infusion unit 101, and the infusion stand unit 100 side is The infusion fluid supply device 101 side can be an infusion fluid injection side on which an upper limb can be placed for injection, and these functions are provided at the same time. The infusion device 1 in which the two are integrated at the position is carried, and drip while lying on the bed, as well as, for example, as shown in FIG. Even when sitting in K, infusion is possible and blood transfusion can be performed.
Although not shown, it is possible on the examination table and can be infused everywhere, so it can be infused in a space-saving space without taking up space. It is possible to cope with it, and it leads to improvement of the space of the hospital.

  The present invention is not limited to the above-described embodiments, and can be modified as appropriate. For example, in the above-described embodiment, the adjustment function using the screw member is shown for the stand-side column adjustment unit 104A, the injection-side adjustment unit 104B, and the injection column-side adjustment unit 104C. However, other modes may be used.

  The present invention can be used for drip in other homes for medical purposes.

It is a block diagram of the infusion apparatus which shows the Example of this invention. It is the block diagram seen from the same side of the infusion apparatus which shows the Example of this invention. It is a partial expanded sectional view of the infusion apparatus which shows the Example of this invention. It is the other partial expanded sectional view of the infusion apparatus which shows the Example of this invention. It is an example explanatory drawing of the usage condition of the infusion apparatus of this invention. It is another example explanatory drawing of the usage condition of the infusion apparatus of this invention. It is a block diagram of the infusion apparatus which shows a prior art example. It is another block diagram of the infusion apparatus which shows a prior art example.

DESCRIPTION OF SYMBOLS 1 ... Infusion apparatus 100 ... Infusion stand part 101 ... Infusion injection part 103 ... Connection part 104A ... Stand side support | pillar part adjustment part 104B ... Injection side adjustment part 104C ... Injection support part side adjustment part 1001 ... Stopper part 1002 ... Horizontal hook Part 1003 ... Hook part 1004 ... Horizontal heel rotation support part 1005 ... Stand side column part 1010 ... Injection / upper leg base part 1011 ... Pipe part 1012 ... Injection side column part 1013 ... Leg part 1014 ... Caster part 1030 ... Stand side connection Part 1031 ... Injection side connecting part

Claims (7)

An infusion device comprising: an infusion stand unit, an infusion infusion unit, and a connecting unit that connects the infusion stand unit and the infusion infusion unit. A continuous portion on the infusion stand side of the continuous portion (hereinafter referred to as a stand side continuous portion) is connected to the infusion stand portion, and a continuous portion on the infusion infusion portion side of the continuous portion (hereinafter, referred to as the following portion) The infusion device according to claim 1, wherein the infusion device is connected to a lower pipe portion of the injection / upper limb on the infusion side. The infusion device according to claim 1, wherein the infusion stand part includes a stopper part, a horizontal hook part, a hook part, a horizontal hook rotation support part, and a stand side support part. 2. The infusion device according to claim 1, wherein the infusion infusion part comprises an injection / upper leg base part, a pipe part, an injection side strut part, a leg part, and a caster part. A stand-side column adjuster is attached to the stand-side column, and the stand-side column adjuster adjusts the height and angle of the stand-side column inserted into the stand-side column. The infusion device according to claim 1, wherein the infusion device can be adjusted. The injection side adjustment portion is attached to the injection side adjustment portion capable of performing adjustments such as height adjustment and angle adjustment of the pipe portion inserted into the injection side connection portion. The infusion device according to claim 1. An injection strut side adjustment portion is attached to the pipe support portion below the injection side connecting portion, and the height adjustment and angle adjustment of the pipe portion inserted through the inside of the pipe support portion by the injection strut portion adjustment portion. The infusion device according to claim 1, wherein the infusion device can be adjusted.

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