JP2013151982A - Fixing device for mechanical apparatus and method of fixing mechanical apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To fix a mechanical apparatus without boring a hole on a floor after enabling adjustment of horizontal displacement of the mechanical apparatus to be coupled.SOLUTION: A fixing device includes: a floor board 110 that is arranged in parallel on a floor 200 and on which an image forming apparatus and a coupling apparatus 102 are placed; and a fixing member 1 that is provided between the floor board 110 and the coupling apparatus 102, has an arc-like long hole and a slit 7 for adjusting a horizontal position of the coupling device 102, and fixes the coupling apparatus 102 to the floor board 110 via a fixing member body 2 having a horizontal position adjusting function. An adjuster bolt 130 of the coupling apparatus 102 is inserted to the slit 7, the adjuster bolt 130 is moved in the slit 7 to adjust a position in a linear direction, the fixing member body 2 is moved along the arc-like long hole, and thereby a position in a rotational direction is adjusted.

Description

  The present invention relates to a fixing device for a mechanical device, an image forming system, and a fixing method for a mechanical device. More specifically, the image forming device and its peripheral devices, and office equipment or a system configured by connecting each of these devices. The present invention relates to a fixing device when a mechanical device such as a vending machine is installed on a floor surface, and a fixing method of the mechanical device that uses the fixing device to fix the mechanical device to the floor surface.

  Currently, office equipment such as image forming apparatuses are widely used, and these office equipment may fall down due to a large shake caused by an earthquake. In addition, since the console type image forming apparatus is equipped with casters and configured to be movable, there is a risk of sliding and moving on the floor surface due to the shaking of the earthquake. In particular, in recent years, it is often used as a system in which a plurality of devices are connected to a relatively large image forming apparatus, and if these mechanical devices are toppled or slid, damage is caused to nearby users and operators. There is a possibility. Alternatively, even if the damage does not directly occur, it may become an obstacle at the time of evacuation by causing the evacuation passage to be blocked and cause indirect damage.

  Therefore, when these devices are fixed or installed, it is necessary to perform seismic isolation. As a fixing method considering seismic isolation, for example, an anchor bolt is hit on the floor and the anchor bolt and the machine are connected and fixed by a fixing member, a gel having a seismic isolation effect, or a seismic isolation structure using a gel Is already known and practiced to attach the machine to the base surface of the machine, casters, or fixing feet, etc., and to prevent the fall of the earthquake.

  However, in the fixing method using the anchor bolt, it is necessary to make a hole for the anchor bolt on the floor of the installation location. In addition, the anchor bolt may be removed once when the device is replaced with a new one, and then driven again. However, such re-driving leads to a decrease in the binding force of the anchor bolt. It is difficult to do. Further, when a plurality of devices are connected via the connecting device, there is a possibility that a deviation occurs in the horizontal direction due to the play of each connecting member. Further, it is often necessary to adjust the angle and position of the machine by adjusting the sheet transportability. For this reason, when a plurality of connecting devices are connected, particularly the device connected to the most downstream side may be greatly deviated from an ideal position, and it is difficult to hit an anchor bolt into a hole previously formed in the floor.

  In addition, in the seismic isolation method using a gel or gel-based seismic isolation structure, the load capacity of the gel may be less than the weight of a relatively large machine, making it difficult to fix other than a relatively light machine. Met.

  Therefore, for example, Patent Documents 1 and 2 propose a technique in which a plate is laid under the machine and the machine is fixed to the lay plate. Among them, Patent Document 1 (Japanese Patent Laid-Open No. 2010-273696) discloses an upper adhesive portion having an adhesive force on the upper surface so that it can be easily installed in office equipment and the like without requiring troublesome work. And a lower adhesive portion having an adhesive force on the lower surface, and a height adjusting portion that is disposed between the upper adhesive portion and the lower adhesive portion and that can adjust the distance between the upper adhesive portion and the lower adhesive portion by a screw structure. A fall prevention device is disclosed in which any one of the upper adhesive portion and the lower adhesive portion has elasticity.

  Japanese Patent Laid-Open No. 10-246999 discloses that the image forming apparatus can be easily moved during maintenance, and the image forming apparatus can be prevented from overturning at other times, so that efficient use of the installation location is not hindered. Therefore, a plate-like member that is installed below the image forming apparatus and is at least larger than the floor projection area of the image forming apparatus, a plurality of engaging members provided on the plate-like member, and a base frame of the image forming apparatus And a fall prevention device comprising a plurality of engaged members engaged with each of the engaging members.

  As described above, Patent Document 1 discloses a fall prevention device in which an upper surface and a lower surface are surfaces having adhesive force, the height can be adjusted, and the device can be attached without processing office equipment or a floor surface. An overturn prevention device is disclosed that easily locks the image forming apparatus from overturning by an engaging member provided in the floor plate and the image forming apparatus.

  However, in the invention described in the cited document 1, since the lower surface and the upper surface are respectively bonded to the floor surface and the machine, it is not possible to cope with the movement during maintenance and the displacement when the apparatus is connected. In addition, since the invention described in Patent Document 2 is fixed to a previously processed engaging member, similarly, it cannot cope with movement during maintenance and displacement when the apparatus is connected.

  Accordingly, the problem to be solved by the present invention is to enable adjustment of the horizontal displacement of the mechanical devices to be connected, and to fix the mechanical device without making a hole in the floor. It is in.

  In order to solve the above-mentioned problem, the present invention is a fixing device for a mechanical device for connecting a plurality of mechanical devices on a floor, the floor plate being placed side by side on the floor and mounting the mechanical device, A fixing member is provided between the floor plate and the mechanical device, and is fixed to the floor plate through horizontal position adjusting means for adjusting a horizontal position of the mechanical device.

  ADVANTAGE OF THE INVENTION According to this invention, after enabling adjustment of the position shift of the horizontal direction of the machine apparatus to connect, a machine apparatus can be fixed without making a hole in a floor.

1 is a diagram illustrating a schematic configuration of an image forming system according to an embodiment of the present invention. FIG. 2 is a plan view of an image forming system in which each apparatus of FIG. 1 is attached straight to an original position. FIG. 2 is a plan view of an image forming system in which each apparatus in FIG. 1 cannot be fixed unless the fixing position is shifted from the original fixing position of the fixing member. FIG. 2 is a plan view of an image forming system in which each device in FIG. 1 has a fixing member whose direction is changed in one connecting device. It is a perspective view of the fixing member in FIG. It is a perspective view which shows a state when attaching a reinforcement member to the fixing member of FIG. 5, and fixing to a baseplate. It is explanatory drawing of the attachment procedure which shows the state which attached the relay member to the baseplate. It is explanatory drawing of the attachment procedure which shows the state in position adjustment by a fixing member. It is explanatory drawing of the attachment procedure which shows the state which fixed the fixing member to the baseplate after position adjustment completion. It is explanatory drawing of the attachment procedure which shows the state by which the connection apparatus was fixed appropriately by the fixing member. It is a figure which shows the usage example of the adjuster bolt using the conventional receiving stand.

In the present invention, a floor plate is laid on the floor, and the machine is fixed to the floor plate. At that time, the fixing member is rotatable within a predetermined range, and the mechanical device is fixed to the fixing member so as to be movable within the predetermined range in the horizontal direction. It is characterized by being.
Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  In recent years, image forming apparatuses have become widespread, and large image forming apparatuses have also appeared. A large image forming apparatus is connected to peripheral devices such as an image reading device, an inserter, a sheet folding device, a stacker, a bookbinding device, and a finisher, and is often configured as one image forming system. FIG. 1 is a diagram illustrating a schematic configuration of an image forming system according to an embodiment of the invention, and is an example of such a large image forming system. FIG.

  In FIG. 1, an image forming system according to this embodiment includes an image forming apparatus 101, first to fourth peripheral devices (hereinafter referred to as a connecting device) 102 connected to the image forming apparatus 101 and the image forming apparatus 101. , 103, 104, 105, and fixed by the fixing device 100 in a state where the devices 101 to 105 are connected to the floor plate 110 having a size equal to or larger than the projected area of the devices 101 to 105 on the floor surface 300. Used as a system. As can be seen from FIG. 2, the required number of sheets is connected and used according to the total length of the connecting device connected as a unit of a small size of a predetermined size. Here, although not shown in particular, the adjacent floorboards are fastened by the connecting metal fitting, and the connected state is maintained. Of course, if the connection state by the connection fitting is released, it can be disassembled into units and reassembled.

  The image forming apparatus 101 and the first to fourth connecting devices 102 to 105 are generally of a console type. In order to facilitate the movement of the console type apparatus, a caster 120 is usually provided on the bottom surface, and the floor surface 300 can be rolled and moved by the caster 120. Therefore, the fixing device 100 is fixed so as not to move on the floor plate 110.

  The first to fourth connecting devices 102 to 105 are, for example, the first connecting device 102 is an image reading device and a paper feeding device including an automatic document feeder, the second connecting device 103 is a paper folding device, and a third The connecting device is a bookbinding device, and the fourth connecting device is a finisher. Since the combination of these coupling devices 102 to 105 is set by a user option, the types, functions, and numbers of peripheral devices constituting the first to fourth coupling devices 102 to 105 are limited to the present embodiment. The fixing device according to the present invention can be applied to the image forming apparatus 101 alone. The paper feeding device, the paper folding device, the bookbinding device, and the finisher are collectively referred to as a paper processing device.

  2 and 3 are plan views of the image forming system in FIG. A connection member and a member to be connected (not shown) are used for connection of each connection device between the image forming apparatus 101 and the first and second connection devices 102 and 103 and the second to fifth connection devices 103, 104, and 105. Connected. In the connecting portion, the sheet is conveyed from the upstream apparatus to the downstream sheet. At that time, there is play between the connecting member and the connected member, and the position and angle of each device are slightly deviated. Further, there are cases where the positions and angles of the first to fourth connecting devices 102 to 105 are adjusted and connected in order to adjust sheet transportability and the like. In such a case, the connecting device is at a position deviated from the original position, and there are cases where the anchor bolt and the female thread that have been processed in advance as in the prior art cannot be used for fixing the fixing member.

  For example, FIG. 2 is a diagram illustrating an example of a case where the image forming apparatus 101 and the first to fourth coupling devices 102 to 105 are attached straight to their original positions. In this case, the position indicated by the reference numeral 200 is the mounting position of the fixing member, but when the second connecting device 103 is obliquely connected to the image forming apparatus 101 as shown in FIG. The situation is such that the fixing is not possible unless the fixing position 201 is shifted from the fixing position 200 of the original fixing member shown.

FIG. 5 is a perspective view of the fixing member, and FIG. 6 is a perspective view showing a state when the reinforcing member is attached and the fixing member is fixed to the floor plate.
5, the fixing member 1 includes a fixing member main body 2 and a relay member 3, and in FIG. 6, first and second reinforcing members 4 and 5 are further provided.

  The relay member 3 is a disk-shaped member, and as can be seen from FIG. 5 and FIG. 8 described later, three screw holes 3a are formed at the same distance from the center of the disk by 120 degrees. . The fixing member main body 2 is formed in a crank shape when sectioned in the longitudinal direction. As shown in FIG. 5, the portion corresponding to the lower side in the figure is the fixing portion 2a to the relay member 3, and the portion corresponding to the upper step is the adjuster on the apparatus side. It is the attachment part 2b to which the bolt 130 is attached. The fixing portion 2a has a rotation direction adjusting groove 8 formed of an arc-shaped long hole at a position shifted by 120 degrees from a portion concentric with the center of the disc of the relay member 3 at a center 2c and overlapping with the screw hole 3b. The screw hole 3a is exposed from the upper surface of the fixed portion 2a. Further, a screw hole 2d for fixing the first reinforcing member 4 to the fixing member main body 2 (fixing portion 2a) is also formed.

  As shown in FIG. 5, a slit 7 is formed in the attachment portion 2 b of the fixing member main body 2 so that the adjuster bolt 130 can be fixed by moving it in the longitudinal direction of the predetermined range fixing member main body 2. The slit 7 extends to a rising portion 2e which is an end portion of the fixing portion 2a on the mounting portion 2b side, and an opening end 7a in which the end portion of the slit 7 is opened is formed in the rising portion 2e. The open end 7a is formed in a dimension that allows the head 130a of the adjuster bolt 130 to pass through.

  The first reinforcing member 4 is formed in a crank shape in accordance with the crank shape of the fixing member main body 2, and is linearly formed at a position overlapping the slit 7 at a portion located on the mounting portion 2 b side as shown in FIG. 6. The slit 4a for regulation which consists of this long hole is formed so that it may cut from the edge part by the side of the attachment part 2b. On the other hand, two attachment holes for bolts 6a as fastening members are formed at positions corresponding to the screw holes 2d in the portion located on the fixing portion 2a side, and the first reinforcing member 4 is fixed by the bolts 6a. It can be attached and fixed to the member main body 2 side. Further, as shown in FIG. 6, the end of the first reinforcing member 4 on the fixed portion 2 a side is formed in an arcuate concave shape so as not to interfere with the second reinforcing member 5.

  As can be seen from FIG. 6, the second reinforcing member 5 is a disc, and three bolt mounting holes are formed at positions corresponding to the three screw holes 3a, so that the fixing portion 2a of the fixing member main body 2 is formed. The second reinforcing member 5 can be put on the relay member 3, and the screw hole 3a and the mounting hole can be combined, and can be attached and fixed by the bolt 6b.

  The adjuster bolt 130 attached to the bottom surface of each apparatus adjusts the vertical position and inclination of the image forming apparatus 101 and the first to fourth connecting apparatuses 102 to 105. FIG. 11 is a diagram showing a usage example of the adjuster bolt 130 using a conventional cradle. As shown in FIG. 11, the adjuster bolt 130 is a base of the image forming apparatus 101 and the first to fourth connecting devices 102 to 105. It is connected to a nut 131 mounted on the frame 140, and the lower end of the adjuster bolt 130 is applied to a cradle 132 installed on the floor plate 110, and the adjuster bolt 130 is rotated, so that the apparatus is usually 1 to 2 mm in the vertical direction. The degree is adjusted. In the present embodiment, the adjuster bolt 130 itself is the same as the conventional example, but the cradle 132 is replaced with the fixing member 1.

7 to 10 are views showing the attachment procedure of the connecting device in the present embodiment. In the case of fixing the fixing member 1 to such an adjuster bolt 130, first, any of the image forming apparatus 101 and any one of the first to fourth connecting devices 102 to 105 other than the connecting device to which the fixing member 1 is to be mounted. Connect the connecting device. Here, a case where the first connecting device 102 is connected to the image forming apparatus 101 will be described as an example. When the connection is completed, the relay member 3 is fixed to the floor plate 110 by welding or other physical bonding means as shown in FIG. The physical bonding means here means, in addition to the above welding, those that are screwed with bolts, etc., those that can be bonded and fixed in free positions, such as adhesives, double-sided tape, planar fasteners, etc. The fixing member is fixed to the base plate by inserting the fixing member into the engaging member, and the engaging member is provided with an elastic force with a spring or the like, and the fixing member is inserted into the engaging member. Means that the elastic member is fixed to the fixing member by the elastic force.

  When the fixing work of the relay member 3 to the floor plate 110 is completed, the adjuster bolt 130 is turned and lowered. Next, the head portion 130a of the lowered adjuster bolt 130 is inserted into the opening end 7a of the slit 7, and the shaft portion 130b of the adjuster bolt 130 is inserted into the slit 7 and fixed as shown in FIG. In this state, the height adjustment by the adjuster bolt 130 and the planar position adjustment on the floor plate 110 by the fixing member 1 are performed. Thereafter, as shown in FIG. 9, the first reinforcing member 4 and the second reinforcing member 5 are attached to the fixing member main body 2, the bolts 6a and 6b are inserted into the screw holes 2d and 3a, respectively, and tightened to fix the fixing member. 1 is fixed to the floor plate 110. Accordingly, the position of the shaft portion 130 b of the adjuster bolt 130 is regulated by the slit 7 and the regulating slit 4 a of the first reinforcing member 4.

  FIG. 10 shows a state in which the position adjustment is completed and the apparatus is fixed at an appropriate position. From this state, although not shown, for example, if a cover made of rubber or an elastic material is attached to the fixing member 1, the bolt attached to the fixing member 1 and the rising portion of the side of the fixing member main body 2 are covered. , Can improve the safety of workers.

  The position adjustment is defined by the adjustment range of the fixing member 1 and the adjustment range in the slit 7 and the regulating slit 4a of the adjuster bolt 130. The adjustment is performed by adjusting the rotational direction provided in the fixing member main body 2. Range of rotation angle from the center 2c defined by the circumferential length of the groove 8 (FIG. 5: arrow R direction), and an adjuster bolt in the slit 7 and the restriction slit 4a provided in the fixing member body 2 This is possible within the 130 movement range (FIG. 6: arrow D direction), and adjustment is performed within this range.

  When the first to fourth connecting devices 102 to 105 are moved for maintenance or the like, the adjuster bolt 130 is removed from the fixing member 1 by going back to the mounting procedure for the fixing member 1, and the connecting devices 102 to 105 are connected. Can be moved or replaced. At that time, even if the position adjustment of the coupling devices 102 to 105 is performed again and the position of the image forming apparatus 101 is deviated from the original position, the fixing member 1 and the adjuster bolt 130 are again adjusted by the slit 7 and the rotation direction adjusting groove 8. By adjusting the position, the connecting members 102 to 105 can be fixed at appropriate positions.

  In this embodiment, the fixing member main body 2 is fixed to the floor plate 110 using the first and second reinforcing members 4 and 5. However, the fixing member main body 1 is fixed to the image forming apparatus. If sufficient strength can be maintained even if the 101 and the first connecting member 102 are vibrated by an earthquake or the like, both or one of the first and second reinforcing members 4 and 5 may be omitted. it can. Further, when there is no problem in strength, when the relay member 3 is bonded and fixed to the floor plate 110, these reinforcing members 4 and 5 may be omitted when the positional relationship is bonded to an appropriate position by visual observation or the like. .

  In this embodiment, the method of bonding the relay member 3 to the floor plate 110 and fixing the fixing member main body 2 with the bolts 6a and 6b has been described. However, the relay member 3 is omitted, and a female screw is formed on the floor plate 110 in advance. Alternatively, the fixing member main body 2 can be fixed by inserting a bolt into the female screw and tightening it. Needless to say, a fastening member using a helical screw can be used instead of the bolt.

  Furthermore, in this embodiment, since the slit 7 is inserted in the longitudinal direction of the mounting portion 2b of the fixing member main body 2, if the direction in which the slits 7 are aligned coincides with each other, the slit 7 extends in the direction in which it is vibrated by an earthquake. There is a risk that the moving direction may be defined. Therefore, as shown in FIG. 4, it is desirable to provide the fixing member 1 so that the directions of the slits 7 are different in one connecting device so that the installation directions of the fixing member 1 are not aligned in the same direction. In addition, in the present embodiment, the fixing member 1 is attached to the floor plate 110 with the fixing portion 2a side facing the outside of the device, but the fixing portion 2a side can also be attached facing the inside of the device. In this case, of course, it is possible to change the mounting direction.

  Further, in the present embodiment, the fixing member 1 has only one type illustrated in FIGS. 5 and 6, but the fixing member 1 includes the image forming apparatus 101 and the first to fourth connecting devices 201 to 205. Depending on the height from the surface of the base plate 110 to the lower surface of the base frame 140, the height of the mounting portion 2b or the direction and length of the slit 7 is separately created, and more appropriate according to the device to be fixed and the fixing position. It is also possible to select a fixing member 1 and attach and fix it as shown in FIGS.

  In this embodiment, the image forming apparatus 101 and the first to fourth connecting apparatuses 102 to 105 are all fixed on the floor plate 110 by the fixing member 1. The first to fourth connecting devices 102 to 105 that are fixed to the image forming apparatus 101 by fixing only 101 with the anchor bolt may be configured to be fixed by the fixing member 1. In this case, the image forming apparatus 101 may or may not have the floor plate 110, but considering the connection state with other apparatuses, it is better to place the image forming apparatus 101 on the floor board 110. . At that time, the floor plate 110 on which the image forming apparatus 101 is placed may be provided with a hole through which an anchor bolt passes.

As described above, according to the present embodiment,
1) Since the image forming apparatus 101 and the connecting devices 102 to 105 are placed on the floor plate 110, the fixing member 1 is fixed to the floor plate 110 with screws or adhesive means, and the apparatus is mounted on the fixing member 1, so There is no need to open the door, and installation is easy.
2) The fixing member 1 can be adjusted in a predetermined range in the rotation direction (arrow R direction) with respect to the floor plate 110, and the adjustment bolt 130 on the apparatus side is in a linear direction (arrow D direction) with respect to the slit 7 of the fixing member 1. Since the predetermined range can be adjusted, it is possible to adjust the displacement of the connecting device between the image forming apparatus 101 and the connecting devices 102 to 105 at the time of connecting.
3) Since the misalignment can be adjusted, it is easy to move and remove during maintenance, and maintenance can be improved.
4) Even if the position of the apparatus is adjusted to remove the apparatus once from the fixing member 1 for maintenance or the like, and the position of the apparatus is adjusted to improve sheet conveyance, the fixing member can be easily adjusted and attached again.
5) Since the small-sized floor boards 110 are connected side by side and the devices are connected and fixed thereon, excellent workability can be exhibited.
6) By changing the mounting direction of the fixing member 1 to the floor plate 110 in the same apparatus, the moving direction at the time of vibration is restricted, and an excellent fixing function can be exhibited.
There are effects such as.

  In this embodiment, the plurality of mechanical devices in the scope of claims are the image forming apparatus 101 and the first to fourth connecting devices 102 to 105, and the fixing device is the fixing member main body 2, the first and second reinforcing members. 4, 5 and bolts 6a and 6b and the relay member 3, the floor is the floor surface 300, the flooring plate is the reference numeral 110, the fixing member is the reference numeral 1, the fixing part is the reference numeral 2a, the adjuster bolt is the reference numeral 130, the mounting part Is a reference numeral 2b, an arc-shaped elongated hole is in the rotation direction adjusting groove 8, a linear elongated hole is in the slit 7, an opening is in the opening end 7a, a reinforcing member is in the first reinforcing member 4, and a fastening member is a bolt 6a and 6b correspond to the relay member 3 respectively.

  Furthermore, the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the spirit of the present invention, and all the technical matters included in the technical idea described in the claims are all included. The subject of the present invention. The above embodiment shows a preferable example, but those skilled in the art can realize various alternatives, modifications, variations, and improvements from the content disclosed in this specification, These are included in the technical scope described in the appended claims.

DESCRIPTION OF SYMBOLS 1 Fixed member 2 Fixed member main body 2a Fixed part 2b Attachment part 3 Relay member 4 1st reinforcement member 4
5 Second reinforcing member 5
6a, 6b Bolt 7 Slit 7a Open end 8 Rotation direction adjusting groove 101 Image forming apparatus 102 First coupling apparatus 103 Second coupling apparatus 104 Third coupling apparatus 105 Fourth coupling apparatus 110 Base plate 130 Adjuster bolt 300 Floor surface

JP 2010-273696 A JP-A-10-246999

Claims (10)

A fixing device for a mechanical device for connecting a plurality of mechanical devices on the floor,
A laying board placed side by side on the floor, on which the mechanical device is placed;
A fixing member which is between the floor plate and the mechanical device and is fixed to the floor plate via a horizontal position adjusting means for adjusting a horizontal position of the mechanical device;
A fixing device for a mechanical device. A fixing device for a mechanical device according to claim 1,
The horizontal position adjusting means is
A fixing portion for fixing the main body of the fixing member to the floor plate side, and an attachment portion to which an adjuster bolt of the mechanical device is attached;
The fixed portion includes an arc-shaped long hole formed at a position at a preset distance from a preset rotation center,
The fixing device for a mechanical device, wherein the attachment portion includes a linear slot having a preset length. A fixing device for a mechanical device according to claim 2,
The mounting portion is formed higher than the fixed portion by a preset height, and an opening for inserting the adjuster bolt into the linear elongated hole at a rising portion rising from the fixed portion to the mounting portion. A fixing device for a mechanical device, comprising: A fixing device for a mechanical device according to claim 3,
The fixing device for a mechanical device, further comprising a detachable reinforcing member that covers a preset range of a linear slot including the opening. A fixing device for a mechanical device according to any one of claims 1 to 4,
The fixing device for a mechanical device, wherein the fixing member is fixed to the floor plate by a fastening member. A fixing device for a mechanical device according to any one of claims 1 to 4,
The fixing device for a mechanical device, wherein the fixing member is fixed to the floor plate by welding or bonding means. A fixing device for a mechanical device according to any one of claims 1 to 3,
A relay member for fixing the fixing member to the floor plate;
The relay member is fixed to the floor plate by welding or adhesive means,
The fixing device for a mechanical device, wherein the fixing member is fixed to the relay member by a fastening member. A fixing device for a mechanical device according to any one of claims 1 to 7,
The plurality of mechanical devices include an image forming device and a paper processing device connected to the image forming device,
A fixing device for a mechanical device, wherein the image forming apparatus and the sheet processing apparatus are fixed to the floor plate. A fixing device for a mechanical device according to any one of claims 1 to 7,
The plurality of mechanical devices include an image forming device and a paper processing device connected to the image forming device,
The image forming apparatus is fixed on a floor or a floor plate installed on the floor by an anchor bolt,
A fixing device for a mechanical device, wherein the sheet processing device is fixed to the floor plate. A method of fixing a mechanical device that connects the plurality of mechanical devices and fixes them on a floor,
Arranging the floorboard on the floor;
Arranging a fixing member between the floor plate and the mechanical device at a preset position on the floor plate to fix the mechanical device;
Adjusting the horizontal position of the mechanical device by a horizontal position adjusting means provided on the fixing member;
After the adjusting step is completed, attaching the mechanical device to the fixing member, and fixing the fixing member to the floor plate;
A method of fixing a mechanical device, comprising: