JP2010216108A - System for turning ward into semiprivate rooms - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system for turning a ward into semiprivate rooms by partitioning the ward with a simple and sturdy panel unit with extensibility, so as to create the semiprivate room capable of maintaining sufficient privacy and providing a comfortable life in a hospital, while protecting a patient's head by imparting shock absorbing properties to a panel surface of a wall surface-side panel for cushioning a shock when the bed collide against the wall. <P>SOLUTION: In this system for turning the ward into the semiprivate rooms, the panel unit 1 is formed in a T-shape or an L-shape in a plan view by perpendicularly connecting a partition panel 3 to the linearly-connected wall surface-side panels 2. Also, the wall surface-side panel of the respective panel unit is installed along the wall surface of the ward with the one or more panel units, so as to divide the ward into the two or more semiprivate rooms. A cushion body 53 is annexed on the panel surface of the wall surface-side panel in a protruding state in a position on which a bed abuts within a height range from a floor surface to the highest portion of the bed. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a quasi-private room apparatus for hospital rooms, and more particularly to a quasi-private room apparatus for partitioning a large room with a panel unit to form a quasi-private room.

  Conventionally, hospitals equipped with hospitalized facilities have been provided with so-called large rooms for accommodating a plurality of patients and private rooms for accommodating one patient. In large rooms, curtains are generally provided around each bed to divide the space for each inpatient. Therefore, an inpatient who uses each bed in a large room can be visually shielded from the outside through the curtain, but there is no further shielding effect and sufficient privacy protection cannot be obtained. In such a curtain placed around each bed in a large room, the light and sound in the curtain easily leak outside, so it is not possible to maintain sufficient privacy, and the light and sound are annoying to the surroundings It is difficult to live a comfortable hospital stay in a large hospital room.

On the other hand, as a national measure, it is recommended to reduce the number of beds per room, rather than large rooms such as 6 or 8 beds, and increase the area per person in the hospital room to improve the hospitalization environment for patients. Yes. However, simply reducing the number of beds reduces the hospital's income, so if the country has a certain area per person in the hospital room (approximately 6.4 m ² ) or more, the hospitalization fee paid by medical insurance Apart from that, it allows the hospitalized patient to bear the so-called differential bed fee that the patient bears.

  Therefore, in Patent Document 1, a bed between left and right sides in a large hospital room is partitioned by a laminated block panel installed on the floor so as to be longer than the entire length of the bed, and the head of each bed By installing a laminated block panel similar to the above panel on the side, the two adjacent beds on the left and right are separated by a laminated type block panel arranged in a T shape in plan view. A quasi-private room is proposed by arranging a curtain that can be opened and closed on the side, and it has been well received. Patent Documents 2 and 3 disclose specific structures for forming a quasi-private room by partitioning a large room with a T-shaped panel unit including a wall-side panel and a partition panel and a curtain. .

Japanese Patent No. 3769553 Japanese Patent Laid-Open No. 2007-2487 JP 2007-2488 A

  However, the panel unit used for the conventional quasi-private room has diverted the partition panel for office, so when moving with the patient on the bed during surgery, treatment or examination, or When moving an empty bed, it may be possible to collide with a wall surface side panel, in which case the patient may be shocked or the wall surface side panel or bed may be damaged. In addition, since the head side of the bed is located on the wall surface side panel, the possibility that the patient's head protrudes from the bed and hits the wall surface side panel under unexpected circumstances cannot be excluded.

  Therefore, in view of the above-described situation, the present invention intends to solve the problem by partitioning a large room using a panel unit that is simple, robust, and expandable, and can maintain sufficient privacy. It is possible to create a quasi-private room that can lead to a comfortable hospital stay, and to provide shock absorption to the panel surface of the wall side panel, to reduce the impact when the bed collides, and to the patient's head It is in the point which provides the quasi-private room apparatus of the hospital room which can protect a department.

  In order to solve the above-mentioned problems, the present invention forms a T-shaped panel unit in a plan view by connecting a partition panel at a right angle to the center of a wall surface panel connected in a straight line, or a wall surface side connected in a straight line. A partition panel is connected to the end of the panel at right angles to form a L-shaped panel unit in plan view, and the wall side panel of each panel unit is installed along the wall surface of the patient room using one or more panel units. , A quasi-private room unit that divides a large room into two or more quasi-private rooms, and within the height range from the floor surface to the highest level of the bed on the panel surface of the wall surface side panel. A quasi-private room unit for a hospital room is provided in which a cushion body is attached in a protruding state at a position where the bed abuts (Claim 1).

  Here, it is more preferable that the cushion body is provided at a position higher than the mat of the bed.

  Moreover, it is also preferable that the said cushion body is a sheet-like thing of thickness 1-5cm (Claim 3).

  It is also preferable that a control panel provided with switches and terminals is provided on the upper panel surface of the cushion body.

  Furthermore, the expansion panel constituting the wall surface side panel may be divided into a lower panel and an upper panel, the cushion body is attached to the panel surface of the lower panel, and the upper panel may be used as the control panel. Preferred (claim 5).

  The quasi-private room unit of the invention according to claim 1 as described above is a cushion body at a position where the bed abuts within the height range from the floor surface to the highest position of the bed on the panel surface of the wall surface side panel. Since it is attached in a protruding state, when moving with the patient on the bed at the time of surgery, treatment or examination, or when moving an empty bed, even if the bed collides with the wall side panel, Since the impact can be mitigated, the patient is not excessively impacted and the wall panel or bed is not damaged.

  According to claim 2, since the cushion body is provided at a position higher than the mat of the bed, even if the cushion body is placed with the head side of the bed positioned on the wall surface side panel, the patient's body under unexpected circumstances. Even if the head protrudes from the bed, the cushion body protects the patient's head and can be prevented from directly hitting the wall panel.

  According to claim 3, since the cushion body is in the form of a sheet having a thickness of 1 to 5 cm, the impact due to the collision of the bed can be sufficiently mitigated, and excessively from the panel surface of the wall surface side panel. Because it does not protrude, it does not get in the way.

  According to claim 4, since the control panel provided with switches and terminals is provided on the upper panel surface of the cushion body, the terminals of the lighting devices such as switches and LAN terminals without leaving the bed Can be used and can be operated while lying on the bed.

  According to claim 5, the expansion panel constituting the wall surface side panel is divided into a lower panel and an upper panel, the cushion body is attached to a panel surface of the lower panel, and the upper panel is attached to the control panel. So, using a split structure as an expansion panel, attaching a lower panel with a cushion body attached to the lower part, and attaching an upper panel consisting of a control panel with switches and terminals on the upper part, The present invention can be configured, and can be easily configured using an existing divided partition panel.

It is a perspective view which shows the example of installation of the panel unit which concerns on this invention, and attached furniture. It is a simplified top view which shows the example of arrangement | positioning which converted the large room into the quasi-private room using the panel unit. It is a partial vertical front view which shows the structure which attached the option to the head board and provided the cushioning material in the panel edge part. FIG. It is a disassembled perspective view which shows the relationship between a headboard, a side part cover, and a cushion material. It is a cross-sectional top view of a side part cover and a cushion material. The storage furniture unit of attached furniture is shown, (a) is a front view, (b) is a side view, (c) is a plan view. It is a perspective view of the base stand for connecting and installing the storage furniture unit of attached furniture to a panel unit. It is a perspective view which shows the structure which connects and sets the table of attached furniture to a panel unit. It is a perspective view which shows the panel unit which provided the blindfold panel in the edge part of a partition panel. It is an expansion perspective view which shows the mounting state of a blindfold panel. It is a side view which similarly shows the mounting state of a blindfold panel. It is a partial vertical front view of the state which attached the blindfold panel to the side part cover. It is a longitudinal cross-sectional view which similarly shows the mounting state of a blindfold panel. It is a cross-sectional view which similarly shows the mounting state of a blindfold panel. It is a front view which shows the cushion body provided in the wall surface side panel.

  Next, the present invention will be described in more detail based on the embodiments shown in the accompanying drawings. FIG. 1 shows a panel unit according to the present invention, FIG. 2 shows an installation example in which a large room of a hospital room is partitioned using a panel unit, and a quasi-private room is shown. 3 is a partition panel, 4 is a basic panel, 5 is an expansion panel, 6 is a coping, 7 is a side cover, and 8 is a cushioning material.

  As shown in FIG. 1, the panel unit 1 is formed by connecting a partition panel 3 at a right angle to the center of a wall surface side panel 2 connected in a straight line to form a T shape in plan view. The three basic panels 4,... Are connected in a T-shape in plan view, and an extension panel 5 having a width nD (n is a natural number) that is an integral multiple of the minimum unit width is connected to each basic panel 4 in a straight line. is doing. The present invention is not limited to a T-shaped panel unit in a plan view, and an L-shaped panel unit 1 in a plan view configured by connecting a partition panel 3 at a right angle to an end portion of a wall surface side panel 2 connected in a straight line. You may apply to what uses. Note that a U-shaped panel unit in a plan view is included in the scope of the present invention as a combination of L-shaped panel units in a plan view.

  Further, a headboard 6 to which an option can be attached is attached to the upper ends of the basic panel 4 and the extension panel 5, and at the side edges of the wall surface side panel 2 and the partition panel 3, that is, at the side edges of the extension panels 5,. A side cover 7 is attached, and a cushion material 8 is attached to the outside of the protruding end of the side cover 7.

  And the storage furniture unit 9 of the same width D as the minimum unit width is installed in the corner part of the both sides of the basic panel 4 used as the said partition panel 3 of the said panel unit 1, and this storage furniture unit 9 is attached to the said partition panel. The base panel 4 is connected to any one of the basic panels 4 or 3. Here, a corner portion of the storage furniture unit 9 is installed and connected to the basic panel 4 to increase the support strength of the partition panel 3. Moreover, in this embodiment, the said storage furniture unit 9 and the table 10 are installed as attached furniture.

  As shown in FIG. 2, the panel unit 1 according to the present invention has two quasi-private rooms r partitioned by the partition panel 3 by installing the wall surface side panel 2 along the wall surface W of the patient room R. Can be made. In a normal six-person room, a pair of panel units 1 and 1 are used to install the wall surface side panel 2 of each panel unit 1 along the opposite wall surface W of the patient room, and both panel units 1 and 1 are installed. By providing a passage S between the partition panels, a large room room R can be divided into four quasi-private rooms r,.

Here, in the present invention, the term “quasi-private room” means that a part other than the panel is covered with an openable / closable curtain K, and the periphery of the bed B is surrounded by the panel and the curtain K, so that it is different from a complete private room. Used in. Such a quasi-private room will generate a differential bed fee if the area is 6.4m ² or more, but it can provide an environment where the patient can be treated in a restful manner, and the privacy of the patient, attendants, and visitors Can be protected.

  In the quasi-private room apparatus of the present invention, one or more of the panel units 1 are used, the wall surface side panel 2 of each panel unit 1 is installed along the wall surface W of the hospital room, and two large room sick rooms R are provided. The above-mentioned quasi-private rooms r are partitioned, and the number of panel units 1 installed and the number of quasi-private rooms are not a problem.

Here, considering the expandability and versatility of the panel unit 1, the minimum unit width D is 600 mm or 400 mm, and the horizontal width of the expansion panel 5 is twice the minimum unit width D. It is preferable. For example, if the minimum unit width D is 600 mm, as shown in FIG. 2, when the basic panel 4 and one expansion panel 5 are connected, the horizontal width of the partition panel 3 becomes 1800 mm, and further, the partition by the curtain K is about 300 mm. The length of about 2100 mm can be secured, and the bed B can be installed with the longitudinal direction of the bed B facing the partition panel 3. Incidentally, the size of a general medical bed is about 2100 mm in length. And when securing an area of 6.4 m ² or more as a quasi-private room, if the length along the partition panel 3 is 2100 mm, the length along the wall surface W needs to be at least about 3000 mm. In this case, when the wall surface side panel 2 is configured by connecting the basic panel 4 and the two expansion panels 5 and 5, the length becomes 3000 mm. In many cases, the structural pillars of the building protrude from the corner of the hospital room R, and the situation of the corner on the side of the wall surface W varies depending on the hospital room. If it is reduced, the structural pillars of the building can be avoided.

  As the basic panel 4, a high panel having a height that cannot be looked at even when present is used, and the expansion panel 5 that constitutes the partition panel 3 also uses a high panel according to the height of the basic panel 4. The partition panel 3 functions as a partition wall as a quasi-private room. On the other hand, the expansion panel 5 constituting the wall surface side panel 2 is provided with a connection box such as a terminal of a call button on the wall surface W, an oxygen inhalation device, and the like. A low raw panel is used.

  The headboard 6 and the side cover 7 have a wiring function, and the baseboard 12 at the lower end of the panel also has a wiring function. End caps 13 having cord insertion holes are attached to both ends of the headboard 6, and corner caps 14 are attached between the upper ends of the side covers 7. Here, the corner cap 14 also has a space through which the wiring cord is inserted.

  Further, as shown in FIGS. 7 and 8, the storage furniture unit 9 is installed on a base table 11 whose bottom is open. Thus, by having a space below the storage furniture unit 9, for example, a cleaner or a mop head can be inserted, so that cleaning becomes easy. Here, the base 11 has a rectangular frame structure in plan view, and a metal frame member 15 having a substantially D-shaped cross section with an arc surface on the lower surface and a flat surface on the upper surface is disposed on the front edge and both side edges in plan view. It is fixed in a U-shape, and a connecting plate 16 is fixed to the rear edge, and cylindrical leg rods 17 and 17 are suspended inside the front corners.

  Then, the connecting plate 16 of the base base 11 is brought into contact with the surface of the basic panel 4, and the connecting plate 16 is directly screwed to the panel in a state where both the leg rods 17 and 17 are grounded to the floor surface. Then, the storage furniture unit 9 is placed on the frame member 15, and its bottom is connected to the frame member 15 with a screw. In addition, it is preferable in terms of stability that the storage furniture unit 9 has a back surface and a side surface joined to the adjacent basic panels 4 and 4 and is connected at an appropriate upper portion. Here, the horizontal width of the storage furniture unit 9 is made to substantially coincide with the horizontal width of the basic panel 4, and the back surface thereof is joined to one of the basic panels 4 constituting the partition panel 3 or the wall surface side panel 2. To do. Thus, by installing the storage furniture units 9 and 9 on both sides of the partition panel 3, the posture of the partition panel 3 can be kept stable with respect to the wall surface side panel 2. The frame member 15 of the base 11 protects the corners of the bottom of the storage furniture unit 9 so that the handle of the vacuum cleaner or mop does not directly contact the corners of the bottom of the storage furniture unit 9. Since the lower surface side of the frame member 15 is a circular arc surface, damage to the handle of the vacuum cleaner or mop is also prevented.

  Moreover, in this embodiment, as shown in FIG.1 and FIG.9, the table 10 is installed along the said partition panel 3 continuously from the said storage furniture unit 9. As shown in FIG. In this case, the rear edge of the table 10 is joined to the surface of the extension panel 5, both sides of the rear part are directly connected to the extension panel 5 with the angle brackets 18, 18 with screws, 19 is supported.

  The structure of each panel according to the present embodiment is common, and a divided panel plate is fitted on the surface side of the metal frame 20. The frame 20 has an upper rod 21 and vertical rods 22, 22 on both sides. The headboard 6 is attached to the upper surface of the upper rod 21 from above with screws 23, and the outer surface of the vertical rod 22. The side cover 7 is attached with screws 24,... From the inside. The headboard 6 and the side cover 7 are made of an aluminum extruded mold.

  Next, a structure for mounting various options such as a counter panel 25 and a flat panel display (FPD) such as a liquid crystal television using the headboard 6 and a wiring function will be described. As shown in FIGS. 3 and 4, the headboard 6 is formed with a mounting groove 26 opened upward in the center of the upper end, and a wiring space partitioned by a horizontal partition plate 27 provided in the upper and lower central portions. It is possible to attach an option to the mounting groove 26.

  More specifically, the headboard 6 has arc side plates 28 and 28 that are smoothly curved so that both side surfaces above the partition plate 27 approach each other, and the upper end of the arc side plate 28 is The mounting groove 26 that is continuous with the standing wall portion 29 raised from both sides of the upper surface of the partition plate 27 and opens upward between the compatible wall portions 29 and 29 is formed. And the groove | channels 30 and 30 dented to the said circular arc side-surface board 28 side are formed in the upper part of the said compatible wall parts 29 and 29 facing each other. Then, the engaging portion 32 of the support member 31 for attaching the option is engaged with the grooves 30, 30 in the mounting groove 26, and the lower portion of the support member 31 is placed on the groove edge of the mounting groove 26, that is, on the headboard 6. It locks to the edge and attracts and holds both. As the structure for attaching the support member 31 using the mounting groove 26, various known structures can be employed. For example, a screw shaft extending upward from the locking portion 32 is provided at the lower end of the support member 31. This is a structure in which the main body of the support member 31 is rotated and tightened in a state in which the locking portion 32 is locked to the grooves 30 and 30 of the mounting groove 26 so as not to rotate.

  The headboard 6 is generally thick and heavy, and has arc-shaped side plates 28 and 28 that are smoothly curved, so that it has a soft image as a whole. It wipes out the flat and inorganic image that is common in Kasagi.

  Further, a cover member 33 made of an extrusion mold material of aluminum or synthetic resin is fitted into a portion of the mounting groove 26 of the headboard 6 where the optional support member 31 is not attached. Then, a flat end cap 13 having a cord insertion hole 35 communicating with the mounting groove 26 and the wiring space 34 below the partition plate 27 is attached to the end portion of the headboard 6. For this purpose, a pair of C-shaped pilot holes 36, 36 formed in the partition plate 27 of the headboard 6 are used, and the end cap 13 fitted to the end of the headboard 6 is attached with screws 37, 37. Yes.

  The wiring cord is inserted into the wiring space 34 having a substantially square cross section formed by the bottom plate 38 of the headboard 6, the partition plate 27, and the side plate, and is drawn out from the cord insertion hole 35 of the end cap 13 for wiring. Can do. In addition, a wiring cord can be disposed at the bottom of the mounting groove 26 and can be pulled out from the cord insertion hole 35 in the same manner as described above. Since the end caps 13 and 13 are joined to the ends of the caps 6 and 6 attached to the upper ends of the basic panel 4 and the expansion panel 5 of the partition panel 3, and the respective cord insertion holes 35 and 35 are communicated with each other. Can be wired over the entire length.

  Further, in order to screw the headboard 6 to the upper collar 21 of the frame 20, a mounting hole 39 of the screw 23 is formed in the bottom plate 38, and the head of the screw 23 is formed in the partition plate 27 immediately above the mounting hole 39. A predetermined number of through holes 40 through which the part and the driver can pass are formed.

  As shown in FIGS. 3, 5, and 6, a side cover 7 having a vertical duct 41 for wiring inside is attached to the side ends of the wall surface side panel 2 and the partition panel 3, and the corner cap is attached. An upward hook 42 protruding from the vertical surface side of the cap 14 is locked to the hole edge of the cord insertion hole 35 of the end cap 13 of the cap 6 from below, and the horizontal surface side of the corner cap 14 is connected to the side cover 7. It is fitted to the upper end. The procedure is as follows. First, the side cover 7 is attached to the vertical rod 22 of the frame 20, and then the upward hook 42 of the corner cap 14 is locked to the hole edge of the cord insertion hole 35 of the end cap 13. Since the headboard 6 is placed on the upper collar 21 of the frame 20, the horizontal surface of the corner cap 14 is fitted to the upper end of the side cover 7, and finally the headboard 6 is screwed to the upper collar 21. is there. By doing so, the corner cap 14 is merely locked to the end cap 13 of the headboard 6 on the vertical surface side and is fitted on the upper end of the side cover 7 on the horizontal surface side. There is no.

  In addition, an inverted U-shaped opening 43 opened downward is formed on the vertical surface side of the corner cap 14, and after wiring cords are wired from the headboard 6 to the side cover 7, the corner cap 14 is set to a predetermined position. The wiring cord can be received in the opening 43 when being attached to the position.

  More specifically, as shown in FIGS. 5 and 6, the side cover 7 has a pair of core pieces 45, 45 curved inward in an arcuate shape on the outer surface of the hollow housing 44 that becomes the vertical duct 41 for wiring. And an engaging groove 46 is formed along the outer side of the base portion of the core piece 45. In order to attach the side cover 7 to the vertical rod 22 of the frame 20, the side surface of the hollow rod 44 is brought into contact with the outer surface of the vertical rod 22, and a screw 24 inserted from the inside of the vertical rod 22 is inserted into the hollow rod 22. 44 is screwed into the side surface.

  As shown in FIGS. 5 and 6, the cushion material 8 is formed in a substantially U-shaped cross-section, and covers the core pieces 45, 45 of the side cover 7, and at both ends. The protrusions 47, 47 projecting inward are fitted into the engagement grooves 46, 46 and attached. Here, the cushion material 8 is obtained by bonding a resin sheet 49 to the surface of an elastomer 48 having elasticity.

  Further, a restriction plate 50 for restricting the downward movement of the cushion material 8 is attached to the lower end of the side cover 7. Further, the upward movement of the cushion material 8 is restricted on the horizontal plane side of the corner cap 14 attached between the end portion of the headboard 6 and the upper end of the side cover 7. Here, the restricting plate 50 is a horseshoe-shaped metal plate, and the through hole of the restricting plate 50 is passed through the pilot holes 51 and 51 having a substantially C-shaped cross section formed in the middle portion of the core pieces 45 and 45 of the side cover 7. Screws 52 and 52 are attached by screwing.

  By attaching the cushion material 8 to the side cover 7 attached to the end of the partition panel 3, the bed collides with the end of the partition panel 3 when the bed is moved or moved by a wheelchair. Even if it does, a shock can be relieved and a damage can also be prevented. Furthermore, it is assumed that a patient or an elderly person walks or stands up while holding the end of the partition panel 3, and in that case, the cushion material 8 is covered so as to hold the core pieces 45, 45. Because it is easy to grasp, fingers do not slip. That is, when the cushion material 8 is grasped, it is crushed and partially recessed, but it makes it difficult for the finger to slide up and down, and since the core pieces 45 and 45 exist inside, the cushion material 8 can be grasped stably. Can support the body.

  As shown in FIGS. 1 and 16, a cushion body 53 is attached to the panel surface on the inner surface side of the expansion panel 5 constituting the wall surface side panel 2. The cushion body 53 is provided to alleviate a collision with the wall surface side panel 2 when moving the bed B and to prevent the wall surface side panel 2 itself from being damaged. Moreover, since the head side of the bed B is located on the wall surface side panel 2, the presence of the cushion body 53 can protect even if a patient's head hits in an unexpected situation. . Further, a control panel 54 provided with a switch 62 of the lighting device and a terminal 63 such as a LAN terminal is provided above the cushion body 53. When an electrical / electronic device such as an FPD or a lighting device is provided using the mounting groove 26 of the headboard 6, a wiring cord wired using the headboard 6, the side cover 7, and the baseboard 12 is used. A control panel 54 can be connected and controlled. Even if an indirect lighting device is provided on the headboard 6 of the partition panel 3, it can be operated by the control panel 54.

  More specifically, as shown in FIG. 16, the cushion body 53 protrudes to a position where the bed B comes into contact with the panel surface of the wall surface side panel 2 within a height range from the floor surface F to the highest position of the bed B. It is attached in a state. Further, the cushion body 53 is preferably provided at a position higher than the mat of the bed B. And the said cushion body 53 uses the sheet-like thing of thickness 1-5cm. If the thickness of the cushion body 53 is less than 1 cm, the effect of mitigating the impact when the bed B collides is poor, and if the thickness is more than 5 cm, the cushion body 53 may protrude greatly from the panel surface and become an obstacle.

  Here, the expansion panel 5 constituting the wall surface side panel 2 uses a split partition panel having a structure in which a split panel having an integral multiple of the minimum vertical width can be detachably attached to the frame 20. The expansion panel 5 constituting the wall surface side panel 2 is divided into a lower panel 5A and an upper panel 5B, the cushion body 53 is attached to the panel surface of the lower panel 5A, and the upper panel 5B is The control panel 54 is used. That is, the lower panel 5A provided with the cushion body 53 is attached to the lower part of the frame 20, and the upper panel 5B including the control panel 54 provided with the switches 62 and the terminals 63 is attached to the upper part. Furthermore, it is also preferable to incorporate an air cleaner (not shown) having a sterilizing and deodorizing action inside the expansion panel 5.

  Next, an embodiment in which blindfold panels 55 and 55 are provided on both sides of the end of the partition panel 3 will be described with reference to FIGS. The side cover 7 of the present embodiment has a structure in which engagement grooves 56 are formed along both side surfaces of the hollow housing 44. Since the other parts are the same as described above, the same components are denoted by the same reference numerals and the description thereof is omitted. Further, grounding legs 57 and 57 are connected at right angles to the lower end of the hollow housing 44 of the side cover 7, and the blindfold is formed in the support groove 58 and the engagement groove 56 provided on the upper surface of the grounding leg 57. The lower edge and one side edge of the panel 55 are respectively fitted and elastically held by the packing 59.

  Adjusters 60 are provided at the lower ends of the end portions of the grounding legs 57, 57, respectively, and press against the floor to support the partition panel 3 more stably. Actually, both side surfaces of the hollow housing 44 of the side cover 7 are cut out, and the center portion of one grounding leg 57 made of an aluminum extruded mold is fitted therein, and screwed from the front and rear surfaces of the hollow housing 44. is doing. A cap 61 is fitted to the end of the grounding leg 57.

  The blindfold panel 55 is made of an opaque or translucent acrylic resin plate, glass plate, or the like, and is set to a size that allows the table 10 to be hidden. By doing so, it is possible to further improve privacy when reading on the table 10, creating a sentence, or operating a personal computer.

  In addition, as shown in FIG. 16, a roll curtain 64 is optionally attached to the headboard 6 so that it can be hidden when an oxygen inhaler provided on the wall surface is not used. In other words, the two struts 65 and 65 are erected using the mounting groove 26 of the headboard 6, the winding mechanism 66 is attached between the upper ends thereof, and the sheet-like curtain 67 is hung from the winding mechanism 66. A roll curtain 64 is configured. Note that the roll curtain 64 can also be used as a roll screen, and can be projected from a small liquid crystal projector to view an image of a television or a movie.

1 Panel unit, 2 Wall side panel,
3 partition panels, 4 basic panels,
5 Expansion panel, 6 Kasagi,
7 Side cover, 8 Cushion material,
9 storage furniture units, 10 tables,
11 base stand, 12 baseboard,
13 end caps, 14 corner caps,
15 frame member, 16 connecting plate,
17 legs, 18 angle brackets,
19 support legs, 20 frames,
21 upper arm, 22 downboard,
23 screws, 24 screws,
25 counter plate, 26 mounting groove,
27 partition plate, 28 arc side plate,
29 standing wall, 30 groove,
31 support member, 32 locking part,
33 cover member, 34 wiring space,
35 code insertion hole, 36 pilot hole,
37 screws, 38 bottom plate,
39 mounting holes, 40 through holes,
41 vertical duct, 42 upward hook,
43 opening, 44 hollow housing,
45 core pieces, 46 engaging grooves,
47 ridges, 48 elastomers,
49 resin sheet, 50 regulating plate,
51 pilot holes, 52 screws,
53 Cushion body, 54 Control panel,
55 blindfold panel, 56 engaging groove,
57 grounding leg, 58 support groove,
59 packing, 60 adjuster,
61 Cap, 62 Switches 63 Terminals 64 Roll curtain 65 Post 66 Winding mechanism 67 Curtain,
D minimum unit width, R hospital room,
r Quasi-private room, B bed,
K curtain, W wall,
S passage, F floor.

Claims (5)

  A partition panel is connected at a right angle to the center of the wall-side panel connected in a straight line to form a T-shaped panel unit in plan view, or a partition panel is connected at a right angle to the end of the wall-side panel connected in a straight line. Forming an L-shaped panel unit in plan view, and using one or more of these panel units, the panel on the wall side of each panel unit is installed along the wall surface of the patient room, and two or more quasi-private rooms in the large room A quasi-private room unit for a hospital room divided into two, wherein the cushion body protrudes to a position where the bed abuts within the height range from the floor surface to the highest level of the bed on the panel surface of the wall surface side panel A quasi-private unit for hospital rooms, characterized by being attached at   The apparatus according to claim 1, wherein the cushion body is provided at a position higher than the mat of the bed.   The apparatus according to claim 1 or 2, wherein the cushion body is in the form of a sheet having a thickness of 1 to 5 cm.   The quasi-private room apparatus according to any one of claims 1 to 3, wherein a control panel provided with switches and terminals is provided on the upper panel surface of the cushion body. The expansion panel constituting the wall surface side panel is divided into a lower panel and an upper panel, the cushion body is attached to a panel surface of the lower panel, and the upper panel is used as the control panel. Equipment for quasi-private rooms in hospital rooms.

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