JP4187173B2 - Patient room panel unit - Google Patents

Description

  The present invention relates to a panel unit for a hospital room. More specifically, the present invention relates to a hospital room panel unit that can be easily assembled by assembling a plurality of panels used in medical institutions such as hospitals.

  In recent years, in medical institutions such as hospitals, it has been desired to adjust the layout according to the increase or decrease in the number of patients. Also, in nursing at home, there is an increasing demand for units for hospital rooms that can be easily installed without the need for room renovation.

  As a nursing panel unit, Japanese Patent Laid-Open No. 7-34683 (Patent Document 1) states that “a nursing room structure having a size that can be installed in a room by assembling a plurality of panels for side walls and ceiling, A nursing room unit in which at least a bed is installed inside the nursing room structure, a nursing device composed of a plurality of equipments is integrated on one inner side, and a moving aid is provided in the nursing room structure " Is disclosed.

  As a flexible private room unit for psychiatric patient symptoms, Japanese Patent Laid-Open No. 2003-172037 (Patent Document 2) states that “an interior space surrounded by a surrounding wall, a partition wall extending from the surrounding wall, A flexible private room for symptom of psychiatric patients, characterized in that it can be divided into a living room, a toilet room and an anterior room by a lockable door attached to a partition wall and / or a central independent pillar. Unit "is disclosed.

However, conventional units for hospital rooms are not strong enough, or the panels are made strong to maintain the strength, and the panels are fixed with strong metal fittings. For this reason, there has been a problem that it is not easy to attach medical devices.
Japanese Unexamined Patent Publication No. 7-34683 JP 2003-172037 A

  An object of the present invention is to provide a hospital room panel unit that is a simple element, has sufficient strength, and is highly convenient.

  The present invention is basically based on the knowledge that a panel unit for a hospital room can be provided with high convenience while increasing the strength of the panel by making the corner for reinforcing the panel a shelf on which a medical device can be easily attached. Is.

  A hospital room panel unit according to the first aspect of the present invention includes a first side wall panel (2) constituting a first side wall; and extends vertically from an end of the first side wall panel (2). A second side wall panel (3) constituting the existing second side wall; and an upper portion of the first side wall panel (2) and the second side wall panel (3) are connected to each other; A first shelf (4) having an attachment mechanism for attaching a medical device; and a third side wall defining a third side wall extending vertically from the remaining end of the first side wall panel (2). 3 side wall panels (6); and a fourth side wall panel (7) constituting a fourth side wall extending perpendicularly from an end of the third side wall panel (6). , Related to a panel unit for a hospital room (see FIG. 1).

  That is, the panel unit for a hospital room according to the present invention is provided with the first shelf portion (4) so as to supplement the strength of each panel, so that the strength of the panel is reinforced and medical equipment can be installed. It is extremely convenient.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the second side wall panel (6) and the fourth side wall panel (7) are provided so as to be connected to each other. It is a panel unit for hospital rooms as described above which further comprises a shelf (8). The panel unit for a hospital room according to this aspect further includes the second shelf (8), so that the strength of the panel is reinforced and a medical device can be installed, which is extremely convenient. It is.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the second side wall panel (3) is shorter than the third side wall panel (6); The panel (3) is a pullable partition that extends for a length corresponding to or longer than the difference in length between the second side wall panel (3) and the third side wall panel (6). (9) It is related with the panel unit for hospital rooms in any one of the above. Since the patient room panel unit according to this embodiment includes the partitionable portion (9), the patient room can be easily opened or closed, so that a highly convenient patient room unit can be provided.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the fourth side wall panel (7) is shorter than the first side wall panel (2); The panel (7) is a partitionable partition that extends for a length corresponding to or longer than the difference in length between the first side wall panel (2) and the fourth side wall panel (7). (10) It is related with the panel unit for hospital rooms in any one of the said. Since the patient room panel unit according to this embodiment includes the partitionable portion (10), the patient room can be easily opened or closed, so that a highly convenient patient room unit can be provided.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the first shelf (4) is connected to the upper part of the first side wall panel (2). (41); a second beam portion (42) connected to an upper portion of the second side wall panel (3); an end portion of the first beam portion (41) and the second beam portion A third beam portion (43) connecting the end portion of (42), and the remaining end portion of the first beam portion (41) and the remaining portion of the second beam portion (42). The patient room panel unit according to any one of the above, which is connected so as to be orthogonal to an end of the patient room (see FIGS. 1 and 5). Since the shelf has such a configuration, it is possible to effectively install medical devices that are often hung while playing the role of reinforcing the strength of the panel, and the panel for a hospital room that is excellent in convenience. Units can be provided. That is, if the panel is simply reinforced using corners, the corners are preferably plate-shaped from the viewpoint of strength. Also, the shelf is usually a plate rather than a mesh. However, since the present invention relates to a unit for a hospital room, it is preferable to use a mesh shelf that can effectively hang a medical device or the like.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the first shelf (4) is connected to the upper part of the first side wall panel (2). (41); a second beam portion (42) connected to an upper portion of the second side wall panel (3); an end portion of the first beam portion (41) and the second beam portion A third beam portion (43) connecting the end portion of (42), and the remaining end portion of the first beam portion (41) and the remaining portion of the second beam portion (42). The first beam portion (41) and the second beam portion (42) have the same length; the third beam portion ( 43) a beam (44) for connecting a connection point of the first beam portion (41) and the second beam portion (42) from a midpoint; and the first beam portion (41), the second beam Beam part (42) and third beam part ( 3) a beam portion (45) that exists in a space surrounded by the second beam portion (42) and is provided in parallel with the second beam portion (42); the first beam portion (41), the second beam portion ( 42) and a beam portion (46) that exists in a space surrounded by the third beam portion (43) and is provided so as to be parallel to the first beam portion (41); 41), a wire portion (47) that exists in a space surrounded by the second beam portion (42) and the third beam portion (43) and is provided in parallel with the second beam portion (42). And exists in a space surrounded by the first beam portion (41), the second beam portion (42), and the third beam portion (43), and is parallel to the first beam portion (41). And a wire unit (48) provided as described above. Since the shelf has such a configuration, it is possible to effectively install medical devices that are often hung while playing the role of reinforcing the strength of the panel, and the panel for a hospital room that is excellent in convenience. Units can be provided. That is, if the panel is simply reinforced using corners, the corners are preferably plate-shaped from the viewpoint of strength. Also, the shelf is usually a plate rather than a mesh. However, since the present invention relates to a unit for a hospital room, it is preferable to use a mesh shelf that can effectively hang a medical device or the like.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the first shelf (4) is connected to the upper part of the first side wall panel (2). (41); a second beam portion (42) connected to an upper portion of the second side wall panel (3); an end portion of the first beam portion (41) and the second beam portion A third beam portion (43) connecting the end portion of (42), and the remaining end portion of the first beam portion (41) and the remaining portion of the second beam portion (42). The third beam portion (43) includes a rail (51) provided along a lower surface of the third beam portion (43) and the rail (51). The hospital room panel unit according to any one of the above, comprising a movable hook (52) that can be moved by the above. Since the shelf has such a configuration, it is possible to effectively install medical devices that are often hung while playing the role of reinforcing the strength of the panel, and the panel for a hospital room that is excellent in convenience. Units can be provided. That is, the hospital room unit according to this aspect includes a movable hook on the reinforcing shelf, so that drip can be effectively hung and a highly convenient hospital room unit can be provided.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the second side wall panel (3) is shorter than the third side wall panel (6); The panel (3) includes a first rail gripping part (61), and the fourth side wall panel (7) is shorter than the first side wall panel (2); The side wall panel (7) includes a second rail gripping portion (63), and a rail gripped by the first rail gripping portion (61) and the second rail gripping portion (63). (65) and the room panel unit according to any one of the above, comprising a curtain (62, 64) attached to the rail.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the second side wall panel (3) is shorter than the third side wall panel (6); The panel (3) is a pullable partition that extends for a length corresponding to or longer than the difference in length between the second side wall panel (3) and the third side wall panel (6). (9), The partition part (9) relates to the panel unit for a hospital room according to any one of the above, comprising a door part (72) and a bellows part (73).

  The present invention includes a shelf (4, 8) that can reinforce a panel and suspend a medical device and the like, and has a sufficient strength, a sufficient strength, and a highly convenient hospital room. A panel unit can be provided. The hospital room panel unit of the present invention is simple and convenient, so it can be used to make a simple hospital room in the home. After leaving the hospital, the patient is handed over to give the same atmosphere as in the hospital. A sense of security can be given.

  The hospital room panel unit of the present invention will be described with reference to the drawings. FIG. 1 is a schematic view of a hospital room panel unit according to the present invention. As shown in FIG. 1, a hospital room panel unit according to the present invention includes a first side wall panel (2) constituting a first side wall; and from an end of the first side wall panel (2). A second side wall panel (3) constituting a vertically extending second side wall; and a connection between the first side wall panel (2) and the second side wall panel (3). A first shelf (4) provided with an attachment mechanism for attaching a medical device; and a third side wall extending vertically from the remaining end of the first side wall panel (2). A third side wall panel (6) constituting; a fourth side wall panel (7) constituting a fourth side wall extending vertically from an end of the third side wall panel (6); It is the panel unit for hospital rooms which comprises. Moreover, the preferable aspect of the hospital room panel unit which concerns on the 1st side surface of this invention is provided so that the upper part of the said 3rd side wall panel (6) and the 4th side wall panel (7) may be connected. It is a panel unit for hospital rooms as described above which further comprises two shelf parts (8). This room panel unit has the first shelf (4) or the second shelf (8), so that the strength of the panel can be reinforced and medical equipment can be installed. Convenience is high.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the second side wall panel (3) is shorter than the third side wall panel (6); The panel (3) is a pullable partition that extends for a length corresponding to or longer than the difference in length between the second side wall panel (3) and the third side wall panel (6). (9) It is related with the panel unit for hospital rooms in any one of the above. Since the patient room panel unit according to this embodiment includes the partitionable portion (9), the patient room can be easily opened or closed, so that a highly convenient patient room unit can be provided.

  In a preferred embodiment of the hospital room panel unit according to the first aspect of the present invention, the fourth side wall panel (7) is shorter than the first side wall panel (2); The panel (7) is a partitionable partition that extends for a length corresponding to or longer than the difference in length between the first side wall panel (2) and the fourth side wall panel (7). (10) It is related with the panel unit for hospital rooms in any one of the said. Since the patient room panel unit according to this embodiment includes the partitionable portion (10), the patient room can be easily opened or closed, so that a highly convenient patient room unit can be provided.

  The room unit shown in FIG. 1 is an example of a room unit that can be two adjacent rooms. However, the unit for a hospital room according to the present invention may be provided for each room, or may be provided with a plurality of hospital rooms. FIG. 1 shows a unit in which two rooms are integrated. Therefore, although the side wall panel (2) and the side wall panel (12) of the adjacent room are drawn as one body, they may be separated. The fourth side wall panel (7) is shared by the two rooms, but in the room unit for each room, only half of the unit constitutes the fourth side wall panel. May be. In FIG. 1, reference numeral 12 denotes a first side wall panel in the adjacent room, reference numeral 13 denotes a second side wall panel in the adjacent room, and reference numeral 14 denotes a first shelf in the adjacent room. Moreover, in FIG. 1, the code | symbol 21 shows the window part provided in the 1st side wall panel (2), the code | symbol 22 shows the calling buzzer provided in the 1st side wall panel (2), code | symbol 23 Represents a bed, 24 represents a storage table, 25 represents a monitor, 26 represents a closet, 27 represents a desk and its drawer, 28 represents a chair, 29 represents a third The window provided in the panel for side walls (6) is shown.

  FIG. 2 is a top view of the hospital room unit of the present invention. FIG. 3 is a front view of a hospital room unit according to the present invention. FIG. 4 is a side view of the unit for a hospital room according to the present invention. Hereafter, each element of the unit for hospital rooms of this invention is demonstrated. Thus, the patient room panel unit of the present invention can be easily assembled and disassembled by assembling a plurality of wall panels, and can be easily moved. Furthermore, by providing a shelf with an attachment mechanism for attaching the medical device so as to connect the upper side wall panels connected at right angles to each other, it serves to reinforce the structure, and the medical device is appropriately used. Can be hung.

The material of the side wall panel in the hospital room panel unit of the present invention is not particularly limited, and known materials can be used as appropriate. Specific face panels for side walls include colored steel sheets, galvanized steel sheets, pre-coated steel sheets, cold-rolled steel sheets, and other metal processed plates (iron, copper, brass, phosphor bronze, white, chrome copper, beryllium copper) , Brass, galvanized steel plate (tin), tin-plated steel plate (aluminum), aluminum, copper, stainless steel, nickel alloy, magnesium, titanium, etc.), polyester decorative plywood, high-pressure melanin resin decorative plate, PVC steel plate, reinforced plastic plate, incombustible makeup Board, plaster board, gypsum board, glass board, plastic glass board, structural plywood such as softwood (larch) and lauan, and other wood processing boards (Aodamo, Aohada, Akagashi, Akashina, Akamatsu, Asada, Azusa [梓], Asunaro , Araragi [Orchid], Ichinoki, Itayakaede, Yew [No. 1], Ginkgo, Inuenju, Inugus, I Japanese hornbill, Japanese plover, Ibuki [Ibuki], Japanese pine, Japanese cypress [，], Enju [槐], Japanese walnut, maple [楓], Japanese oyster [，], Japanese wig [Katsura], Japanese cypress [榧], Japanese larch, birch [樺], Kawagurumi, Kitagoyo, Yellowfin [Yellow Skin], Kiri [Kiri], Kusu [，], Chestnut [Chestnut], Black Pine, Mulberry [Mulberry], Keyaki [欅], Kemponashi, Kouyamaki, Sawagurumi, Sawara [椹], Shiurizakura, Shii [Shi], Shioji [Salt], Shinanoki, Shiragashi, Sugi [Sugi], Sen [plug], Sendan, Tabonoki, Tamo, Tsuga [栂], Boxwood [Yellow], Togasawara, Tokiwaaki, Tochi
[Tochi], Todomatsu, Toneriko, Doronoki, Nara [楢], Elm [楡], Nezuko [鼠 子], Harimomi, Harunire, Hannoki, Hinoki [檜], Hiba, Himekomatsu, Himeshara, juniper, Fujiki [Fujiki], Fujimatsu, Beech [椈], Benimatsu, Hoo [Park], Honmaki, Mizume, Mukunoki, Fir [樅], Yachidamo, Yamaenju, Yamazakura, Agathis, Asmera, Aspen, Aigle, Apiton, African, Padouk, African, Mahogany, Aflorumia , Abojira, Amoura, Altocarpus, Alder, Almon, Amberoi, Yellow Cedar, Yellow, Stercuria, Yellow, Terminaria, Yellow Lawan, Igem, Ipe, Iroko, Inchia, Intur, Willow, Western, Red Cedar, Wenge, Walnut, Urin, Eboji , Ebony, Elm, Ayeon, Elm, European red pine, Okume, Obancol, Offon, Obecche, Cain, Canalum, Kapoor, Chamelele, Galamute, Carantas, Gum, Carabiese pine, Karin, Carofilm, Killet, Queensland, Walnut, Grand Fur, Clinky Pine, Kluin, Gerongan, Kempas, Códia, Golden Elm, Ebony, Cottonwood, Cotibe, Rubber Tree, Sassafras, Satin Sycamore, Sapele, Gelton, Sycamore, Citan, Sitka Spruce, Shrianbatsu, Jonkon, Silky Oak, Silver Heart, Shirotagaya, Scotch Pine, Suroanera, Spruce, Sesendog, Scepter, Zebrawood, Sepechile, Selangankacha, Selangan Batu, Celtis, Sengonlau , Soft maple, dark red, meranti, terminaria, dizox, cedar, cedar, taiwan, town, terminaria, swordwood, douglas fir, dafrica, danta, teak, cherry, chitra, champaca, Chinese oak, tulip wood, Korea Pine, Chinwin, Terentan, Thure, Dorian, Nara, Nigeria, Teak, Nanyang Katsura, Nanyang Tung, Niyato, New Guinea, Walnut, Meow Guinea, Basswood, New Guinea, Rosewood, Noble Fur, Barkera, Hard Maple, Birch, Purple Heart , Berliner, pine, paorossa, bakuchikan, basswood, hackberry, padowk, para rubber, paris sander, bankirai, pecan, beach, vianne, vitex, hickory, pimelodendron, bin Ngor, hoop pine, falkata, philippines, mahogany, bubinga, ply, brown, terminaria, black cherry, planchonella, rice cedar, rice bran, rice bran, rice hiba, rice bran, red rice bran, red pine, hemlock, perpock, pencil cedar, North Sea Ezo Pine, North Sea Karamatsu, North Sea Todomatsu, Podocalpus, Poplar, White Ash, White Oak, White Siris, White Seraya, White Fur, White Lawan, White Meranch, Macole, Mahogany, Maras, Mayapis, Manga Silono, Mansonia, Milky Pine, Millesia, Mansonia, Maple, Merapi, Mersawa, Merbow, Moabi, Morave, Moreira, Monkey Pod, Radiata Pine, Labra, Lamin, Lawan, Lang, Linden, Redwood, Red Oak, Red Beam, red meranti, rosewood, Lawson, Cypress, Yang, European, Redwood, such as Wawa), or the like can be used Dairaito. Of these, wooden panels are preferred because they give comfort and security. That is, the present invention aims to provide a unit for a hospital room that is inherently highly convenient. From such a viewpoint, it can be said that it is preferable to use a metal panel unit. However, it is preferable to use wood to give the warmth of wood. The panel unit surface coated with paulownia oil not only enhances the grain of the wood, but also gives a fragrance that gives a sense of security especially for patients who spend in the hospital room unit for a long time. That is, although there are many types of surface coating agents, it is preferable to use a coating agent containing tung oil or tung oil.

  Moreover, in order to improve the heat insulation effect of the wall surface panel concerning the panel unit for hospital rooms of this invention, a plate-shaped heat insulating material (an extrusion method polystyrene heat retention board, a phenol type, bead method polystyrene, an insulation board etc.) can also be used.

  The height of the side wall panel in the hospital room panel unit of the present invention is not particularly limited, but may be determined in consideration of the indoor ceiling height (height from the floor to the ceiling) in which it is installed. According to the Building Standard Law, the ceiling height required for a living room is 2 m10 cm or more, and the loan standard of Housing Finance Corporation has set it as 2 m30 cm or more. In recent apartments, 2.4 m or more has become common. In addition, when there is a sufficient thickness between the slab and the ceiling board, and there is a double floor / double ceiling, there is a possibility that a recess is provided, and the ceiling height at that time is about 2 m80 cm. Therefore, the height of the wall panel according to the hospital room panel unit of the present invention is also 1 m50 cm to 2 m80 cm, and may be 1 m80 cm to 2 m50 cm, or 1 m80 cm to 2 m.

  The width of the side wall panel according to the hospital room panel unit of the present invention may be determined in consideration of the following requirements. Single beds are about 1m wide and 2m long. Furthermore, as a minimum space, it is necessary to secure about 60 cm as a space for placing a desk or chiffon etc. that can be used for storage and storage on the side of the bed and to secure about 60 cm as a space such as a passage on the side of the other bed It is. Furthermore, taking into account the dimensional characteristics of Japanese houses, the basic dimensions of Japanese houses are 3x6x (half x 1x, 91cm x 1m82cm). The width of the panel (2) is 1.5 m or more and 5 m or less, preferably 1 m80 cm or more and 2 m80 cm or less. Moreover, it is preferable that the width | variety of the panel for side walls (6) shall be 1 m80cm or more and 3 m or less.

  What is necessary is just to adjust suitably the thickness of the panel for side walls which concerns on the panel unit for hospital rooms of this invention. The thickness of the side wall panels (2) and (6) may be appropriately adjusted from the viewpoints of strength, soundproofing, weight and the like. Specifically, the thickness is from 1 cm to 10 cm, preferably from 3 cm to 10 cm, preferably 4 cm. It may be 5 cm or less. Further, the thickness of the side wall panels (3) and (7) is preferably larger than the thickness of the side wall panels (2) and (6) when a partition is provided on the inner surface thereof. Specific thickness is 5 cm or more and 30 cm or less, preferably 5 cm or more and 20 cm or less, and may be 5 cm or more and 10 cm or less.

  When a panel having a structure in which a frame is sandwiched between a surface material and a backing material is used to ensure sound insulation, the thickness of the panel is preferably 50 mm or more and 70 mm or less. As a result, although the sound insulation performance of the panel is about 45 dB at 500 hz depending on the material of the panel, if the wall panel is grounded to the ceiling and the partition used as the entrance is closed, it has the same sound insulation performance as the conference room etc. . Therefore, even when a medical device that generates a corresponding volume is used, the influence of noise on the adjacent room can be prevented.

  As a basic method for manufacturing a wall panel, a paper core is sandwiched between two surface panels, and an aluminum stamped shape is used as a frame. On the lower side, a baseboard and a baseboard jack for fine adjustment of the position and height are the upper part of the baseboard and are made to exist between the two surface materials. A ceiling rail or the like may be used as the upper frame in some cases. Also, posts that serve as pillars and connecting materials are used on both sides, and the joints are covered with post covers. When glass is used to obtain a glow, it can be fixed between the frame, ceiling rail, and post using glass keepers at its four corners.

  The first shelf (4) is provided so as to connect the upper portions of the first side wall panel (2) and the second side wall panel (3), and has an attachment mechanism for attaching a medical instrument. To do. FIG. 5 is a schematic diagram for explaining an example of the shelf of the present invention. FIG. 6 is a schematic diagram for explaining an example different from FIG. As shown in FIG. 5, the first shelf (4) includes a first beam portion (41) connected to an upper portion of the first side wall panel (2); and for the second side wall. A second beam portion (42) connected to an upper portion of the panel (3); and a second beam portion (42) connecting the end portion of the first beam portion (41) and the end portion of the second beam portion (42). Three beam portions (43); and the remaining end portion of the first beam portion (41) and the remaining end portion of the second beam portion (42) are connected so as to be orthogonal to each other. The present invention relates to a room panel unit according to any one of the above. Since the shelf has such a configuration, it is possible to effectively install medical devices that are often hung while playing the role of reinforcing the strength of the panel, and the panel for a hospital room that is excellent in convenience. Units can be provided. That is, if the panel is simply reinforced using corners, the corners are preferably plate-shaped from the viewpoint of strength. Also, the shelf is usually a plate rather than a mesh. However, since the present invention relates to a unit for a hospital room, it is preferable to use a mesh shelf that can effectively hang a medical device or the like.

  As shown in FIG. 5, the first shelf (4) includes a first beam portion (41) connected to an upper portion of the first side wall panel (2); A second beam portion (42) connected to an upper portion of the side wall panel (3); and an end portion of the first beam portion (41) and an end portion of the second beam portion (42) are connected to each other. A third beam portion (43), and the remaining end portion of the first beam portion (41) and the remaining end portion of the second beam portion (42) are orthogonal to each other. The first beam part (41) and the second beam part (42) have the same length; the middle point of the third beam part (43) The beam portion (41) and the beam (44) connecting the connection points of the second beam portion (42); the first beam portion (41), the second beam portion (42) and the third beam portion Present in the space surrounded by the beam (43) A beam portion (45) provided to be parallel to the second beam portion (42); the first beam portion (41), the second beam portion (42) and the third beam portion (43); A beam portion (46) that exists in a space surrounded by the first beam portion (41) and is parallel to the first beam portion (41); the first beam portion (41) and the second beam portion (42) And a wire portion (47) that exists in a space surrounded by the third beam portion (43) and is provided in parallel with the second beam portion (42); and the first beam portion (41) , A wire portion (48) that exists in a space surrounded by the second beam portion (42) and the third beam portion (43) and is provided to be parallel to the first beam portion (41); It relates to the panel unit for hospital rooms in any one of the above. Since the shelf has such a configuration, it is possible to effectively install medical devices that are often hung while playing the role of reinforcing the strength of the panel, and the panel for a hospital room that is excellent in convenience. Units can be provided. That is, if the panel is simply reinforced using corners, the corners are preferably plate-shaped from the viewpoint of strength. Also, the shelf is usually a plate rather than a mesh. However, since the present invention relates to a unit for a hospital room, it is preferable to use a mesh shelf that can effectively hang a medical device or the like.

The material used for the first shelf according to the present invention is metal (iron, copper, brass, phosphor bronze, white, chrome copper, beryllium copper, brass, galvanized steel plate (tin), tin-plated steel plate (tinplate). , Aluminum, copper, stainless steel, nickel alloy, magnesium, titanium, etc.), polyester decorative material, high-pressure melanin resin cosmetic material, PVC steel material, reinforced plastic material, wood (Aodamo, Aohada, Akashi, Akashina, Akamatsu, Asada, Azusa) [梓], Asunaro, Araragi [Orchid], Cyprinus, Itayakaede, Yew [No. 1], Ginkgo, Inuenju, Inugusu, Inushide, Inukiki, Ibuki [Ibuki], Ezomatsu, Enoki [ノ], Enju [ジ ュ], Onigurumi, Maple [楓], Oyster [柿], Katsura [Katsura], Kaya [榧], Larch, Hippo [樺], Kawagurumi, Kitagoyo, Yellowfin [Yellow Skin], Kiri [Tung], Kusu [楠], Chestnut [Chestnut], Black Pine, Mulberry [Mulberry], Keyaki [欅], Kemponashi, Kouyamaki, Sawagurumi, Sawara [椹], Shiurizakura, Shii [Spine], Shioji [Salt], Shinanoki, Shiragashi, Japanese cedar [Sugi], Sen [plug], Sendan, Tabonoki, Tamo, Tsuga [，], Boxwood [Twilight], Togasawara, Tokiwaki, Tochi
[Tochi], Todomatsu, Toneriko, Doronoki, Nara [楢], Elm [楡], Nezuko [鼠 子], Harimomi, Harunire, Hannoki, Hinoki [檜], Hiba, Himekomatsu, Himeshara, juniper, Fujiki [Fujiki], Fujimatsu, Beech [椈], Benimatsu, Hoo [Park], Honmaki, Mizume, Mukunoki, Fir [樅], Yachidamo, Yamaenju, Yamazakura, Agathis, Asmera, Aspen, Aigle, Apiton, African, Padouk, African, Mahogany, Aflorumia , Abojira, Amoura, Altocarpus, Alder, Almon, Amberoi, Yellow Cedar, Yellow, Stercuria, Yellow, Terminaria, Yellow Lawan, Igem, Ipe, Iroko, Inchia, Intur, Willow, Western, Red Cedar, Wenge, Walnut, Urin, Eboji , Ebony, Elm, Ayeon, Elm, European red pine, Okume, Obancol, Offon, Obecche, Cain, Canalum, Kapoor, Chamelele, Galamute, Carantas, Gum, Carabiese pine, Karin, Carofilm, Killet, Queensland, Walnut, Grand Fur, Clinky Pine, Kluin, Gerongan, Kempas, Códia, Golden Elm, Ebony, Cottonwood, Cotibe, Rubber Tree, Sassafras, Satin Sycamore, Sapele, Gelton, Sycamore, Citan, Sitka Spruce, Shrianbatsu, Jonkon, Silky Oak, Silver Heart, Shirotagaya, Scotch Pine, Suroanera, Spruce, Sesendog, Scepter, Zebrawood, Sepechile, Selangankacha, Selangan Batu, Celtis, Sengonlau , Soft maple, dark red, meranti, terminaria, dizox, cedar, cedar, taiwan, town, terminaria, swordwood, douglas fir, dafrica, danta, teak, cherry, chitra, champaca, Chinese oak, tulip wood, Korea Pine, Chinwin, Terentan, Thure, Dorian, Nara, Nigeria, Teak, Nanyang Katsura, Nanyang Tung, Niyato, New Guinea, Walnut, Meow Guinea, Basswood, New Guinea, Rosewood, Noble Fur, Barkera, Hard Maple, Birch, Purple Heart , Berliner, pine, paorossa, bakuchikan, basswood, hackberry, padowk, para rubber, paris sander, bankirai, pecan, beach, vianne, vitex, hickory, pimelodendron, bin Ngor, hoop pine, falkata, philippines, mahogany, bubinga, ply, brown, terminaria, black cherry, planchonella, rice cedar, rice bran, rice bran, rice hiba, rice bran, red rice bran, red pine, hemlock, perpock, pencil cedar, North Sea Ezo Pine, North Sea Karamatsu, North Sea Todomatsu, Podocalpus, Poplar, White Ash, White Oak, White Siris, White Seraya, White Fur, White Lawan, White Meranch, Macole, Mahogany, Maras, Mayapis, Manga Silono, Mansonia, Milky Pine, Millesia, Mansonia, Maple, Merapi, Mersawa, Merbow, Moabi, Morave, Moreira, Monkey Pod, Radiata Pine, Labra, Lamin, Lawan, Lang, Linden, Redwood, Red Oak, Red Beam, red meranti, rosewood, Lawson, Cypress, Yang, European, Redwood, such as Wawa) can be used.

  As a material of the wire used for the first shelf according to the present invention, a stainless steel wire, a copper wire, or a brass wire is preferable. Moreover, the wire and string which processed the some wire besides the wire can also be used. Furthermore, a coating wire, a rod type wire, a push-pull wire, a coated push-pull wire, or a flexible shaft in which a special wire is coated on a conventional wire can also be used. Moreover, as a diameter of the wire used for a 1st shelf part, a 0.3-4 mm thing can be used suitably according to the use.

  Further, as shown in FIG. 5, the first shelf (4) includes a first beam portion (41) connected to an upper portion of the first side wall panel (2); A second beam portion (42) connected to an upper portion of the side wall panel (3); an end portion of the first beam portion (41) and an end portion of the second beam portion (42). A third beam portion (43) to be coupled; and the remaining end portion of the first beam portion (41) and the remaining end portion of the second beam portion (42) are orthogonal to each other. The third beam portion (43) is provided with a rail (51) provided along the lower surface of the third beam portion (43) and a movable hook (52) movable by the rail (51). ) In any one of the above-mentioned rooms. Since the shelf has such a configuration, it is possible to effectively install medical devices that are often hung while playing the role of reinforcing the strength of the panel, and the panel for a hospital room that is excellent in convenience. Units can be provided. That is, the hospital room unit according to this aspect includes a movable hook on the reinforcing shelf, so that drip can be effectively hung and a highly convenient hospital room unit can be provided.

  Light and strong aluminum is preferable as the material of the rail used for the shelf. Other metal materials (iron, copper, brass, phosphor bronze, white, chrome copper, beryllium copper, brass, galvanized steel sheet (tin), tinned steel sheet (tinplate), aluminum, copper, stainless steel, nickel alloy, magnesium, Titanium, etc.), polyester decorative materials, high-pressure melanin resin decorative materials, PVC steel materials, reinforced plastic materials, and the like can also be used.

  The hook shape is U-shaped hook, U-shaped hook, U-shaped hook, V-shaped hook, L-shaped hook, S-shaped hook, double row hook, crab hook, eggplant hook, round hook, reverse Round hooks, side round hooks, square hooks, aperture round hooks, screw-in hooks, diagonal round hooks, semi-round hooks and the like are preferable. Other hanging tools and clips may be used.

  So far, the first shelf (4) has been described. However, as described in the first shelf, the respective shelves of the present invention can be appropriately adopted.

  FIG. 7 is a schematic view illustrating an example of a panel unit for a hospital room with a curtain rail. As shown in FIG. 7, in the hospital room panel unit according to this aspect, the second side wall panel (3) is shorter than the third side wall panel (6); The panel (3) includes a first rail gripping part (61), and the fourth side wall panel (7) is shorter than the first side wall panel (2); The side wall panel (7) includes a second rail gripping portion (63), and the rails gripped by the first rail gripping portion (61) and the second rail gripping portion (63) ( 65) and curtains (62, 64) attached to the rails.

  The rail gripping part (61) is not particularly limited as long as it can be attached with a curtain rail. It may be provided inside the second side wall panel (3) or the fourth side wall panel (7), or may be provided on the side surface (upper part) of the side wall panel as shown in FIG.

  The rail (65) is not particularly limited as long as it can be fixed to the first rail gripping part (61) and the second rail gripping part (63) and can hang the curtain. It can be used as appropriate.

  As shown in FIG. 7, the curtain (62, 64) may be divided into two parts or only one. As the curtain, those excellent in soundproofing and light shielding properties are preferable.

  When the room is opened, the curtain is stored in the rail gripping portion as shown in FIG. When closing the room, the curtain held by the rail holding part is drawn along the rail (65). In this way, a highly convenient room unit can be provided with simple elements.

  FIG. 8 is a schematic diagram illustrating an example of a panel unit for a hospital room with a partition. As shown in FIG. 8, in the hospital room panel unit of this embodiment, the second side wall panel (3) is shorter than the third side wall panel (6); The panel (3) has a drawable partition portion (elongated to a length corresponding to or longer than the difference in length between the second side wall panel (3) and the third side wall panel (6)). 9), and the partition portion (9) includes a door portion (72) and a bellows portion (73).

  The door (72) is supported by, for example, a door gripping portion (71) that supports the door on the upper portion thereof and is movable along a rail provided on the upper portion of the side wall surface panel (3). As long as it can be moved. In this way, the hospital room feels like a home. In other words, by using such a simple door, it is possible to provide a room unit that can be relaxed like a home, and a highly convenient room unit.

  The bellows portion (73) is attached to the tip of the door portion and may be omitted. In that case, what is necessary is just to make it the width | variety which combined the width | variety of the door part and the width | variety of the 2nd side wall panel (3) become the width | variety similar to the side wall panel (6). The bellows portion (73) is provided with, for example, a telescopic rod for expanding and contracting the bellows, and by adjusting the length of the telescopic rod entering the door gripping portion (71), the bellows portion can be expanded and contracted. Adjust it. In this way, a highly convenient room unit can be provided with simple elements.

  FIG. 9 is a diagram for explaining how the panel opens and closes, and illustrates a state in which the panel is closed. FIG. 10 is a schematic view showing a state in which the bellows portion is pulled out from the panel. FIG. 11 is a schematic view showing a state in which the door portion is pulled out from the panel. FIG. 12 is a schematic view showing a state in which the door portion is pulled out and the bellows portion is contracted. For example, when the second side wall panel (13) (in the adjacent room) is closed, the bellows part (73) is accommodated in the panel as shown in FIG. When the telescopic rod is pulled out, as shown in FIG. 10, the bellows portion (73) is also pulled out and the bellows portion is extended. When the telescopic rod is further pulled, as shown in FIG. 11, the door (72) is also pulled out and the hospital room is closed. When the telescopic rod is pushed in the direction of the arrow in FIG. 11, the telescopic rod enters the door gripping portion (71), and the bellows portion contracts with the door portion coming out of the panel as shown in FIG.

  The panel unit for a hospital room according to the present invention can be used easily in a field such as a medical construction industry because a simple hospital room with high convenience can be created.

FIG. 1 is a schematic view of a hospital room panel unit according to the present invention. FIG. 2 is a top view of the hospital room unit of the present invention. FIG. 3 is a front view of a hospital room unit according to the present invention. FIG. 4 is a side view of the unit for a hospital room according to the present invention. FIG. 5 is a schematic diagram for explaining an example of the shelf of the present invention. FIG. 6 is a schematic diagram for explaining an example different from FIG. FIG. 7 is a schematic view illustrating an example of a panel unit for a hospital room with a curtain rail. FIG. 8 is a schematic diagram illustrating an example of a panel unit for a hospital room with a partition. FIG. 9 is a diagram for explaining how the panel opens and closes, and illustrates a state in which the panel is closed. FIG. 10 is a schematic view showing a state in which the bellows portion is pulled out from the panel. FIG. 11 is a schematic view showing a state in which the door portion is pulled out from the panel. FIG. 12 is a schematic view showing a state in which the door portion is pulled out and the bellows portion is contracted.

Explanation of symbols

1 Patient room panel unit according to the present invention
2 First side wall panel constituting the first side wall
3 Second side wall panel
4 First shelf
6 Third side wall panel
7 4th side wall panel
8 Second shelf
9 Pull-out threshold
10 Pull-out threshold
12 Side panel
13 Side panel
14 Side panel
21 windows
22 Lighting
23 beds
24 shed
25 TV (monitor)
26 Storage (locker)
27 desks
28 chairs
29 windows
41 First beam
42 Second beam
43 Third beam
44 Beam
45 Beam
46 Beam
47 Wire part
48 Wire part
51 rails
52 Movable hook
54 Movable hook
61 shelf
62 Pull-out threshold
63 shelves
64 Pull-out threshold
65 Pull-out threshold rail
71 Pull-out threshold part Pole storage part
72 Door
73 Bellows
74 Pull-out threshold pole
75 Drawable threshold

Claims (9)

A first sidewall panel (2) constituting the first sidewall;
A second side wall panel (3) constituting a second side wall extending perpendicularly from an end of the first side wall panel (2);
A first shelf (4) provided to connect the upper portions of the first side wall panel (2) and the second side wall panel (3) and having an attachment mechanism for attaching a medical instrument; ;
A third side wall panel (6) constituting a third side wall extending vertically from the remaining end of the first side wall panel (2);
A fourth side wall panel (7) constituting a fourth side wall extending vertically from an end of the third side wall panel (6);
A panel unit for hospital rooms.   The patient room panel according to claim 1, further comprising a second shelf (8) provided to connect the upper portions of the third side wall panel (6) and the fourth side wall panel (7). unit. The second side wall panel (3) is shorter than the third side wall panel (6);
The second side wall panel (3) is extended by a length corresponding to the difference in length between the second side wall panel (3) and the third side wall panel (6) or longer. The panel unit for hospital rooms according to claim 1, comprising a partition portion (9) that can be pulled out. The fourth sidewall panel (7) is shorter than the first sidewall panel (2);
The fourth side wall panel (7) is extended by a length corresponding to the difference in length between the first side wall panel (2) and the fourth side wall panel (7) or longer. The panel unit for a hospital room according to claim 1, further comprising a partitionable portion (10). The first shelf (4)
A first beam portion (41) connected to an upper portion of the first side wall panel (2);
A second beam portion (42) connected to an upper portion of the second side wall panel (3);
A third beam portion (43) connecting the end portion of the first beam portion (41) and the end portion of the second beam portion (42);
The remaining end portion of the first beam portion (41) and the remaining end portion of the second beam portion (42) are connected to be orthogonal to each other.
The panel unit for hospital rooms of Claim 1. The first shelf (4)
A first beam portion (41) connected to an upper portion of the first side wall panel (2);
A second beam portion (42) connected to an upper portion of the second side wall panel (3);
A third beam portion (43) connecting the end portion of the first beam portion (41) and the end portion of the second beam portion (42);
The remaining end of the first beam portion (41) and the remaining end of the second beam portion (42) are connected to be orthogonal;
The first beam portion (41) and the second beam portion (42) have the same length;
A beam (44) connecting a connection point between the first beam portion (41) and the second beam portion (42) from a midpoint of the third beam portion (43);
It exists in the space surrounded by the first beam portion (41), the second beam portion (42), and the third beam portion (43), and is parallel to the second beam portion (42). A beam (45) to be provided;
It exists in the space surrounded by the first beam part (41), the second beam part (42) and the third beam part (43), and is parallel to the first beam part (41). A beam (46) to be provided;
It exists in the space surrounded by the first beam portion (41), the second beam portion (42), and the third beam portion (43), and is parallel to the second beam portion (42). A wire portion (47) provided;
It exists in the space surrounded by the first beam part (41), the second beam part (42) and the third beam part (43), and is parallel to the first beam part (41). A wire portion (48) provided;
The panel unit for a hospital room according to claim 1. The first shelf (4)
A first beam portion (41) connected to an upper portion of the first side wall panel (2);
A second beam portion (42) connected to an upper portion of the second side wall panel (3);
A third beam portion (43) connecting the end portion of the first beam portion (41) and the end portion of the second beam portion (42);
The remaining end of the first beam portion (41) and the remaining end of the second beam portion (42) are connected to be orthogonal;
The third beam portion (43) includes a rail (51) provided along a lower surface of the third beam portion (43), and a movable hook (52) movable by the rail (51). Do,
The panel unit for hospital rooms of Claim 1. The second side wall panel (3) is shorter than the third side wall panel (6);
The second side wall panel (3) comprises a first rail gripping part (61),
The fourth sidewall panel (7) is shorter than the first sidewall panel (2);
The fourth side wall panel (7) includes a second rail gripping part (63),
A rail (65) gripped by the first rail gripping part (61) and the second rail gripping part (63);
The patient room panel unit according to claim 1, further comprising a curtain (62, 64) attached to the rail. The second side wall panel (3) is shorter than the third side wall panel (6);
The second side wall panel (3) is extended by a length corresponding to the difference in length between the second side wall panel (3) and the third side wall panel (6) or longer. A partition (9) that can be pulled out;
The hospital room panel unit according to claim 1, wherein the partition portion (9) includes a door portion (72) and a bellows portion (73).

Images