JP5250909B2 - Medical device support - Google Patents

Description

  The present invention relates to a medical device support that can hold a medical inhaler or the like on the distal end side and support the medical inhaler or the like at a desired position.

  Conventionally, an A-shaped support base sandwiched between a bed and a futon, a flexible bellows tube provided so as to stand up at the end of the support base, and an opening at the tip of the bellows pipe Holds the inhaler (medical device) that is oriented in the axial direction of the bellows tube and is pivotable with respect to the axial direction with a single pin or bolt at the base in the axial direction, and is easy to attach and detach 2. Description of the Related Art A medical device support device including a C-shaped holder portion is known. (For example, Patent Document 1)

JP2003-24444

nothing special

In the technique of Patent Document 1 described above, a hard bellows tube (flexible rod) has to be used in order to prevent the drooping phenomenon from occurring due to its own weight + the weight of the holding device.
In other words, the bellows tube (flexible rod) is not supported anywhere from the mattress edge or mattress edge, and it can withstand the weight of the bellows tube and the weight of the held medical device and hold the medical device in a fixed position. Will have to do. In this case, the weight is concentrated on the contact portion with the mattress edge of the bellows tube or the base portion of the A-shaped support base. Therefore, the hardness of the bellows tube, which is difficult to bend (hereinafter referred to as “bending hardness”), must be set so that it cannot be bent with these weights. However, it has a drawback that it is hard and difficult to carry out, and has a very poor operability and usability.
In particular, in the final positioning and bending operation, it is often the case that the bellows tube (flexible bar) is slightly adjusted by moving the tip side of the bellows with the left hand and bending the tip side with the right hand. It has become a challenge to bend and move even if a weak female nurse easily feels no stress.
Furthermore, in order to support the comforter without touching the comforter, it must have a part for raising the bellows tube to a height higher than that of the comforter. Since the bellows tube has to be bent up to the patient's mouth and throat to form a long bend, the length of the bellows tube is increased and the length of the horizontal bend portion is required, As a result, a long bellows tube is required, which must be bent and hardened.
In view of the clamping stability of the support base, it is a stable usage form to be sandwiched between the bottom and the mattress.

  The present invention has been made in view of the above-mentioned drawbacks of the prior art, and its purpose is to perform an operation of holding the tip side slightly with the left hand and holding the tip side with the right hand to bend and move. This flexible rod has a flexible bending rod that can be bent and moved without stress even by a weak female nurse, and the flexible rod is necked by its own weight + the weight of the holding device. An object of the present invention is to provide a medical device support that does not sag.

In order to achieve the above object, the present invention is configured as follows.
<Invention of Claim 1>
A mounting body fixed in a detachable form at an appropriate position of the rising part of the bed which is the headboard or side rail of the bed;
A flexible rod body that can be bent freely, with the root fixed directly to the attachment body or via a rod member, and an instrument attached to the distal end side.
A flexible rod side support provided on the front side from the middle of the flexible rod, and
An attachment body side support provided at a position higher than the base of the flexible rod on the attachment body side;
Suspension support means for suppressing the neck drop phenomenon of the flexible rod body, stretched on the attachment body side support portion and the flexible rod side support portion,
A medical device support device comprising a tension length adjusting portion for adjusting the tension length of the suspension support means.
<Invention of Claim 2>
The suspension support means is a chain member, rope member or hook-and-loop fastener member, the tension length adjusting portion is the flexible rod side support portion or the attachment body side support portion, and the length of the suspension support means is directly engaged. The medical device support according to claim 1, wherein the medical device support is a part for adjusting the medical device.
<Invention of Claim 3>
The medical device support according to any one of claims 1 and 2, wherein two attachment body side support portions are provided in a substantially orthogonal direction.
<Invention of Claim 4>
The attachment body side support portion is separate from the attachment body, and the attachment body side support portion is rotatably provided on the attachment body side or on the flexible rod side. It is a medical device support of description.

As is clear from the above description, the present invention has the following effects.
<Effect of the Invention of Claim 1>
“An attachment body side support portion provided at a position higher than the base of the flexible rod body on the attachment body side, and a neck drop phenomenon of the flexible rod body stretched between the attachment body side support portion and the flexible rod body side support portion. The suspension support means for suppressing the tension and the tension length adjusting portion for adjusting the tension length of the suspension support means have the following effects.
In other words, even if the flexible rod is bent and the distance between the flexible rod side support portion and the attachment body side support portion is shortened, the tension length adjusting portion shortens the tension length of the suspension support means and the tension state is not slack. The flexible rod body is held so as not to drop the neck by the suspension action of the suspension support means in the tension state, and the bent state is also maintained.
As a result, even a soft flexible rod that becomes a neck-dropped state with a medical device held or a neck-dropped state without a medical device held is in a tensioned state. The flexible rod body is held by the hanging support means so that the neck does not drop, and the bent state is also realized.
Therefore, the flexible flexible rod that is in a state where the medical device is held is in a neck-down state, or that the medical device is not in a state in which the medical device is held down has a slightly return side on the tip side. Hold the left hand or right hand and hold the front side with the right or left hand, and bend and adjust.The soft bellows can be easily bent and moved even by a weak female nurse. is there.
<Effects of Invention of Claim 2>
The suspension support means is a chain member, rope member or hook-and-loop fastener member, the tension length adjusting portion is the flexible rod side support portion or the attachment body side support portion, and the length of the suspension support means is directly engaged. The medical device support device according to claim 1, wherein the support device has the same effect as that of the invention according to claim 1, and the support means winds, stops, and stops. Since it is directly related to the tension length adjusting section such as tying, there is an effect that no special length adjusting device is required, operation is simple, low cost, and there is no failure.
<Effect of the Invention of Claim 3>
Since it is a medical device support tool according to any one of claims 1 and 2, the attachment body side support portion is provided in two substantially orthogonal directions. In addition to having an effect, it is possible to suspend and support the flexible rod body by attaching the suspension support means to the mounting body side support part on the standing side, regardless of whether the mounting body is installed vertically or horizontally. There is an effect that it can be installed and used.
<Advantageous Effects of Invention>
The attachment body side support portion is separate from the attachment body, and the attachment body side support portion is rotatably provided on the attachment body side or on the flexible rod side. Since it is the medical device support tool described above, the same effects as those of any one of the first, second, and third aspects of the invention can be obtained, and the following effects can be obtained.
That is, even if the mounting body is mounted vertically or horizontally, the mounting body side support portion can be rotated to be in a standing state, so that the tension support is supported by the suspension support means regardless of whether the mounting body is vertical or horizontal. There is an effect that can be done.

The perspective view of Example 1 of this invention and the state which hold | maintained the plastic inhaler. The glass inhaler of Example 1 of this invention and the partial side view of the state holding the glass inhaler. The use condition side view of Example 2 of this invention. The use condition side view of Example 3 of this invention, and the partial front view of an attachment body. The use condition side view of Example 4 of this invention. The partial front view of the state which attached the attachment body of Example 5 of this invention vertically. The partial front view of the state (upper figure) and the state (lower figure) which attached the attachment body of Example 6 of this invention vertically. The use condition side view of Example 7 of this invention. The use condition side view of Example 8 of this invention. The use condition perspective view of Example 9 of the present invention. The side view which shows the use condition of Example 10 of this invention.

  Embodiments of the present invention shown in the drawings will be described below. However, the present invention is not intended to be limited to them.

In Embodiment 1 for carrying out the present invention shown in FIGS. 1 and 2, reference numeral 1 denotes a medical device support, and this medical device support 1 is a headboard or side rail of a bed (not shown). The inner clamping part 3 which is a clamping part of the inner opening / closing operation part 21 which is set so as to cover the rising part 2 of the bed from above and is urged by the spring 18 with the opening / closing fulcrum part 19 as a fulcrum. And an attachment body 5 that is a clip that is urged and clamped by the outer clamping portion 4 that is a clamping portion of the outer opening / closing operation unit 22 and that is fixed to the rising portion 2 of the bed in a detachable manner, The root is fixed directly to the surface of the clamping unit 3 (or the surface of the inner opening / closing operation unit 21) or via a rod member (directly in the figure), and can be bent freely and the bent state is maintained. In addition, the flexible rod 6 is soft when it is in a state where the neck is lowered when the medical device is held, or the neck is lowered when the medical device is not held. A medical device holding the inhaler in a detachable form by a pair of open / close holding portions 8a and 8b that are opened and closed in the axial direction of the flexible rod 6 with the open / close fulcrum portion 7 as a fulcrum provided at the tip. Means 10, a flexible rod side support 52 provided on the front side from the middle of the flexible rod 6, and a cut form (concave) provided on the top (attachment 5 side) of the inner opening / closing operation portion 21 of the attachment 5 Attached body side support portion 53 (which is also a tension length adjusting portion), flexible rod body side support portion 52 and attachment body side support portion 53 of the form) A chain ball 54 for suppressing consists hanging support means 55. The consists ball chain which are connected by connecting pins 56.
The attachment body side support portion 53 is a tension length adjusting portion for adjusting the tension length of the flexible rod side support portion 52 and the attachment body side support portion 53 of the suspension support means 55. That is, the connecting pin 56 portion of the suspension support means 55 enters the attachment body side support portion 53 (tension length adjustment portion) in a detachable form, and the chain ball 54 is larger than the concave width of the attachment body side support portion 53 (stretch length adjustment portion). The flexible rod 6 is bent and the distance between the flexible rod side support portion 52 and the base of the flexible rod 6 is shortened so that the suspension support means 55 is slack. In the case where the medical device is held, the connecting pin 56 of the portion where the suspension support means 55 is tensioned is inserted into the attachment body side support portion 53 (the tension length adjusting portion), so that the neck is lowered when the medical device is held. Alternatively, even if the flexible rod 6 is soft enough to be in a neck-down state without holding a medical device, the neck-down state is obtained by adjusting the tension length of the suspension support means 55. It is those that can be supported so as not occur.

Due to the adjustable function of the suspension support length of the suspension support means 55, the flexible rod 6 becomes a neck lowered state while holding the medical device, or becomes a neck lowered state without holding the medical device. Because it can be made to be soft, hold the slight return side of the tip side with your left or right hand, hold the distal side with your right or left hand, and bend and adjust it. However, the medical device support 1 that can be bent and moved without feeling stress is realized. At the same time, while the flexible rod body is soft, the flexible rod body 6 is held by the tension adjusted by the suspended supporting means 55 so that the neck does not drop, and the bent state is also maintained. It is what is realized.
The attachment body side support portion 53 may be provided on the outer opening / closing operation portion 22 side.
The flexible rod body of the present invention is “a flexible rod body 6 that is in a state where the neck is lowered when the medical device is held, or is in a state where the neck is lowered even when the medical device is not held”. There is no limitation, and even if a flexible rod that is soft and does not hold the medical device is used, the neck is not lowered by adjusting the tension of the suspension support means 55. It means that it can be supported.
The medical device holding means is not limited to a clip-type holding device, for example, there are various types such as a configuration that holds and holds medical devices in a bundle, a shape that holds and holds a medical device, and a ring shape that holds and holds a medical device. There is something.

As shown in FIG. 2, the medical device holding means 10 includes a friction rotating portion 17 that is fixed to a male screw (not shown) at the tip of the flexible rod 6 by a nut 90 so as to be frictionally rotatable, and the friction rotating portion 17. A first finger part 91 that is bent and extended substantially at right angles, an opening / closing clamping part 8a formed at the tip of the first finger part 91, and an opening / closing fulcrum provided in the middle of the first finger part 91 It comprises a portion 7, a second finger portion 92 supported and provided at the opening / closing fulcrum portion 7 and an opening / closing clamping portion 8b formed at the tip of the second finger portion.
The medical device holding means 10 is used when the inhaler 13 of the form in which the suction hose mounting portion 12 protrudes toward the rear of the inhaler body 11 is held between the open / close holding portions 8a and 8b. Thus, the distance from the open / close clamping parts 8a, 8b to the open / close fulcrum part 7 is set such that the suction hose attachment part 12 can be accommodated so that the suction hose attachment part 12 can be positioned in the medical device holding means 10. . 15 is an inlet 15.
The medical device holding means 10 is attached to the flexible rod 6 by a friction rotating portion 17 sandwiching a resin plate 16 and a corrugated washer (not shown), and the medical device holding means 10 is attached to the shaft of the flexible rod 6. The direction of the open / close clamping parts 8a and 8b can be freely changed by rotating in a form orthogonal to the direction.

  Next, different embodiments of the present invention will be described. In the description of these embodiments, the same components as those in the above-described embodiments are denoted by the same reference numerals, and redundant description is omitted.

In the second embodiment of the present invention shown in FIG. 3, the main difference from the first embodiment is that the attachment body is the inner clamping portion 3, the inner opening / closing operation portion 21 of the outer clamping portion 4 and the outer opening / closing operation portion 22 are long. The formed mounting body 20 is pressed and fitted between the inner opening / closing operation portion 21 and the outer opening / closing operation portion 22 so as to increase the tightening force of the inner holding portion 3 and the outer holding portion 4 and not easily open. And a clamping / tightening strengthening means 25 such as a U-shape formed by bending a plastic member, a rubber member, a wooden member, or a metal plate member, and the intermediate portion 26 hangs down from the base side of the flexible rod 6 A midway support means 23 made of a cord stretched from the upper part of the inner opening / closing operation part 21 is provided to support the middle of the flexible rod 6 in a suspended form so as not to fall, and the suspension support means is attached to the upper part of the inner opening / closing operation part 21 Energized take-up reel Lies in forming a medical device support 27 comprising a hanging support means 47 consists of a rope drawn from Ranaru Upholstery length adjustment portion 46.
The tension length adjusting unit 46 has a casing 48 and a reel body (not shown) provided with a biasing winding force by a spring (not shown) that biases and winds the suspension support means 47 built in the casing 48. ) And a lock release button 49 which is non-rotated in a pushing state by a compression coil spring (not shown) for locking the rotation of the reel body in a free state and releasing the lock when pushed with a finger. It has become. A plurality of reel side teeth are formed in the inner hole of the reel body, and button side teeth that mesh with the reel side teeth are formed on the outer periphery of the lock release button. In the free state, the lock release button is pushed up by a compression coil spring. The button side teeth are engaged with the reel side teeth and locked, and when the lock release button is pushed in, the button side teeth move inward and the engagement with the reel side teeth is released. It has become.
The tension length adjusting unit includes, for example, a manually-winding ratchet mechanism other than a lock-type biasing take-up reel, for example, a claw tooth with a claw.

  The mounting body 20 may be weak or not have a spring that biases the inner clamping portion 3 and the outer clamping portion 4 in a biased state. 2 and can be fixed in a strong clamping state by pressing and fitting the clamping / tightening reinforcing means 25 between the inner opening / closing operation unit 21 and the outer opening / closing operation unit 22.

4 is different from the first embodiment mainly in that the attachment body is formed with the inner sandwiching portion 3 and the outer sandwiching portion 4 in a long shape, and the pin 38 ( A clamping and tightening strengthening means 32 including a bolt 30 and a wing nut 31 is provided so as to be rotatable by a shaft pin), and a mounting body 34 including a bolt fitting groove 33 into which the bolt 30 is fitted is provided below the outer clamping portion 4. It is movable from a universal joint portion 35 provided at the lower portion of the inner clamping portion 3 that supports the middle of the flexible rod 6 in the form of a lower rod so that the midway portion 26 does not descend from the base side of the rod 6. A midway support means 36 consisting of a rod member supported at the lower end is provided, the attachment body side support part (tension length adjusting part) is formed in a T shape on the upper part of the inner opening / closing operation part 21, and the neck part is wrapped around a rope As part 57 In the point which used as the attachment body side support part 59 (tension length adjustment part) formed by forming the rope insertion notch part 58 in the top part, and the medical device support tool 37 used as the suspension support means 60 which consists of a rope as a suspension support means. is there.
With the clamping / tightening reinforcing means 32 removed from the outer clamping part 4, the inner clamping part 3 and the outer clamping part 4 are set so as to sandwich the rising part 2 of the bed, and the clamping / tightening reinforcing means 32 is rotated. The bolt 30 is fitted in the bolt fitting groove 33 and the wing nut 31 is tightened and tightened to tighten the inner clamping part 3 and the outer clamping part 4 to strengthen the fastening of the rising part 2 of the bed.

5 and FIG. 6 is different from the first embodiment mainly in the fourth embodiment shown in FIG. 5 and FIG. 6. A support shaft 61 having a mounting body side support portion provided on the base side of the flexible rod 6 is supported by the support shaft 61. Mounting body side support comprising a rotating rotating part 62, a bolt 63 screwed into a screw hole (not shown) penetrating through the rotating part 62, and a supporting part main body 64 made of a rod or plate on the rotating part 62. The ring 68 is a tension length adjusting portion 65 having a hook shape or a bar shape provided on the upper portion of the support portion main body 64, and the suspension support means can be hung on the tension length adjusting portion 65. The medical device support 67 is formed as a suspension support means 66 made of a chain.
The attachment body side support portion 64 is provided on the attachment body 20 side.
The position of the ring of the suspension support means 66 to be applied to the tension length adjusting portion 65 can be freely selected. Therefore, the length of the flexible rod side support portion 52 and the tension length adjustment portion 65 of the suspension support means 66 is freely adjustable. Can be adjusted to.
In a state where the mounting body 20 is mounted sideways (laying down), the bolt 63 can be loosened and the support body 64 can be turned upright so that the bolt 63 can be tightened and fixed.
In other words, whether the attachment body 20 is used in the horizontal direction (laying form) or vertically, the suspension support means 66 implements the suspension support of the flexible rod 6.
The technical idea of the fourth embodiment lies in that the orientation of the mounting body side support portion only needs to be changed. Therefore, for example, in addition to turning the mounting body side support portion to change the orientation, the mounting body side support is attached to the mounting body. It is the form which provides the insertion holding | maintenance part which inserts and holds a part in two orthogonal directions.

In the fifth embodiment shown in FIG. 7, the main difference from the first embodiment is that an extension portion 69 formed so as to extend from the side portion of the mounting body 20 in a direction orthogonal to the mounting body 20 is provided. A hook-shaped or bar-shaped tension length adjusting portion 70 is provided at the end of the mounting body 20, a hook-shaped or bar-shaped tension length adjusting portion 71 is provided at the end of the extension 69, and the suspension support means is stretched. The medical device support 72 is formed as a suspension support means 66 formed of a ring chain that can be hung on the height adjusting portions 70 and 71.
When the mounting body 20 is vertically mounted, the suspension support means 66 is hung on the tension length adjusting unit 70 (upper view of FIG. 7), and when the mounting body 20 is mounted sideways, the tension length adjusting unit 71 (lower view of FIG. 7). The suspension support means 66 is used on the top.

In the sixth embodiment shown in FIG. 8, the main difference from the fourth embodiment is that the tension length adjusting portion 65 is changed to a ring-shaped tension length adjusting portion 75, the suspension support means is a pipe member 76, and this pipe member 76. A suspension support means 80 including a slide rod 77 slidably inserted in the pipe member 76 is provided as a suspension support means 80. A flange portion 78 provided at the tip of the pipe member 76, and a screw hole penetrating the flange portion 78 (see FIG. The medical device support 81 is formed as a tension length adjusting portion 82 including a bolt 79 screwed to the screw 79.
The tension length can be adjusted by loosening the bolt 79 and sliding the slide rod 77.
When the flexible rod 6 is bent while the bolt 79 is loosened, the slide rod 77 is naturally adjusted to slide according to the change, so that it is possible to perform an operation of tightening and fixing the bolt 79 when determined. it can.

  The seventh embodiment shown in FIG. 9 is mainly different from the fourth embodiment in that a medical device support 83 is formed in which the attachment body side support portion 68 is provided in the outer opening / closing operation portion 22.

In the eighth embodiment shown in FIG. 10, the main difference from the first embodiment is that the hook support means has a loop member 85 on substantially the entire surface of one surface and a hook fastener 86 on the end of the other surface. The suspension support means 87 is made of a ring-shaped tension length adjustment section 88 through which the suspension length adjustment section can be passed through the suspension means 87 provided on the upper part of the inner opening / closing operation section 21. The hook member 86 side that has passed (hidden) through the height adjusting portion 88 is folded back, the suspension support means 87 is in a tension state, and the hook member 86 is engaged and joined to the loop member 85 to fix the tension length. The medical device support 89 is formed.
The looseness and tension of the suspension support means 87 can be easily and quickly adjusted by simply changing the engagement portion of the hook member 86 to the loop member 85 without removing the suspension support means 87 from the tension length adjusting portion 88. Therefore, the suspension support means 87 does not interfere with the bending operation of the flexible rod 6 and is easy to use.

The main difference between the ninth embodiment shown in FIG. 11 and the first embodiment is that the first and second finger portions 91 and 92 of the medical device holding means 10 and the opening / closing fulcrum portion 7 of the second finger portion 92 and the opening / closing clamping portion 8a, Between 8b, the bent form (including the folded form) is formed at an angle of about 5 to 40 degrees (preferably 15 to 30 degrees). The bending angle of FIG. 11 is 20 degrees.
With such a configuration, the holding angle of the medical device held by turning the medical device holding means 10 by the friction rotating portion 17 can be easily changed and adjusted, and the bending angle of the flexible rod 6 can be adjusted. Since it is not necessary to strengthen (especially the front end side), the bending operability and position setting can be performed easily.
[Appendix]
The conventional clip has a straight shape from the finger to the opening / closing pinching part, so that the adjustment of the angle of the medical device that has been aligned and held is all performed by the bending operation of the flexible rod, so that the operability is bad Had drawbacks.
The present invention is made in view of the above-described drawbacks of the prior art, and provides an operability medical device support tool that can be easily positioned including the angle adjustment of the held medical device. It is an object.
<Invention of Appendix 1>
A mounting body fixed in a detachable form at an appropriate position of the rising part of the bed, which is the headboard or side rail of the bed, and the root is fixed to the mounting body directly or via a bar member and on the tip side A flexible rod that can be bent freely and used with the instrument attached,
A friction rotating part fixed to the tip of the flexible rod for frictional rotation, a first finger part bent and extended from the friction rotating part at a substantially right angle, a first finger part formed at the tip of the first finger part. 1 opening / closing clamping part, an opening / closing fulcrum part provided in the middle of the first finger part, a second finger part supported and provided to be able to open / close by the opening / closing fulcrum part, and the second finger And a second open / close holding part formed at the tip of the part, and a medical form that is bent between an opening / closing fulcrum part and the first and second open / close holding parts at an angle of about 5 to 40 degrees A medical device support comprising a device holding means.

  The present invention is mainly used in the medical and nursing care industries that use inhalers.

1: medical device support,
2: The rising part of the bed,
3: Inner clamping part,
4: Outer clamping part,
5: Mounting body,
6: Flexible rod,
7: Opening and closing fulcrum part,
8a, 8b: open / close clamping parts,
9: inhaler,
10: Medical device holding means,
11: Inhaler body,
12: suction hose attachment part,
13: Inhaler
14: inlet,
15: suction port,
16: Resin plate
17: Friction rotating part,
18: Spring,
19: Opening and closing fulcrum part,
20: Mounting body,
21: Inner opening / closing operation part,
22: Outside opening / closing operation part,
23: Midway support means,
25: clamping tightening strengthening means,
26: Midway site,
27: Medical device support,
30: Bolt,
31: Wing nut,
32: Clamping tightening strengthening means,
33: Bolt fitting groove,
34: Mounting body,
35: Universal joint part,
36: Midway support means,
37: Medical device support,
38: Pin,
46: Tension length adjustment part,
47: Suspension support means,
48: housing,
49: Unlock button
52: Flexible rod side support part,
53: Mounting body side support part (tension length adjusting part),
54: chain ball
55: Suspension support means,
56: connecting pin,
57: Rope wrapping part,
58: Rope insertion notch,
59: Mounting body side support part (tension length adjustment part),
60: Suspension support means,
61: support shaft,
62: Rotating part,
63: Bolt,
64: support body,
65: tension length adjustment part,
66: Suspension support means,
67: Medical device support,
68: Mounting body side support part,
69: Extension part,
70: tension length adjuster,
71: Tension length adjustment part,
72: Medical device support,
75: tension length adjuster,
76: Pipe member,
77: slide bar,
78: flange part,
79: Bolt,
80: suspension support means,
81: Medical device support,
82: Tension length adjustment part,
83: Medical device support,
85: Loop member,
86: hook member,
87: Suspension support means,
88: Tension length adjustment part,
89: Medical device support,
90: nut,
91: first finger,
92: Second finger.

Claims (4)

A mounting body fixed in a detachable form at an appropriate position of the rising part of the bed which is the headboard or side rail of the bed;
A flexible rod body that can be bent freely, with the root fixed directly to the attachment body or via a rod member, and an instrument attached to the distal end side.
A flexible rod side support provided on the front side from the middle of the flexible rod, and
An attachment body side support provided at a position higher than the base of the flexible rod on the attachment body side;
Suspension support means for suppressing the neck drop phenomenon of the flexible rod body, stretched on the attachment body side support portion and the flexible rod side support portion,
A medical device support device comprising a tension length adjusting portion for adjusting the tension length of the suspension support means.   The suspension support means is a chain member, rope member or hook-and-loop fastener member, the tension length adjusting portion is the flexible rod side support portion or the attachment body side support portion, and the length of the suspension support means is directly engaged. The medical device support according to claim 1, wherein the medical device support is a part for adjusting the medical device.   The medical device support according to any one of claims 1 and 2, wherein two attachment body side support portions are provided in a substantially orthogonal direction. The attachment body side support portion is separate from the attachment body, and the attachment body side support portion is rotatably provided on the attachment body side or on the flexible rod side. The medical device support described.