JP5737624B2 - Height-variable arm type support device - Google Patents

Description

The present invention relates to a height-variable arm type support device that can freely change the height width.

As a conventional arm device for supporting a member, a plurality of rods are connected by a pivotable joint portion, and a lock mechanism for locking the pivot of the rod to the joint portion is provided, one side (first support portion side) ) Is supported or fixed to the first other place (table, machine, etc.), and the other side is in a free state. (For example, Patent Document 1)

Utility Model Registration No. 3166092

nothing special

In the above-described prior art, since the arm body in which a plurality of bar members are connected by the joint portion is long, the free side deflection having the clip-shaped holding portion 20 is increased and supported by the holding portion 20. There was a drawback that the stability and positioning of the members were poor.
Further, when the first other part moves, the other side of the free side also moves together, so that the position of the other side changes, and in order to correct it, unlocking → locking operation Had the disadvantage of having to do.
Also, in order to fix the positioning of the supported member, it is necessary to operate the lock mechanism to lock the joint.When stopping the use, perform the unlocking operation and fold the arm body, and the folded state There is a drawback in that the lock operation has to be performed for holding, the operability is complicated, time is wasted, and agility is lacking.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described drawbacks of the prior art, and an object thereof is to provide a height-variable arm type support device in which positioning of a supported member is stable and operability of an arm main body is performed quickly and easily. .

In order to achieve the above object, the present invention is configured as follows.
<Invention of Claim 1>
A first support supported or supported by the first other location;
The first support portion can be moved closer to or away from the first support portion, and has a fixing means fixed or attached in a detachable manner to the second other portion which is separate from the first other portion and is in a separated form . Two support parts;
One side is supported on the first support part side, the other side is supported on the second support part side, and the distance between the first support part and the second support part is reduced. The height automatically increases, and as the distance between the first support portion and the second support portion increases, the height automatically decreases. A multi-joint arm that does not have, and a height-variable cross-linking holding arm that has a cross-linking holding restricting portion for restricting or always maintaining a cross-linked state ,
Flexible member supporting means for suspending or attaching a flexible long member such as a hose or a cord, which is provided on the height varying bridge holding arm, and whose height position is changed by the operation of the height varying bridge holding arm. When,
A first other portion side support portion for locking the second support portion provided on the first other portion side and not attached to the second other portion; And
The height varying arm type wherein the flexible long member suspended or attached to the flexible member supporting means is lifted or lowered by the movement of the height variation bridging holding arm. It is a support device.
<Invention of Claim 2>
2. The height-variable arm type support device according to claim 1, wherein the first other portion is a ventilator and the second other portion is a handrail or enclosure of a bed . 3.

As is clear from the above description, the present invention has the following effects.
<Effect of the Invention of Claim 1>
That is,
While the cross-linked state is always maintained, the height of the height-variable cross-linking holding arm increases and becomes wider as the distance between the first support portion and the second support portion becomes smaller (as the distance gets closer) ( Since the height becomes lower (as the distance increases), if a flexible long member such as a pipe member or cord member is supported in a suspended state substantially vertically and horizontally on the height-variable bridging holding arm, the flexible length Since the scale member is also lifted or lowered, the flexible long member is not obstructed even when the first support part and the second support part are close to each other, and the first support part and the second support part are realized. Even if the support part is separated, the flexible long member also follows and expands (the lateral distance is extended), so there is no shortage of the flexible long member. An effect that is performed.
At the same time, the position of the second support portion is determined by the fixing means provided, the height-variable bridging holding arm simply follows (follows), and its width and height form is defined, and many Since the joint part of the height-variable bridging holding arm, which is a joint arm, does not have a lock mechanism, the arm can be locked / unlocked without the need to simply move and fix the second support part. The effect is to realize simple and quick operation.
At the same time, since the second support portion is fixed to the second other portion by the fixing means on the second support portion side and is in a joint non-locking form, the first support portion and the second support portion or Even if one of them is moved, the bridge width and height of the height-variable bridge holding arm can be adjusted naturally and automatically following the movement.

The front view of the state attached to the fixing device of Example 1 of this invention. The front view of the state which attached the suction pipe to the fixing device of Example 1 of this invention, and was attached to the bed. FIG. 3 is a front view showing a state where a distance is separated in FIG. 2. The front view of the state which hold | maintained all to the fixing device of Example 1 of this invention. The front view of Example 2 of this invention. The front view of the state which supported the fixing means of FIG. 5 in the 1st other location. The front view of Example 3 of this invention. FIG. 8 is a front view showing a state where a distance is separated in FIG. 7. The front view of Example 4 of this invention. The perspective view of the fixing means of Example 4 of this invention. The perspective view of the fixing means of Example 5 of this invention. The fragmentary perspective view of a height fluctuation | variation bridge | bridging holding | maintenance arm example. The partial front view of Example 6 of this invention and the perspective view of a string thread | sled lock means. The perspective view of the flexible elongate member holding means of Example 6 of this invention. The partial front view which shows the use condition example of Example 6 of this invention.

Embodiments that are the best mode for carrying out the present invention will be described below. However, the present invention is not intended to be limited to these examples. Further, in the description of the embodiments to be described later, the same reference numerals are given to the same components of the above-described embodiments, and the overlapping description is omitted.

In the embodiment of the present invention shown in FIGS. 1 to 4, reference numeral 1 denotes a height-variable arm type support device, the first support portion 2 of which is the first other portion (here, the artificial respiration device 3). It is a state attached and supported on the side.
The height variation arm type support device 1 is:
A first support 2 supported or supported by the ventilator 3;
The first support portion 2 can be moved closer to or away from the first support portion 2 and fixed to the second other portion (here, the handrail 5 of the bed 4) in a detachable form or fixed in a U-shaped form as viewed from the side. A second support portion 7 that is supported so as to be laterally movable,
One side is supported on the first support portion 2 side so as to be rotatable in a substantially horizontal direction, and the other side is supported on the second support portion 7 side so as to be rotatable in a substantially horizontal direction. As the distance between the first support part 2 and the second support part 7 decreases, the height automatically increases, and the distance between the first support part 2 and the second support part 7 increases. Accordingly, the height is automatically lowered, the articulated portion 8 is a multi-joint arm that does not have a lock mechanism, and is regulated so as to be always in a bridged state or held in a bridged state. It comprises a height-variable cross-linking holding arm 9 having a cross-linking holding restricting portion.
A person supports and moves the second support portion 7 side by hand.

The first support portion 2 is a support portion main body 10 in the form of a round bar (lower part is screwed with a bolt) which is vertically fixed by a nut to the attachment portion 61 of the base frame 60 of the artificial respirator 3 and is raised. A plurality of height adjustment holes 11 vertically formed in the side surface of the support body 10, an arm receiving base 12 movably attached to the support body 10, and screwed or inserted into the arm receiving base 12. The position adjustment pin 13 is inserted into the height adjustment hole 11 to fix the height position of the arm receiving base 12.

The second support portion 7 includes a leg portion 15 that is vertically raised from the caster portion 14, a support portion main body 16 in the form of a round bar that is formed by extending the leg portion 15 upward, and the support portion. A plurality of height adjustment holes 17 that are vertically arranged in the side surface of the main body 16, an arm receiving base 18 that is movably attached to the support body 16, a screwed or inserted into the arm receiving base 18, and a height The position fixing pin 13 is inserted into the height adjusting hole 11 and fixes the height position of the arm receiving base 12.
In addition, the leg portion 15 and the support portion main body 16 can be moved (vertically moved) or any one of them can be moved to the second support portion 7 and fixed at a desired height position by a fixing bolt 19. A moving body 20 is attached.
The moving body 20 is fixed to a handrail 5 of the bed 4 with a fixing means 6 that is attached in a detachable form with the handrail 5 fitted.
Further, a horizontal bar 21 is fixed to the fixing means 6, and a flexible arm 22 that is freely bent and maintains the bent state is provided on the horizontal bar 21, and a clip 23 is provided at the tip of the flexible arm 22. Is provided. The clip 23 sandwiches and supports a device such as an aspirator (not shown).

The height-variable bridging holding arm 9 is a multi-joint arm having a structure in which a plurality of square hollow cylinder-shaped link bodies (frames) 24 are connected to the lower surface by hinge-shaped joint portions 8. The opposing surface (opening forming surface) forms a cross-linking holding restricting portion 25, and the joint portion 8 is prevented from bending beyond the state where the cross-linking holding restricting portions 25, 25 abut each other, and the joint surface 8 faces downward. In this part, the cross-linked state (deflects when the distance is long) is maintained.
One side of the height-variable bridging holding arm 9 is supported so as to be rotatable in the horizontal direction (direct rotation) in a state where the first support portion 2 is passed through the plurality of link bodies 24, and the height variation The other side of the bridging holding arm 9 is supported so as to be rotatable in the horizontal direction (direct rotation) in a state where the second support portion 7 is passed through the plurality of link bodies 24. That is, by adopting a vertical support configuration in which the first support portion 2 and the second support portion 7 are passed through the plurality of link bodies 24, one side and the other side of the height variation bridging holding arm 9 are provided. By forming a portion that is fixed in a substantially vertical state, when the link body 24 positioned above it is in contact with the bridging holding restricting portions 25, 25, they are also in a vertical state and the vertical state is maintained. Is. In other words, the vertical support form part in which the first support part 2 and the second support part 7 are passed through the plurality of link bodies 24 also forms the bridge rising state of the height varying bridge holding arm 9. It is also a regulatory department.

The height-variable bridge holding arm similar to the height-variable bridge holding arm 9 is formed by connecting a large number of link bodies (link bodies) (joint portions are often in a shaft support form), in a horizontal state Thus, a flexible arm is used which is not bent in one direction but maintains its horizontal state and is bent in the opposite direction (the other direction). These flexible arm forms may be used in the present invention as a height-variable cross-linking holding arm.
Examples of such a flexible arm include, for example, Japanese Patent No. 3356659 (cable drag chain), Japanese Patent No. 3716987 (cables protection guide device), Japanese Patent No. 3897351 (cables protection guide device), and Japanese Patent No. 4540722. (Cables protection guide device), Sankei Manufacturing Co., Ltd .: 4-21-1 Shimomaruko Ota-ku, Tokyo (cable / hose support guide device: Power Godzilla series), JP 2003-61238 (Cable Guide Chain Co., Ltd.) There are a wide variety of things, such as Sankei Manufacturing Co., Ltd.).
In particular, KOR10.0 (with an inner width of 34 mm and a bending radius of 75 mm to the opposite side) that connects the links of the power Godzilla series shown in FIG. KOR 11.1 (inner width 44 mm, bend radius 75 mm to one side and bend 0 mm to the opposite side) is preferred. The rotation of the link body causes the silicone rubber shaft to be twisted (the bearing hole and the shaft do not rub) and rotate, and the elastic repulsive force of the rubber shaft always forms a beautifully crosslinked state. In addition, the rotating sound hardly occurs, the color is white, and it is suitable as a color used for medical equipment. What seems to be the patent is considered to be JP-A-2003-61238 (Cable Guide Chain Sankei Manufacturing Co., Ltd.). This structure is defined as “a height-variable cross-linking holding arm is restricted so that it does not bend outward so that a large number of link bodies are connected so that a cross-linked state is maintained (for example, bending to the opposite side is 0 mm). , “A flexible arm configuration that is bent inward (for example, a bending radius of 75 mm to one side)”.

The first support part and / or the second support part is a quadrangular tubular member into which the link body 24 fits substantially, and the tubular member is rotatable in the horizontal direction. It is also possible to adopt an insertion fixing configuration in which a plurality or one of the link bodies 24 of the height-variable bridging holding arm 9 are inserted from the upper opening of the shaped member. In this case, the horizontal rotation of the height-variable cross-linking holding arm 9 is indirectly performed through a cylindrical member.

In FIG. 2, the fixing means 6 is attached to the handrail 5 of the bed 4, and the suction pipe 28, which is a flexible long member, is supported in a suspended state by the flexible member support means 26 at the approximate center of the height-variable bridging holding arm 9. The support part 2 and the second support part 7 are relatively close to each other. FIG. 3 shows a state where the rough distance is separated. The suction pipe 28 is automatically changed in proportion to the distance between the first support part 2 and the second support part 7 (following), so that the suction pipe 28 is changed to the first support part 2. The distance between the second support portion 7 and the second support portion 7 does not obstruct the ground.
The flexible member support means 26 is preferably capable of adjusting its suspension height. For example, an energizing take-up reel having a mechanism for locking and unlocking an energized string. A type in which a string passing lock means is attached to the string of the energizing take-up reel. There are various forms such as simply passing the string through the threading lock means, positioning the threading lock means at the upper part of the link body 24, and placing the string in a suspended state. As the threading lock means, “Nifco Co., Ltd. (Tokyo Stock Exchange First Listing (Stock Code 7988)) Cord-Adjuster: CL14” is preferable, which is the threading lock means 106a shown in FIG. It is an easy-to-operate form that is suitable for performing a lock operation by releasing the lock by releasing the lock with the thumb and index finger.
Further, by changing the position of the arm support height adjusting means 9 by the height adjusting hole 11 and the position fixing pin 13, the height can be adjusted to the hanging position corresponding to the length of the flexible long member.

In FIG. 4, the fixing means 6 is locked to a fixing means locking portion (not shown) in the form of a horizontal bar provided on the side of the respirator 3, and the leg portion 15 is a leg made of a hook-and-loop fastener band. It can be fixed by the unit fixing part 27 and moved as it is integrated with the artificial respiration apparatus 3 as it is.
It is good also as a structure which does not provide the leg part 15. FIG.
Moreover, the structure which makes the leg part 15 removable is also good. For example, a configuration in which the cylindrical leg portion 15 and the second support portion are separated, and an insertion rod (hollow) inserted into the other is provided on one side.
Further, the fixing means 6 is not provided, and the root of the horizontal bar portion 21 is attached to the moving body 20 or the moving body 20 is not provided, and the base of the horizontal bar portion 21 is directly attached to the second support portion 7 and fixed. It is good also as a member made from a rope which binds a means to the handrail 5, a hook-and-loop fastener band, etc.

In the second embodiment of the present invention shown in FIGS. 5 and 6, the main difference from the first embodiment is that the leg portion 15, the caster portion 14 and the moving body 20 are not provided, and the fixing means 6 has a second support. The locking unit 30 is made of a downward L-shaped bar member on the fixing means 6 and the locking unit 30 is inserted on the side of the artificial respirator 3 (first other location). Thus, the height variation arm type support device 32 provided with the first other portion side support portion 31 to be supported is formed.
The locking part is in the form of a hole, the second support part side support part is a bar member, or the fixing means 6 is the locking part, and the second support part side support part is a handrail that fits into the fixing means 6 There are various forms such as a form (horizontal bar form).
Instead of providing the first other portion side support portion 31, a locking portion insertion hole (not shown) for inserting the locking portion 30 into the attachment portion 61 may be provided and supported.
Further, a locking portion 30 that is an insertion rod is provided on the mounting portion 61 side, and a locking portion insertion hole (not shown) into which the locking portion 30 is inserted is provided and supported on the fixing means 6 side. Also good.

7 and 8, the third embodiment of the present invention mainly differs from the first embodiment in that the height-variable bridging holding arm is pivoted on one side in the longitudinal direction on the first support portion 2. The joint portion 34 is connected to the joint portion 34 so as to be rotatable, and the other side is a first rod-like arm 35 having an inwardly curved shape, and the joint portion having an axial connection direction in one direction vertically to the second support portion. 36, and the other side is connected to the other side of the first rod-like arm 35 by a joint portion 37 in the axial connection form so as to be rotatable in one longitudinal direction. The height-variable bridging and holding arm 39 is formed of a second rod-shaped arm 38 having a curved inward side, the fixing means 6 is not provided, and the horizontal rod 21 is directly attached to the second support portion 7 to move the movable body. 20 is made long and provided with fixing means 40, 41 made of a hook-and-loop fastener band, A height-variable arm type support device 43 is formed which is formed by connecting a bridge 35 and a second bar-shaped arm 38 and is provided with a bridging holding restriction portion 42 made of a cord for restricting the maximum open state to a raised hill shape. It is in the point.
The first bar-shaped arm 35 and the second bar-shaped arm 38 form a height-variable bridging holding arm 39.
The fixing means 40, 41 or the fixing means 40 is wound around the handrail 5 of the bed 4, the second support part 7 side is fixed to the bed, and the fixing means 40, 41 are wound around the base frame 60 to form the second support part 7. And the side and the artificial respirator 3 (first other part).

The fourth embodiment of the present invention shown in FIGS. 9 and 10 is mainly different from the second embodiment in that the first support portion and the second support portion are made of plate members 47 and 48 facing the plurality of link bodies 24. The first support part 50 and the second support part 51 are integrally connected in a form in which the bolts are fastened and fixed by a large number of bolts 49, and the fixing means can be moved up and down and fixed to the desired position by the fastening knob 52. A height varying arm type support device 54 in which the horizontal bar 21 and the locking portion 30 are provided directly on the second support portion 51 is used as a fixing means 64 (fixing tool) having a configuration in which a lower handrail support portion 53 is provided. Is the point that formed.

The fixing means 64 shown in FIG. 10 will be described in detail.
The fixing means 64 is placed on the upper handrail portion 56 of the handrail 5 and is supported on the upper handrail portion 56 as a fitting form, and the fixing means 64 is positioned on the floor side of the bed 4 below the upper handrail support portion 57. The bed has a falling part 58 provided in the bed, a guide support part 59 opened in the form of a vertical hole in the fall part 58, and a screw rod 70 passed through the guide support part 59 in a movable form. A tightening knob 52 provided so as to be positioned on the floor side, and a lower handrail portion 72 having a screw hole 71 screwed into the screw rod 70 and provided on the opposite side of the floor side of the bed. A lower handrail support portion 53 that is supported from below by a fitting form, a support plate 62 having screw holes 66 at four positions provided in the raised form above the upper handrail support portion 57 or the falling portion 58, and this support portion Plate 62 It is composed of a horizontal bar 21 provided with a flexible arm 22 at the tip, which is fixedly provided by a fastening means 63 such as a nut or a bolt on the floor side, and the lower handrail support portion 53 can be moved up and down and fixed at a desired position. It will be made possible.
The upper end portion of the lower handrail support portion 53 is located above the center of the lower handrail portion 72, the tip portion thereof is a protruding portion 65 protruding inward (including a curved protrusion), and the screw rod of the clamp knob 52 is Even if the lower handrail support 53 is lowered slightly, the protruding portion 65 hits the lower handrail portion 72 so as not to be lowered further. That is, even if the screw rod of the tightening knob 52 is slightly loosened, the support of the lower handrail portion 72 by the lower handrail support portion 53 is held.
The protruding portion 65 is made of a rubber member, but may be the lower handrail portion 72 itself. Moreover, it is good also as a screwing form which made the lower handrail site | part 72 movable to an inner side and an outer side, and the position can be adjusted according to the thickness of the lower handrail site | part 72. FIG.

The upper handrail support portion 57 is placed on the upper handrail portion 56, the lower handrail support portion 53 is lifted and moved so as to be applied to the lower handrail portion 72 from below, and the tightening knob 52 is tightened and fixed. The fastening knob 52 is loosened and the lower handrail support portion 53 is lowered to easily remove it from the handrail 5.
That is, even a weak person such as a woman can easily remove the fixing means (fixing tool) from the handrail.
This is because the clip biasing spring of a conventional clip for holding a bed rail and an inhaler support provided with a flexible arm on the clip (for example, Japanese Patent Application Laid-Open No. 2010-201128) is strong. For those who are weak, it is impossible to open the clip with one hand, or for those who are weak, it requires a lot of force and can finally be opened with both hands, and inside it will hurt the muscles of the hand This eliminates the disadvantage of the person who comes out.
That is, it is simple and quick with only a light application from below the lower handrail support portion 53 to the lower handrail portion 72 and a lock / unlock operation by only a light turning operation by the clamping knob 52 which is a lock / unlock operation means. Can be installed and removed.

Since the falling part 58 is located on the floor side of the handrail 5 and the lower handrail support part 53 is located on the outside (opposite side to the floor side) of the falling part 58, the falling part is caused by the load on the horizontal bar 21 side. The portion 58 is always in the form of a load falling on the floor side. Therefore, even if the screw bar of the tightening knob 52 is loosened and the lower handrail support portion 53 is lowered and the screw bar of the tightening knob 52 is slightly loosened and the support of the lower handrail portion 72 by the lower handrail support portion 53 is released, the The fixing means 64 is not easily detached.

The guide support portion 59 may have a groove shape or a protrusion rail shape, and the tightening knob 52 may have a tightening shape from the side opposite to the floor or from the side.
Further, the method is not limited to the method of tightening lock and tightening release (unlocking) by screws, and other methods such as locking and unlocking by rotation of a lever by a cam lever may be used. That is, the operation may be performed by the lock / unlock operation means.

What formed the falling part 58 in the form which extended the floor side site | part of the handrail support part 57 below may be used. There are various forms, such as a constricted downward form, a narrow form such as the falling part 58, and a wide form.

The fixing means 64 can be used alone by being set on the handrail 5.
In the form of a single use form that is not attached to the second support 51 or the height variation bridging holding arm, the support plate is not provided, and the horizontal bar 21 or the flexible arm 22 is the bed floor of the upper rail support section. It should be attached to the side.

In the fifth embodiment of the present invention shown in FIG. 11, the main difference from the fourth embodiment is that the lower handrail support portion 53 is placed on the lower handrail portion 72 and the guide support portion 59 is mainly extended upward. The fixing means 73 (fixing tool) is formed as a longer form.
This is a form in which the lower handrail support portion 53 is less likely to come off from the lower handrail portion 72.

The technical idea of the fixing means 64 and 73 (fixing tool) is as follows.
An upper handrail support portion which is placed on the upper handrail portion of the handrail of the bed and supported by the upper handrail portion as a fitting form;
A falling portion 58 provided at the lower portion of the upper rail support portion;
Guide support parts such as vertical holes, vertical grooves, vertical projection rails provided in the falling part,
Lock / unlock operation means supported in a movable form on this guide support part;
The lower handrail portion is supported from above or below, and includes a lower handrail support portion that locks / unlocks the support state of the lower handrail portion by operation of the lock / unlock operation means. Bed railing fixing means (fixing tool).

The embodiment 6 of the present invention shown in FIGS. 13, 14, and 15 is mainly different from the embodiment 1 in that the flexible long member support means is the flexible long member support means 100 and the height variation bridging holding arm is used. The height-variable bridge holding arm 101 is used.
As shown in FIG. 12, the height-variable cross-linking holding arm 101 is formed by connecting a large number of link bodies 102 (link bodies).
The flexible long member support means 100 includes a slider 103 that is slidable on the height-variable bridging holding arm 101;
A tightening knob 104 made of a roller for entering the upper gap of the link body 102 and making it difficult to move the slider 103 laterally, provided above the slider 103,
A locking means supporting portion 105a having an L-shape provided in a lower portion on one side of the slider 103 and having a through hole or groove for passing a string;
A locking means supporting portion 105b having a through hole or groove through which a string is passed in an L shape provided at the lower part on the other side of the slider 103;
A string thread lock means 106a disposed on the lock means support portion 105a;
A string thread lock means 106b disposed on the lock means support portion 105b;
A string 107 passed through a string or a groove through which the string of the lock means supporting portion 105a is passed through the string passing lock means 106a, an end stopper 108 provided on one end side of the string 107, and the other of the string 107 The hook-shaped upper hook portion 110 that holds the flexible long member 109a, the lower hook portion 111 that holds the flexible long member 109b positioned below the upper hook portion 110, and the upper hook For example, the drip tube of the thin long tube such as the drip tube, the flexible long member 112 such as the communication cord, and the electric wire cord provided on the back surface of the portion 110 and the lower hook portion 111 (which may be either one) is not broken. A flexible long member holding hand comprising a thin flexible long member supporting portion 113 in the form of a pulley that can be held on And 114a,
A string 107 that is passed through a string passing lock means 106b and through which a string of the lock means support portion 105b is passed, an end stopper 108 provided on one end side of the string 107, and the other of the string 107 The hook-shaped upper hook portion 110 that holds the flexible long member 109a, the lower hook portion 111 that holds the flexible long member 109b positioned below the upper hook portion 110, and the upper hook The thin flexible long in the form of a pulley that holds the flexible long member 112 such as a thin tube such as an infusion tube, a communication cord, and an electric wire cord provided on the back surface of the portion 110 and the lower hook portion 111 (which may be either one) Flexible elongate member holding means 114b (flexible elongate member holding means 114a) comprising the member support portion 113 It has from the same form or symmetry form).

The flexible long member holding means 114a and 114b will be described in more detail with reference to FIG.
The holding means main body 116 made of one wire member is bent to form the upper hook part 110 on one side, and the lower hook part 111 is formed on the other side. The back part of the upper hook part 110 and the lower hook part 111 The thin flexible long member support portion 113 is provided by welding, a direct screwing form, a plate clamping digital fastening form, or the like.
The uppermost bent portion, which is the portion suspended by the string 107, is bent so as to be positioned around the center of the upper hook portion 110 and the lower hook portion 111, and is flexible with the flexible long members 109a and 109b supported. It is preferable that the center of gravity is aligned so that the long member holding means 114a and 114b are vertical.
The flexible long member holding means 114a and 114b may be injection molded or press molded with a synthetic resin member.
The flexible long member holding means 114a and 114b have the same form or symmetrical form.

In FIG. 15, the flexible long member 109a is provided with a chemical container 115a for spraying the chemical stored in the middle thereof and sending it in a sprayed state, and the flexible long member 109b is provided with the chemical container 115b in the middle. ing.
The flexible long member support means 100 is very useful in such a form that a chemical container is provided in the middle of such a flexible long member and the flexible long member branches out from the chemical container.
In other words, the slider 103 is moved and stopped at a position where the bridge shape of the height-variable bridge holding arm 101 becomes a good shape, or at an optimal position or a preferred position.
The left and right flexible elongated members 109a and 109a extending from the canopy of the medicine container 115a to the left and right are hung on the left upper hook portion 110 and the right upper hook portion 110, respectively. The storage container 115a is positioned. Further, the right flexible elongate member 109b and the left flexible elongate member 109b extending left and right from the canopy of the medicine container 115b are hung on the lower hook part 111 on the right side and the lower hook part 111 on the left side. The medicine storage container 115b can be positioned below the storage container 115a.
On the left thin flexible long member support 113 and the left thin flexible long member support 113, a fine flexible long member 112 such as an infusion tube, a communication cord, and an electric wire cord is placed and held. Since the guide surface of the flexible long member 112 has a curved shape, a thin tube member such as an infusion tube does not break.
As described above, since a plurality of medicine storage containers 115a and 115b can be placed at the same position as the line of sight when the operator stands or can be easily seen, the state of the medicines in the medicine storage containers 115a and 115b can be easily confirmed. The medicine storage containers 115a and 115b can be removed and operations such as addition of medicine can be easily performed.

Further, as is apparent from the fact that the flexible long member 112 is configured to hang for a long time between the left thin flexible long member support 113 and the left thin flexible long member support 113. When the flexible elongate member 109a or the flexible elongate member 109b is long and difficult to route, the flexible elongate member 112 is attached to the left thin flexible elongate member support 113 and the left thin flexible elongate member support. Such a state can be eliminated by adopting a form in which an arc is drawn and hung between 113 (arc drawing and hanging form).

The technical idea is that the first flexible flexible suspension holding arm is in a suspended state in which two portions of the flexible long member are supported by being spaced directly or indirectly through other members. The long member holding means and the second flexible long member holding means are provided.
This allows a sag length adjustment form in which the flexible elongate member is hung by a desired length between the first flexible elongate member holding means and the second flexible elongate member holding means. Even when the scale member is long and difficult to be routed, it is possible to eliminate the problem by lengthening the sag in the arched sag and to realize a suitable scouring configuration.
In addition, when an intermediate device such as a chemical container, a flow meter, an ammeter, a thermometer, or a storage tank is provided in the middle of the flexible long member, the intermediate device is used as the first flexible long member. The present invention realizes that the user can view and operate the device in a state where the posture is improved below the desired position between the holding unit and the second flexible long member holding unit.

As the threading lock means 106a and 106a, “Nifco Co., Ltd. (Tokyo Stock Exchange First Section Listing (Stock Code 7988)) Cord-Adjuster: CL14” is suitable. It has a shape suitable for picking with the thumb and index finger as shown in the schematic drawing, releasing push-in lock, releasing and locking.

Either or both of the flexible long member holding means 114a and 114b may be a suspended portion that is fixed and not suspended.
Further, a reel with a lock mechanism having a lock mechanism may be used instead of the string passing lock means 106a and 106b, and the string 107 may be energized and wound on the reel with the lock mechanism.
Further, instead of the string passing lock means 106a and 106b, an urging take-up free reel by a spring without a locking mechanism is used, and the string 107 is energized and wound on the reel-free take-up reel. Alternatively, the string 107 may be passed through the string lock means 106a and 106b, and the string lock means 106a and 106b may be positioned below the lock means support portions 105a and 105b.
Further, the left end stopper 108 and the right end stopper 108 are not provided, and the left string 107 and the right string 107 are formed as one string composed of one string, and the above-mentioned 1 between the lock means supporting portions 105a and 105b. It is good also as a form which hangs down the string 107 which consists of this string.
Alternatively, the slider 103 may not be provided and the flexible long member holding means 114a and 114b may not be laterally moved. In this case, the flexible long member holding means 114a, 114b or any one of them can be raised or lowered, the flexible long member holding means 114a, 114b can not be raised or lowered, and the flexible long member holding means 114a, 114b can be raised. There is a form in which the variable bridge holding arm 101 is attached almost directly.
It is preferable that a curved surface member such as a roller or a curved body is provided on a portion of the upper hook portion 110 and the lower hook portion 111 on which the flexible long member is placed so that the flexible long member is not broken.

<Appendix>
<Effect of the invention described in Appendix 1>
A first support supported or supported by the first other location;
The first support portion can be moved closer to or away from the first support portion, and has a fixing means that is fixed or attached to the second other portion in a detachable form, or is supported by the second other portion so as to be laterally movable. A second support,
One side is supported on the first support part side, the other side is supported on the second support part side, and the distance between the first support part and the second support part is reduced. The height automatically increases, and as the distance between the first support portion and the second support portion increases, the height automatically decreases. It is a multi-joint arm that does not have, and is composed of a height-variable cross-linking holding arm that has a cross-linking holding restricting portion for restricting or maintaining the cross-linking state at all times. It is a variable arm type support device.
That is,
While the cross-linked state is always maintained, the height of the height-variable cross-linking holding arm increases and becomes wider as the distance between the first support portion and the second support portion becomes smaller (as the distance gets closer) ( Since the height becomes lower (as the distance increases), if a flexible long member such as a pipe member or cord member is supported in a suspended state substantially vertically and horizontally on the height-variable bridging holding arm, the flexible length Since the scale member is also lifted or lowered, the flexible long member is not obstructed even when the first support part and the second support part are close to each other, and the first support part and the second support part are realized. Even if the support part is separated, the flexible long member also follows and expands (the lateral distance is extended), so there is no shortage of the flexible long member. An effect that is performed.
At the same time, the position of the second support portion is determined by the fixing means provided, the height-variable bridging holding arm simply follows (follows), and its width and height form is defined, and many Since the joint part of the height-variable bridging holding arm, which is a joint arm, does not have a lock mechanism, the arm can be locked / unlocked without the need to simply move and fix the second support part. The effect is to realize simple and quick operation.
At the same time, since the second support portion is fixed to the second other portion by the fixing means on the second support portion side and is in a joint non-locking form, the first support portion and the second support portion or Even if one of them is moved, the bridge width and height of the height-variable bridge holding arm can be adjusted naturally and automatically following the movement.
<Effects of Invention of Supplementary Note 2>
Supplementary note 1 wherein the height-variable cross-linking holding arm is rotatable in a substantially horizontal direction directly or through another member on the first support part side and the second support part side. It is a height-variable arm type support apparatus as described in 1 above.
While having the same effect as that of the invention described in Appendix 1, the height-variable bridging holding arm can be rotated in a substantially horizontal direction on either the first support portion side or the second support portion side. Therefore, the second support part can be moved vertically and horizontally and turned freely, so that the second support part can be used in various support positions (height support position, horizontal support position is extended by the height-variable bridge holding arm). It can be attached to the second other location within the range), and even if the second other location or the first other location moves, the height-variable bridging holding arm automatically follows it. Therefore, there is an effect that the first other part or the second other part can be moved and moved without removing the second support part.
That is, even if there is movement or movement of the first other part or the second other part, it does not affect the member or the like supported on the second support part side.
<Effects of Invention of Supplementary Note 3>
A height-variable bridging holding arm is connected to the first support portion so that one side of the first support portion is pivotable in one longitudinal direction, and one side is vertically oriented to the second support portion. It consists of a second rod-like arm that is pivotably connected in one direction and the other side is pivotally connected to the other side of the first rod-like arm in one longitudinal direction. It is a height variation arm type support device given in any 1 paragraph of appendixes 1 and 2 characterized by being.
Such a height-variable cross-linking holding arm configuration also has the same effect as the invention described in any one of appendixes 1 and 2.
<Effects of Invention of Supplementary Note 4>
The height-variable cross-linking holding arm is controlled so as not to bend so that the cross-linked state is held outwardly where a large number of link bodies are connected, and is configured to be bent inward. It is a height fluctuation | variation arm type | formula support apparatus of any one of the additional remarks 1, 2 characterized by the above-mentioned.
While having the same effect as the invention described in any one of the appendixes 1 and 2, the height-variable cross-linking holding arm is in the form of a flexible arm in which a plurality of link bodies are connected. The second support portion can be raised and lowered freely, and the second support portion can be mounted at a high or low place.
<Effects of Invention of Appendix 5>
The height-variable arm type support device according to any one of appendices 1 to 4, wherein a flexible arm capable of holding a bent state is provided on the second support portion side, and a clip is provided at a tip thereof. It is.
In addition to the same effects as the invention described in any one of Appendices 1 to 4, for example, a tip portion of the flexible long member or a part provided at the tip portion is sandwiched and supported by a clip. That is, since the support is performed by the flexible arm extending from the second support portion fixedly fixed to the second other portion, there is an effect that a stable support form of the component without swinging is realized.
<Effects of Invention of Supplementary Note 6>
The height-variable arm type support device according to any one of appendices 1 to 5, wherein the second support portion is provided with a leg portion that stands on the floor or the ground.
While producing the same effect as the invention described in any one of Appendices 1 to 5 and supporting the second support portion by hand, the leg portion is attached to the ground or the floor (the caster is provided). If it can be moved laterally), it can be moved laterally, so that it can be moved easily without being dropped.
Moreover, there exists an effect that it is easy to make the 2nd support part side mainly heavy.
In addition, the fixing to the second other part, if there is a part supporting the second support part on the side where the first support part is located, the fixing to the second support part can be made stable and attached The effect that it can be easily removed is achieved.
<Effect of the invention described in Appendix 7>
Additional note, characterized in that a flexible member support means for hanging or attaching a flexible long member such as a hose, a communication cord, an electric wire cord, a string, a rope or the like is provided in the approximate center of the height variation bridging holding arm. It is a height fluctuation | variation arm type | formula support apparatus of any one of 1-6.
Flexibility for hanging or attaching a flexible long member such as a hose or a cord at the approximate center of the height-variable cross-linking holding arm while exhibiting the same effect as the invention described in any one of appendices 1-6 Since the member support means is provided, the weight is always applied to the approximate center of the height-variable cross-linking holding arm due to the weight of the flexible long member, and therefore, a good cross-linking state can always be formed. Play.
In particular, this is effective in a height-variable cross-linking holding arm in which a large number of link bodies are connected.
<Effects of Invention of Appendix 8>
The height according to any one of appendices 1 to 7, wherein a fixing means for detachably fixing the second support portion to the handrail or enclosure of the bed is provided on the second support portion. This is a variable arm support device.
In the bed which is the second other portion, the same effects as those of the invention described in any one of Appendices 1 to 7 are achieved.
<Advantageous Effects of Invention 9>
First flexible elongate member holding means and second flexible elongate member for supporting the flexible elongate member in a suspended state, directly or indirectly via a number of members, on the height-variable bridging holding arm 9. The height-variable arm type support device according to any one of supplementary notes 1 to 8, wherein the holding means is provided at intervals.
First flexible elongate member holding means and second flexible elongate member for supporting the flexible elongate member in a suspended state, directly or indirectly via a number of members, on the height-variable bridging holding arm Since the holding means is the height-variable arm type support device according to any one of appendices 1 to 8, characterized in that the holding means is provided at intervals, the appendix 1 to any one of appendices 1 to 8. In addition to the effects similar to those of the present invention, the following effects can be obtained.
That is,
Since the drooping length adjustment form in which the flexible long member is hung by a desired length between the first flexible long member holding means and the second flexible long member holding means is possible, the flexible long member is Even in the case of a long length that is difficult to be routed, it is possible to solve this problem by lengthening the sag in the arched sag and to realize a suitable scour.
In addition, when an intermediate device such as a chemical container, a flow meter, an ammeter, a thermometer, or a storage tank is provided in the middle of the flexible long member, the intermediate device is used as the first flexible long member. The present invention realizes that the user can view and operate the device in a state where the posture is improved below the desired position between the holding unit and the second flexible long member holding unit.
<Effects of Invention of Supplementary Note 10>
The height-variable cross-linking holding arm is controlled so as not to bend so that the cross-linked state is held outwardly where a large number of link bodies are connected, and is configured to be bent inward. A slider that can move on the height-variable bridge holding arm is provided above the height-variable bridge holding arm of the flexible arm configuration, and a flexible long member is supported on the slider in a suspended state. The height-variable arm type support device according to any one of appendices 1 to 9, wherein the flexible long member holding means is provided directly or indirectly via another member.
The height-variable cross-linking holding arm is controlled so as not to bend so that the cross-linked state is held outwardly where a large number of link bodies are connected, and is configured to be bent inward. A slider that can move on the height-variable bridge holding arm is provided above the height-variable bridge holding arm of the flexible arm configuration, and a flexible long member is supported on the slider in a suspended state. Since the flexible long member holding means is provided directly or indirectly via another member, the height varying arm type support device according to any one of appendices 1 to 9, In addition to the effects similar to those of the invention described in any one of Appendices 1 to 9, the following effects can be achieved.
That is,
This realizes that the slider is moved and stopped at a position where the cross-linking shape of the height-variable cross-linking holding arm becomes a good shape, or at an optimal position or a preferred position.

The present invention is mainly used in the medical aid industry.

1: Height-variable arm type support device,
2: First support part,
3: artificial respiration device (first other part),
4: Bed
5: Handrail (second other part),
6: fixing means,
7: second support part,
8: joint site,
9: Height-variable cross-linking holding arm,
10: Support body,
11: Height adjustment hole,
12: Arm receiving base,
13: Position fixing pin,
14: Caster part,
15: Leg,
16: Support body
17: Height adjustment hole,
18: Arm receiving base,
19: fixing bolt,
20: Mobile object,
21: Horizontal bar,
22: Flexible arm,
23: Clip,
24: Link body
25: Crosslinking retention regulation part,
26: Flexible member support means,
27: Leg fixing part,
28: suction pipe (flexible long member),
30: Locking part,
31: 1st other location side support part,
32: Height-variable arm type support device,
34: joint,
35: first rod-shaped arm,
36: joint part,
37: joint,
38: second rod-shaped arm,
39: Height-variable cross-linking holding arm,
40: fixing means,
41: fixing means,
42: Cross-linking retention control part,
43: Height-variable arm type support device,
47: Plate material
48: Plate material
49: Bolt,
50: first support part,
51: second support,
52: Tightening knob,
53: Lower handrail support part,
54: Height-variable arm type support device,
56: Upper handrail part,
57: Upper rail support part,
58: Falling part,
59: guidance support part,
60: Base frame,
61: Mounting part,
62: support plate,
63: Tightening means,
64: fixing means (fixing tool),
65: protruding part,
66: Screw hole,
70: Screw rod,
71: Screw hole,
72: Lower handrail part,
73: Fixing means (fixing tool),
100: Flexible long member support means,
101: Height-variable cross-linking holding arm,
102: Link body,
103: slider,
104: Tightening knob
105a, 105b: lock means support portions,
106a, 106b: stringing lock means,
107: string
108: End stopper,
109a, 109b: flexible long members,
110: Upper hook part,
111: Lower hook part,
112: Flexible long member,
113: Thin flexible long member support part,
114a, 114b: flexible long member holding means,
115a, 115b: chemical container
116: Holding means main body.

Claims (2)

A first support supported or supported by the first other location;
The first support portion can be moved closer to or away from the first support portion, and has a fixing means fixed or attached in a detachable manner to the second other portion which is separate from the first other portion and is in a separated form . Two support parts;
One side is supported on the first support part side, the other side is supported on the second support part side, and the distance between the first support part and the second support part is reduced. The height automatically increases, and as the distance between the first support portion and the second support portion increases, the height automatically decreases. A multi-joint arm that does not have, and a height-variable cross-linking holding arm that has a cross-linking holding restricting portion for restricting or always maintaining a cross-linked state ,
Flexible member supporting means for suspending or attaching a flexible long member such as a hose or a cord, which is provided on the height varying bridge holding arm, and whose height position is changed by the operation of the height varying bridge holding arm. When,
A first other portion side support portion for locking the second support portion provided on the first other portion side and not attached to the second other portion; And
The height varying arm type wherein the flexible long member suspended or attached to the flexible member supporting means is lifted or lowered by the movement of the height variation bridging holding arm. Support device. The height-variable arm type support device according to claim 1, wherein the first other portion is a respirator, and the second other portion is a handrail or enclosure of the bed .

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