JPS622036Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a facility unit for a hospital room in which necessary medical equipment and storage facilities are arranged effectively and aesthetically.

It is desirable to have the necessary equipment for patient treatment and nursing in the hospital room.

This equipment includes medical nursing equipment such as medical gas extractors such as oxygen, compressed air, and vacuum, as well as electrical equipment such as outlets for various measuring instruments, lighting equipment for reading, nurse calls, and TV terminals. patient,
There are storage facilities for attendants' clothes, belongings, etc.

Conventionally, the above-mentioned medical nursing equipment was provided in each bed, and medical gas pipes such as oxygen were either placed along the walls, raised to the ceiling, or embedded in the walls when the building was constructed.

As a result, the construction costs are very high, the aesthetics are poor, and there is no storage facility, so the bedside shelf is simply placed on the floor on one side of the bed, making it difficult for patients to use it themselves. It is very inconvenient and
When using the medical gas, this bedside shelf caused various inconveniences, such as getting in the way.

Recently, a side frame has been installed that protrudes from the wall on both sides of the head of the bed in a hospital room, and a medical gas extraction device and electrical equipment are installed in this side frame, and storage equipment is connected to the side of the side frame. has been proposed, but
In this case, a medical gas extraction device needs to be installed for each bed, making it expensive. At the same time, the thickness equivalent to the side frame is required for each bed, which takes up more space and reduces the number of beds installed. In addition, the reading lighting equipment and outlet (high voltage), the interphone, and the TV terminal (low voltage) are wired in the same place, which have different working voltages, which causes noise in the interphone. There were some drawbacks, such as distortion of the TV image.

The present invention was devised to solve such inconveniences by attaching a medical nursing equipment unit with a medical gas extraction device to the upper wall between two beds in a hospital room. By installing electrical equipment units on both sides, the space above the bed can be used effectively, and one medical and nursing equipment unit can be used for two patients. By dividing the space into a space for weak electrical wiring, it will not have a negative impact on intercoms, televisions, etc. Also, on both sides of the above unit, there are connection holes at the rear end for connection to the unit, and the rear end can be connected to the connection holes for piping. By creating a storage unit with wiring space,
There is no need to embed the piping and wiring of medical nursing and electrical equipment units into the wall or extend them directly to the ceiling, and they can be completely hidden in each unit and storage unit, making it very aesthetically pleasing. It is something.

Hereinafter, the present invention will be explained based on embodiments shown in the drawings.

As shown in Figure 1, the facility unit of this hospital room consists of two beds with a predetermined height on the wall above the head, as shown by an imaginary line separated by a curtain rail (not shown) installed on the ceiling. A medical and nursing equipment unit 1 installed in the position shown in FIG. , 3.

The medical nursing equipment unit 1 has an oxygen extraction valve 11 and a vacuum extraction valve 1 on the front as shown in Fig. 2.
A second medical gas extraction device 10 and a holding member 14 such as a vacuum suction bolt having a hook 13 are provided.

More specifically, as shown in FIG. 6, the medical nursing equipment unit 1 includes a wall mounting frame 15 having a generally U-shaped cross section, and a sideways approximately Z-shaped wall mounting frame 15 which is attached to the upper inner surface of the wall mounting frame 15 so as to protrude forward. letter-shaped bulkhead 1
6, and a gas joint mounting portion 160 located below the partition wall 16 and fixed to the inner surface of the wall mounting frame 15.
, an instrument mounting frame 18 consisting of a substantially L-shaped decorative board mounting portion 17 fixed across the front surface of the partition wall 16 and the lower inner surface of the wall mounting frame 15, and each medical instrument mounted on the gas joint mounting portion 160. Joints 19, 1 to which gas pipes 191, 192 are connected
9', a decorative board 171 attached to the front surface of the decorative board mounting portion 17, a holding member 14 attached to the front surface of the decorative board 171, and a holding member 14 that protrudes from the front surface of the decorative board 171 and is attached to the joints 19, 19'. Oxygen extraction valve 11, vacuum extraction valve 12
and a cover 100 that hides each of the above-mentioned members, and both ends are open.

The wall mounting frame 15, the gas joint mounting portion 160, the decorative board mounting portion 17, and the decorative board 171
The holding member 14 and the joints 19, 19' cover 100 have mounting holes 151..., 152..., 161..., 172..., 17 corresponding to the mounting portions, respectively.
3..., 141..., 193..., 193'..., 103
...is produced and assembled as follows.

The wall mounting frame 15 of the instrument mounting frame 18 is positioned at a predetermined height between the bottom and bottom, and the holes 151...
Insert concrete bolts etc. into the wall and fix it to the wall.

Next, the hole 16 made in the gas joint mounting part 160
The holes 193, 193' of the joints 19, 19' to which the medical gas pipes 191, 192 were connected to (light electrical wiring space).

Then, the decorative board 17 is attached to the front of the decorative board mounting portion 17.
1 with their holes 172 .

Then, the oxygen extraction valve 11 and the vacuum extraction valve 12 are screwed to the joints 19, 19' to provide the medical gas extraction device 10 at the front. Next, the cover 100 is attached.
It is desirable to install the medical care unit 1, the electrical equipment units 2, 2', and the storage units 3, 3 after all the piping and wiring has been completed, so this will be described later.

The electric equipment units 2, 2 have a symmetrical shape as shown in FIG. 2, and have a name plate 21, an outlet 22, a reading lighting device 23 on the front, a TV common listening unit terminal 24, and a nurse call 25 on the front lower surface. There is. 22' is a ground terminal connected to the outlet 22.

In addition, the electrical equipment units 2, 2 have a name plate 21 and an outlet 2 depending on whether they are used on the right side or the left side.
2. The basic form is the same except that the mounting positions of the reading lighting device 23, the television common listening unit terminal 24, and the nurse call 25 are changed. Therefore, for convenience, the electric equipment unit 2 on the left side will be described in detail.

As shown in FIGS. 7 and 8, the electrical equipment unit 2 includes a wall mounting member 26 having a substantially U-shaped cross section, and a lateral substantially Z-shaped partition wall attached to the upper inner surface of the wall mounting member 26 so as to protrude forward. and a mounting frame main body 29 consisting of component mounting members 28 and 28' located below the partition material 27 and attached symmetrically to the left and right sides of the inner surface of the wall mounting member 26, and the mounting frame main body 29. Name tag plate mounting frame 211 that can be attached to the front of
1, a nurse call 25, and a cover 101, and the component mounting members 28, 28' are provided with illumination mounting parts 231, 231' of the same shape, which are raised upward at a predetermined location on the center side of the mounting frame body 29. form,
On the other hand, in the bottom material 261 of the wall mounting member 26, a predetermined location on the center side of the mounting frame body 29 is cut out to form device mounting holes 262, 262' of the same shape.

The wall mounting member 26, the partition wall material 27, the component mounting members 28, 28', the lighting mounting portions 231, 23
1' and the periphery of the fixture mounting holes 262, 262', the outlet 22, the outlet decorative plate 221, the reading light mounting fixture 230, the nameplate plate mounting frame 211,
The TV common reception unit terminal 24, the terminal decorative plate 241, the nurse call 25, and the cover 101 are provided with mounting holes 263..., 26
4..., 271..., 272..., 281..., 282
..., 232..., 232'..., 265..., 265'
..., 222..., 224..., 233..., 212...,
242..., 243..., 251..., 102... are formed, respectively.

In addition, the wall mounting member 26 shown in FIGS. 7 and 8,
The partition material 27 is continuous and has the same shape as the wall mounting frame 15 and partition wall 16 of the nursing equipment unit 1.

The members configured as described above are assembled in the following manner, but since the electrical equipment units 2 and 2 are assembled in the same way, only the left electrical equipment unit 2 will be described.

First, the wall mounting member 26 is connected to the wall of the medical nursing unit 1, and fixed to the wall by inserting concrete bolts or the like into the mounting holes 263. Next, the hole 232' of the illumination mounting part 231' located on the side of the medical nursing unit 1 and the reading light fixture 230 are connected to each other.
Align the mounting holes 233 of the two and tighten the screws. Mounting holes 272..., 282 are provided in the partition wall material 27 and component mounting material 28' on the side of the medical nursing unit 1.
... and the mounting holes 222 of the outlets 22, 22 are aligned and screwed together.

And I put it on the outlet decorative board 221,
Reading light fixture 230, outlet 22, 2
The outlet 22 and the like are made to face the relief holes 220, 223, 223 of No. 2, and the attachment holes 271..., 281 are aligned with the attachment holes 224... of the outlet decorative board 221 and screwed. And outlet 22
The high-power wires 225... are brought out above through holes 273 formed in the partition wall material 27 and wired to the space 300 (high-power wiring space) above the partition wall material 27.

Next, the mounting hole 21 of the name plate mounting frame 211
2 are aligned with the mounting holes 282 formed in the component mounting material 28 on the storage unit 3 side and the mounting holes 272 formed in the partition wall material 27 and screwed. The name tag plate mounting frame 211 has U-shaped protrusions 213, 213 that protrude from the front and face each other left and right, and forms a recess into which a magnetic rubber 214 provided on the back surface of the name tag plate 21 is fitted.

Furthermore, the device mounting hole 26 on the name tag plate 21 side
2 from below, align the mounting holes 265..., 243... with screws, and then connect the nurse call 25 to the outlet 22.
Leave it facing the side instrument mounting hole 262'.

Next, the weak electric wires of the nurse call 25 and TV common listening unit terminal 24 are connected to the lower space 200 of the partition wall material 27.
(light electrical wiring space). In this way, the wiring of the weak electric wire and the strong electric wire is wired to the spaces 200 and 300 divided by the partition wall 16 and the partition wall material 27, and the end of either the left or right electric equipment unit 2 is connected together with the medical gas piping. It is taken out through the opening, wired and piped to the wall at the rear of the storage unit 3, which will be described later, and then raised to the ceiling. And storage unit 3, which will be described later.
3 is attached, the wiring and piping are hidden with a cover 101.

Next, the storage units 3, 3 are erected at the ends of the electrical equipment units 2, 2.

Storage units 3 and 3 have Kasagi 31 and baseboard 3 on the top and bottom.
2 and an upper storage section 3 with a single door on the front.
3, and a lower storage section 3 on which the upper storage section 33 is placed.
4, the lower storage section 34 includes a locker section 35 for storing long items such as patient gowns,
A drawer table 40 and a drawer 41 have a storage shelf 37 with a notch 36 on the front end side of the bed side to make it easier to use from the patient side, and a front plate 39 with a handle and a table surface 38 on the upper surface. and,
It consists of a storage section 42 with a hinged door, and a magazine rack 44 is fitted into the lower part of the side plate 43 on the patient side.A towel rack 45 whose mounting height can be selected is provided at the upper part. A connecting hole 46 is formed at the location where the unit 2 is located.

The major feature of storage unit 3 is the fourth
As shown in FIG. 5, the rear plates 47 and 48 are positioned forward of the rear ends of the left and right side plates 43 and 43, and the wiring and piping space 4 connected to the connection hole 46 is
In the wiring and piping spaces 49, 50, a substantially L-shaped shielding plate 501 is fixed to the rear plates 47, 48 toward the rear, and is attached to the wall via mounting materials 502, 503. It is configured to separate and cut off weak and strong wires that are wired and piped.

Also, the wiring and piping space 4 of this storage unit 3
As shown in FIG. 11, the space for heavy electrical wiring and the space for weak electrical wiring within the space 9, 50 may be divided in advance by a mounting material 502' having a chevron-shaped cross section on the wall. With the unit 3 attached to the wall surface, a space for high-power wiring and a space for low-power wiring may be formed.

The storage unit 3 formed as described above includes medical gas pipes taken out from the electrical equipment unit 2,
A connection hole 4 is installed in front of the location where the weak electric wire and strong electric wire are piped and wired to the wall via the mounting materials 502 and 503.
6 is positioned at the end of the electrical equipment unit 2, erected, and fixed to the wall surface.

Next, the mechanical member 5 is attached to each equipment unit 1, 2,
Further, between 2, 3, and 3, covers 100, 101
is attached to the front of the meji member 5.

The mesh member 5 has a substantially U-shape as shown in FIGS.
01 inner surface, wall mounting member 26, wall mounting frame 1
5, the front outer surfaces of the partition wall 16 and the partition wall material 27, and a lifting prevention part 51 located between the end faces in the connecting hole 46;
A left-right movement prevention portion 52 protrudes forward at the center of the
The cover 100 has a substantially U-shaped cross section as shown in FIG. 9, and has a valve 1 in the center.
1, 12, a mounting hole 1 which has a window hole 102 formed by drawing on the inside facing the holding member 14, and which matches the mounting holes 152 of the wall mounting frame 15 at the rear end of the upper and lower surfaces.
03 is formed. On the other hand, the cover 101
As shown in Figure 0, the same-shaped window hole 104, 1 has a substantially U-shaped cross section, and the portion where the name plate mounting frame 211 and the outlet 22 face is drawn inward.
05, and cut-out holes 106 and 107 of the same shape are formed in the lower surface where the TV common listening unit 24 and nurse call 25 face, and mounting holes made in the wall mounting member 26 are formed in the rear ends of the upper and lower surfaces. Attachment holes 108 corresponding to 264 are formed. The mesh member 5 configured as described above is attached to the wall mounting member 26, the wall mounting frame 15, the partition wall 16, and the partition wall material 2.
After positioning the front surface between the holes 7 and the lifting prevention portion 51 on the inner surface of the connecting hole 46, each cover 10
0,101 from the front, and each mounting hole 15
2..., 103..., 264..., 108... and screw them together.

With this, the mesh member 5 is moved to the cover 100,1.
01 inner surface, wall mounting member 26, wall mounting frame 1
5. It is held between the outer surfaces of the partition wall 16 and the partition wall material 27.

When installing the covers 100 and 101 above,
The nurse call 25 is made to protrude outward from the cutout hole 107 made in the cover 101 in advance, and after the cover 101 is attached, the attachment holes 265' and 251 are aligned with the outer surface of the cover 101, and screwed. , the terminal decorative plate 241 is screwed to complete the facility unit of the present invention.

As described above, the present invention effectively utilizes the space above the bed by providing a medical and nursing equipment unit above the head between the two beds and by providing electrical equipment units on both sides of the medical and nursing equipment unit. By saving space and making it possible for one medical nursing equipment unit to be used for two patients, it is possible to manufacture the unit at low cost as a whole, and the interior of each of the above units can be divided into high-power and low-power wiring spaces. By creating a storage unit on both sides of the above unit that has connection holes at the rear end and uses the rear as space for wiring and piping, all piping and wiring can be routed from the outside without adversely affecting each equipment. It is a useful device that is concealable, aesthetically pleasing, and practical.

[Brief explanation of the drawing]

The figures show an embodiment of the present invention. Figure 1 is a perspective view of the invention, Figure 2 is a perspective view of the medical nursing equipment and electrical equipment unit, and Figure 3 is a perspective view of the storage unit.
The figure is a cross-sectional view taken along the line A-A in Figure 3, Figure 5 is a cross-sectional view taken along the line B-B in Figure 3, Figure 6 is an exploded perspective view of the main parts of the medical and nursing equipment unit, and Figure 7 is the electrical equipment unit. Fig. 8 is an exploded perspective view of the main part of the name plate of the electrical equipment unit;
Fig. 9 is a perspective view of the cover and cover of the medical nursing equipment unit, Fig. 10 is a perspective view of the cover and cover of the electrical equipment unit, and Fig. 11 is a perspective view of the wiring for the wall surface.
It is a principal part cross-sectional view which shows another Example of piping. DESCRIPTION OF SYMBOLS 1... Medical nursing equipment unit, 10... Medical gas extraction device, 16... Bulkhead, 2... Electrical equipment unit, 21... Name plate, 22... Outlet, 23... Reading lighting device, 27... ...Partition material, 3...Storage unit, 46...Connection hole, 4
9,50... Wiring, piping space, 200... Light electrical wiring space, 300... Strong electrical wiring space.

Claims (1)

[Scope of utility model registration request] A medical and nursing equipment unit that has a medical gas extraction device such as oxygen, compressed air, and vacuum, and is open at both ends, and a reading lighting device, an outlet, and a ground terminal that are connected to both sides of the medical and nursing equipment unit. ,
It consists of an electrical equipment unit that has nurse call terminals, television terminals, etc. and is open at both ends, and a storage unit that is located at both ends of the electrical equipment unit and has connecting holes at its rear end that are connected to the openings at both ends of the unit. The inside of each of the above equipment units is divided into a space for heavy electrical wiring such as an outlet, and a space for weak electrical wiring such as a nurse call, using a partition wall and partition material. A hospital room facility unit characterized by forming wiring and piping spaces that extend either upward or downward.