JP3139416U - Nursing hand box - Google Patents

Abstract

[PROBLEMS] The present invention is a care product for preventing withdrawal of drip tubes, other attached medical devices and diapers, etc., attached to a bedridden patient, in a state of reduced awareness, Providing a hand box for nursing care that emphasizes hygiene, promotion of finger movement, and patient comfort, and reduces the burden on patients.
SOLUTION: The shape is inverted U-shaped, the nets are stretched on both sides, the air permeability is improved, and the use of resin or chemical fiber as the main material used has the effect of suppressing the adhesion and growth of bacteria. In addition, the width of the box is about 4 to 6 cm, and the double net prevents the objects outside the box from being gripped, ensuring a space where the fingers can move freely inside the box, and a material that is rich in air balls and elasticity. A stuffed animal such as an animal was hung. Using the repulsive force when grasping them, the finger could easily bend and stretch repeatedly, removing it easily, changing the finger environment, and reducing the feeling of patient feeling.
[Selection] Figure 1

Description

Detailed explanation of the device

TECHNICAL FIELD The present invention relates to bedridden medical care, care patient's nursing care, removal of medical tools, etc., and prevention of rigid fixation of fingers, especially for elderly people.

Most conventional anti-drawing tools are limited to finger restraint as in Utility Model Document 1 and Patent Documents 1 and 2. In addition, when a net is used, if the net is slack, an object can be easily grasped and it will not prevent pulling out. In addition, nursing gloves currently on the market are not suitable for the elderly because there are concerns about the rigidity of the fingers and many of them do not place a heavy burden on the patient's wearing feeling and burden. Is the actual situation. In hospitals and the like, it is still unavoidable that the wrists are crushed by the restraint band attached to the bed and the patient is suffering.

Utility model document 1

Utility model registration number 3111063
Patent Publication 2001-73209 Japanese Patent Publication No. 2007-119985

Problems that the device tries to solve

The subject was that it had better breathability than conventional pull-out prevention gloves, was hygienic and could move five fingers freely, and could easily perform complete pull-out prevention and repeated movements of finger flexion and extension.

Means for solving the problem

In order to solve the above-mentioned problems, the present invention sews a chemical fiber net with a hole through which fingers do not pass on both the palm and the back side into an inverted U-shaped bag shape. In the meantime, a resin-based thin plate that is molded as hard as possible is inserted into an inverted U-shape with a width of about 4 to 6 cm. By tightening the net, things outside the net cannot be grasped completely. Since the wrist may be slender, the net may become slack, so another set of nets that are stitched about 1 mm is covered from above.
With the above requirements, a space where five fingers can move freely is secured.

A stuffed animal such as an animal using a resin-based air miniball (commercially available) or a material having high elasticity is hung from above the inverted U-shaped net box. These should be wrapped in a net so that they can be easily removed.

To prevent humiliating wounds, use only gauze woven cotton cloth for the parts that touch the wrists, and attach them to the wrists so that they do not fall off with a string or tape that can be removed. .
Nylon with a width of 5-7 cm is also used for decoration as well as to prevent the reverse U-shaped frame edge from being caught on the attached pipe etc. Cover with lace. As a simplification of the manufacturing method, it is possible to make it easily even for elderly people by placing orders for plastic molding, air balls and animal miniatures or by using commercially available products.

Effect of device

The present invention is extremely excellent in breathability because the entire palm and back side are nets, and by using resin-based thin plates and chemical fiber nets for materials other than wrists, bacterial adhesion and proliferation are achieved. By wrapping air balls and animal miniatures, which have the effect of reducing, hanging from above, with a net, a gap is formed between the palm and the palm.
The present invention is easy to wash and dries quickly.
Due to the above conditions, the present invention is hygienic and has a space due to the box shape, so that the fingers can be moved freely and the patient is not cramped.

With regard to pulling out the mounting tube, etc., the entire net on the palm and back side can be pinned tightly and covered with another set of stitched nets, and the finger can be moved outside the box no matter how it moves. You can't grab things.
Therefore, drawing is impossible. In addition, since there is a lace on the frame edge of the box, it can be prevented from being caught on a mounting tube or the like.

Resin-type mini air balls suspended in nets and animal miniatures can easily bend and stretch easily by repeatedly gripping and releasing them due to air pressure and the repulsive force of elastic materials.

A resin-based soft thin plate is molded into an inverted U-shape. At this time, a small hole for threading is made in the center of the thin plate.

Two nets of chemical fiber cut into an inverted U shape are stitched, and a bent resin thin plate is inserted and fixed therein, FIG. 2A

The seam allowance of the drop-off prevention band at the portion that hits the wrist and the seam allowance of the net in FIG. 2 are sewn together. Here, a string is used to fix the drop-off prevention band, but a tape (such as a magic tape) that can be freely removed may be used.

In order to completely grasp the object outside the net, another set of stitched nets (FIG. 1B) is placed from above. The bottom of this net is left open without being sewn.

The resin-based mini air ball of FIG. 3 or a stuffed animal such as an animal is hung with a string from the hole. 1D

Nylon lace 5-7 cm wide (Fig. 1C) attached and completed (Fig. 1)

It is a completed drawing. It is the figure which inserted the resin-type thin plate in the net | network sewn on the reverse U character. This shows a resin-based air ball wrapped in a net (such as a stuffed animal). The part which hits a wrist and the fall prevention band are shown.

Explanation of symbols

[A] U-shaped plastic thin plate [B] (E) Chemical fiber net over the net [C] Nylon lace attached on the resin thin plate [D] Finger flexion and extension movement ball ( Anything is possible as long as there is resilience due to elasticity)
[E] Chemical fiber net cut into reverse U-shape and stitched (single)

Claims (2)

To make it possible to move 5 fingers freely, the box is shaped like an inverted U so that the space is secured and the net is doubled so that it cannot be pulled out by grasping medical devices or diapers. A nursing hand box that uses a material that considers air permeability and hygiene, and reduces the burden on the patient. The above-mentioned claim 1 hangs small items such as stuffed animals using small air balls (commercially available) of resin-based materials that are easy to remove (FIG. 1D) or materials that are highly elastic, and these can be used by a patient. A hand box for nursing care that incorporates a device that makes it easy to repeat the bending and stretching movements of the fingers due to the air pressure and the repulsive force of the materials that occur when grasped (Figure 1).

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