JP2017128932A - Flexible partition unit for laboratory - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a flexible partition unit for a laboratory capable of properly responding to a change requirement of various equipment and layouts of the laboratory.SOLUTION: A flexible partition unit is constituted of: a partition panel 12 arranged so as to be capable of installation before or after utility equipment and partition in the laboratory L associated with any of electric power supply, supply gas, supply-exhaust gas and plumbing to a divided panel part 43 existing in an optional position, by a partition body part 13 erected on a floor surface FL of a laboratory L and a plurality of divided panel parts 43 for blocking up these by respectively, separately and detachably installing to a plurality of blank section image screens 14a and 15a provided in the plane direction of the partition body part 13; and various experimental store fixtures detachably installed to the divided panel parts 43 for blocking up the blank section image screens 14a and 15a specified by the relationship with an installation position of the utility equipment.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a laboratory flexible partition unit that can respond immediately when various facilities and layouts of laboratories in research facilities such as laboratories have to be changed due to changes in research fields and research themes. .

  Research laboratories have laboratories for conducting various scientific experiments and research, and research facilities and layouts are often changed due to changes in research fields and research themes.

  However, changes to research facilities and layouts that have been performed in the past have required work to remove research facilities that are no longer needed or install new research facilities that are no longer needed. There were problems such as inconvenience that could not be easily dealt with, such as the need to construct a partition wall at a new location by demolishing the partition wall, and a large amount of construction costs.

  As a conventional technique for dealing with such a problem, there is “an assembly frame and an assembly frame with a pedestal” disclosed in Patent Document 1, although the fields are different.

Japanese Patent No. 5476430

  That is, Patent Document 1 can freely change / add the structure of a gantry unit that can freely change the overall space form in response to the restrictions on the space layout at the facility location, and the internal rack space in the gantry unit. In addition to the means, there is disclosed a pedestal-equipped gantry in which such a gantry unit is configured integrally with the pedestal structure.

  And according to the invention which concerns on patent document 1, the assembly | attachment of the spatial form corresponding to the circumstances on each space layout in a laboratory, a laboratory, etc. by assembling and connecting a plurality of mount units mutually. It is said that the frame can be freely configured.

  However, the technology disclosed in Patent Document 1 is intended to allow a configuration of an internal rack space of each gantry unit to be freely changed / added by assembling a plurality of gantry units to each other or assembling them. It did not have a structure that could quickly respond to changes in the various facilities and layouts of the laboratories that would be required as the research field and research theme changed.

  In view of the above-mentioned problems found in the prior art including the above-mentioned Patent Document 1, the present invention inevitably changes various facilities and layouts of laboratories in research facilities such as laboratories in accordance with changes in research fields and research themes. It is an object of the present invention to provide a laboratory flexible partition unit capable of exhibiting flexibility that can be immediately adapted when it is no longer obtained.

  The present invention has been made to achieve the above-described object, and provides a partition main body standing on the floor surface of a laboratory and a plurality of blank screens provided in the surface direction of the partition main body. With a plurality of divided panel portions that are detachably attached to each other and block them, the utility equipment that corresponds to any one of power supply, gas supply, air supply / exhaust, and water supply / drainage to the divided panel portion at an arbitrary position in advance or A partition panel that allows for subsequent installation and partitioning of the laboratory, and a detachable attachment to the split panel that closes the blank area screen specified by the installation position of the utility equipment The main feature is that it consists of various types of laboratory fixtures.

  In this case, it is preferable that the partition main body is provided with a space in which the piping system and / or the wiring system constituting the utility equipment can be routed to an arbitrary position.

  Moreover, what was formed by providing chemical resistance and / or heat resistance can also be used for the said division | segmentation panel part.

  Furthermore, the blank section screen can be provided separately on both sides of one side and the other side of the partition main body.

  Further, the split panel portion has a single-layer glass panel portion that closes the blank section screen secured between the one side surface side and the other side surface side of the partition main body portion, and the positional relationship facing each other. A multi-layer glass panel that separately covers the blank zone screen on the one side and the blank zone screen on the other side; the blank zone screen on the one side and the blank zone screen on the other side; A maintenance panel portion with a small window portion that closes at least one of the sides can be included.

  Further, the partition main body may be arranged upright between the floor surface and the ceiling surface of the laboratory.

  According to the first aspect of the present invention, the partition panel can be installed in advance or after the utility facility corresponding to any of the power supply, gas supply, air supply / exhaust, and water supply / drainage to the divided panel section and the partition in the laboratory. In addition, various laboratory fixtures can be detachably attached to the split panel specified in relation to the installation position of the utility equipment, or the split panel can be replaced. Therefore, even if there is a change in the research field or research theme, not only can the laboratory partition be changed easily, but also by changing the installation position of the split panel section, utility equipment and laboratory fixtures can be installed. The flexible expansion and changeability can be exhibited so that the height of the installation position can be easily adjusted, changed, and additionally installed. Moreover, since various laboratory fixtures can be supported on the partition main body side without requiring a leg portion to be installed on the floor surface, it is possible to secure a wide free space area on the floor surface side. .

  According to the invention of claim 2, the piping system and / or the wiring system constituting the utility facility is not unsightly, blinded from the outside through the space secured inside the partition main body. Can be routed to any position.

  According to the invention of claim 3, even if it becomes necessary to use a divided panel portion provided with chemical resistance and / or heat resistance depending on the contents of an experiment performed using a laboratory fixture, the request is promptly met. Can be made.

  According to the invention of claim 4, it is possible to provide separate blank screens on both the one side and the other side of the partition main body, so that utility facilities and experiments can be performed even if the research field or research theme changes. It is possible to change the installation position and additional installation of the room fixtures more extensively, flexibly and easily.

  According to the invention of claim 5, by arranging the single-layer glass panel portion as a divided panel portion that closes between the blank space screens on one side and the other side in the positional relationship facing the partition main body, As a result of easily seeing the other side from one side, it is possible to alleviate the feeling of blockage in the laboratory partitioned by the partition panel and to easily confirm the inside. Moreover, even if it becomes necessary to darken the inside of the laboratory chamber divided according to the experiment contents, it can be dealt with by simply exchanging the divided panel portion.

  According to the invention of claim 6, the multi-layer glass panel portions that individually block the blank area screen on the one side and the blank area screen on the other side in the positional relationship facing each other are arranged as respective divided panel portions. As a result, the other side can be easily seen from one side. As a result, not only can the feeling of blockage in the laboratory partitioned by the partition panel be eased, but the inside can be easily checked. Even if this occurs, it can be prevented from affecting the outside of the laboratory through the relatively tough multi-layer glass panel portion, and the safety can be improved accordingly.

  According to the seventh aspect of the present invention, the maintenance panel portion with a small window portion that closes at least one of the blank section screen on the one side surface and the blank section screen on the other side surface is disposed as the divided panel section. Therefore, it is possible to easily grasp the necessity of maintenance from the outside by directly checking the piping system and / or the wiring system routed through the space in the partition panel through the small window. can do.

  According to the eighth aspect of the present invention, the partition main body is erected and arranged under the state of being supported on the housing side at the upper and lower portions between the floor surface and the ceiling surface of the laboratory. Even if a heavy experimental fixture such as a simple draft chamber is attached to the divided panel portion, it can be stably installed via the partition main body supported on the housing side.

The side end figure of the partition panel as an example in this invention. FIG. 2 is a partially omitted cross-sectional view in the direction of arrows AA in FIG. 1. The side end view which illustrates in the state which removed the division | segmentation panel part of one side with respect to the partition main-body part. The front view which shows an example of the connection metal fitting used when attaching a division | segmentation panel part with respect to a partition main-body part. The fragmentary perspective view of the dashed-two dotted line surrounding site | part shown as A in FIG. The principal part disassembled perspective view about an example of arrangement | positioning relationship with a partition main-body part, a connection metal fitting, and a division | segmentation panel part. The side end view which illustrates the case where the division | segmentation panel part of the partition panel in this invention is a single layer glass panel part of a single plate structure. The disassembled perspective view which shows the example of attachment in case a division | segmentation panel part is a single layer glass panel part. The disassembled perspective view which shows the example of attachment when the division | segmentation panel part in this invention is a panel part with a small window, or when it is a multilayer glass panel part of a 2 sheet structure. The disassembled perspective view which shows the example of arrangement | positioning of the utility equipment in this invention. The disassembled perspective view which shows the example of attachment in case the experimental fixture in this invention is a lightweight type. The disassembled perspective view which shows the example of attachment in case the experimental fixture in this invention is a weight type. It is explanatory drawing which shows an example of the arrangement | positioning state of the utility equipment in this invention, (a) shows the state before rearrangement, (b) shows the state after performing rearrangement and expansion, respectively. .

  1 to 6 are explanatory views showing examples of the basic configuration of the partition panel according to the present invention. Of these, FIG. 1 is a side end view of the partition panel, and FIG. 2 is AA in FIG. 3 is a partially omitted cross-sectional view in the direction of the arrow, FIG. 3 is a side end view showing a state in which a split panel portion on one side is removed from the partition main body, and FIG. FIG. 5 is a partial perspective view of a two-dot chain line encircled part shown as A in FIG. 3, and FIG. 6 is an arrangement of the partition main body part, the connecting metal part, and the divided panel part. The principal part exploded perspective view about a relationship is shown, respectively.

  According to these figures, the partition panel 12 constituting the laboratory flexible partition unit 11 includes a partition main body 13 erected between the floor surface FL and the ceiling surface CL of the laboratory L, and the partition. The connecting bracket 35 which is fixed to the main body 13 side and hooks the divided panel 43 side, each blank section screen 14a provided on one side 14 side of the partition main body 13, and provided on the other side 15 side. Each blank section screen 15a is detachably attached to each of the blank section screens 15a, and is composed of a plurality of divided panel portions 43 that individually block the blank section screens 14a and 15a on one side surface 14 side and the other side surface 15 side. .

  According to FIGS. 1 to 3 and FIG. 6, the partition main body 13 is provided with a pair of front and back facing each other at a plurality of positions at equal intervals in the length direction (left and right direction in FIG. 2). While the vertical columns 17 and 18 are used as main materials, the column members 16 are arranged to be supported on the floor surface FL side and the ceiling surface CL side of the laboratory L, and between the vertical columns 17 and 17 adjacent in the length direction. In addition, the crosspiece member 25 is arranged so as to be bridged between the vertical pillars 18 and 18, and has a substantially L-shape that is bridged between the horizontal beam member 25 and the vertical pillars 17 and 18 facing in the front-rear direction for steadying. It is comprised with the reinforcing material 30. FIG.

  In this case, the column member 16 includes a pair of vertical columns 17 and 18 positioned on the left end side and the right end side as members necessary for supporting the laboratory L on the floor surface FL side and the ceiling surface CL side. A floor rail 19 that is screwed 21 to the floor surface FL side with an adjuster 20 at each lower end side, a ceiling rail 22 that is screwed 23 to the ceiling surface CL side at the upper end side, and each floor rail 19 And a skirting board 24 that covers the outer surface side.

  On the other hand, the crosspiece member 25 is a member for individually connecting the longitudinal columns 17 and 17 and the longitudinal columns 18 and 18 adjacent to each other in the length direction. Specifically, for example, FIG. 1 and FIG. As shown in FIG. 6, a receiving metal fitting 26 having a substantially U-shape, which is fixedly disposed by fixing screws 27 on the opposing surfaces of the vertical columns 17 and 17 and the opposing surfaces of the vertical columns 18 and 18, respectively, The crosspiece 28 is constituted by a horizontal crosspiece 28 which is hooked on the metal fitting 26 so as to be covered from above and is screwed 29 to the metal fitting 26 side.

  Further, on one side 14 side of the partition main body 13, individual rectangular surfaces surrounded by the adjacent vertical columns 17 and 17 and the horizontal rail 28 are used as each blank section screen 14 a, and on the other side 15 side. Each rectangular plane surrounded by the matching vertical columns 18 and 18 and the horizontal rail 28 is secured as each blank section screen 15a.

  Further, as is clear from FIGS. 1 to 3 and 6, the reinforcing member 30 is bridged between the vertical columns 17 and 18 that are in a positional relationship facing each other in the front-rear direction, and is formed between the vertical column 17 side and the vertical column 18 side. In addition, by fixing the screw 31 to the side rail 28 side, it is arranged to prevent the vertical column 17 side and the vertical column 18 side from shaking and jerking.

  Further, as shown in FIGS. 1 and 3, the connecting metal fitting 35 shown in FIG. 4 includes a base portion 36 that is screwed to a predetermined position on each of the vertical column 17 side and the vertical column 18 side via a through hole 35a. The engaging panel 45a provided on the side of the surrounding frame member 45 includes a split panel portion 43 that extends upward from the base portion 36 side and is integrally formed with the panel surface 44 and the surrounding frame member 45, for example, as shown in FIG. And a hook portion 37 that is hooked by being inserted into the hook.

  In this case, by providing a bent portion 37a slightly projecting toward the base portion 36 at a portion of the hook portion 37 located in the engagement groove 45a, the engagement state with the divided panel portion 43 side is stably maintained. It can be made to.

  In addition, with respect to the divided panel portions 43 that are individually attached to the blank space screens 14a and 15a via the connecting bracket 35, the peripheral edge of the panel surface 44 is integrally held by the surrounding frame member 45, and the blank space screens 14a, 14a, A material having a surface size substantially matching the surface 15a and provided with a different structure that can be used for different purposes is used.

  Specifically, as shown in FIGS. 5 and 6, the panel surface 44 is formed of an appropriate material such as plywood or synthetic resin, and the periphery is held by a surrounding frame member 45 made of a metal material such as stainless steel. The formed divided panel portion 43 is most often used. In addition, the one end part side and the other end part side (the left end part side and the right end part side including a corner part in the example shown in FIG. 2) in the length direction of the partition main body part 13 are vertical columns located in the vicinity of each. 17 and 18 are covered with a blindfold 32 having the same texture as that of the divided panel portion 43 so as not to be exposed.

  Moreover, about the division | segmentation panel part 43, what is previously formed by providing chemical resistance and / or heat resistance can also be used if it is required by the relationship with the attachment position.

  Furthermore, the split panel unit 43 is not limited to the split panel unit 43 having the above-described structure. For example, as shown in FIGS. A blank panel screen on one side surface 14 that is formed as a single-layer glass panel 47 that is disposed between the blank panel screen 15a on the 15th side or in a positional relationship facing each other as shown in FIG. 14a and the blank area screen 15a on the other side surface 15 side are separately formed as a multi-layer glass panel part 48, or the blank area screen 14a on the one side surface 14 side and the other side surface 15 as shown in FIG. What is formed as the maintenance panel portion 50 with the small window portion 50a when covering at least one side of the blank space screen 15a on the side can be appropriately used as desired.

  Among these, as shown in FIG. 7 and FIG. 8, the single-layer glass panel portion 47 is composed of a single glass plate 47 a that has a square shape whose surface size is smaller than the blank space screens 14 a and 15 a, and the glass The vertical frame 17 is formed of a holding frame 47b made of a gasket or the like for holding the peripheral edge of the plate 47a, and a surrounding frame portion 47c for supporting the holding frame 47b. The vertical frame 17 has a corresponding positional relationship with the surrounding frame portion 47c. , 18 is arranged by being detachably fixed to the 18 side.

  In addition, as shown in FIG. 9 as a pair in front and rear, the multilayer glass panel portion 48 is formed by attaching two glass plates 48a to the surrounding frame member 48b via a holding frame (not shown). Is formed.

  Further, as shown in FIG. 9, the maintenance panel unit 50 with the small window part 50a is attached to the surrounding frame part 50c via its peripheral part with a panel surface 50b having a small window part 50a at the center. It is formed by that.

  Further, the divided panel portion 43 at an arbitrary desired position is arranged as shown in FIG. 10, for example, as a piping system and / or wiring system constituting the utility facility 52 through the space portion 13a included in the partition main body portion 13. The gas plug 53 constituting the utility equipment 52 connected to the pipe end side of the gas pipe 53a drawn in the same manner is attached in advance or after through the through hole 44a provided in the panel surface 44 of the divided panel portion 43. Can be done.

  On the other hand, FIG. 11 and FIG. 12 are detachably attached to the divided panel portion 43 that closes the blank space screens 14a and 15a of the partition panel 12 specified by the relationship with the arrangement position of the utility equipment 52 in the present invention. An example of the arrangement of the experimental fixture 62 is shown.

  That is, the experimental fixture 62 shown in FIG. 11 is a relatively lightweight experimental bench 63, which can be attached to and detached from the upper frame portion 46 of the divided panel portion 43 via the rear frame portion 64a. The frame portion 64 is attached to a mounting base 65 supported via the frame portion 64. Reference numeral 66 in the drawing indicates a reinforcing plate portion that supports the surrounding frame portion 64.

  The partition panel 43 can be detachably attached to the partition panel 43 by hooking the partition panel 43 in two hook grooves 45a provided on the left side and the right side via the connecting bracket 35. It has become.

  Further, the experimental fixture 62 shown in FIG. 12 is a relatively heavy simple draft chamber 67, and the simple draft chamber 67 has a surface size that covers two blank space screens 14a located above and below the surface. It is detachably attached using the divided panel portion 43.

  To explain this based on the illustrated example, the simple draft chamber 67 includes a left side plate portion 68, a right side plate portion 69, a top plate portion 70, and a bottom plate portion 71, and an open / close door 72 is disposed on the front side thereof. It is formed by using the divided panel portion 43 having the surface size of the blank space screen 14 a for the two surfaces as the back plate portion 73.

  Then, the partition panel 43 (back plate 73) is separately engaged with the partition main body 13 through the connecting bracket 35 in the five engaging grooves 45a provided on the left side and the right side. It can be attached detachably.

  Next, the operation and effect of the present invention according to the above configuration will be described. The partition panel 12 includes a blank section screen 14a on one side 14 side of the partition main body 13 and a blank section screen 15a on the other side 15 side. It can be formed by attaching a division panel 43 having a desired structure and function to each of them, and the utility equipment 52 corresponding to any one of power supply, gas supply, air supply / exhaust, and water supply / drainage as a whole or afterwards And a partition in the laboratory L can be arranged.

  That is, the partition panel 12 includes a plurality of blank space screens 13 a secured between the vertical frame 17 positioned on the side surface 14 side of the partition main body 13 and the crosspiece member 25, and the vertical space positioned on the other side surface 15 side. Since it can be formed by hooking the necessary split panel portion 43 via the connecting bracket 35 to each of the plurality of blank section screens 14a secured between the frame 18 and the crosspiece member 25, The partition can be changed easily and easily by expanding or narrowing the size of the laboratory as the research field and research theme change.

  Moreover, various laboratory fixtures 62 can be detachably attached to the divided panel portion 43 specified in relation to the installation position of the utility facility 52, or the divided panel portion 43 itself can be replaced. Therefore, by changing the mounting position of the split panel 43, it is possible to easily adjust the height of the installation position of the utility equipment 52 and the laboratory fixture 62. It can be demonstrated.

  This will be described in detail by taking the utility equipment 52 shown in FIGS. 13A and 13B as an example. On the side surface 14 side of the partition panel 12 before rearrangement shown in FIG. A total of twelve divided panel portions 43 in three directions are attached, and among these, the divided panel portion 43 located at the lowest stage in the longitudinal central row is drained around the space portion 13a. A sink 54 connected to the pipe 54a side is attached.

  In addition, the split panel portion 43 located in the second row from the bottom in the longitudinal central row has a faucet 55 connected to the side of the water supply pipe 55a routed in the space portion 13a, and also in the space portion 13a. A gas plug 53 connected to the side of the gas pipe 53a that is routed is attached.

  Furthermore, two outlets 56 connected to the side of the electric wire 56a routed in the space 13a are attached to the divided panel portion 43 located in the third row from the bottom in the vertical central row.

  On the other hand, according to FIG. 13B showing the arrangement state of the utility equipment 52 after the rearrangement, the split panel portion 43 including the sink 54 is routed in the vertical direction in the right column while routing the drain pipe 54a in the space portion 13a. Changed to the lowest level, the split panel portion 43 provided with the water tap 55 and the gas tap 53 is moved to the second level from the bottom in the vertical direction while routing the water supply pipe 55a and the gas pipe 53a in the space 13a. The split panel portion 43 having the two outlets 56 is moved to the uppermost stage in the vertical center row while the electric wires 56a in the space portion 13a are routed, and the third split panel portion 43 from the bottom in the vertical direction right row Is replaced with a split panel portion 43 having a ventilation port 57 and then connected to the exhaust duct 57a side disposed in the space portion 13a, thereby arranging all utility facilities 52. It will be able to complete the example.

  In addition, various laboratory fixtures 62 can be supported on the partition body 13 side without the need for legs to be installed on the floor surface FL, so that a large free space area is secured on the floor surface FL side. Researchers can move around smoothly.

  Furthermore, when the partition main body 13 includes the space 13a therein, the piping system and / or the wiring system constituting the utility facility 52 are not blinded from the outside in FIG. As shown in FIG. 13, it can be drawn to an arbitrary position.

  Moreover, when using what has chemical resistance and / or heat resistance as the division | segmentation panel part 43, the chemical component generate | occur | produced via the utility equipment 52 used according to the experiment content, or the laboratory fixture 62 is used. And can be promptly adapted to the generated heat.

  In addition, when the blank section screens 14a and 15a are separately provided on both the one side surface 14 and the other side surface 15 of the partition main body 13, the utility facility 52 or the like even if the research field or research theme is changed. In addition to being able to change the installation position and additional installation of the laboratory fixture 62 more extensively, flexibly and easily,

  In addition, when the single-layer glass panel portion 47 that closes the space between the blank space screens 14 a and 15 a on the one side surface 14 side and the other side surface 15 side in the positional relationship of the partition main body portion 13 facing each other is arranged as the divided panel portion 43. As a result of easily seeing the other side from one side, the feeling of blockage in the laboratory L partitioned by the partition panel 12 can be alleviated and the internal confirmation can be easily performed. Moreover, even if it becomes necessary to darken the laboratory L section partitioned by the contents of the experiment, it can be dealt with by simply replacing the divided panel section 43.

  Further, as shown in FIG. 9, a multi-layer glass panel portion 48 that individually blocks the blank section screen 14 a on the one side surface 14 side and the blank section screen 1 a 5 on the other side surface 15 side, which are in a positional relationship facing each other of the partition main body section 13. When each of the divided panel portions 43 is disposed, the other side can be easily seen from one side. As a result, the feeling of blockage in the laboratory L partitioned by the partition panel 12 can be alleviated and the internal confirmation can be easily performed. Not only can it be performed, but even if an unexpected accident occurs in the laboratory L, it can be prevented from affecting the outside of the laboratory L through the relatively tough multi-layer glass panel 48. It can only increase safety.

  Further, the maintenance panel unit 50 with the small window portion 50a for closing at least one of the blank section screen 14 on the one side surface 14 side of the partition main body 13 and the blank section screen 15 on the other side surface 15 is shown in FIG. When arranged as a divided panel 43 as shown in Fig. 4, the piping system and / or wiring system routed through the space 13a in the partition panel 12 is directly visually confirmed through the small window 13a. By doing so, it is possible to easily grasp the necessity of maintenance from the outside.

  Further, as shown in FIG. 1, the partition main body 13 is erected and arranged in a state where it is supported on the building side of the building at two locations above and below the floor surface FL and the ceiling surface CL of the laboratory L. In such a case, even if a heavy experimental fixture 62 such as a simple draft chamber 67 is attached to the divided panel portion 43 side, it can be stably installed via the partition main body portion 13 supported on the case side. I can leave.

  The present invention has been described based on the illustrated examples, and the specific structure thereof is not limited to these. For example, in the illustrated example, the partition main body portion 13 is erected and arranged in a state where it is supported at two upper and lower positions between the floor surface FL and the ceiling surface CL of the laboratory L. When there is no need to attach a certain experimental fixture 62 to the partition panel 12 side, it may be simply placed upright on the floor surface FL at an appropriate height that does not reach the ceiling surface CL if desired. .

  Further, the surface size of the divided panel portion 43 itself can be determined in relation to the surface size of the blank space screens 14a and 15a secured on the partition main body portion 13 side, for example, as shown in FIG. Two types, one with the same unified standard size and one with a small square size for adjustment that deviates from the standard size, can be prepared and used appropriately as necessary.

  Further, the utility facility 52 is not limited to the examples shown in FIGS. 10 and 13, and appropriate piping systems and / or wiring systems required in the laboratory and various corresponding instruments connected thereto are also included. included.

  Furthermore, the partition main body 13 can be formed without providing the space 13a for routing the piping system and / or the wiring system constituting the utility facility 52 as desired.

  The various types of laboratory fixtures 62 are not limited to the examples shown in FIGS. 11 to 13, and appropriate fixtures required for the laboratory such as storage shelves, local exhaust equipment, storage shelves, work tables, etc. included.

DESCRIPTION OF SYMBOLS 11 Laboratory flexible partition unit 12 Partition panel 13 Partition main body 13a Space part 14 One side surface 14a Blank section screen 15 Other side surface 15a Partition blank surface 16 Column member 17, 18 Vertical column 19 Floor rail 20 Adjuster 21 Screw 22 Ceiling rail 23 Screw 24 Skirting board 25 Horizontal beam member 26 Receiving bracket 27 Screw 28 Horizontal beam 29 Screw 30 Reinforcing material 31 Screw 32 Blindfold material 35 Connecting bracket 35a Through hole 36 Base portion 37 Hook portion 37a Bending portion 38 Screw 43 Dividing panel portion 44 Panel surface 44a Through-hole 45 Enclosure material 45a Engaging groove 46 Upper frame portion 47 Single-layer glass panel portion 47a Glass plate 47b Holding frame 47c Enclosure frame portion 48 Multi-layer glass panel portion 48a Glass plate 48b Enclosure material 50 Maintenance panel portion 50a Small window 50b Panel surface 50c Enclosure frame 52 Utility equipment 53 Gas plug 53a Gas pipe 54 Sink 54a Drain pipe 55 Water faucet 55a Water supply pipe 56 Outlet 56a Electric wire 57 Ventilation port 57a Exhaust duct 62 Laboratory fixture 63 Experiment table 64 Enclosure part 64a Back Frame portion 65 Mounting table 66 Reinforcement plate portion 67 Simple draft chamber 68 Left side plate portion 69 Right side plate portion 70 Top plate portion 71 Bottom plate portion 72 Open / close door 73 Back plate portion L Laboratory CL Ceiling surface FL Floor surface

Claims (8)

A partition main body standing on the floor of the laboratory, and a plurality of divided panel sections that are detachably attached to the plurality of blank screens provided in the surface direction of the partition main body to block them separately. In addition, it is possible to arrange in advance or after installation of utility facilities corresponding to any of power supply, gas supply, air supply / exhaust, and water supply / drainage to the divided panel portion at an arbitrary position and the laboratory partition. A partition panel,
A laboratory flexible, characterized in that it comprises various laboratory fixtures that are detachably attached to the divided panel portion that closes the blank space screen specified in relation to the installation position of the utility equipment. Partition unit. 2. The laboratory flexible partition unit according to claim 1, wherein the partition main body includes a space in which a piping system and / or a wiring system constituting the utility facility can be routed to an arbitrary position. The laboratory flexible partition unit according to claim 1 or 2, wherein the divided panel portion is provided with chemical resistance and / or heat resistance. 4. The laboratory flexible partition unit according to claim 1, wherein the blank section screen is provided separately on both sides of one side and the other side of the partition main body. 5. The laboratory panel according to any one of claims 1 to 3, wherein the divided panel portion includes a single-layer glass panel portion that covers the partition blank surface secured between the one side surface side and the other side surface side. Flexible partition unit. The said division | segmentation panel part contains the multilayer glass panel part which plugs up separately the said blank area screen of the said one side surface and the said blank area screen of the said other side surface which are in the positional relationship which faces each other. Laboratory flexible partition unit. 5. The divided panel portion includes a maintenance panel portion with a small window portion that closes at least one of the blank section screen on the one side surface and the blank section screen on the other side surface. Flexible partition unit for laboratories as described in. 8. The laboratory flexible partition unit according to claim 1, wherein the partition main body is erected between the floor surface and the ceiling surface of the laboratory.

Images